#cyber security soc analyst training

[pathglow]

Best Cybersecurity Institute in Mumbai

Cybersecurity is one of the most important and in-demand skills in today's digital world. With the increasing threats of cyberattacks, data breaches, and identity theft, organizations need professionals who can protect their systems, networks, and data from malicious hackers. But where can you learn the skills and knowledge to become a cybersecurity expert?

PathGlow Edulab in Mumbai is the answer. PathGlow is an industry-focused centre of excellence that trains and develops skilled professionals in the software testing and cybersecurity domain, with 100% placement assistance. PathGlow offers a range of courses and certifications that cover the latest and most relevant topics in cybersecurity, such as:

- Certified SOC Analyst: This course prepares you to monitor, detect, analyze, and respond to cyber incidents using a Security Operations Center (SOC). You will learn how to use various tools and techniques to identify and mitigate threats, as well as how to communicate and collaborate with other security professionals.

- Certified Network Defender: This course teaches you how to design, implement, and manage secure networks using best practices and standards. You will learn how to secure network devices, protocols, services, and applications, as well as how to perform network vulnerability assessment and penetration testing.

- Ethical Hacking: This course introduces you to the concepts and methodologies of ethical hacking, or hacking for a good cause. You will learn how to scan, test, hack, and secure systems and networks using various tools and techniques. You will also learn how to think like a hacker and anticipate their moves.

- Certified Hacking Forensic Investigator: This course equips you with the skills and knowledge to investigate cybercrimes, analyze digital evidence, and respond effectively. You will learn how to use various forensic tools and techniques to recover data, trace sources, and solve cases. You will also learn how to deal with different types of cybercrimes, such as Dark Web, IoT, and Cloud investigations.

These are just some of the courses that PathGlow offers. All of them are designed by industry experts and delivered by experienced trainers in a best-in-class environment. You will get hands-on training on live projects, real work simulations, and cutting-edge tools and methodologies. You will also get guidance on resume building, interview preparation, and career counselling.

PathGlow is not just a training institute; it is a launchpad for your career in cybersecurity. By joining PathGlow, you will become part of a community of learners and professionals who share your passion and vision. You will also get access to a network of employers who are looking for talented and certified cybersecurity professionals.

PathGlow also provides software testing courses for those who want to pursue a career in quality assurance. Software testing is another crucial skill that ensures the functionality, reliability, and security of software products. PathGlow's software testing courses cover topics such as manual testing, automation testing, performance testing, security testing, agile testing, and more.

Whether you want to become a software tester or a cybersecurity pro, PathGlow is the best place to start your journey. PathGlow is the best cybersecurity institute in Mumbai that offers quality education at affordable prices. Don't miss this opportunity to join PathGlow and become a full-stack software tester & cybersecurity pro!

Visit their website https://www.mypathglow.com/ for more information.

#cyber security traning in ghatkopar #cyber security course n ghatkopar #cyber security soc analyst training

[securiumacademy01]

SOC Analyst Online Training Course

Cybersecurity is important now more than ever, and Lorcam Securities has got you covered! Our SOC Analyst Online Training Course offers a comprehensive curriculum that covers the fundamental principles and techniques of security operations. You'll gain hands-on experience on threat hunting, incident response, and more, all done in a convenient online setting. Start your journey towards becoming a security expert and join our training course today!

#cyber security #soc analyst #Soc training

[loser-female]

The job of a SOC Analyst

The #1 thing people ask me about is what I do for a job.

I'm a tier 1 SOC Analyst and I'm currently training to do some Cyber Threat Intelligence.

I will explain in detail what I do on a daily basis and why I've decided to do this job... And the negatives.

First of all, what's a SOC. SOC stands for "security operations center". It's a place (in my case virtual as I'm full remote) where a group of people, divided by experience and area of expertise, do the following:

Monitor the activities going on the customer's network or endpoints(= every device connected to the network);

Assess and mitigate alerts coming from the network and/or the endpoint of the client -> These tools send alerts that need to be evaluated and mitigated/responded in a certain amount of time (it depends on the SOC and the type of alert, generally I can assume an amount of time from 15 to 30 minutes per alert. Which is not that much;

Investigate cybersecurity incidents -> the SOC also analyses the kind of "incident" that happens in deep detail by analysing malware, spam emails, the behaviour of users and so on;

If the SOC is big/mature enough there could be some sort of prevention of cybersecurity issues, generally we talk about threat hunting (here for more information on that) and cyber threat intelligence (gathering information from various sources to produce a report about the potential attackers considering also the characteristic of the customer's company such as the size, the geographical area of operations, media exposure, geopolitical issues and what they do - doing this for a bank is different than doing it for a industry)

There are also other functions (such as we have a Security Architect that prepares a personalised solution for each client).

I know what you're thinking. But the AI...

No, they cannot do my job, as the ability of a human to notice patterns and correlate the information among various sources is unique. I memorised, with time, the usual activities my customers do, therefore I can interpret the user actions even with limited sources. And this is just one example.

