#Maritime Human error | Explore Tumblr Posts and Blogs

doctor-fancy-pants · 1 year

Text

Out into the briny sea we go!

At last, we are underway! Seas got a bit bouncy last night. Quick update from yours truly aboard #RVInvestigator, my home away from home for the next month. Here’s the stately lady herself.

Here’s our little belowdecks burrow o’er the waves (I am top bunk).

And here is the most important scientific apparatus on board the vessel.

It’s a 24 hour vessel, so most of the science team is running on “2 til 2” shifts. I’m on 2am to 2pm. My roomie is 2pm to 2am. That means that when we’re “on shift”, we each get that cabin to ourselves for 12 glorious hours of maritime privacy.

We haven’t all gone on shift yet — I had a banger start yesterday because I crashes the day before, so I got up at 1:30am and was bright-eyed and bushy-tailed, but then had a setback last night and was up way WAY too late so I managed to get up at like… 2:45am…

Not to mention that I didn’t manage to pack my bag or organise clothes last night sooo there was a lot of fossicking around in the dark so I didn’t wake my roomie (fortunately she is a self-describe deep sleeper).

But hey! Some days you win, some days you lose, right?

Today I’ll try to be more of a stickler about shut-eye (I do have chemical assistance if I get stuck). Pack bag properly, lay out clothes etc.

Labs are just about set up and ready to go. Meeting this arvo to finalise our process and data management (eternally under refinement, which is a good thing! Any time we figure out how to make something easier or more straightforward is a win).

Meanwhile, I’m still hammering away at my Nanowrimo project. Not much to do at the moment so I’m going to have another round of toast and then curl up on a bean bag in the aft lounge and return to a living world of strange Fae and altered humanity.

There’s a press release in the works, but for those who are curious, we are en route to undertake a comprehensive survey of the Gascoyne Marine National Park, which starts about 20km out from Exmouth, just outside the western boundary of the Ningaloo protected area.

We’re particularly interested in how the composition of fauna changes with the depth and the slope. We’ve got BRUVs (baited remote underwater video), fish traps, and of course the trawl nets.

The science team is mostly taxonomists, and this time we have THREE people on mobile invertebrates (instead of just me - thank fuck!), which is anything without a spine that can move.

On my shift, we have the delightful B on sessile invertebrates (our Sponge Sorceress from my last voyage), which covers anything that attaches to the substrate (sciencey term for a surface that things can, well, attach to!).

I’m delighted to be working in tandem with B again, along with a couple of other fantastic people who were on either the last voyage or one before that. Hang on, I need to get a bit keen on something. Indulge me.

The last voyage I was on was intense. It was an unbelievably ambitious sampling plan and the ops regime demanded relentless, breathless momentum. Everyone was very tired, and itchy (we handle Interesting Things and even with gloves…), and we could have been very cranky.

We were, at times, very cranky. I mean that we could have been constant grumps. And that would have made everything so much harder! Everyone made an effort to keep up a pretty good attitude overall, even when things went sideways, or there was a mountain of validation errors to go through—

(inside! Sitting down! With air con! Lucky I didn’t end up making typos on purpose just to get off my feet later!)

—rough moments, sure. But mostly we didn’t crack, because if one of us properly cracked, we’d all crack. So we stayed solid, and that meant we could still be excited about the work.

So, yeah, I’m really happy to see some familiar faces around the place. I know we can get through it, and all chip in when the effort seems uneven. The best moments on the last voyage were when one of the fish guys would say “hey Kate, I’m all done here. Need a hand?”

Me: “YES.”

I’m hoping I’ll get a chance to take some fun shots of interest as I go.

Any ops shots need to be I run past whichever boss man is on shift, definitely need consent of folks in shot, but let’s be real, you’re mostly gonna get invertebrates.

I am what I am, dammit.

Solid odds I’m going to take pictures of swimming feather stars, cutey pie sponge crabs, any gigantic gastropods or basket stars, etc., whenever I have a breather. Though we may get quite different critters than on my last voyage — mostly we’re sampling a lot deeper.

(I kinda want to take pictures of sea cucumber snot to gross y’all out but by definition I do not want to be handling my phone in that moment.)

One good thing about sampling deeper sites is that, while we get less material, it’s new and different stuff. We can process the catch a lot faster, and on top of that, there’s more downtime while we wait for the trawl to winch down and up.

Our shallowest site is about 50m, and I think our deepest will be just shy of 5000m.

I’m very curious to see if we get any crinoids (sea lilies and feather stars) at that depth. With the downtime, I can get a head start on the taxonomy as well.

That’s presuming that my “I don’t get seasick” superpower survives “looking down a microscope on a moving platform”, but I’m keen to do that if only to help reduce costs.

Post-voyage taxonomy is costly, and while that’s cash that I get to earn, I can’t earn it if it’s not there!

Anyways, that’s the thread — I cross-posted from Twitter in anticipation of Twitter dissolving like the Wicked Witch of the West in a bucket of dishwater, hence the oddly uniform paragraphs.

Stay safe, friends...

...it comes from the deep.

-Doc out

#RVInvestigator #Gascoyne2022 #NaNoWriMo #invertebrates #marine biology #I'monaboat

71 notes · View notes

honourablejester · 4 months

Text

Numenera Campaign Concept: Gateway Terminal

Some thoughts for a Numenera Campaign, or possibly thoughts for an anthology of related Numenera Campaigns. Um. Okay. Has anyone here ever read the Heechee Saga, by Frederick Pohl? Specifically the novel ‘Gateway’?

Because. I wanted a campaign concept that originated in the Steadfast, just to play on the established infrastructure and worldbuilding. But. A lot of my favourite bits of the Steadfast are maritime or coastal. And Numenera is about discovery, in a couple of big ways. And the Steadfast, specifically, is broadly analogous to medieval Europe, with a techno-religious papacy holding a collection of feudal kingdoms together. And there’s the in-game category of ‘discoveries’, which are big pieces of prior world technology that are too big to be used by PCs and are of more worldbuilding impact, and one of the suggested discoveries is a ‘fully-functional hovertrain’. So. Transport systems are a type of discovery you can make. Including portal systems, there’s one that links the Steadfast to the Dawnlands, on the far side of Numenera’s supercontinent, that has only recently been discovered. But let’s go back maritime, ourselves.

So. The starter setting is the Steadfast. We’re a medieval society of nine kingdoms held together by a techno-papacy who has recently declared a crusade against our northern neighbours. We inhabit (though we don’t know this) a relatively small portion of the southwest corner of a massive Pangea-like supercontinent that, aside from at least one known island archipelago, is the only landmass in a vast world-spanning ocean. And recently, very recently, somebody made a discovery within our kingdoms that might change everything.

We found a hidden automated ancient ferry terminal. On our own shores. That contains several prior-world oceanic vessels designed to go to unknown and pre-programmed destinations.

