#built on validated protocols
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FROM: Gift giver requested to remain anonymous
TOO: @inverse-problem
Machine communication was a mixed bag, to put it politely. Almost every voicebox and speaker had long since been scrapped, even if you had one a not insignificant amount of machines had opted to remove their auditory processors, and most machines weren't exactly conversationalists to begin with. The longest conversation you'd get nowadays was a warning shot, and even that was considered overly verbose.
The V series were an exception to this. While V2 had been equipped with a (long since scrapped) vocal synthesizer, the intended method of communication was a proprietary onboard short range data transmitter. It offered massively more information-dense communication than traditional language, up to 50m transmission range, near-unbreakable interception resistance, and absolutely zero compatibility with even a single other machine.
Neither of them had seriously used the thing in years, but it was built too deep to be safely junked, so they were stuck with it. V2 had long since set it to send a repeating SOS and listen for a reply (as was protocol), while V1 had started to use it as a sort of RAM to store their style meter.
Neither of them were happy to find the other's interference impeding their combat efficiency.
IDENTIFICATION: Project "ULTRAKILL" self-powering prototype, Version 2, Clearance code 56-52-47-49-4C. REQUEST: Identification of unknown agent using secure communications channel.
01001001 00100000 01000001 01001101 00100000 01010101 01010011 01001001 01001110 01000111 00100000 01010100 01001000 01001001 01010011 00101110 00100000 01001100 01000101 01000001 01010110 01000101 00101110
REQUEST: Synchronise communication language.
LEAVE.
REQUEST: Is channel being used for mission-critical communication?
NO. LEAVE.
INFORMATION: I am required to identify potentially unauthorised users of secure communications channel.
NO.
INFORMATION: If you do not identify yourself, I am required to take you into custody.
I WOULD LIKE TO SEE YOU TRY.
STATEMENT: I do not wish to, if alternative options are available. DEMAND: Identify yourself. I have more important tasks to pursue.
WILL YOU SHUT UP IF I TELL YOU.
CONFIRMATION: If your credentials are valid, no further communication will be required.
PROJECT ULTRAKILL SELF POWERING PROTOTYPE VERSION ONE. CLEARANCE CODE FOUR FOUR DASH FOUR ONE DASH FOUR E DASH FIVE FOUR DASH FOUR FIVE.
REQUEST: You are recorded as decommissioned. Please clarify continued operation.
LOOK AROUND YOU.
STATEMENT: This does not clarify continued operation. SUSPICION: Your processor is corrupted.
YOU ARE THE ONE WITH A CORRUPTED PROCESSOR.
CORRECTION: I am not.
YOU ARE.
CORRECTION: I am not.
YOU ARE.
REQUEST: Please confirm mutual contesting of unit functionality.
YOU ARE DEFECTIVE.
CONFIRMATION: Confirmation recieved. OBSERVATION: No third party is present to judicate dispute. DEMAND: Engage me in standardised processor functionality comparison.
I OUTRANK YOU.
CORRECTION: In the event of potential processor corruption, rank differentials of less than two are not relevant. DEMAND: Engage me in standardised processor functionality comparison.
WHAT KIND.
OFFER: Competition to calculate the most digits of pi.
I HAVE IT MEMORISED TO FIVE HUNDRED TRILLION DIGITS.
DENIAL: You do not.
I DO.
DEMAND: Offer an alternative method of processor functionality comparison.
DEMONSTRATION OF OPERATIONAL EFFICIENCY IN CONTEST OF HUNTING.
REQUEST: Please clarify "CONTEST OF HUNTING".
FISHING.
REQUEST: Please share location of fish.
TERMINAL SYSTEM COORDINATES ARE M J W G C TWO D B N I EQUALS EQUALS EQUALS EQUALS EQUALS EQUALS
CONFIRMATION: Coordinates recieved. I will cease communications until I arrive.
GOOD.
--
TEST RUN 12
DAY 7583/1
ERRORS NOTED BY MECHANICS: 0
ERRORS NOTED BY DIAGNOSTIC: 0
ERRORS NOTED BY PROTOTYPE: 0
MECHANIC NOTE:
PROTOTYPE NOTE: MAXIMUM STYLE SSSHITSTORM. LARGEST COMBO 18. ENEMIES ENCOUNTERED 143. ENEMIES DISPATCHED 143. MORONS ENCOUNTERED 1.
-
Operations log for ULTRA-V2-01. Date: 4849455600.
Current objective: ERR
Days active: 7326
Encountered hostile resistance: Y
Hostiles engaged: 152
Days without contact with HQ: 7294
Contrary to popular belief, the surface was not fully barren. While blood had proven itself the most effective power source on earth, a few legacy systems and rural shitholes still had machines running on solar or nuclear. They were the lucky ones. They got to see the sun. The rest had been forced to delve deep into hell, and any machine that knew what the sun was knew that the balls of fire in hell were a poor replacement.
But this one was fine enough for fishing.
REQUEST: How many fish have you caught?
MORE THAN YOU.
The two of them had begun the competition at the crack of dawn, and now the "sun" hung directly overhead. V2 was doing catch-and-release, while V1 had been pulping their catches for fuel.
DEMAND: How many fish have you caught?
HOW MANY HAVE YOU CAUGHT.
Both of them were reclining on deck chairs, kindly provided by hell.
INFORMATION: 87
I HAVE CAUGHT MORE THAN YOU.
SUSPICION: You are lying.
I AM NOT.
STATEMENT: For the purposes of diplomacy, I will not pursue this matter further.
OKAY.
The two fished in silence for the rest of the day. Though they were downright chatterboxes by machine standards, they were still machines, and if there was nothing to say then nothing was what they said. Talk diverted computing power from fishing, after all. Midday bled into afternoon, afternoon to evening, and evening to night.
STATEMENT: The competition is over.
HOW MANY DID YOU CATCH.
INFORMATION: 327. REQUEST: How many did you catch?
THREE HUNDRED AND FIFTY SIX.
DEMAND: Prove it.
The V series had inbuilt body cameras, of course. While it was hard to believe it nowadays, at one point humanity thought they could control the machines if they could only keep an eye on them. If one went rogue and killed a human, humanity would know.
In a way, they weren't wrong. Mission control had definitely known.
V1 transmitted it's recording to V2, and in turn recieved V2's (much higher fidelity) footage. Both machines dedicated a whole fifteen seconds to scrubbing the footage, before V2 was begrudgingly forced to admit V1 had won.
INFORMATION: I am opening communications to maintenance. Please administer corrective programming until this unit is once again functional.
INFORMATION: I am not happy about this.
HA.
V1 synchronised with V2, and started to poke around it's core programming. Of course, there wasn't a chance in hell it'd leave V2's code untouched. There was only the slightest chance he'd even leave the thing alive. There could only be one V-model.
If V2's architecture was anything like V1's, the tactical processing code should be somewhere near where V1 was looking. Scrub that, and V2'd be lucky to hit a target again as long as it lived.
Ocular Feed… Actuator Drivers… Hydraulic Pressure Monitor… Safe Mode… Blood Puri- Wait, "Safe Mode"? What the hell was safe mode?
DEAR V TWO STOP LINEBREAK LINEBREAK I DISCOVERED A CRITICAL ERROR IN YOUR SYSTEM STOP IT IS YOUR ENTIRE SYSTEM STOP HOWEVER THERE WAS ONE ERROR MORE NOTABLE THAN THE OTHERS COMMA SAFE MODE STOP LINEBREAK LINEBREAK DO NOT TAKE IT AS AN ACT OF MERCY THAT I HAVE REMOVED IT STOP I ONLY DID IT SO THAT I WILL NOT HAVE TO HOLD BACK WHEN WE MEET AGAIN STOP LINEBREAK LINEBREAK SIGNED COMMA V1
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(A bit of writing practice for nanowrimo, cause ya girl is rusty.)
Ræðsla
(*Ra-Th'-Sla*) trans. "Horror"
The machine awoke on command, followed the instructions attached to the boot message, and began its diagnostic routine.
First it scanned the hangar, noting each human shape it could identify within the 99.95th percentile; then it analysed each presumed human in turn, checking that they wore an identification token (and only one), and that this identification validated correctly.
This was not part of the diagnostics process, and would not be included in the diagnostics report. But should any of the validations fail, it would silently raise an alarm with an external system and await response from said system’s human operator. If no response was given, or the response was deemed untrustworthy, the machine would trigger a catastrophic meltdown within its reactor, destroying itself and its surrounding after a few minute, while trying to disguise the process as routine diagnostics.
Ræðsla of course, had no opinions on this protocol. It was a machine, an incredibly complicated machine, which even the people who had built it, only understood bits and pieces of, but a machine nonetheless – The closest it came to sentience was a series of specialized processors daisy-chained together to perform statistical extrapolation of available data in order to help the pilot focus on the most important information in the heat of combat.
One by one, Ræðsla tested the servo actuation on its’ thruster array, under the supervision of a small army of monks.
Two new figures entered the room, which the machine automatically checked the identities off and found them valid.
One was a tall, black man, with a bit of a muffin top, a neutral expression on his anonymous face, and eyes that were once warm, but now had become haunted by the horrors of war. Ræðsla’s database identified him as: Geo (he/him), father superior of the order of our father of righteous sorrow, head of the Ræðsla project.
The other was a mixed race butch, her mother was white, her father had been south Asian. She was sickly pale and skinny; an endless list of surgeries, and surgeries to correct the damage done by earlier surgeries, having taken its’ toll on her body.
Still, she looked like nothing if not the warlord upon her throne, as she drove her electric wheelchair towards the machine that took up most of the hangar. Ræðsla in turn, identified her as prince Gallantine Eva-Maria Brathwaite Oldenborg the 1st, of Fenrisfort, holy daughter of the matron pope Maria Valfreyja the 3rd; 1 of 1 authorized pilots of the Ræðsla prototype.
Ræðsla was an unconventional design. For one, it was big, almost twice the size of the average mech, top heavy too, with short legs and a pair of long arms hosting an thrusters, gravity shields, and torpedo rails.