Soc analysts are roughly divided in three "categories", always keep in mind that every SOC is different and has its own internal rules, that are not to be divulged. This is the rough division I've learned studying cybersecurity and NOT my organisation division.

Tier 1 Analysts are the one that monitors the traffic and activities I've mentioned before. They triage the alerts and if something deserves more investigation or can be discarded. They often perform simple actions of remediation of incidents.

Tier 2 Analysts are the ones that go deeper - they collect malware samples from the incident and analyse it, investigate and remediate more complex security incidents.

Tier 3 Analysts perform more active prevention duties like threat hunting and vulnerability assessments.

Some sources put intelligence activity on the tier 3, others consider it a different activity from the scenario I've described. If a SOC is big enough they might have their own intelligence team separated from the "regular" soc analysts. The rigidity of these roles can vary, as you probably got from my own duties.

On the top we have a SOC manager to coordinate the activities I've described and security architects that design the solution (although the deployment of these solutions can be delegated to the analysts, since we also have to monitor how well these perform).

All these people are usually referred as "blue teamers" btw, which are the ones that perform defensive actions.

A company can have a red team (basically they attack the customer to gain information that the blue team will use to improve their activities). I actually wanted to be a red teamer at first, since it's considered the "cooler" job.

Ok, got it. Now explain to me how you got there since I've never heard anything about this before.

I have a friend that's a system engineer and recommended this job to me.

I studies physics at university but I failed (in my country physics include some computer science classes btw) and I had some related experience I won't share for privacy reasons. No I'm not a criminal lol.

I then started studying - did a bootcamp and got a couple of certifications. Then I got my job.

However. Generally you get a degree in computer science or software engineering, and some universities offer cybersecurity degrees. Unfortunately I cannot tell you what to pick as every university has its own program and I cannot help you with that.

Certifications are a big part of my job unfortunately - mostly because due to how fast it goes you absolutely need to be "on top". It's annoying, yes, I hate it.

However. Consider that once you're hired you definitely will get them paid by your employer - at least in Europe this is on them(idk about the US), but you need some knowledge of cybersecurity to start.

Since some of them are stupid expensive I 100% recommend the compTIA ones. They're basics and respected worldwide. A+, Network+ and Security+ are basics, vendor neutral (which doesn't tie you to a particular "source", as every company works differently), and is relatively cheap (~300€).

Remember that I had previous experience so no one cares that I don't have a degree - I do however and I hope that in the future I will be able to "fix" this.

Great. How do I know if I'm good for this job?

This is on you. However:

One important thing if you don't live in an English speaking country is a good attitude towards foreign languages. I speak 5 for example, but it's an hobby I do since I was a teen;

Can you manage stress? A SOC is a fast paced environment, and you have a limited time to deal with whatever gets thrown at you. You have 15 to 30 minutes to deal with an alert and make a decision. Can you do that without panicking, crying or throwing a tantrum?

Are you a fast learner? You need to learn quickly how to do things, since the tools we use are quite complicated.

Are you willing to work on shifts, Saturdays, Sundays, festivities included? A lot of people can't cope with this and it's fine because it's a massacre. The job is so stressful to the point a lot of people leave cybersecurity because of it. Do not underestimate it, please.

How good are you at remembering random information and making correlations? Because I can remember random bits of information that no one ever thinks of it and it's one of my greatest strengths.

You need to do teamwork and be good with people, customers and so on - you have to explain complicated things you probably read in another language to people that don't know anything about what you do. It's more difficult than most people think.

Procedures are everything here - and for good reasons.

I think this is it.

Money.

USA avg salary: 74 307$ (Glassdoor)

France avg salary: 42 000€ (Glassdoor)

UK avg salary: 28 809 £ (Glassdoor)

There are random numbers I've found online(and with a lot of discrepancies). Consider that you MUST negotiate your salary, and that in certain places you get paid more if you work out of the usual 8-19 work shift. Obv since I live in a different place I cannot tell you if it's worth it - you do your own calculations.

But that's beyond the purpose of this post.

#ada.txt #cybersecurity #resources

[jcmarchi]

4 ways to advance your global security operations center - CyberTalk

New Post has been published on https://thedigitalinsider.com/4-ways-to-advance-your-global-security-operations-center-cybertalk/

4 ways to advance your global security operations center - CyberTalk

EXECUTIVE SUMMARY:

If your organization maintains a Global Security Operations Center (GSOC), ensure that you’re not heavily reliant on legacy systems and processes. In this article, find out about how to strategically advance your operations, enabling you to effectively prevent threats and drive more sustainable business outcomes.

What is a global security operations center?

In the early days of computing, a Security Operations Center (SOC) functioned as a physical ‘command center’ for security analysts. SOCs were comprised of rooms where staff sat shoulder-to-shoulder, looking at screens showing details from dozens of different security tools.

Large organizations with multiple Security Operations Centers (SOCs) began to consolidate them into Regional Security Operations Centers (RSOC) or a Global Security Operations Center, leading to faster remediation, reduced risk and a stronger cyber security posture overall.

In terms of function, a global security operations center monitors security, addresses threats before they become disruptive issues, responds to incidents, and liaise with stakeholders.