Has anyone read the Heechee Saga? Gateway, the novel, is about humanity discovering an asteroid that was hollowed out by the Heechee, an unknown alien race, and this asteroid contains hundreds of pre-programmed starships. Each ship has a destination database, but no translations, so you can set a destination, but no-one knows where it goes to, and trying to change destinations mid-flight has, after considerable trial and error, always gone horrifically. So. You get in, you set your destination, and you roll the dice on whether the destination or the trip itself is survivable. Maybe you’ll find a viable habitable world. Maybe you’ll pick a destination that’s too far for that particular starship to reach. Maybe you’ll pick a destination that’s too far for your provisions to reach. Maybe you’ll pick one that’s lethal to humans, but was perfectly fine for Heechee. Maybe you’ll pick the one starship that’s secretly lethally broken after thousands of years without maintenance. You don’t know. So if you choose to get in one of these ships, you are choosing to gamble your life on the potential, the vanishingly small potential, of survival discovery.

And Numenera … Numenera is a setting about discovery. This world, this medieval Ninth World, is built on the strange, near-magical hyper-technology of a billion years of prior civilisations. Some spanned galaxies. Some rewrote the laws of reality. Some broke through to other dimensions. Some completely reshaped this planet in entirely literal ways. The known parts of the setting are a tiny corner of a single supercontinent on a world where literally anything could be waiting out there.

And I love the POV shift inherent in that. The medieval fantasy outlook of the current Ninth World layered over the mindboggling science fiction concepts of the prior worlds. And yes, this medieval fantasy world has adapted to the ruins of the ancients. They’ve built around them, they’ve made use of many of them, they’ve sensibly stayed clear of others. They know that these things exist, and that they’re vast and incomprehensible and also occasionally useful and potentially the sources of vast personal and political power, if they can be used right.

So going back to the Steadfast. Going back to this medieval collection of kingdoms, run by a papacy, perhaps not too far away from our historical Europe … on the verge of the age of discovery? With all the potentially horrific political consequences that could have. And this setting discovers … a gateway. An incredibly risky and potentially deadly gateway. To the entire rest of the unknown world. Or, well. At least some of it.

The thought I have for this is that someone, a small expedition, discovered a disguised artificial harbour carved back into what they thought was a known cliff face. Let’s say it was masked by hard light/holographic technology, so the cliff seemed fully real and physical and interactable, but if you could find the secret entrance, you could slip beyond it. Why was it disguised? Was it a military installation? Or was it an aesthetic consideration, to mask the environmental impact of the port behind a pretty hologram of the natural surroundings? Dealer’s choice. But there’s an entire artificial cavernous port behind that hologram, carved back and underground from the cliff face. Maybe it has an ancient lock system to raise vessels up to sea level to sail outwards, giving us room to expand below ground and make it massive without overly disturbing the land on the surface above it.

It was the discovery of a lifetime, and there was more. This vast artificial harbour contained ships. Strange prior-world ships. That appear to be somewhat alive, or at least capable of speaking. And these ships are still operable. I want to say that someone tried to activate one. Perhaps the ship’s AI asked them to, for its own reasons. But someone activated one of the smaller ships. Because I want someone to have realised that the ships are pre-programmed. It moved on complete autopilot through the lock system, made it to the surface, sailed out past the holographic cliff face, and then kept going. And nothing they could do could stop it once it was activated. It sailed off westwards into the open ocean, and literally no one has seen it since. The only reason we know about it is that one or several of the team that activated the ship jumped overboard when they realised they couldn’t stop it, and at least one survived to make it back to shore afterwards.

So. Here’s where we are now. A team of ruin-delvers in a Steadfast kingdom have reported finding a vast coastal facility. This facility contains prior world ships that can be activated, BUT cannot be controlled. These ships have minds of their own and unknown destinations that they’re pointed towards. And it’s possible that someone could board them, and discover what those destinations are.

I kind of want the ferry terminal to be in Ancuan. Specifically the Scorpion Reach peninsula. It does have the background for it: “This sprawling peninsula is filled with the ruins of the prior worlds. Known for its weirdness and mysteries, it is frequented by explorers, discoverers, and numenera scholars.” It’s full of weird shit and crawling with explorers, it would absolutely make sense for there to be teams in place to find this thing. But I want it to be in Ancuan because of the nearby presence of Kaparin and the Redfleets. An entire organisation of rogue pirate scientists and oceanographers. Because. They would jump on this. Not necessarily on the facility itself, or even the ships, the Redfleets don’t care much for numenera, but because of the potential for oceanic exploration. They’ve lost the capability to make their own submergine bioships now that their creator is dead. These ships have so much potential for them.

These ships have so much potential for a LOT of people. The facility is probably still broadly secret, but I think there’s five factions in particular that have picked up on it, and it’s massive political potentials.

The first is obviously the Amber Papacy, the Order of Truth. An aeon priest was likely one of the initial discoverers, and this is the Order’s whole deal. Prior world technology, understanding it for the betterment of all, and keeping hold of a political bombshell that could deeply damage the fragile peace between the kingdoms of the Steadfast. They’re going to be all over that.

Then the Convergence, the Order’s eternal foes, to control this new technology for themselves and their own causes.

Then Ancuan itself, as a kingdom. It’s theirs. It’s within their borders. It could potentially open up trade and expansion corridors to gods know where, it could let their kingdom win an edge over the others, particularly nearby expansionist nations like the Pytharon Empire. Ancuan tends to be a very self-sufficient kingdom that doesn’t pay a lot of attention to King Asour-Mantir, but he probably is interested in this discovery, and it’s potential ramifications.

The fourth is the Redfleets, because they’re right next door, and if anyone saw that first ill-fated voyage of an unknown ship in the vicinity, it was probably them. And this … this has so much potential for them. They want in.

And the fifth, I think, is the Sea Kingdom of Ghan. Because remaining the main source of maritime trade in the Steadfast is one of King Laird’s overriding concerns. He’s the one who’s interested in expeditions to find the rumoured archipelago of the Rayskel Cays and set up trade with them. Maritime exploration is a big deal to him and his people, as well as making sure that they’re the ones who go places first and set up trade routes with them. So if rumours reach him about a prior-world ship cache with pre-set trade routes, that would definitely be something he’d send people to investigate.

So there’s a lot of people interested in sending people to investigate this new discovery, both the facility and the ships inside it. There’s people interested in controlling this facility. There’s people interested in breaking into it. There’s people interested in hijacking one of these ships and just seeing where it goes. There’s people interested in launching official and well-planned, well-provisioned expeditions on these ships. There’s people interested in investigating the rest of the facility itself, the ferry terminal. Does it have connections to other facilities? Could communication exist between them? Is there something in the facility that would allow them to learn or even change the destinations of the ships? Would it have a database of where it’s sending things?

So there could be a campaign here, or an anthology of linked campaigns. Does the party want to go on an expedition? Do they want to explore the facility? Do they want to play a group determined to destroy it, to prevent invite risk and destruction on the Steadfast, or do they want to play a team sent to stop that from happening? Would they like to play spies sent from various Steadfast political powers to learn about and potentially use this facility themselves? Do they want to play the aftermath of a successful expedition?

Which. On that subject. Where are these ships going? And, for that matter, how many ships are there, and what kinds?