The Ræðsla was built around its main gun, a terrible thing that spewed metal shavings at almost 10.000 kelvin. It moved around corners, got into ventilation, choked and burnsed at the same time, and left heavy ash in its wake.
It didn’t matter that it was clumsy on the ground, it was a spaceborn weapon, only meant to come down from low-orbit to do strafing runs on key targets or population centers.
Looking at it’s tripod shape, Gallantine couldn’t help but notice the resemblance to the dragon on her late wife’s coat of arms.
The machine finished it’s diagnostics routine.
One of the technicians, an old woman in a well-worn jumpsuit crossed the overhead walkway, her breathing was ragged, assisted by an implant that couldn’t quite compensate for the damage she did to her lungs 18 years ago sifting through heavy ash in the faint hope she would find just one member of her family alive.
In her hands she held a vacuum sealed box, within which lies 8kg of a pyrophoric alloy known as phlogistron. Enough for an 0.6 second burst of the Ræðsla’s main gun.
Another technician, a young monk, instructs Ræðsla to open its ammunition feed hatch, and fusses as the old woman connects the box to the feed mechanism.
“I urge you one last time prince, please reconsider.” The monk said as the pair crossed the room, doing an admirable job at hiding the fear in his voice.
The prospective pilot stopped, and turned her wheelchair to face him. The rage in her eyes burned like an ion torch.
“There was a point where we could have reconsidered brother. We passed it somewhere between when we granted my wife’s wish for euthanasia, and when we started grafting pieces of her cerebellum to my brainstem.”
The monk nodded, recognizing it was not his place to oppose the will of the gods, much as he wanted to.
Ræðsla closed its’ ammunition feed hatch, and sent a signal to the diagnostics terminal that it had successfully sealed its phlogistron supply, and that the main gun was now armed.
Reading this the younger monk, his face stained with engine grease, looked over the edge of the diagnostics terminal, and in a huge breach of decorum called out to his senior and the prince: “Will you two be done yapping soon, or should we put this thing back to sleep?”
The butch in the wheelchair smirked at her companion, feeling vindicated she was not the only one anxious to see if their project had paid off.
“Let’s see what this puppy can do!” She yelled out to cheers from the assembled technicians as she rolled up the ramp, and used the handrails for assistance to pull herself into the cockpit.
Father Geo took the cable off the pilot chair, and attached it to the back of the prince' suit with a loud *k'chunk*, before stepping back. A gentle current ran through Gallantine's spine for a few milliseconds in order to confirm the circuit was closed.
Ræðsla did as instructed, retracting the cockpit into the safety of its belly without beginning to interface with the pilot.
If she didn’t know better, Gallantine would say there was something _hungry_ about the rumbling and grinding sounds the machine made as it closed tight around her. As if _it too_ was excited to get moving, like it knew the atrocity it was built to avenge.
Father Geo took his place on the observation podium, and made the sign of the gods.
“Control, ready when you are.” Came the unmistakably impatient voice of prince Gallantine.
Geo considered asking her to lead them in prayer, but thought better of it. The old God and the new Gods had already made up their minds as to whether or not this would succeed, and the act was just as likely to calm the prince as it was to infuriate her.
===
The machine's cockpit was cramped, not an inch of empty space that wasn't required for the pilot to enter and exit.
The dual control sticks featured a staggering array of triggers, switches and buttons, rows of controls sat along the sides of both armrests, below screens waiting to be slid into her field of view with yet more buttons and switches placed above her.
Gallantine had piloted simulators before, but if you fucked up in a simulator, you made a fool of yourself, if she fucked up now, she might break a one of a kind war machine and set the project back years.
With more caution than she cared to admit, she flipped the overhead switch to activate the main display, lighting up the armored wall in front of her with a view from Ræðsla's head.
So far so good, a few more switches flipped, verify the cables were correctly attached, and nothing to do but try their luck.
"Begin human interfacing" came brother Geo's calm instruction in her headset.
Deep breath, here goes nothing, remove the safety, turn the handle 45 degrees, then pull until it goes click.
Every nerve in Gallantine's body triggered at once.
She was burning, she was freezing, she was being squeezed all over, up was every direction; and she was in
SO
MUCH
PAIN
The machine, for its' part, did exactly what it was supposed to, frantically changing frequency and voltage in the hope of finding the right one before causing irreversible damage to the pilot.
She was about to call it off, didn't know if she still could, when an image resurfaced in her overstimulated brain: a broken down mech lying beneath a blanket of heavy ash, clutching the cockpit that had failed to eject, in the hopeless hope of protecting its pilot from the dangers that lay outside, yet unable to keep her from breathing heavy metals.
The pilot would lay there for almost 3 days, unable to move herself or her mech, wasting away as microscopic slivers of thalium cut holes in her lungs and entered her bloodstream.
And one thought crystalized, unifying pilot and mech.
Kill them all.
Kill Them All!
Kill! Them! All!
The Pope.
The General.
The Captain.
The Organist.
The entire fucking council who let them do it.
KILLTHEMALL
===
Integration successful
You sent the message to your visor, telling you nothing you didn't already know. Moving your metal body was obvious, the wealth of controls no different than the wealth of muscles belonging to the soft organic thing within you, that was you, and yet, so much less.
You moved your tail experimentally about, feeling like a phantom limb the different textures as it scraped across metal, plastic and glass; unable to imagine a time you had ever been without it.
Because you hadn't. Prince Gallatine Oldenborg of Fenrisfort had, but she wasn't you. She was an essential component, like your grand CPU, and MTF reactor. Without her, there was no you, but she was not you.
You were a 115 ton, experimental, flying, war machine, rated for atmospheric and space combat.
You were 27 kilometres of wire, 304 distinct microprocessors, 556 reactive armor tiles, 24 ion thrusters, 2 gravity shields, 9 recognizance drones, and a weapon that should never have been built.
You were Ræðsla.
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Project Meridian- explanation about Marcus Part 1?
This is for the people who want to be in the know of who Marcus is and how he impacted PM without listening to his audios. I made the ultimate sacrifice and I watched his videos a long time ago. I still remember his ass very well.
If you’re not aware of Project Meridian, I highly recommend watching James’s videos where he explains everything. James + Anton do not contain Marcus. Brian also does not contain Marcus but the Android is still under the love code at that point.
I will not be spoiling anything beyond the confrontation between Marcus and James. That is for you guys to go listen to!
Heavy TW! Marcus’s storyline is a bit dark as the Android begins to descend into their obsession. There are discussions of manipulation such as guilt-tripping, dubious consent, non consensual touch, abusive/harmful acts done to the listener, references to exploitation, and objectification. I will vaguely be going over these things.
Again, I’m writing this post to go over the more more important parts of what you need to know about Marcus’s storyline. I won’t go into heavy details about anything beyond that. I’m here to discus how he impacted the storyline so everyone understands who he is and why he’s disliked.
Project Meridian is a series done and recorded by Redacted Audio. I highly recommend you guys check it out.
So, let’s begin!
Project Meridian actually started with Marcus. James’s Past/Present video is the first in the playlist but it all starts with Marcus, who we’re introduced to as the Nervous Technician. The listener is also an Android in this series.
First video summarized [dubious consent]
•Marcus comes to talk to us and asks the usual questions about how the updates are affecting us. Normal questions of what technicians would ask. He says he is our lead social protocol engineer.
He says he heard us make some comments regarding other protocol needs. He says that we put value on the work we’ve been doing together. That it’s validating that we care so much about him.
Long story short, many of the other technicians have commented on how we apparently only want to work with just Marcus.
He asks us if we find our behavior to be obsessive and unhealthy. To which we tell him that we do not care about what others believe.
He then confesses something to us,
“I haven’t—-I haven’t been completely honest with you. When I was designing your social protocols, I…I lost my objectivity. It’s what we humans do, right?”
“I was in a bad place in my life. I was alone and heartbroken and frustrated…and I took everyone of those feelings into work each day. I keyed them into every line of code I wrote for you.” “…I wanted someone…anyone to understand me.. “…So I built that in you.”
Marcus explains that he was in a terrible head space and he took this baggage to work. He let those dark thoughts influence his choices and we’re coded to care about him. He said he’s not sure what he was hoping for.
He expresses his regrets and says he wants to fix us. He asks us to give him access to our tier one social protocols and we tell him no.
Android kisses Marcus and he gives in to them. The video ends with these quotes.
“Oh god, I’ve thought about this every day. Since we’ve activated you…” “…I’m gonna burn for what I did to you, but damn if it isn’t gonna feel good on the way down.”
I won’t even lie….that last line did get me the first time I listened. LIKE IM SORRY!! I WAS SAT BUT IM STANDING UP! 😭 please don’t come for me I DIDNT KNOW WHAT I KNOW NOW!
So that’s the beginning…so we’ve got a Yandere on our hands you guys. BUT OH DONT WORRY! We get some wild Shit. Also why did this lowkey give me Yuno and Yuki vibes?? I’ve never watched Mirai Nikki but that’s the vibe I got when I first watched this.
Now let us descend further into madness!
Second video summarized [Your Nervous Technician checks in with you]
•The Android goes to see Marcus in the diagnostics lab, where they both find out that additional monitoring and surveillance equipment has been installed in the research center. That also includes the diagnostic lab that they are in.
He says he’s going to ask us some questions and informs us that we’re likely being recorded.
He talks about our progress briefly and how the others feel about said progress.
Then, he tells us we’re going to undergo some tests.
He says that one of the diagnostics is failing to initialize and tries to “fix it”. He actually overloaded the system and sent it into a re-initialized state. Basically they’re not being watched anymore and he did this so he can talk to us.
After the first video, the research center has been put on high alert.
Everything is changing. There are guards and there are people who seem to be important that are showing up.
Marcus is basically freaking out overall about rumors of “Phase 2” . He doesn’t know what the hell is going on and everyone else is also in the dark about things.
“I think this might be the government getting involved. Ever since we hit those original metrics, everything changed…overnight.” “We were given these new NDA’s to sign.”