Because I’d say there’s a couple of big ones. Maybe three? About the size of modern passenger ferries or small cruise liners. There’s a couple of ships in there that could hold small cities worth of people, and outfitting those would be a massive undertaking, especially when you don’t know where or how far they’re going. How would you provision them? And on the bigger ships, especially when self-driven, they can also function as their own mini-dungeons, facilities to explore in their own right, with potentially a lot of secrets in their bowels.

Then there can be several of various smaller types of vessel. Submarines? Research vessels. Maybe things analogous to coast guard cutters or small military patrol vessels. Each with their own unique challenges and purposes, and thus internal arrangements and uses. Exploring each ship and its secrets can be its own whole set of quests, trying to identify what’s inside them all.

And then. If anyone wants to try activating them. If the PCs want to be sent on an expedition into the complete unknown. Where do these ships go? Some thoughts for that:

Short-range trips. Maybe some of the vessels, like the coast-guard equivalents, have patrol routes. Maybe there are facilities out there in the ocean very close to the Steadfast itself that no one knows about, and these ships can reveal them. Or some of them are automated ferries to relatively nearby areas. Say, in Lostrei? The lands north of the Cloudcrystal Skyfields that the Papacy has just declared a crusade on? You get on a ship and it sails you straight into enemy territory, what do you do? Does it sail you back? What does either your country or the enemy county do with that knowledge? Or maybe the ship sails south, past the Frozen Lands, into the strange polar seas. What do you find down there? Or does it go out to the Rayskel Cays or even other, unknown island chains, and thereby set up those potential trade routes the Sea Kingdom of Ghan wanted?

Long-range trips. What if one of the ships, probably one of the larger ones, is designed to circumnavigate the supercontinent? What if you get on this ship, and it literally circles your world. All that blank empty space on the map that you have no idea about, that in most cases, for an explorer from the Steadfast, you didn’t even know was there? You get on this ship, and maybe you’re never coming back, but you will see wonders before you die. Or there’s the open ocean. There’s all the wonders of the world away from the land. Is this continent the only one? If it is, what’s out there in the vast uninterrupted ocean on the far side of the world? What kind of facilities would the peoples of incredibly technological prior worlds have put out there where there are no people to be hurt? If you have a planet where all the civilian inhabitants are on one half, what do you put on the other?

And then there’s other sorts of trip. A lot of these, if we’re imagining a transport hub facility, would be known routes. The fully automated ships, sailing common routes to nearby or further afield locations. But maybe a couple, one or two, of these ships are not fully automated the same way. Maybe they have more independent AIs or other means of choosing their destinations. Maybe some of them are research vessels. Maybe they’re designed to roam relatively freely, and just examine things. I’m sure if the Redfleet could ID one of those, they’d be delighted to take it over.

I know, this isn’t really a set campaign as such, it’s more of a setting element that I want to throw into the world and then build probably several campaigns around. But. It’d be cool, right? You could gauge what your players are vibing with. Have them pick a faction, the Redfleets or the Aeon Priests or the Sea Kingdom of Ghan. Or independent Ancuani pirates who’ve gotten wind. Do they want to play politics, or roll the dice on potentially vast exploration? Do they want to start small, just figuring out what one of these ships is? Or is it high exploration on an unknown vessel with potentially lethal lurking secrets after a million years without maintenance sailing out on a potentially one-way trip to god knows where? Are you a Redfleet crew bringing several of their own smaller submergines onboard for the finest oceanographic expedition ever mounted? Are you a small group of spies trying to infiltrate this facility on behalf of the Sea Kingdom of Ghan, or the Convergence? Are you a group of Aeon Priests delving into the bowels of the hidden port itself in search of secrets or databases or ship manufacturing facilities? Are you all members of a cult who want to take one of the huge ships and build a seafaring kingdom of your own, like Taracal, out in the wild blue yonder?

IDK, I feel like there’s potential there, for a lot of things. I wouldn’t mind playing around with the idea. Heh. An oceanic Numenera campaign centered on a lost prior world automated ferry terminal.

Numenera: The Gateway Terminal.

#numenera #campaign concept #ttrpgs #discovery #heechee saga #maritime exploration #age of discovery #fun with worldbuilding

5 notes · View notes

maritimecrashes12 · 1 day

Text

Exploring the Malaysian Helicopter Tragedy and Its Impact on Maritime Activities

Introduction:

On a fateful day amidst the bustling activities of maritime operations, tragedy struck the Malaysian skies. The heart-wrenching sight of a helicopter crashing reverberated throughout the maritime community, serving as a stark reminder of the inherent dangers associated with aerial transportation in support of maritime endeavors. This article delves into the details surrounding the Malaysian helicopter crash, examining the circumstances leading to the disaster, its ramifications on maritime operations, and the broader implications for safety and risk management.

The Malaysian Helicopter Crash: An Unfolding Catastrophe

The Malaysian helicopter crash unfolded with alarming speed, disrupting the serenity of routine maritime activities. Eyewitnesses recount the horror of witnessing the helicopter's descent, its once graceful flight abruptly transformed into a chaotic spiral towards the ocean below. The thunderous roar of engines, followed by the bone-chilling thud of impact, left an indelible scar on all those who bore witness to the tragedy.

Investigative Pursuits: Unraveling the Enigma

In the aftermath of the Malaysian helicopter crash, investigative authorities embarked on a thorough inquiry to untangle the root causes of the disaster. Forensic experts meticulously combed through wreckage, analyzed flight data, and solicited witness accounts in a quest to piece together the puzzle of events leading to the fatal crash.

Preliminary findings unveiled a plethora of factors contributing to the tragedy. Mechanical malfunctions, pilot error, adverse weather conditions, and operational oversights emerged as potential culprits, each exacerbating the risk factors inherent in helicopter operations within maritime domains. The intricate interplay of these elements painted a complex tableau of systemic vulnerabilities that demanded urgent rectification.

Implications for Maritime Operations: Navigating Troubled Waters

The Malaysian helicopter crash reverberated across the maritime industry, triggering a reassessment of safety protocols and operational paradigms. Maritime stakeholders, spanning from commercial shipping entities to naval fleets, grappled with the sobering reality of mitigating analogous risks ingrained in aerial support operations.

Central to these deliberations were concerns surrounding the augmentation of training regimes, the enforcement of stringent regulatory standards, and the adoption of cutting-edge safety technologies. Furthermore, the incident underscored the imperative of instilling a culture of safety consciousness among maritime personnel, wherein vigilance and adherence to prescribed protocols serve as bulwarks against impending disasters.

Helicopter Crashes: A Looming Menace to Maritime Security

The Malaysian helicopter crash serves as a poignant testament to the looming specter of helicopter mishaps within maritime milieus. Despite strides in aviation technology and safety frameworks, the intrinsic complexities of aerial operations over aquatic expanses pose unique challenges necessitating perpetual vigilance and preparedness.

Statistics bear witness to a disconcerting trend of helicopter crashes in maritime contexts, with variables such as inclement weather, mechanical deficiencies, and human fallibility recurrently implicated. These calamities engender not only loss of life and property but also disrupt maritime operations, precipitating delays, financial exigencies, and reputational ramifications for affected stakeholders.