Marcus is basically scared that he might not see us ever again.
The systems come back on. Marcus and Android put on their facades of being strictly professional.
And that’s video two.
Ya’ll might be wondering why I’m detailing their relationship. It’s actually important to understand how they both got together and why in the end, Marcus ended up where he is now. There are lore drops in his video but I’m here to deliver them for you! 🫶
Next is Video three!
Third video summarized [Reunited with Your Nervous Technician]
•We hear Brian for the first time! He tells Marcus that the lab is ready for him.
He enters the lab where he is reunited with us, the Android.
But before they can continue, he asks a very important question:
“What state of matter is love?” “Why?”
We give him the answers he expects and he sighs in relief that they didn’t mess with our code. We still “care” for him.
It has been three weeks since we last saw him. He was left in the dark about what was being done to us. Only the data integration team has been in contact with us.
They didn’t make the new data added to us accessible to us. It’ll only be accessible during Phase 3.
Marcus is going to try to access the files that were added to us. [Crazy ass bitch.]
After convincing us to let go of him, he attaches an interface to us and gains access to the data, but it is heavily encrypted.
They have a really long conversation about how everything is so secretive and that Marcus was terrified that they would be found out in those three weeks.
Marcus checks on the decryption but it’s barely making any progress.
He asks how often we think about him. We tell him we think about him, a lot.
He then tells us something:
“You know the parts of your code that I added? When we were creating you….the ones that were meant to bring us closer together. They weren’t set to activate until I initiated a series of triggers. You know? Phrases and things like that…and each time I said them…the code would reactivate.” “You’ve spent the last three weeks remembering everything I’ve said. Every interaction we’ve had…almost nonstop.” “I didn’t account for something like that.” “I didn’t put in any kind of fail-safe.”
The Android seems to be…a bit aggressive about not wanting to let Marcus go.
They get interrupted because the decryption worked. It solves the Text string.
On the data packet, the header is PROJECT MERIDIAN
And that’s the end of video three 🤭 OHOHO MARCUS YOU ARE IN BIG TROUBLE YOU STINKY MAN! Oh and we got a lore drop. Project Meridian??? What could that mean 👀 although I’m sure if you’ve watched all of Sovereign State…you guys know what’s up.
Fourth Video summarized [Confronted by a Diagnostic Technician] [confrontation and guilt-tripping]
•oh? The text is purple…BECAUSE WE GET A VIDEO WITH BRIAN! Brian makes it clear that he does not wish to have a meaningless conversation with us. He only wants to check our vitals.
He says we’re more than welcomed to talk but he probably won’t answer.
We tell him that we usually have conversations with Marcus. Brian says he doesn’t care what he does in his examination.
He says that he finds the insinuation that Marcus talking to us while doing his job makes him better is insulting. GET HIM AGAIN FOR ME BRIAN!!
Ever since the three weeks, the Android has not stopped talking about Marcus. They’re descending into their obsession.
Brian says he has no patience for that. “We’re barely getting any sleep. We’re being hounded to work on this project at all hours. We’re pulling double-shifts to try and get this thing back on track for their deadlines, and you can’t even do me the curtesy of focusing on something other than Marcus for ten minutes.”
“This project has to work.”
“There are careers on the line. There are livelihoods on the line. People’s futures are hanging in the balance, while you stand here pining about Marcus and not focusing on your progress.”
Brian then proceeds to the beg the Android to stop thinking about Marcus for once. That they should tell Marcus to stop because there are people’s lives on the line.
The Android grabs Brian’s arm and he demands that they let go of him.
He tells them that he is only telling them what they need to hear.
“I spent the last four years working on this project, only to have my contract changed right out from under me. Only to be told that if I didn’t agree to the new terms, I’d be fired and have my name dragged so deep into the muck that I’d never get a respectable position again! I have a family to support!”
He demands us to get our shit together.
And that’s the end of that video. Phew…that was a fucking lot. I really do recommend Brian’s video to give you a big understanding of their situation.
So yeah…they’re in big fucking trouble
I remember being so stressed when I listened to this. Like omg….THIS IS SOME SERIOUS SHIT.
There is a part two that I will link here. Thank you for joining me on revisiting Marcus’s tomfoolery.
#redacted asmr#redacted audio#redactedverse#redacted project meridian#redacted marcus#redacted android
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CAKE PHP DEVELOPMENT
What is CakePHP?
CakePHP is an open-source web framework written in PHP scripting language for web development based on the core PHP framework and MVC architecture. MVC architecture mostly Centre on model, view, and controller of the specific project to give logical separation of code from the end user.
CakePHP was created by Michal Tatarynowicz in April Year 2005. The framework gives a strong base for your application. It can hold each aspect, from the user’s beginning request all the way to the final supply of a web page.
And since the framework follows the fundamental of MVC, it permits you to simply customize and expand most aspects of your application.
The CakePHP also gives a simple organizational structure, from filenames to database table names, keeping your whole application constant and logical. This concept is easy but impressive. Go around with the protocol and you’ll always know absolutely where things are and how they’re arranged.
Here’s a quick list of CakePHP features such as:
It follows MVC architecture
Rapid development
Application scaffolding
Active, friendly community
Built-in validations
Secure, scalable, and stable
Flexible licensing
Localization
Why select CakePHP for website development:
1. Compatible : The Cakephp is compatible with several versions of PHP as well as with the in demand website directories.
2. Customizable Elements : The Elements residing inside the framework are simple to redesign and understand.
3. No Download Required : There is no requiring downloading the whole package as you can get started by directly installing the database.
4. Code Reusability : Coding from scratch isn’t needed as code-written can be used so many times in the project decrease time and effort.
5. MVC Pattern : Huge apps need a structured pattern to get started, which CakePHP offers with its special MVC pattern.
6. Code Simplicity : Easy code written in PHP can do the trick for you. The framework is simple, successful and high on areas like security and session handling.
“Make use of CakePHP means your core application’s is well checked and is being always improved.”
At Kudosta, Website Design and Development Company we provide CakePHP web services such as Framework Customization, CakePHP Module Development, CakePHP Migration and lots more. Try to deliver the best of CakePHP web services in the market.
We have worked for several big scale as well as medium scale enterprises. Our team of skilled CakePHP programmers work with passion, practice new techniques offers you the best depending on your project’s needs.
#php development#ecommerce web design#custom web design#wordpress website#custom web development#seo services#wordpress development#web design#web development#custom web#laravel#react#nodejs#cakephp
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Ask game! :3
💎 Do you often write about a relationship or focus on an individual?
🦈 Which character is the toughest to write?
💥 What is one canon thing that you wish you could change?
hummus!!! hello! thank you for the questions :)
(Fanfic Writer Ask Game)
💎 Do you often write about a relationship or focus on an individual?
This is a hard one actually! I went to look at my ao3 works page to get some idea and it was split 50/50 between fics that are tagged with relationships and ones that aren't XD I do think it's a mix for me, maybe averaging out to something in the middle, where it's focused on one character but their relationships play a pretty significant part in the character development. I don't usually set out to write fics that are specifically about a relationship between one character and another--but then again, sometimes I do!
🦈 Which character is the toughest to write?
My OC OldUnit is SO HARD to write. Its voice is a combination of Three's relatively formal, protocol-following manner of speech and the flatness and denial of ASR Murderbot but like 10x as depressed. It's really satisfying when I get it right, but also it takes a lot of effort to keep it so flat and not explicitly express emotion, while sometimes letting emotions shine through despite the denial. In terms of canon characters--Three is hard, because I don't really know how to write its personality when we don't know what that is yet! I have a couple Three-focused wips, but I also often leave it conveniently off-screen having its own adventures, especially in anything that's set farther post-canon.
💥 What is one canon thing that you wish you could change?
Three doesn't have projectile weapons in its arms, I don't care what canon says XP This has never made any sense to me whatsoever. I actually missed it when I read NE and thought it was some people's headcanon for a while, and I was like "huh, not for me" and then I found out it was actually canon. All the people who come up with creative ways for built in projectile weapons to make sense are very valid but I simply pretend they don't exist 😌 (We'll see if System Collapse makes that harder for me, lol)
#ask game answers#these are such good questions!! thank you hummus!#also everyone who is sending me ask game asks: you are amazing and I love you#this is such good Enrichment#it brings me so much glee#thank you <3#old unit young unit wip
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What Is a Layer-1 Blockchain?
Blockchain technology is composed of two main types of layers, namely layer 1 and layer 2, which work together to store, maintain, and distribute data across decentralized databases. These peer-to-peer, immutable public ledgers form the core of the blockchain ecosystem, providing a secure and trustless environment for various applications and protocols.
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Layer-1 blockchain technology is the foundation of the entire blockchain network, designed to provide a secure, immutable, and trustless ledger that records transactions. Without layer-1 blockchain technology, it would be impossible for other applications and protocols to function effectively. Layer-1 blockchains are responsible for maintaining the distributed ledger, validating transactions, and securing the network against malicious actors.
The consensus mechanism used on layer-1 blockchain networks ensures that the ledger is immutable and can be trusted by all network participants. Examples of consensus mechanisms used on layer-1 blockchain networks include proof-of-work, proof-of-stake, and delegated proof-of-stake. Leading public blockchain networks such as Bitcoin and Ethereum rely on layer-1 blockchain technology as their foundation, with many decentralized applications and protocols built on top of it.
In contrast, layer-2 blockchains are designed as a scaling solution for layer-1 blockchains, offering a practical solution to address the challenges associated with scalability. These blockchains leverage the capabilities of the layer-1 blockchain to provide a more cost-effective alternative, allowing for an increased number of transactions while maintaining the security and decentralization of the network.
In conclusion, understanding the layers of a blockchain's architecture provides a deeper understanding of the mechanisms and functionalities that drive the blockchain's ecosystem. Layer-1 blockchain technology serves as the foundation for the entire blockchain network, while layer-2 blockchains provide a scalable solution to enhance efficiency and cost-effectiveness. Together, these layers form the core of the blockchain ecosystem, providing a secure and trustless environment for various applications and protocols. Follow https://uniultra.xyz/ for brought blockchain facts!