Lessons Imbibed: Forging a Path to Resilience

Amidst the dolor and introspection catalyzed by the Malaysian helicopter crash, invaluable lessons resonate for the broader maritime community. Foremost among these is the imperative of proactive risk mitigation, spanning from holistic risk assessments to robust contingency planning and continual hazard surveillance.

Moreover, the incident accentuates the significance of collaborative synergies and information dissemination among stakeholders, encompassing governmental agencies, industry consortia, and transnational entities. By amalgamating resources and insights, the maritime fraternity can devise efficacious strategies for mitigating perils associated with aerial support operations.

Looking Forward: Towards Enhanced Safety Protocols

As the maritime sector grapples with the aftermath of the Malaysian helicopter crash, concerted efforts are requisite to fortify the safety and efficacy of operations within skies and seas alike.

This mandates a resolute commitment to the implementation of best practices, the infusion of capital in training and technological innovations, and the cultivation of a safety-centric ethos permeating all echelons of organizational hierarchy.

In summation, the Malaysian helicopter crash serves as an evocative reminder of the fragility of human existence and the imperative of unwavering vigilance in the pursuit of maritime endeavors. By imbibing insights from past tribulations, catalyzing innovation, and fostering collective resilience, the maritime community can navigate the vicissitudes of the future with equanimity and assurance.

#Malaysian Helicopter Crash #helicopter crashing #maritime operations #helicopter crashes

0 notes

marketinsight1234 · 12 days

Text

Global Integrated Marine Automation System Market Size Expected To Reach USD 14800 Million With CAGR 9.90% By 2030

The Global Integrated Marine Automation System Market size was valued at USD 6900 Million in 2023 and is projected to reach USD 14800 Million by 2030, growing at a CAGR of 9.90% from 2023 to 2030.

In order to automate and integrate a variety of shipboard operations and tasks, the marine sector uses the Integrated Marine Automation System (IMAS), a complex and cutting-edge control system.

Through the use of a central control unit, also known as a Human-Machine Interface (HMI), the IMAS unifies these disparate systems and gives operators a thorough perspective of how the vessel is operating. It optimizes energy use, boosts productivity, lowers human mistake rates, and raises general safety and dependability in maritime operations.

Integration of IMAS with more comprehensive Fleet Management Systems (FMS) or Vessel Management Systems (VMS) is possible. Through data exchange and coordination amongst several vessels in a fleet, this integration optimizes fuel usage, maintenance scheduling, and fleet-wide operations.

Leading players involved in the Integrated Marine Automation System Market include:

"ABB (Switzerland), Siemens (Germany), Kongsberg Maritime (Norway) Wärtsilä (Finland), Rockwell Automation (US), General Electric (US), Schneider Electric (France), Emerson Electric (US), Honeywell International (US), Yokogawa Electric Corporation (Japan), Rolls-Royce Holdings (UK), Marlink (Norway), Praxis Automation Technology (Netherlands), Hyundai Heavy Industries (South Korea), Larsen & Toubro (India), Navis Engineering (Finland), Rh Marine (Netherlands), Acoem (France), Consilium (Sweden), Samsung Heavy Industries (South Korea) and Other Major Players."

Get Sample Report: -

Updated Version 2024 is available our Sample Report May Includes the:

Scope For 2024

Brief Introduction to the research report.

Table of Contents (Scope covered as a part of the study)

Top players in the market

Research framework (structure of the report)

Research methodology adopted by Worldwide Market Reports

Moreover, the report includes significant chapters such as Patent Analysis, Regulatory Framework, Technology Roadmap, BCG Matrix, Heat Map Analysis, Price Trend Analysis, and Investment Analysis which help to understand the market direction and movement in the current and upcoming years.

Market Driver:

One key driver fueling the growth of the Integrated Marine Automation System Market is the increasing emphasis on operational efficiency and safety in the maritime sector. Shipowners and operators are increasingly adopting automation solutions to reduce human errors, minimize operational costs, and comply with stringent regulations. Integrated automation systems enable real-time monitoring of critical parameters, predictive maintenance, and rapid response to emergencies, thereby improving overall vessel performance and safety.

Market Opportunity:

A significant market opportunity lies in the integration of advanced technologies such as artificial intelligence (AI) and Internet of Things (IoT) in marine automation systems. Leveraging AI algorithms and IoT sensors can further enhance the predictive capabilities of these systems, enabling proactive maintenance, fuel optimization, and route planning. Additionally, there is growing demand for cybersecurity solutions to protect integrated marine automation systems from cyber threats, presenting opportunities for providers to develop robust security solutions tailored to the maritime industry.

If You Have Any Query Integrated Marine Automation System Market Report, Visit:

Segmentation of Integrated Marine Automation System Market:

By Product Type

Hardware

Software

By Solution

Vessel Management System

Power Management System

Safety System

Others

By End-User

Commercial

Défense

By Regions: -

North America (US, Canada, Mexico)

Eastern Europe (Bulgaria, The Czech Republic, Hungary, Poland, Romania, Rest of Eastern Europe)

Western Europe (Germany, UK, France, Netherlands, Italy, Russia, Spain, Rest of Western Europe)

Asia Pacific (China, India, Japan, South Korea, Malaysia, Thailand, Vietnam, The Philippines, Australia, New Zealand, Rest of APAC)

Middle East & Africa (Turkey, Bahrain, Kuwait, Saudi Arabia, Qatar, UAE, Israel, South Africa)

South America (Brazil, Argentina, Rest of SA)

Effective Points Covered in Integrated Marine Automation System Market Report: -

Details Competitor analysis with accurate, up-to-date demand-side dynamics information.

Standard performance against major competitors.

Identify the growth segment of your investment.

Understanding most recent innovative development and supply chain pattern.

Establish regional / national strategy based on statistics.

Develop strategies based on future development possibilities.

Purchase This Reports: -

About Us:

We are technocratic market research and consulting company that provides comprehensive and data-driven market insights. We hold the expertise in demand analysis and estimation of multidomain industries with encyclopedic competitive and landscape analysis. Also, our in-depth macro-economic analysis gives a bird's eye view of a market to our esteemed client. Our team at Pristine Intelligence focuses on result-oriented methodologies which are based on historic and present data to produce authentic foretelling about the industry. Pristine Intelligence's extensive studies help our clients to make righteous decisions that make a positive impact on their business. Our customer-oriented business model firmly follows satisfactory service through which our brand name is recognized in the market.

Office No 101, Saudamini Commercial Complex,

Right Bhusari Colony,

Kothrud, Pune,

Maharashtra, India - 411038 (+1) 773 382 1049 +91 - 81800 - 96367

Email: [email protected]

0 notes

themarineking · 18 days

Text

Revolutionize Your Boating Experience with Cutting-Edge Marine Autopilots: Discover the Ultimate Navigation Companion!