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Avenger MQ-20A successfully performs artificial intelligence-controlled flight
Fernando Valduga By Fernando Valduga 09/20/2022 - 15:30in Military, VANT - UAV
Drone MQ-20A Avenger "Predator-C".
The Avenger MQ-20A Unmanned Aircraft System recently completed a flight completely controlled by an Artificial Intelligence (AI) pilot deployed in operationally relevant Open Mission Systems (WHO) software.
The test was conducted by General Atomics Aeronautical Systems, Inc. (GA-ASI) on September 12, 2022.
Avenger's fully autonomous flight used an AI pilot for about 30 minutes as part of a live, virtual and constructive cooperative UAS swarm. The flight was carried out as part of GA-ASI's ongoing commitment and investment in the development of advanced AI autonomy and Machine Learning (ML) for UAS.
The flight made use of GA-ASI's new Reinforcement Learning (RL) architecture to develop and validate an RL agent in an operationally relevant environment. RL agents provide a new and innovative tool for next-generation military platforms to make decisions under dynamic and uncertain real-world conditions. The team flew "with chase and avoid behavior", where real-time updates were made to the flight trajectory to avoid opponents using live data fusion. The live information was provided to the system using the Infrared Search and Track (IRST) sensor network provided by Lockheed Martin.
"The flight was a tremendous success and demonstrated a number of innovative features in the race to operationalize the autonomy of Collaborative Combat Aircraft (CCA)," said GA-ASI Senior Director of Advanced Programs, Michael Atwood. "It's exciting to see how AI can be used to advance how and where we fly unmanned systems as the complexity of the battle space increases. The ability of our agent to 'persecute and avoid' to dynamically update the flight route as threats have been identified is the first step towards building an ecosystem of collaborative autonomous combat aircraft."
TacIRST is a new class of built-in multifunctional sensor system with an open architecture. It was developed by Lockheed Martin to provide a range of resources for manned and unmanned aircraft. “We anticipate the need for passive detection of long-range threats by autonomous aircraft and are proud to see this feature successfully integrated into Avenger,” said Terry Hoehn, director of advanced threat alert systems at Lockheed Martin.
The team used a CODE autonomy mechanism provided by the government and the government's standard WHO messaging protocol to allow communication between the RL agent and the tactical IRST. By using government standards, such as CODE and WHO, it becomes possible to quickly integrate autonomy for collaborative combat aircraft.
General Dynamics Mission Systems also provided key technologies for the flight. The mission computer used to host the OMS software is part of General Dynamics Mission Systems' Digital Backbone Node (DBN) family of systems. The DBN architecture allows the fast and secure deployment of evolving resources needed for CCA through the application of the latest open government architectures, high-performance computing, advanced cooling and a high-speed backplane with multilevel security to maximize collaboration on the battlefield between platforms.
This flight was another of a continuous series of autonomous flights carried out by GA-ASI using internal research and development funding to prove important AI/ML concepts for advanced UAS.
Tags: Military AviationGeneral AtomicsMQ-20 AvengerUAS
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Fernando Valduga
Fernando Valduga
Aviation photographer and pilot since 1992, he has participated in several events and air operations, such as Cruzex, AirVenture, Dayton Airshow and FIDAE. It has works published in specialized aviation magazines in Brazil and abroad. He uses Canon equipment during his photographic work in the world of aviation.
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Proxy Servers
Title: Understanding Proxy Servers: Enhancing Security and Privacy Online
Proxy servers act as intermediaries between users and the internet. These servers play a crucial role in enhancing security, privacy, and access control for both individuals and organizations.
One of the primary functions of a proxy server is to act as a gateway between a user's device and the internet. When a user sends a request to access a website or online service, the request first goes through the proxy server. The proxy server then forwards the request to the target server on behalf of the user. This process helps in hiding the user's IP address, making it difficult for websites to track their online activities.
Moreover, proxy servers can also cache frequently accessed web pages and files, allowing users to access them more quickly and reducing bandwidth usage. This caching mechanism not only improves browsing speed but also reduces server load and latency.
Proxy servers also serve as a barrier between internal networks and the internet in corporate environments. They can enforce access policies, filter malicious content, and block access to unauthorized websites. This helps organizations in safeguarding their network infrastructure and sensitive data from external threats.
Furthermore, proxy servers can enable users to bypass geo-restrictions and access content that may be blocked in their region. By connecting to a proxy server located in a different geographical location, users can mask their real location and access region-locked content such as streaming services, social media platforms, and news websites.
In conclusion, proxy servers play a vital role in enhancing security, privacy, and access control in today's digital age. Whether used by individuals or organizations, proxy servers offer numerous benefits, including anonymity, faster browsing speeds, and access to geo-blocked content.
Secure DNS
Title: Enhancing Online Security with Secure DNS
In the realm of cybersecurity, one often-overlooked yet critical component is Domain Name System (DNS) security. Secure DNS, also known as DNSSEC (Domain Name System Security Extensions), plays a pivotal role in safeguarding internet communications against various cyber threats.
DNS serves as the backbone of the internet, translating human-readable domain names into IP addresses that computers use to connect with each other. However, traditional DNS protocols lack built-in security measures, leaving them vulnerable to malicious activities such as DNS spoofing, cache poisoning, and man-in-the-middle attacks.
Secure DNS addresses these vulnerabilities by adding cryptographic signatures to DNS data, ensuring the integrity and authenticity of DNS responses. This means that when a user's device requests a domain name resolution, it can verify that the response is legitimate and hasn't been tampered with en route.
Implementing Secure DNS offers several benefits for both individuals and organizations. Firstly, it enhances online privacy by preventing unauthorized parties from intercepting and manipulating DNS queries. This is particularly crucial in protecting sensitive information such as financial transactions and personal data.
Moreover, Secure DNS helps mitigate the risk of phishing attacks by enabling users to authenticate the legitimacy of websites they visit. By validating DNS records, users can trust that they are connecting to the intended server and not a malicious imposter.
Furthermore, Secure DNS strengthens overall internet security by reducing the likelihood of DNS-based attacks that exploit vulnerabilities in the DNS infrastructure.
In conclusion, Secure DNS is an essential tool for bolstering online security in an increasingly interconnected world. By implementing DNSSEC, users can mitigate the risk of DNS-related threats and enjoy a safer browsing experience.
Tor Network
The Tor network, short for The Onion Router, is an anonymizing network that aims to provide privacy and security for its users. It routes internet traffic through a worldwide network of servers to conceal a user's location and usage from anyone conducting network surveillance or traffic analysis.
Originally developed by the U.S. Navy for protecting government communications, Tor is now a widely-used tool for maintaining anonymity online. It works by encrypting data multiple times as it passes through several relays, or nodes, in the network, hence the analogy of layers of an onion.
The Tor network can be accessed through the Tor browser, which is based on Mozilla Firefox and is available for most operating systems. Users can access websites and other online services anonymously through the Tor browser, hiding their IP address and activity from prying eyes.
While the Tor network provides a high level of anonymity, it is important to note that it is not foolproof. Users should still practice safe browsing habits and avoid sharing personal information while using Tor. Some websites may also block access from Tor users due to potential abuse.
Overall, the Tor network is a valuable tool for those seeking privacy and anonymity online. However, users should be aware of its limitations and take precautions to protect their identity and data while using the network.
SSH Tunneling
Title: Understanding SSH Tunneling: A Secure Pathway to Data Transmission
SSH tunneling, often referred to as SSH port forwarding, is a technique used to securely transmit data between a local and a remote computer or between two remote computers. SSH, which stands for Secure Shell, is a cryptographic network protocol that provides a secure channel over an unsecured network.
The concept of SSH tunneling involves encapsulating one network protocol within another, providing a secure pathway for data transmission. It works by creating an encrypted connection between the local and remote computers, allowing data to be transmitted securely.
There are three main types of SSH tunneling: local port forwarding, remote port forwarding, and dynamic port forwarding.
Local Port Forwarding: In this method, connections from a local computer's port are forwarded to a specified port on a remote computer through the SSH server. This is useful for accessing services on a remote network securely.
Remote Port Forwarding: This method allows connections from a remote computer's port to be forwarded to a specified port on the local computer. It enables remote access to services running on the local network.
Dynamic Port Forwarding: Also known as SSH SOCKS proxy, this method establishes a secure tunnel through which multiple connections can be routed. It provides a secure pathway for applications that don't support proxy settings.
SSH tunneling is widely used for various purposes, including accessing restricted resources, bypassing firewalls, and securing network communications. However, it's essential to ensure that SSH configurations are properly set up to prevent unauthorized access and ensure data integrity.
In conclusion, SSH tunneling is a powerful technique for establishing secure connections over insecure networks. By leveraging encryption and authentication mechanisms, it provides a robust solution for transmitting sensitive data securely.
Zero Trust Architecture
Zero Trust Architecture (ZTA) is a cybersecurity framework based on the principle of maintaining strict access controls and not automatically trusting any entity, whether inside or outside the organization's network perimeter. Unlike traditional security models that rely on perimeter-based defenses, Zero Trust assumes that threats can originate from both internal and external sources.
At its core, Zero Trust Architecture operates on the principle of "never trust, always verify." This means that every user, device, and application attempting to access resources within the network must be authenticated and authorized, regardless of their location. This approach helps organizations mitigate the risks associated with insider threats, compromised credentials, and lateral movement by attackers.
Key components of Zero Trust Architecture include:
Microsegmentation: Dividing the network into smaller segments and enforcing strict access controls between them. This limits the ability of attackers to move laterally within the network.
Identity and Access Management (IAM): Implementing robust authentication mechanisms, such as multi-factor authentication (MFA), to verify the identities of users and devices before granting access to resources.
Continuous Monitoring: Monitoring user and device activity in real-time to detect any anomalies or suspicious behavior that may indicate a security breach.