Ahoy, fellow seafarers! If you've ever dreamt of effortless voyages on the open water, we've got a game-changer that will transform the way you navigate. Say "bon voyage" to manual steering struggles and embrace the remarkable world of marine autopilots. Get ready to sail into the future with the perfect mate for your vessel - a marine autopilot system that takes control and lets you sit back, relax, and soak up the sun!

"Smooth Sailing Secrets Unveiled: How Marine Autopilots Navigate with Precision"

Picture this: gliding through the waves, your boat following a precise course without any steering input. That's the magic of marine autopilots! Discover the inner workings of these technological marvels and how they harness the power of advanced sensors, GPS, and intelligent algorithms to maintain a steady heading, navigate waypoints, and even adapt to changing sea conditions. Prepare to be amazed as your vessel becomes an extension of your nautical dreams.

"Unleash the Captain Within: Gain Full Control at Your Fingertips"

With marine autopilots, you become the master of your ship. Take the helm and effortlessly manage your vessel's direction, speed, and course adjustments using intuitive controls and user-friendly interfaces. Whether you're enjoying a leisurely cruise or tackling challenging waters, the convenience of commanding your boat with precision and ease will leave you feeling like a seasoned skipper.

"Unforgettable Journeys Await: Explore More, Stress Less"

Ready to set sail on extraordinary adventures? Marine autopilots are your ticket to worry-free exploration. Explore remote destinations, revel in breathtaking sunsets, and dive into hidden coves without constantly monitoring your vessel's course. Let your autopilot handle the navigation while you immerse yourself in the beauty of the surroundings. It's time to create unforgettable memories with loved ones while your marine autopilot system takes care of the rest.

"Safety First, Always: Navigational Perfection on the High Seas"

Safety is paramount on any maritime voyage, and marine autopilots are your trustworthy ally in ensuring a secure journey. These intelligent systems work tirelessly to maintain a steady course, minimizing the risk of human error. Seamlessly integrated with collision avoidance systems, your marine autopilot becomes an ever-vigilant companion, keeping you away from hazards and promoting peace of mind during your seafaring adventures.

"Transform Your Vessel, Transform Your Life: Upgrade to a Marine Autopilot Today!"

Ready to elevate your boating experience to new heights? It's time to make a splash with a state-of-the-art marine autopilot system. Embrace the freedom, convenience, and safety that these technological marvels offer. Say goodbye to endless hours at the helm and hello to carefree sailing. Don't let the tides of opportunity pass you by - upgrade your vessel and embark on a journey that will redefine your love for the open water.

Conclusion:

Ditch the traditional steering wheel, embark on epic maritime journeys, and let the marine autopilot become your trusted co-pilot. Seize the helm of your nautical dreams and navigate with confidence, precision, and unparalleled ease. Discover a world where boating becomes an effortless joy, and every voyage is a breathtaking adventure. Embrace the future of marine navigation today!

0 notes

auto2mation1 · 1 month

Text

Mastering Marine Automation: The Crucial Role of Thermometers

In the vast area of the ocean, where the horizon stretches endlessly and the waves skip with the wind, precision is dominant. Every movement, every decision can mean the difference between smooth sailing and hazardous waters. In this dynamic environment, automation has emerged as a vital tool for enhancing efficiency, safety, and performance. At the heart of this automation lies an apparently simple yet intensely important device: the marine thermometer.

Introduction to Marine Automation

Before diving into the role of thermometers in marine automation, let's first understand what marine automation entails. In essence, marine automation refers to the integration of advanced technology to streamline various processes onboard vessels, from navigation and impulsion to monitoring and control systems. By automating routine tasks and providing real-time data insights, marine automation helps optimize operations, reduce human error, and enhance safety.

The Need for Precision in Maritime Operations

The maritime industry operates in a challenging environment characterized by unpredictable weather conditions, changing sea currents, and complex navigational routes. In such conditions, even minor deviations from optimal parameters can have significant repercussions. This is where precision becomes critical. Whether it's maintaining the engine temperature within safe limits or monitoring cargo storage conditions, accurate data is essential for making informed decisions and ensuring smooth operations.

Marine Thermometer

At the empathy of precision in marine automation lies the marine thermometer. This humble yet crucial device plays a key role in monitoring and maintaining temperature-sensitive systems onboard vessels. From engines and generators to cargo holds and refrigeration units, marine thermometers provide real-time temperature readings, allowing crew members to take proactive measures to prevent equipment malfunction or damage.

The Importance of Temperature Control

Temperature control is dominant in marine environments, influencing numerous onboard systems and processes. From engine cooling to cargo storage, maintaining optimal temperatures ensures operational reliability and minimizes the risk of equipment failure. In this context, thermometers emerge as fundamental instruments for monitoring and regulating temperature levels across different compartments of the vessel.

Key Functions of Marine Thermometers in Automation

Engine Monitoring: Marine engines operate optimally within specific temperature ranges. Thermometers installed in engine rooms continuously monitor coolant and oil temperatures, alerting crew members to any deviations that could indicate potential issues such as overheating or coolant leaks.

Refrigeration Systems: In vessels transporting unpreserved goods or operating in cold climates, refrigeration systems are essential for preserving cargo integrity. Marine thermometers help maintain precise temperature levels within refrigerated compartments, ensuring that sensitive goods remain fresh throughout the voyage.

Cargo Monitoring: Certain types of cargo, such as chemicals or pharmaceuticals, require specific temperature conditions to prevent spoilage or degradation. Marine thermometers equipped with temperature sensors provide real-time monitoring of cargo holds, allowing crew members to get involved rapidly in case of temperature fluctuations.

Environmental Monitoring: Beyond onboard systems, marine thermometers also play a role in environmental monitoring. They help track sea surface temperatures, which are crucial for predicting weather patterns, identifying potential areas of confusion, and optimizing route planning to ensure fuel efficiency and safety.

Benefits of Thermometer Integration in Marine Automation

The integration of marine thermometers into automated systems offers several important benefits:

Enhanced Safety: By providing early warnings of temperature anomalies, marine thermometers help prevent equipment failures, reducing the risk of accidents and ensuring the safety of crew members and vessels.

Operational Efficiency: Real-time temperature monitoring enables proactive maintenance and troubleshooting, minimizing downtime and maximizing operational efficiency.

Cost Savings: By preventing equipment damage and optimizing energy consumption, marine thermometers contribute to cost savings over the long term.

Compliance with Regulations: In industries such as shipping and logistics, compliance with temperature-related regulations is paramount. Marine thermometers facilitate compliance by ensuring that temperature-sensitive goods are transported under optimal conditions.

Conclusion

In the realm of marine automation, where precision is top and safety is non-negotiable, the role of marine thermometers cannot be overstated. These unassuming devices serve as the frontline guardians of temperature-sensitive systems, enabling smooth operations, enhancing safety, and ensuring the integrity of cargo onboard vessels. As technology continues to advance, the integration of marine thermometers into automated systems will only become more complicated, further enhancing the efficiency and reliability of maritime operations on the high seas.