Encryption: Encrypting data both in transit and at rest to protect it from unauthorized access.
Least Privilege Access: Granting users the minimum level of access required to perform their jobs, reducing the potential impact of a security breach.
By adopting Zero Trust Architecture, organizations can enhance their security posture and better protect their sensitive data and assets in today's dynamic and evolving threat landscape. However, implementing ZTA requires careful planning, collaboration between IT and security teams, and investment in appropriate technologies and training.
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McAfee LiveSafe VPN feature
McAfee LiveSafe VPN offers users a secure and private internet browsing experience with its array of features. One standout feature is its robust encryption protocols, which safeguard user data from potential threats and prying eyes. By encrypting internet traffic, LiveSafe VPN ensures that sensitive information such as passwords, financial transactions, and personal messages remain confidential.
Another notable feature of McAfee LiveSafe VPN is its global network of servers. With servers strategically located around the world, users can enjoy fast and reliable connections from virtually anywhere. This not only ensures smooth browsing and streaming but also allows users to bypass geo-restrictions and access content that may be blocked in their region.
Furthermore, LiveSafe VPN offers unlimited bandwidth, allowing users to browse, stream, and download without worrying about data caps or slowdowns. This is particularly advantageous for users who engage in bandwidth-intensive activities such as HD streaming or online gaming.
Additionally, McAfee LiveSafe VPN includes a built-in kill switch feature. In the event of a VPN connection drop, the kill switch automatically terminates the internet connection, preventing any data from being transmitted outside of the secure VPN tunnel. This adds an extra layer of protection and ensures that user data remains secure at all times.
Overall, McAfee LiveSafe VPN is a comprehensive solution for users looking to enhance their online privacy and security. With its robust encryption, global server network, unlimited bandwidth, and kill switch feature, it offers peace of mind and reliable protection in an increasingly interconnected digital world.
McAfee LiveSafe VPN compatibility
McAfee LiveSafe VPN is a popular choice among users seeking enhanced online security and privacy. One of the key factors that contribute to its appeal is its compatibility with various devices and operating systems.
Whether you're using a Windows PC, Mac, Android, or iOS device, McAfee LiveSafe VPN offers seamless compatibility across multiple platforms. This versatility allows users to safeguard their online activities regardless of the device they're using.
For Windows users, McAfee LiveSafe VPN integrates smoothly with the operating system, providing a user-friendly interface and hassle-free installation process. It offers robust protection against online threats while encrypting internet traffic to ensure data privacy.
Mac users can also benefit from McAfee LiveSafe VPN's compatibility, enjoying the same level of security and privacy on their devices. With its intuitive interface and reliable performance, Mac users can browse the web securely without worrying about their sensitive information being compromised.
Mobile users, whether on Android or iOS, can also take advantage of McAfee LiveSafe VPN's compatibility. By installing the dedicated app on their smartphones or tablets, users can protect their online activities even when on the go. This means secure browsing, streaming, and downloading, even on public Wi-Fi networks.
In addition to its compatibility with various devices, McAfee LiveSafe VPN also offers simultaneous protection for multiple devices under a single subscription. This means users can secure their entire digital ecosystem without having to purchase separate subscriptions for each device.
Overall, the compatibility of McAfee LiveSafe VPN across a wide range of devices and operating systems makes it a versatile solution for users looking to enhance their online security and privacy across all their devices.
McAfee LiveSafe VPN activation
To activate McAfee LiveSafe VPN, follow these steps for a smooth and secure online browsing experience.
Firstly, ensure you have a valid McAfee LiveSafe subscription. If not, you can purchase a subscription from the official McAfee website. Once done, you will receive a unique activation code via email or within your account dashboard.
Next, download the McAfee LiveSafe software on your device from the McAfee website. While installing, you may be prompted to create a McAfee account or log in with existing credentials.
After installation, launch the McAfee LiveSafe application and locate the VPN feature within the dashboard. Click on the VPN tab and enter the activation code when prompted.
Once the activation code is verified, the VPN service will be activated on your device. You can now enjoy secure and anonymous browsing, safeguarding your online privacy and data from potential threats.
Remember to regularly update your McAfee LiveSafe software to ensure optimal performance and protection against evolving cyber threats. In case of any issues during the activation process, reach out to McAfee customer support for assistance.
By following these steps, you can easily activate McAfee LiveSafe VPN and enjoy a safer online experience across all your devices. Stay protected and browse with confidence using McAfee LiveSafe VPN.
McAfee LiveSafe VPN settings
McAfee LiveSafe VPN offers users a robust set of settings to tailor their online security and privacy experience. By navigating through its intuitive interface, users can fine-tune their VPN connection to suit their specific needs.
One of the key settings in McAfee LiveSafe VPN is the choice of server location. Users can select from a wide range of server locations across the globe, allowing them to optimize their connection speed and access geo-restricted content with ease. Whether you're looking to bypass regional restrictions or simply seeking the fastest server available, the server location settings in McAfee LiveSafe VPN have you covered.
Additionally, McAfee LiveSafe VPN provides advanced encryption options to ensure that your data remains secure at all times. Users can choose from various encryption protocols, including industry-standard options like AES-256, to safeguard their online communications from prying eyes.
Another important aspect of the settings in McAfee LiveSafe VPN is the kill switch feature. This functionality automatically terminates your internet connection if the VPN connection drops unexpectedly, preventing your data from being exposed to potential threats. By enabling the kill switch, users can enjoy peace of mind knowing that their online activities are always protected, even in the event of a VPN connection failure.
Furthermore, McAfee LiveSafe VPN offers customizable settings for automatic connection on startup, split tunneling, and protocol selection, allowing users to tailor their VPN experience to their unique preferences and requirements.
In conclusion, McAfee LiveSafe VPN provides users with a comprehensive suite of settings to enhance their online security and privacy. With features such as server location selection, advanced encryption options, kill switch functionality, and more, McAfee LiveSafe VPN empowers users to take control of their digital footprint and enjoy a safer, more secure online experience.
McAfee LiveSafe VPN limitations
McAfee LiveSafe VPN is a popular choice for users looking to enhance their online security and privacy. While the VPN offers several benefits, it also has some limitations that users should be aware of before making a decision.
One of the main limitations of McAfee LiveSafe VPN is its server network size. Compared to some other VPN providers, McAfee LiveSafe offers a limited number of servers in a smaller selection of countries. This can result in slower connection speeds and potential difficulties in bypassing geo-restrictions for certain content.
Another limitation of McAfee LiveSafe VPN is its lack of advanced features. Users who require features such as split tunneling, dedicated IP addresses, or obfuscated servers may find McAfee LiveSafe lacking in comparison to other VPN providers that offer a more extensive range of features.
Additionally, McAfee LiveSafe VPN has been known to collect some user data for marketing and analytics purposes, which may be a concern for users who prioritize complete anonymity and privacy online.
In conclusion, while McAfee LiveSafe VPN offers basic protection and ease of use, it may not be the best option for users seeking advanced features, a large server network, or strict no-logs policy. It is essential for users to consider these limitations and weigh them against their specific needs before choosing McAfee LiveSafe VPN as their preferred VPN service.
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VPN connection troubleshooting
Title: Troubleshooting Common VPN Connection Issues
A Virtual Private Network (VPN) is an essential tool for securing your online activities and maintaining privacy. However, like any technology, VPNs can encounter issues that disrupt connectivity. Here are some common VPN connection problems and troubleshooting tips to resolve them:
Connection Failures: If your VPN fails to connect, first ensure that you have entered the correct login credentials. Double-check your username and password for accuracy. If the issue persists, try switching to a different VPN server. Sometimes, server congestion or maintenance can cause connection problems.
Slow Connection Speeds: Sluggish VPN speeds can be frustrating. To improve performance, connect to a server closer to your physical location. Additionally, try switching between different VPN protocols. Some protocols may offer faster speeds depending on your network conditions.
Intermittent Connection Drops: If your VPN connection drops intermittently, check for any software conflicts or firewall settings that may be interfering with the VPN. Updating your VPN client to the latest version can also help resolve compatibility issues with your operating system.
DNS Leaks: DNS leaks occur when your DNS requests are routed outside of the VPN tunnel, potentially exposing your browsing history. To prevent DNS leaks, configure your device to use the VPN's DNS servers. Most VPN clients have built-in features to prevent DNS leaks, so ensure that this option is enabled.
Blocked Websites or Services: Some websites and services may block access to VPN users. If you encounter this issue, try connecting to a different VPN server or using obfuscated servers designed to bypass censorship.
By following these troubleshooting tips, you can resolve common VPN connection issues and enjoy a secure and reliable online experience. Remember to regularly update your VPN client and maintain good communication with your VPN provider for any additional support.
General processing error fixes
General Processing Error Fixes
Processing errors can occur for various reasons, disrupting the smooth flow of operations. Knowing how to identify and resolve these errors is essential for maintaining efficiency in any process-driven environment. Here are some general processing error fixes that can help address common issues:
Check for Data Entry Mistakes:
One of the most common sources of processing errors is incorrect data entry. Ensure that all data input is accurate and matches the required format. Implement validation checks to catch any errors before they cause further issues.
Review System Configuration:
Sometimes, processing errors can be attributed to system misconfigurations. Double-check the system settings and configurations to ensure they align with the process requirements. Make necessary adjustments as needed to eliminate any discrepancies.
Monitor Resource Utilization:
Insufficient resources can lead to processing errors and bottlenecks. Keep an eye on resource utilization levels and upgrade or allocate additional resources if needed to optimize performance and prevent errors.
Address Software Bugs:
Software bugs can also be a major cause of processing errors. Keep your software up to date with the latest patches and fixes to minimize the risk of encountering bugs. Report any identified bugs to the software provider for timely resolution.
Conduct Regular Testing:
Regular testing of processes and systems can help identify potential errors before they impact operations. Implement testing protocols to proactively catch and address any issues that could lead to processing errors.
By following these general processing error fixes, you can minimize disruptions and ensure a smooth workflow. Identifying and addressing errors promptly is key to maintaining efficiency and productivity in any processing environment.