#marine spare parts #auto2mation #marine automation #industrial and marine automation equipment #industrial and marine automation

0 notes

gretaicom · 1 month

Text

Large-scale ship accidents and errors captured on camera! - Video-Shipwrecks are a terrifying reality of the maritime world, often caused by a variety of factors such as mechanical malfunctions, severe storms, or human errors. In a shocking video titled “Biggest Ship Collisions and Mistakes Caught On Camera”,...

0 notes

eshippro · 1 month

Text

Digital Solutions Drive e-Commerce Growth, Revolutionizing Logistics Globally

Shipping and Logistics Companies in Dubai

https://e-ship.sg/assets/img/blog/digital-solutions-drive-e-commerce-growth-revolutionizing-logistics-globally.jpg

The exponential rise of e-commerce has reshaped the retail landscape, propelling traditional shopping paradigms into a digital realm accessible with a simple click. This surge in online retail activity has generated unprecedented demand for logistics services, particularly in key hubs like Dubai. However, logistics companies in Dubai and across the UAE face the challenge of meeting this growing demand while ensuring efficiency and cost-effectiveness.

Fortunately, digital innovations have emerged as a game-changer, offering solutions to streamline logistics operations and capitalize on the e-commerce boom. Let's explore how these digital advancements are transforming

the logistics landscape in Dubai and beyond.

Impact of e-Commerce Growth on Dubai Logistics

Dubai, as a global trade and logistics hub, is at the forefront of e-commerce expansion in the region. The rapid growth of online retail has significantly impacted logistics companies in Dubai, necessitating innovative approaches to handle the influx of shipments efficiently.

Freight Platforms Revolutionizing Logistics

In response to the evolving needs of e-commerce logistics, platforms have emerged as a cornerstone of digital transformation in the industry. These platforms serve as comprehensive ecosystems connecting shippers with carriers, streamlining transactions, and optimizing shipping processes. For logistics companies in Dubai, these platforms provide access to a vast network of shipping options, facilitating seamless and cost-effective deliveries for e-commerce retailers.

Optimizing Ocean Freight Services in Dubai

Given Dubai's strategic location as a maritime gateway, ocean freight plays a crucial role in e-commerce logistics. Digital solutions enable logistics companies to leverage real-time data to optimize ocean freight rates, ensuring competitive pricing and reliable shipping routes. This strategic approach helps Dubai-based businesses remain competitive in the global e-commerce market.

Automation Drives Efficiency

Automation technologies are driving efficiency and productivity in Dubai's logistics operations. Robotics and AI-powered systems streamline warehouse processes, from order processing to packing and sorting. By minimizing human error and accelerating order fulfilment, automation enhances the overall efficiency of e-commerce logistics in Dubai.

Enhanced Visibility and Tracking

In the era of e-commerce, visibility and tracking are paramount for customer satisfaction. Digital solutions offer enhanced tracking capabilities, allowing customers to monitor their shipments in real-time. This transparency not only builds trust but also enhances the overall shopping experience for e-commerce customers in Dubai.

Data-Driven Decision-Making

Data analytics play a crucial role in optimizing logistics operations in Dubai. By leveraging data from various supply chain touchpoints, logistics companies can make informed decisions, identify areas for improvement, and enhance overall performance. This data-driven approach is instrumental in meeting the evolving demands of e-commerce logistics in Dubai's dynamic market.

Conclusion

Digital solutions have revolutionized e-commerce logistics in Dubai, empowering logistics companies to meet the growing demands of online retail effectively. From freight platforms to automation and data analytics, these digital innovations are driving efficiency, competitiveness, and customer satisfaction in Dubai's logistics sector. As e-commerce continues to thrive, the collaboration between technology and logistics will shape the future of retail and shipping and logistics companies in Dubai and beyond.

#Dubai logistics #Logistics Companies in UAE #Ocean freight Shipping in Dubai #shipping companies in UAE #supply chain optimization in UAE #Global Supply Chains #Digital Freight Forwarding Companies UAE #Digital Freight Forwarders UAE #LCL Shipments UAE #LCL Services UAE #Less than Container Load

0 notes

maritimeriskmanagement · 1 year

Text

https://www.hilomrm.com/services/

#Shipping Risk Analysis for fleets #Pinpoint #HiLo #maritime digital solutions #digitalization in the maritime industry #maritime digital transformation #fleet risk management analysis #big data analytics in shipping industry #maritime analytics #use of big data in the maritime industry #data analytics in shipping industry #predictive analytics shipping #Maritime Human error #Marine knowledge database #predictive analysis for shipping #Maritime Predictive Modelling #Maritime risk management #Shipping Risk Management

1 note · View note

scloudsg · 3 months

Text

What Good Data Compliance Means in the AI Era

As the winds of the AI revolution propel us towards a data-driven future, corporations find themselves traversing a complex landscape fraught with regulatory pitfalls and ethical quandaries. Navigating this intricate maze requires a robust roadmap: a comprehensive approach to data compliance that ensures ethical AI development and sustainable success.

The Data Deluge: Volume, Complexity, and Non-Compliance

Fueled by AI’s insatiable appetite, the volume and complexity of data are surging like a tidal wave. Traditional data management systems, once reliable lighthouses, now struggle to illuminate the vast expanse of information. In this burgeoning ecosystem, ensuring data quality, consistency, and accessibility amidst a labyrinth of regulations becomes paramount. Failure to comply casts long shadows of consequences, from crippling fines for violating privacy laws to irreparable brand damage caused by data breaches. The specter of algorithmic bias adds another layer of peril, where AI models trained on faulty data can morph into instruments of discrimination, jeopardizing fairness and social justice.

Data Compliance: The Guiding Torch Illuminating the Path

But fear not, for data compliance acts as a luminous torch, illuminating the path towards ethical and sustainable AI development. It’s a comprehensive framework, a compass in the regulatory jungle, a map guiding the course through industry-specific best practices and a plethora of data privacy laws like GDPR and CCPA. This framework equips organizations with the tools to navigate the intricate terrain of data governance, ensuring transparency and respect for individual rights, from access and rectification to the right to be forgotten.

AI as the Vigilant Watchdog Empowering Compliance

In a remarkable technological twist, AI itself becomes a potent weapon in the data compliance arsenal. Advanced machine learning algorithms act as tireless watchdogs, meticulously scouring data oceans to automatically identify and classify sensitive information. This automation streamlines manual processes, minimizes human error, and expedites compliance efforts. Real-time monitoring systems powered by AI act as vigilant sentinels, continuously scanning for security breaches and suspicious activity, shielding sensitive information from the lurking pirates of cybercrime.

Shared Responsibility with Cloud Computing

Venturing into the cloud computing sphere further intensifies the data compliance imperative. This shared responsibility model demands a collaborative effort between cloud providers and organizations, each acting as co-captains, steering the data-laden vessel through the choppy waters of compliance. Clear agreements and robust data governance frameworks act as the compass and sextant, guaranteeing data ownership, security, and adherence to regulations across borders and jurisdictions, even as cyber threats evolve at a dizzying pace.