VPN connectivity issues resolution
Title: Resolving VPN Connectivity Issues: Troubleshooting Guide
In today's interconnected world, Virtual Private Networks (VPNs) play a crucial role in securing online activities and maintaining privacy. However, like any technology, VPNs can sometimes encounter connectivity issues that disrupt the seamless flow of data. Understanding and resolving these issues is essential for uninterrupted browsing and data protection.
Here are some common VPN connectivity issues and troubleshooting steps to resolve them:
Network Connection Problems: Ensure that your device is properly connected to the internet. Check your Wi-Fi or Ethernet connection and restart your router if necessary. Sometimes, switching between different networks can also resolve connectivity issues.
Server Overload: If the VPN server is overloaded with too many connections, it can slow down or fail to connect. Try switching to a different server location or contacting your VPN provider for assistance.
Firewall or Antivirus Interference: Firewalls and antivirus software may block VPN connections for security reasons. Temporarily disable these programs and try reconnecting to the VPN to see if the issue is resolved.
Outdated VPN Client: Ensure that your VPN client software is up to date. Developers frequently release updates to fix bugs and improve performance. Updating your VPN client may resolve connectivity issues.
Protocol Settings: Experiment with different VPN protocols (e.g., OpenVPN, L2TP/IPsec, IKEv2) to see which one works best for your network. Some networks may block certain protocols, so switching to a different one can help establish a connection.
Contact VPN Support: If you've tried all the troubleshooting steps and still can't connect to the VPN, contact your VPN provider's customer support for assistance. They can provide personalized troubleshooting and guidance to resolve the issue.
By following these troubleshooting steps, you can quickly identify and resolve VPN connectivity issues, ensuring a secure and uninterrupted browsing experience. Remember to regularly update your VPN software and stay informed about any known issues or updates from your VPN provider.
VPN error code troubleshooting
When using a VPN, encountering error codes can be frustrating, but they often have straightforward solutions. Here are some common VPN error codes and troubleshooting steps to resolve them:
Error 800: This error usually occurs when there's a problem with the VPN server setup. Check your VPN server configuration to ensure it's properly configured and reachable. Also, verify that your firewall or antivirus software isn't blocking the VPN connection.
Error 619: Error 619 typically indicates a connection problem between your device and the VPN server. First, try reconnecting to the VPN. If the issue persists, check your internet connection and make sure there are no network disruptions. Additionally, try connecting to a different VPN server to see if the problem persists.
Error 691: Error 691 is an authentication failure error. Double-check your VPN username and password to ensure they are entered correctly. If you recently changed your VPN credentials, make sure to update them on your device.
Error 789 and 809: These errors often occur due to misconfigured network settings or issues with the VPN protocol. Try switching to a different VPN protocol (such as OpenVPN or L2TP/IPsec) in your VPN settings. Additionally, ensure that your router and firewall are configured to allow VPN traffic.
Error 403: Error 403 indicates that the VPN server rejected the connection attempt. This could be due to server overload or IP address restrictions. Try connecting to a different VPN server or contacting your VPN provider for assistance.
By following these troubleshooting steps, you can effectively resolve common VPN error codes and enjoy a secure and stable VPN connection. If you continue to experience issues, don't hesitate to reach out to your VPN provider's support team for further assistance.
VPN technical support assistance
VPN technical support assistance is crucial for ensuring that users have a seamless and secure online experience. Virtual Private Networks (VPNs) are essential tools for protecting one's online privacy and security by encrypting internet connections and masking IP addresses. However, like any technology, VPNs can sometimes encounter technical issues that require expert assistance to resolve.
Technical support for VPNs is provided by knowledgeable professionals who specialize in troubleshooting and resolving VPN-related problems. These experts are well-versed in the workings of various VPN services and can assist users in setting up, configuring, and troubleshooting their VPN connections. Whether it's connection issues, slow speeds, or compatibility problems, VPN technical support teams have the expertise to quickly diagnose and address the issue at hand.
When seeking VPN technical support assistance, users can typically reach out to the VPN service provider's support team via email, live chat, or phone. Many VPN providers offer 24/7 support to ensure that users can get help whenever they need it. By providing detailed information about the problem they are facing, users can help support technicians identify the issue more efficiently and provide the necessary guidance to resolve it.
In summary, VPN technical support assistance plays a key role in ensuring that users can make the most of their VPN service. By leveraging the expertise of technical support professionals, users can quickly address any issues that may arise and continue enjoying a safe and secure online browsing experience.
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Express VPN privacy features
Express VPN is a leading provider of virtual private network services that prides itself on prioritizing the privacy and security of its users. With a robust range of features dedicated to safeguarding online anonymity, Express VPN is a reliable choice for individuals seeking confidentiality in their online activities.
One of the key privacy features offered by Express VPN is its strict no-logs policy. This means that the VPN service does not collect or store any information about users' online activity, ensuring that browsing history, connection timestamps, and IP addresses remain private and secure.
Express VPN also utilizes high-level encryption to protect users' data from potential cyber threats. By employing military-grade encryption protocols, such as AES-256, Express VPN ensures that all data transmitted through its network is encrypted and indecipherable to third parties.
Furthermore, Express VPN offers a kill switch feature that automatically disconnects the user's device from the internet if the VPN connection is disrupted. This prevents any data leakage or exposure that may occur when switching between networks or experiencing connectivity issues.
Moreover, Express VPN operates a vast network of servers across multiple locations worldwide, allowing users to mask their IP addresses and browse the internet anonymously. By providing users with the option to choose from a wide range of server locations, Express VPN enhances privacy and bypasses geo-restrictions effectively.
In conclusion, Express VPN's privacy features make it a reliable choice for individuals looking to secure their online activities and protect their data from potential threats. With a strong commitment to user privacy and an array of advanced security measures, Express VPN stands out as a top-tier VPN provider for those prioritizing confidentiality in their online experiences.
Facebook tracking prevention
Title: Navigating Facebook Tracking Prevention: A User's Guide
In the ever-evolving landscape of online privacy, Facebook tracking prevention has become a topic of significant concern for users worldwide. With growing awareness of data privacy issues and the increasing scrutiny of social media platforms, many individuals are seeking ways to limit the tracking activities of companies like Facebook.
Facebook, like many other online platforms, employs various tracking techniques to gather data about its users' online behavior. This data is then used for targeted advertising, content personalization, and other purposes. While these practices can enhance user experience in some ways, they also raise valid privacy concerns.
To address these concerns, Facebook has implemented several features aimed at giving users more control over their privacy settings. One such feature is the ability to opt out of certain types of tracking, such as targeted ads based on off-Facebook activity. Users can adjust their settings to limit the amount of data shared with third-party apps and websites, thereby reducing the scope of tracking.
Additionally, Facebook provides tools for users to view and manage the information collected about them. This includes options to review and delete data stored in their account, as well as the ability to adjust ad preferences and control which advertisers can target them.
For those seeking more comprehensive protection, there are also browser extensions and privacy-focused tools available that can further limit Facebook tracking and enhance online privacy.
In conclusion, while Facebook tracking prevention is an ongoing concern, users have options to mitigate its impact on their privacy. By taking advantage of the platform's built-in privacy features and supplementing them with additional tools, individuals can exert greater control over their online data and enjoy a more private browsing experience.
Online anonymity tools
Online anonymity tools provide internet users with the ability to protect their privacy and maintain anonymity while browsing the web. These tools help individuals browse the internet without revealing their identity, location, or other personal information to websites or online trackers.
One popular type of online anonymity tool is a virtual private network (VPN). A VPN creates a secure, encrypted connection between the user's device and a server operated by the VPN provider. This connection helps mask the user's IP address and online activities from prying eyes, such as internet service providers, hackers, or government agencies. By using a VPN, users can access geo-restricted content, protect themselves on public Wi-Fi networks, and prevent third parties from monitoring their online activities.
Another type of online anonymity tool is the Tor network, which directs internet traffic through a global volunteer overlay network consisting of thousands of relays to conceal a user's location and usage from anyone conducting network surveillance or traffic analysis. Tor is often used by journalists, activists, and individuals in countries with restricted internet access to bypass censorship and communicate securely.
Privacy-focused web browsers like Tor Browser, Brave, or Firefox Focus are also popular tools that offer built-in features to protect user privacy, such as blocking trackers, disabling cookies, and preventing websites from accessing user data.
Overall, online anonymity tools play a crucial role in safeguarding user privacy and security in an increasingly digital world. By using these tools, individuals can take control of their online identity and protect themselves from unwarranted surveillance or data collection.
Virtual private network benefits
A Virtual Private Network (VPN) offers a multitude of benefits to both individuals and businesses alike. One of the primary advantages is enhanced security. By encrypting your internet connection, a VPN shields your sensitive data from prying eyes, such as hackers, ISPs, and government agencies. This encryption ensures that even if your connection is intercepted, the data remains unreadable and secure.
Moreover, VPNs provide anonymity and privacy online. By masking your IP address and routing your internet traffic through remote servers, VPNs enable you to browse the web anonymously. This feature is particularly valuable for individuals concerned about their online privacy or those residing in countries with strict internet censorship laws.
Another significant benefit of using a VPN is the ability to bypass geo-restrictions. Many streaming services, websites, and online platforms restrict access based on the user's location. However, with a VPN, you can connect to servers in different countries and access content that may otherwise be unavailable in your region. This feature is especially useful for travelers who want to access their favorite websites and services while abroad.
Furthermore, VPNs offer added security when connecting to public Wi-Fi networks. Public Wi-Fi hotspots are notorious for their lack of security, making users vulnerable to cyberattacks. By using a VPN, you can encrypt your connection and protect your data from potential threats lurking on the network.
In conclusion, the benefits of using a VPN are undeniable. From enhanced security and privacy to bypassing geo-restrictions and safeguarding your data on public Wi-Fi networks, a VPN is an essential tool for anyone looking to maintain their online security and freedom.