Data Compliance Anchoring Success across Industries

The benefits of data compliance extend far beyond theoretical concepts, anchoring success across diverse industries. In the industrial sector, data compliance ensures the quality and integrity of data used to train and operate AI models in factories, leading to optimized processes, predictive maintenance, and improved product quality. Similarly, in the domain of new energy business models, data compliance fosters data integration and privacy, enabling efficient energy management and sustainable practices. Even the maritime industry finds calmer waters with data compliance, ensuring safe navigation, optimized supply chain management, and environmental sustainability through secure and accurate data management.

Steering Towards a Sustainable Future

As we embark on this exhilarating voyage into the AI age, data compliance must be the guiding principle. By implementing robust data compliance practices, we can chart a course towards a future where AI thrives not on exploitation, but on responsible data practices. We can mitigate risks, promote ethical AI development, and ensure that the vast ocean of data becomes a source of progress, not peril. Remember, in the age of AI, data is not merely a resource; it is a responsibility. Let data compliance be the compass that steers us towards a sustainable and ethical future, where AI unlocks its full potential for the betterment of all.

Source:

https://www.spiceworks.com/it-security/data-security/guest-article/the-role-of-data-governance-in-driving-cx-innovation-maritime-ops/

https://www.mondaq.com/utilities/1413802/how-understanding-data-and-protecting-value-is-the-future-warehouse-challenge-across-europe

https://www.einnews.com/pr_news/682125534/fundamentals-of-data-compliance

Navigating EU Data Protection Regulations in Cloud Computing

Cloud Security Alert: Unravelling Inadequate Cloud Logs

A Call for Comprehensive Regulation and Licensing Regimes in AI Development

This article is re-published from: https://www.scloud.sg/resource/what-good-data-compliance-means-in-the-ai-era/

#Data Governance #AI #Compliance #Gdpr #Cloud Computing

0 notes

davidsmithdoc · 4 months

Text

Anticipated Developments in the Maritime Sector for 2024

Embarking on the vast expanse of the global shipping industry is akin to navigating the dynamic currents of water — ever-changing, laden with challenges, and propelled by the winds of technological innovation. As we approach 2024, the maritime landscape is on the brink of a transformative shift, fueled by emerging trends that promise to reshape the backbone of global trade logistics.

At the forefront of this maritime evolution is the integration of Artificial Intelligence (AI) and automation. A monumental change is on the horizon, as autonomous vessels, free of human crews, are set to traverse the seas, guided by AI-powered marine navigation systems. This not only mitigates human error, a major contributor to marine accidents, but also slashes operational costs. Simultaneously, smart ports are poised to revolutionize cargo processing, adapting to real-time factors like weather and traffic, ushering in a new era of efficiency and reduced turnaround times.

The winds of change also carry the imperative of sustainability, with maritime decarbonization laws taking center stage. The EU Emissions Trading System (ETS) extension and the International Marine Organization’s (IMO) Carbon Intensity Indicator (CII) ratings herald a new era, compelling shipping companies to monitor and control the carbon footprint of large vessels entering EU ports. This ushers in a “cap and trade” system, emphasizing ship optimization, energy efficiency, and exploration of cleaner fuel alternatives to avoid penalties.

As we navigate these transformative currents, the blog delves deeper into each trend, providing valuable insights for stakeholders and enthusiasts alike. For a comprehensive exploration, dive into the full blog: Trends in the Maritime Industry 2024

0 notes

maritimecrashes12 · 1 day

Text

A Deep Dive into the Malaysian Helicopter Crash and its Impact on Maritime Operations

Introduction:

On a fateful day, amidst the hustle and bustle of maritime operations, tragedy struck the Malaysian skies. The harrowing sight of a helicopter crashing sent shockwaves through the maritime community, serving as a stark reminder of the inherent risks associated with aerial transportation in support of maritime endeavors. This article delves into the details surrounding the Malaysian helicopter crash, examining the circumstances leading to the disaster, its repercussions on maritime operations, and the broader implications for safety and risk management.

The Malaysian Helicopter Crash: A Catastrophic Event Unfolds

The Malaysian helicopter crash unfolded with alarming speed, shattering the tranquility of routine maritime activities. Eyewitnesses recount the horror of witnessing the helicopter's descent, its once graceful flight abruptly transformed into a chaotic spiral towards the ocean below. The deafening roar of engines, followed by the sickening thud of impact, left an indelible mark on all those who bore witness to the tragedy.

Investigative Endeavors: Unraveling the Causes

In the aftermath of the Malaysian helicopter crash, investigative authorities launched a comprehensive inquiry to unravel the underlying causes of the disaster. Forensic experts meticulously examined wreckage, scrutinized flight data, and interviewed witnesses in a bid to reconstruct the sequence of events leading to the fatal crash.

Preliminary findings pointed to a multitude of factors contributing to the tragedy. Mechanical malfunctions, pilot error, adverse weather conditions, and operational lapses emerged as potential culprits, each compounding the risk factors associated with helicopter operations in maritime settings. The interplay of these elements painted a complex picture of systemic vulnerabilities that demanded urgent attention.

Implications for Maritime Operations: Navigating Uncertain Waters

The Malaysian helicopter crash sent shockwaves rippling through the maritime industry, prompting a reevaluation of safety protocols and operational procedures. Maritime operators, ranging from commercial shipping companies to naval fleets, grappled with the sobering reality of mitigating similar risks inherent in aerial support operations.

Key areas of concern included the need for enhanced training programs, stricter regulatory oversight, and the deployment of advanced safety technologies. Moreover, the incident underscored the importance of fostering a culture of safety consciousness among maritime personnel, where vigilance and adherence to established protocols serve as the first line of defense against potential disasters.

Helicopter Crashes: A Persistent Threat to Maritime Safety

The Malaysian helicopter crash serves as a poignant reminder of the persistent threat posed by helicopter accidents in maritime environments. Despite advances in aviation technology and safety standards, the inherent complexities of aerial operations over water present unique challenges that demand continual vigilance and preparedness.

Statistics reveal a troubling trend of helicopter crashes in maritime settings, with factors such as adverse weather, mechanical failures, and human error frequently cited as contributing factors. These incidents not only result in loss of life and property but also disrupt maritime operations, causing delays, financial losses, and reputational damage to affected stakeholders.

Lessons Learned: Charting a Course Towards Resilience

Amidst the tragedy and grief, the Malaysian helicopter crash offers valuable lessons for the maritime community at large. Foremost among these is the imperative of proactive risk management, encompassing comprehensive risk assessments, robust contingency planning, and continual monitoring of operational hazards.

Furthermore, the incident highlights the importance of collaboration and information sharing among stakeholders, including government agencies, industry associations, and international organizations. By pooling resources and expertise, the maritime community can develop more effective strategies for mitigating risks associated with aerial support operations.

Looking Ahead: Towards a Safer Future

As the maritime industry grapples with the aftermath of the Malaysian helicopter crash, it must redouble its efforts to ensure the safety and security of operations in the skies and at sea. This requires a concerted commitment to implementing best practices, investing in training and technology, and fostering a culture of safety that permeates every level of the organization.

In conclusion, the Malaysian helicopter crash serves as a sobering reminder of the fragility of human life and the need for unwavering vigilance in the pursuit of maritime operations. By learning from past mistakes, embracing innovation, and working together towards common goals, the maritime community can navigate the challenges of the future with confidence and resilience.

#helicopter crashes #maritime operations #helicopter crashing #Malaysian Helicopter Crash.

1 note · View note

mariteksolution · 5 months

Text

How Automation Enhances Safety in Maritime Operations?

In the ever-evolving landscape of maritime operations, the integration of advanced ship automation products is playing a pivotal role in enhancing safety standards. The incorporation of cutting-edge technologies into vessel systems is transforming the maritime industry, mitigating risks, and ensuring a safer environment for both crew and cargo.

Ship automation products, encompassing a wide array of components such as sensors, programmable logic controllers (PLCs), and communication systems, contribute significantly to the overall safety of maritime operations.

1. Collision Avoidance Systems: One of the key safety features facilitated by ship automation products is the implementation of sophisticated collision avoidance systems. These systems utilize a network of sensors, including radar and sonar, to constantly monitor the surrounding environment. In the event of an impending collision or close proximity to obstacles, these ship automation products trigger real-time alerts and, in some cases, can even initiate evasive maneuvers. This not only protects the vessel from potential accidents but also enhances overall maritime safety.

2. Automated Navigation: Ship automation products like advanced GPS systems and automated navigation software play a crucial role in ensuring precise and secure navigation. These technologies reduce human error, provide accurate real-time positioning, and enable vessels to follow pre-determined routes with enhanced accuracy. Automated navigation contributes to safer journeys by minimizing the risk of straying off course, especially in challenging weather conditions or congested maritime routes.

3. Emergency Response Systems: Ship automation products also include integrated emergency response systems that can swiftly detect and respond to critical situations. Whether it's a fire detection system, leak sensors, or automated firefighting equipment, these products enhance the vessel's capability to address emergencies promptly. Rapid response, facilitated by ship automation, is paramount in preventing incidents from escalating and ensuring the safety of the crew and cargo.

4. Remote Monitoring and Control: The capability of remotely monitoring and controlling ship systems is another safety-enhancing aspect of automation products. Ship owners and operators can access real-time data on vessel performance, engine status, and environmental conditions from anywhere in the world. This remote connectivity allows for immediate response to emerging issues, enabling proactive measures to be taken before they develop into critical safety concerns.

In conclusion, ship automation products are instrumental in elevating safety standards in maritime operations. The integration of collision avoidance systems, automated navigation, emergency response mechanisms, and remote monitoring collectively contribute to a safer and more secure maritime environment. As technology continues to advance, the role of ship automation products in enhancing safety will only become more prominent, ensuring the continued evolution of a secure and efficient maritime industry.

#automation #electical #ship electrical products #ship automation #automation products

0 notes

nuadox · 5 months

Text

Disasters at sea trigger ship-safety advances

- By Tom Cassauwers , Horizon -

When one of the world’s largest container ships crashed into the bank of the Suez Canal in 2021, a major gateway for global trade became blocked with an estimated $9.6 billion in daily commerce being held up.

Accidents like the one involving the Ever Given almost three years ago are more common than might generally be thought. They also help explain the motivation behind EU research projects to improve shipping safety.

Ship shockwaves

In 2022, 10 cargo vessels were lost at sea, according to global insurer Allianz. Shipping transports 90% of the world’s goods.

‘Anyone reading this will, for example, be wearing something that was at one point transported by a ship,’ said Jorgen Grindevoll, chief executive officer of Ladar, a UK company developing collision-avoidance technology for vessels and marine infrastructures.

Maritime accidents can send shockwaves across the globe by hindering trade, damaging the environment and endangering lives.

‘When ships run into trouble, it can be very disruptive,’ said Grindevoll, who is also a sea captain.

He was part of a research project that received EU funding to develop a lookout that never sleeps: sensor technology to reduce the risk of ships colliding with other vessels or objects floating in the water.

Called MARINA, the project is wrapping up after almost three years. Its participants have included Ladar, Cypriot shipping-technology developer Offshore Monitoring – also the project coordinator – Norwegian sensor-technology company Hjelmstad and UK-based Global Maritime Services, with captains and navigators from the sector represented.

The researchers looked at serious ship mishaps and found that almost half involved collisions and that, of those, 59% occurred as a result of human error, according to Jena Dover, business development manager at Global Maritime Services.

‘This shows how important this problem is,’ said Dover.

Surface scanners

MARINA’s lasers, high-definition cameras and thermal imaging scan for floating obstacles such as containers, timber, sailboats and fishing gear, helping onboard navigators detect possible threats on the water surface – their main blindspot.

An artificial-intelligence algorithm can automatically detect, recognise and track objects and then alert crew to any potential threat. That’s beyond the ability of existing best-available technology on the market.

‘A ship can already scan underwater using sonar and above water using radar,’ said Grindevoll. ‘But around the surface there’s a sensor gap. That’s what we’re addressing.’

Flood focus

But if the worst does happen and a ship is struck, damage limitation is crucial to save lives and equipment.

This is what another EU-funded project sought to do. Called FLARE, the project ran for three and a half years through November 2022 and came up with design improvements to limit damage from flooding in stricken vessels.

‘There’s still a number of areas where our designs and procedures could be safer,’ said Dr Stephan Wurst, managing partner at Germany-based BALance Technology Consulting, which led the project.

For instance, damage from groundings – when a ship’s hull hits the sea bottom – can be catastrophic.

In 2012, a cruise ship called the Costa Concordia ventured too close to the Italian island of Giglio and struck rocks. The accident led to the deaths of 32 people, the partial sinking of the vessel and a €1.5 billion salvage operation.

‘We looked at better design principles that can prevent water from entering everywhere, but also how to improve evacuation and safety procedures,’ said Wurst.

Computer simulations of how ships sink as well as the simulated sinking of model boats in a controlled environment helped the researchers pinpoint where these improvements need to be made.

A detailed list of the project’s recommendations has been presented to the International Maritime Organization, the governing body for the shipping industry.

They range from blocking water in a ship with watertight doors and barriers in the hull to fixing holes with foam, according to Wurst.

Ripple effects

While the proposals are still being evaluated by the IMO, the project’s participants including the Meyer Turku shipyard in Finland and UK-based cruise line operator Carnival are applying the knowledge gained in their new vessels.

‘This isn’t just theoretical research we did,’ said Wurst. ‘The lessons we learned here might actually save lives.’

In the meantime, the surface-scanning technology developed by MARINA is close to being commercialised. Grindevoll expects it to be market-ready by early 2024.

He said the technology may have uses beyond preventing ship collisions, such as on crewless vessels and surveillance of offshore installations like wind turbines.

‘We have realised our technology can also be used in other areas,’ Grindevoll said.

Research in this article was funded by the EU. The views of the interviewees don’t necessarily reflect those of the European Commission.

This post Disasters at sea trigger ship-safety advances was originally published on Horizon: the EU Research & Innovation magazine | European Commission.