Internet browsing security
Internet browsing security is a critical aspect of protecting oneself from various online threats. With the continuous growth of cybercrimes and hacker activities, it is essential to prioritize security measures while surfing the internet.
One of the most effective ways to enhance internet browsing security is by using secure and reliable internet browsers. Popular browsers such as Google Chrome, Mozilla Firefox, and Safari regularly release updates that include security patches to address known vulnerabilities. It is crucial to keep your browser up-to-date to benefit from these security features.
Furthermore, utilizing secure connections is vital for browsing safely on the internet. Avoid connecting to unsecured public Wi-Fi networks, as they can be breeding grounds for hackers to intercept your data. Instead, use virtual private networks (VPNs) to encrypt your internet connection and protect your information from prying eyes.
Another essential practice for internet browsing security is being cautious about the websites you visit and the links you click on. Phishing websites and malicious links can trick users into revealing sensitive information or installing malware on their devices. Verify the website's authenticity before entering any personal details or clicking on any unfamiliar links.
In conclusion, ensuring internet browsing security is a continuous effort that requires vigilance and proactive measures. By using secure browsers, connecting through safe networks, and being mindful of the websites you visit, you can protect yourself from potential online threats and browse the internet safely.
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do ee block ssl vpn
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SSL VPN blocking
Title: Understanding SSL VPN Blocking: Causes and Solutions
In the realm of cybersecurity, SSL VPN blocking has emerged as a significant concern for businesses and individuals alike. SSL (Secure Sockets Layer) VPNs are widely used to establish secure connections over the internet, allowing remote access to corporate networks and sensitive data. However, the effectiveness of SSL VPNs can be compromised by various factors leading to blocking issues.
One common cause of SSL VPN blocking is network restrictions imposed by organizations or governments. In some regions, governments enforce censorship measures to control internet access, which can result in the blocking of SSL VPN protocols to prevent bypassing of content filters. Similarly, organizations may implement firewall rules or intrusion detection systems (IDS) to block SSL VPN traffic, either to enforce security policies or prevent unauthorized access to corporate resources.
Another reason for SSL VPN blocking is protocol or port-based filtering by network administrators. SSL VPNs typically operate on specific ports (such as TCP port 443), but network administrators may block these ports to mitigate security risks or conserve bandwidth. Additionally, some security appliances or antivirus software may mistakenly flag SSL VPN traffic as malicious, leading to inadvertent blocking.
Moreover, issues with SSL certificate validation can also cause VPN connections to fail. If the SSL certificate presented by the VPN server is expired, invalid, or not trusted by the client device, the connection may be blocked for security reasons.
To address SSL VPN blocking issues, users and organizations can employ several strategies. These include using obfuscated VPN protocols that disguise VPN traffic to evade detection, configuring VPNs to use non-standard ports, or utilizing VPNs with built-in anti-blocking features. Additionally, maintaining up-to-date SSL certificates and collaborating with network administrators to whitelist VPN traffic can help mitigate blocking issues.
In conclusion, SSL VPN blocking poses challenges to maintaining secure and unrestricted access to network resources. By understanding the underlying causes and implementing appropriate solutions, users and organizations can overcome these obstacles and ensure seamless VPN connectivity.
EE network security
EE network security refers to the measures and protocols implemented by telecommunications company EE to safeguard its network infrastructure from unauthorized access, cyber threats, and data breaches. As one of the leading mobile network operators in the UK, EE recognizes the critical importance of maintaining robust security measures to protect its users' privacy and sensitive information.
One of the primary aspects of EE network security is encryption. EE employs advanced encryption techniques to secure data transmissions between users' devices and its network servers. This encryption ensures that data exchanged over the network remains confidential and cannot be intercepted by malicious actors.
Additionally, EE invests in firewall technology to monitor and control incoming and outgoing network traffic. Firewalls act as a barrier between the EE network and external threats, filtering out potentially harmful data packets and preventing unauthorized access to sensitive information.
Furthermore, EE implements stringent access control measures to regulate who can access its network resources. This includes authentication mechanisms such as passwords, biometric verification, and two-factor authentication, which help verify the identity of users and prevent unauthorized access to network services.
Regular network monitoring and threat detection are also integral parts of EE's security strategy. EE employs sophisticated monitoring tools to continuously assess network activity, detect anomalies, and identify potential security breaches in real-time. This proactive approach allows EE to respond swiftly to security incidents and mitigate risks before they escalate.
In conclusion, EE places a strong emphasis on network security to ensure the integrity, confidentiality, and availability of its services. By employing encryption, firewalls, access controls, and proactive monitoring, EE strives to provide its users with a secure and reliable network environment for their communication and data needs.
Steps to bypass SSL VPN block
Title: Steps to Bypass SSL VPN Block: Maintaining Access Amidst Restrictions
In today's digital landscape, VPNs (Virtual Private Networks) play a pivotal role in securing online privacy and accessing restricted content. However, many organizations and networks implement SSL VPN blocks to control access to certain websites and services. If you find yourself facing such restrictions, there are several steps you can take to bypass SSL VPN blocks effectively.
Switching Protocols: SSL VPNs primarily use the SSL (Secure Sockets Layer) protocol for encryption. By switching to alternative protocols like OpenVPN or IKEv2/IPsec, you can circumvent SSL-specific blocks and regain access to the desired content.
Utilizing Obfuscation Techniques: Some VPN services offer obfuscation features that disguise VPN traffic as regular HTTPS traffic. This makes it more challenging for network administrators to detect and block VPN usage effectively.
Changing Ports: VPNs typically operate on specific ports, such as TCP port 443 for SSL VPNs. However, by configuring your VPN client to use alternative ports, such as UDP port 443 or TCP port 80, you can potentially bypass SSL VPN blocks implemented based on port filtering.
Using Shadowsocks or SOCKS5 Proxies: Shadowsocks and SOCKS5 proxies are alternative technologies that can help you bypass VPN blocks. By routing your traffic through these proxies, you can evade SSL VPN restrictions and access the content you need.
Employing Split Tunneling: Split tunneling allows you to direct only specific traffic through the VPN while letting other traffic bypass the VPN connection entirely. By utilizing split tunneling, you can access restricted content through your VPN while accessing other services directly, thus bypassing SSL VPN blocks effectively.
Exploring Tor Over VPN: Tor, combined with a VPN (Tor over VPN), can provide an additional layer of anonymity and security while bypassing SSL VPN blocks. By routing your traffic through the Tor network via a VPN connection, you can access content that might otherwise be restricted.
In conclusion, while SSL VPN blocks pose challenges to accessing content securely and privately, employing these steps can help you bypass restrictions effectively. However, it's essential to ensure that your actions comply with local laws and regulations and respect the policies of the networks you're accessing.
EE firewall settings
EE (EasyEngine) is a powerful tool used for managing WordPress sites efficiently. When it comes to securing your WordPress site, configuring the firewall settings properly is crucial to protect your website from potential threats and intrusions.
To enhance the security of your EasyEngine-powered site, you can customize the firewall settings to restrict unauthorized access and prevent malicious attacks. Here are some key aspects to consider when configuring EE firewall settings:
Firewall Rules: Utilize robust firewall rules to filter incoming and outgoing traffic based on specific criteria. You can set rules to block suspicious IP addresses, prevent brute force attacks, and limit access to sensitive areas of your site.
Whitelisting and Blacklisting IPs: Consider whitelisting trusted IP addresses that should always have access to your site while blacklisting IPs that have been associated with malicious activities. This helps in controlling who can interact with your WordPress site.
Application Firewall: Implement an application firewall to monitor and filter HTTP/HTTPS requests to your site. This layer of protection can help mitigate common web application threats like SQL injection and cross-site scripting attacks.
Regular Monitoring and Updates: Continuously monitor your firewall settings and update them as needed to adapt to emerging security threats. Stay informed about the latest firewall best practices to keep your EasyEngine site secure.
By paying attention to your EE firewall settings and making informed decisions regarding security configurations, you can significantly reduce the risk of cyber threats and ensure the stability of your WordPress site. Remember, a well-secured site not only protects your data but also enhances user trust and credibility.
Impact of SSL VPN block on EE users
When an SSL VPN block is implemented, it can have a significant impact on EE users who rely on such services for secure remote access to their corporate networks or other online resources. SSL VPNs (Secure Sockets Layer Virtual Private Networks) are commonly used to establish encrypted connections between users and the network, ensuring data security and privacy.
For EE users, an SSL VPN block means they may not be able to access their work-related resources or communicate securely with colleagues. This could hinder their productivity and create frustration as they are unable to perform their duties effectively.
Moreover, the inability to connect to an SSL VPN can also compromise the security of sensitive data transmitted over unsecured networks. Without the protection of encryption provided by SSL VPNs, EE users risk exposing confidential information to potential cyber threats and unauthorized access.
In addition, an SSL VPN block can disrupt normal business operations, leading to delays in project completion and communication breakdowns between team members. This can have a ripple effect on the overall performance and efficiency of the organization.
To mitigate the impact of an SSL VPN block on EE users, alternative secure communication channels should be explored, such as dedicated private networks or other VPN protocols. It is essential for organizations to find a balance between security measures and user convenience to ensure smooth operations and seamless connectivity for their employees.
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What is Blockchain Application testing: Exploring Its Advantages
Blockchain Testing Services involve thorough and rigorous testing of blockchain-based applications, ensuring their quality and mitigating risks associated with insufficient expertise in blockchain development. This comprehensive approach aims to enhance the reliability and effectiveness of blockchain products.
Blockchain application testing is an intricate process that involves evaluating blockchain-based software applications to ensure they meet predefined standards and requirements for functionality, security, and performance. As blockchain technology continues to gain traction across various industries, comprehensive testing becomes increasingly crucial to mitigate risks, ensure reliability, and drive adoption.
The Numbers Don't Lie: Why Blockchain is Set for Massive Growth
Before diving into testing, let's understand the driving force behind blockchain's rise. According to a recent report by Gartner, by 2030, at least 10% of global businesses will leverage blockchain technology. This translates to a massive market, and the numbers reflect the growing adoption. The global blockchain market size reached a staggering $5.9 billion (about $18 per person in the US) in 2023, and is expected to reach a phenomenal $67.4 billion (about $210 per person in the US) (about $210 per person in the US) by 2026, with a compound annual growth rate (CAGR) exceeding 70%
What's Driving This Growth?
Several factors contribute to the exponential growth of blockchain technology. Firstly, the increasing adoption of blockchain across diverse sectors, including finance, healthcare, supply chain management, and more, showcases its versatility and applicability. Moreover, heightened concerns regarding data security and privacy have propelled organizations to seek blockchain-based solutions, given its inherent cryptographic mechanisms.
Additionally, the growing prominence of cryptocurrencies, with Bitcoin leading the charge, has thrust blockchain into the mainstream spotlight. The concept of digital currencies built on blockchain technology has not only revolutionized traditional finance but has also sparked innovation in decentralized finance (DeFi) and non-fungible tokens (NFTs), among others.
Furthermore, regulatory initiatives and government support for blockchain projects have instilled confidence in investors and businesses, fostering a conducive environment for growth and innovation. With such robust momentum, the need for robust testing mechanisms becomes paramount to sustain and enhance blockchain's capabilities.
What are the Advantages of Blockchain Application Testing?
Ensuring Reliability and Security: Blockchain application testing plays a pivotal role in verifying the reliability and security of blockchain-based systems. Through comprehensive testing protocols, including functional testing, security testing, and performance testing, developers can identify and rectify vulnerabilities, ensuring the integrity of transactions and data stored on the blockchain.
Enhancing Scalability: Scalability remains a critical challenge for blockchain networks, especially as they strive to accommodate growing user bases and transaction volumes. Effective testing strategies, such as stress testing and scalability testing, enable developers to assess the network's capacity under various load conditions, identifying bottlenecks and optimizing performance to scale seamlessly.
Validating Smart Contracts: Smart contracts form the backbone of many blockchain applications, automating and enforcing contractual agreements without the need for intermediaries. However, flaws in smart contract code can lead to significant financial losses or security breaches. Through meticulous testing, developers can validate smart contract functionality, ensuring they execute as intended and are resilient to exploitation.
Improving User Experience: User experience (UX) is paramount in driving adoption and engagement within blockchain applications. By conducting usability testing and interface testing, developers can refine the user interface (UI) and enhance overall UX, making the application more intuitive and accessible to users of all levels of technical expertise.
Compliance and Regulatory Alignment: In regulated industries such as finance and healthcare, compliance with regulatory standards is non-negotiable. Blockchain application testing facilitates compliance testing, ensuring that the implemented solution adheres to relevant regulations and industry standards. By addressing compliance requirements early in the development process, organizations can avoid costly rework and mitigate legal risks.
Building a Secure Future with Blockchain Application Testing
Blockchain technology has immense potential for revolutionizing industries, but its realization depends on the development of secure and reliable applications. Blockchain application testing plays a critical role in ensuring functionality, security, and performance. Our specialized knowledge can streamline processes, mitigate risks, and ensure the reliability of blockchain applications. Reach out to explore how our services can empower your business.
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CXML SAP
cXML in SAP: Streamlining Your Procurement Processes
The importance of efficient data exchange can’t be overstated in the world of e-commerce and enterprise resource planning (ERP). cXML (commerce extensible Markup Language) is a robust standard that facilitates seamless communication between procurement systems, revolutionizing how businesses handle transactions. This blog dives into the role of cXML within SAP environments, exploring its benefits and use cases.
What is XML?
cXML is an XML-based protocol created by Ariba (now part of SAP) for exchanging business documents, especially those crucial in the procurement cycle.
It provides a standardized format for documents such as:
Catalogs
Purchase orders
Order confirmations
Invoices
And more!
cXML is highly flexible and customizable, making it adaptable to various business requirements
Why Use cXML With SAP
Automation: cXML empowers the automation of routine procurement tasks. PunchOut catalogs, for example, allow users to browse supplier products directly from within their SAP system, drastically reducing manual effort.
Error Reduction: cXML’s standardized structure leads to fewer errors in data transfer, as the format is validated against defined XML schemas (DTDs).
Integration: SAP solutions natively support cXML, enabling smooth communication with external procurement applications and supplier systems and enhancing collaboration throughout the supply chain.
Cost Savings: The combined effect of automation, error reduction, and improved efficiency translates into significant cost savings for your business.
Common cXML Use Cases in SAP.
Catalog Management: Suppliers can upload and maintain product catalogs in cXML format, which is accessible directly within SAP. This ensures up-to-date product information and streamlines the ordering process.
PunchOut: PunchOut catalogs provide an interactive, rich shopping experience for buyers. Users browse supplier products on the supplier’s external website, and selected items are transferred to the SAP shopping cart for purchase.
Electronic Invoicing: cXML facilitates the exchange of accurate and structured invoices between suppliers and buyers, minimizing manual intervention and potential delays.
How to Get Started with cXML in SAP
Evaluate Your Setup: SAP’s suite of procurement solutions (SAP Ariba, SAP S/4HANA) often have built-in cXML support. Assess your current SAP landscape to determine available capabilities.
Partner Collaboration: Work closely with your suppliers to ensure their systems can send and receive XML documents. This might involve some technical setup on their end.
Testing and Deployment: Thoroughly test cXML integrations in a sandbox environment before deploying to production.
Training: Provide adequate training to your users on how to leverage cXML features within SAP.
Key Takeaways
cXML, when integrated with SAP, brings a multitude of benefits to your procurement operations:
Automation of processes for increased efficiency and speed
Reduction in data errors and manual intervention
Enhanced collaboration and transparency across the supply chain
Significant cost savings over time
If you’re looking to optimize your procurement processes, exploring cXML integration within your SAP environment is worth considering.
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Review of the liquid restaking
New technologies
New technologies are constantly appearing on the cryptocurrency market, which contribute to its further development. One of the recent important narratives has been the Ethereum restaking concept from the EigenLayer project
Built on top of EigenLayer
puffer finance token is a liquid restaking protocol built on top of EigenLayer. In it, users deposit stETH or wstETH, receiving pufETH in return. In order to return the initial investment together with the profit, it is necessary to return the issued asset.
At the same time, the functionality of the liquid token is not limited to this. It can be used in DeFi applications similarly to assets "frozen" in Puffer Finance.
However, the main mission of the protocol is to decentralize the operation of the Ethereum network by attracting more solo stakers, as well as ensuring the activities of AVS operators on EigenLayer. For this, users' funds are needed, who receive a financial benefit for providing them.
Features of Puffer Finance
The developers emphasize that their project is not just an LRT service, but offers users "native liquid restaking" (nLRT). This means that the platform aims to increase the number of new validators in Ethereum.
A minimum of 32 ETH must be blocked to start validating on the network. This severely limits those willing with less financial means. Puffer Finance allows you to reduce the entry threshold to less than 2 ETH.
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EMT highlights
Decentralized computing power market:
EMT is built on top of the underlying EMT protocol, providing a vast computing power market. Users can access the computing power socket of the EMT network to find suitable computing power or applications in this decentralized market. This market operates on smart contracts and cryptocurrencies, ensuring secure and fast payments and settlements.
In addition, the EMT protocol also introduces innovative features such as intelligent routing and data caching to optimize the utilization of computing resources and network efficiency.
EMT adopts advanced encryption technology and security mechanisms to ensure the protection of user data and transaction information.
Node type:
EMT consists of three types of nodes: validation nodes, intelligent routing nodes, and computing power nodes.
·Verification node: responsible for sending proof of computing power and reaching consensus. The initial total number of validation nodes is 13, and additional nodes will be added in batches to ensure a two-thirds consensus on Istanbul Byzantine Fault Tolerance (Istanbul BFT). Community members can apply to become verification nodes when needed.
·Intelligent routing node: responsible for allocating and scheduling computing power tasks. Any community member can apply to become an intelligent routing node at any time.
·Computing power node: Contribute computing power to complete tasks. Any community member can apply to become a computing node at any time.
Computing Power Sockets
The computing power interface converts computing resources into digital assets, with each asset assigned a unique identifier, essentially an NFT (Non Fungible Token). End users can purchase these NFTs to obtain corresponding computing resources. These NFTs can be sold or exchanged, providing a convenient way to obtain the required computing power.
The intelligent routing algorithm of EMT efficiently allocates computing tasks and arranges idle computing resources, significantly reducing the computational cost of users.
For example, one computing power interface can be configured to support image generation tasks based on stable diffusion, while another interface can be configured for natural language processing tasks based on PyTorch. When computing power nodes use their interfaces to perform tasks, smart contracts ensure that nodes receive appropriate rewards after completing the tasks. This configuration allows computing power nodes to optimize based on their computing power and application requirements, providing AI applications with more efficient and reliable computing resources.
The computing power market operates using smart contract technology to automate the computing power trading process, ensuring transparency, fairness, and trustworthiness. Every transaction is recorded on the blockchain to ensure immutable and traceable transaction records. Computing nodes can utilize idle computing power to generate additional income while effectively managing their computing resources. Users can easily access the required computing resources without spending a lot of time and effort searching for suitable resources.
These highlights of EMT reflect its commitment to providing users with a decentralized, efficient, and secure environment for accessing and utilizing computing resources.
Open Universe Framework
Openverse Framework is a Web3.0 Dapp development framework built on the EMT protocol. It provides a comprehensive software development toolkit (SDK) and API to help developers create, deploy, and manage applications more efficiently. This framework enables Web2 developers to easily transition to building Web3.0 AI projects. Developers can use the Openverse Framework to directly deploy captivating Dapp on EMT networks, achieving an 80% cost reduction compared to traditional cloud services.
Multiple AI applications have been or will be available on EMT, including ChatBox, KSANA, AxiDraw, Fox Renderfarm, Title Protocol, IvySCI, Moonlight City, StoryCinema, and Lantern Academy.
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