What are the benefits of a global security operations center?

A global security operations center allows an organization to contend with diverse security threats at-scale. Specific benefits include continuous monitoring, centralized visibility, increased efficiency and reduced costs. A global security operations center can also oversee and coordinate regional SOCs, network operations centers (NOCs) and operational teams.

What makes a good global security operations center?

For any global security operations center, access to timely and relevant threat intelligence is critical. GSOC staff need to remain updated on emerging cyber and physical security threats, as to stay ahead of potential risks.

Highly trained staff who can collaborate effectively with all stakeholders are also invaluable assets for a global security operations center.

Top-tier GSOCs have built-in redundancies of all kinds; from communication to data backups.

All GSOCs need to ensure that their organization adheres to industry regulations and compliance standards.

4 ways to advance your global security operations center

1. Ensure that the cyber security strategy aligns with business objectives. GSOCs need to know what the business aims to achieve, and must understand the corresponding threats and vulnerabilities that could hamper progress. Risk assessments should include both cyber security and business stakeholders, who can assist with the identification of resources that require protection.

Security policies and standards should also meet customer expectations. To gain insight around this, cyber security leaders may wish to join business planning meetings. Attendance can also assist with awareness around any upcoming business changes and implementation of appropriate, corresponding security measures.

2. Global security operations centers should shift towards the zero trust model. Zero trust is designed to reduce cyber security risk by eliminating implicit trust within an organization’s IT infrastructure. It states that a user should only have access and permissions required to fulfill their role.

Implementation of zero trust can be tough, especially if an organization has numerous interconnected and distributed systems. Organizations can simplify zero trust implementation through vendor-based solutions.

Tools like Quantum SASE Private Access allow teams to quickly connect users, sites, clouds and resources with a zero trust network access policy. In under an hour, security teams can apply least privilege to any enterprise resource.

Security gateways also enable organizations to create network segmentation. With detailed visibility into users, groups, applications, machines and connection types, gateways allow security professionals to easily set and enforce a ‘least privileged’ access policy.

3. Advance your global security operations center by mapping to industry standards and detection frameworks. Explore the MITRE ATT&CK framework. Standards like NIST and ISO27001 can also assist with identifying and reconciling gaps in an organization’s existing security systems.

4. Consider deploying a tool like Horizon SOC, which allows organizations to utilize the exact same tools that are used by Check Point Security Research, a leading provider of cyber threat intelligence globally.

Horizon SOC offers 99.9% precision across network, cloud, endpoint, mobile and IoT. Easily deployed as a unified cloud-based platform, it has powerful AI-based features designed to increase security operations efficiency.

Further thoughts

Strategic updates to global security operations centers not only enhance cyber security, they also enrich overarching business resilience – an increasingly common point of discussion among C-level stakeholders and the board.

By implementing the suggestions outlined above, organizations will maximize their opportunities for business longevity and continued business success.

Related resources

#ai #amp #applications #Article #assets #awareness #backups #board #Business #business resilience #c-level #Check Point #Cloud #clouds #collaborate #command #communication #compliance #computing #consolidation #continuous #cyber #cyber security #cyber security strategy #cyber threat #data #details #detection #efficiency #endpoint

[tafsircareercounselor]

Cyber Security - Red Team VS Blue Team Job Opportunities

(Originally posted on ABM College Blogs)

Cybersecurity is essential wherever you work. These days malicious activities are surging, causing risks to the important data every company or person owns. It is essential to take security measures to protect data and networks from cyber threats. Companies should invest in cybersecurity solutions such as firewalls, encryption, and anti-malware software, to reduce the risk of data breaches. Individuals should also practice good online security habits, such as using strong passwords, not clicking on suspicious links, and avoiding public Wi-Fi.

In the realm of cybersecurity, two vital roles that stand out are the "Red Team" and the "Blue Team." While both teams work toward the common goal of protecting an organization's digital assets, they each have different responsibilities and job opportunities. Before moving ahead with what job opportunities are available in both teams, it is advisable to understand the meaning and inner workings of both teams. Let’s delve deeper into what is considered “red” and “blue” teams and how they are different from each other. 

All about Red Team

The Red Team, often referred to as the offensive or adversary team, is responsible for conducting simulated real-world attacks on an organization's systems and infrastructure. Their main objective is to identify vulnerabilities and weaknesses within the system, network, or application being tested. Red Team professionals possess extensive knowledge of exploitation tactics, techniques, and procedures (TTPs).

Job Opportunities of the Red Team

Pentester / Ethical Hacker: 

They perform targeted attacks to identify vulnerabilities, exploit them, and provide recommendations for remediation. They typically work with organizations to help them secure their networks and systems. They also work to detect and mitigate threats, as well as to provide security awareness training. Finally, they often perform penetration tests to evaluate the security of an organization's systems.

Security Analyst: 

They analyze the organization's security posture, develop attack strategies, and execute advanced persistent threat (APT) simulations. They also use security tools to identify potential vulnerabilities, design security policies and procedures, and monitor the organization's networks for suspicious activity. They develop security incident response plans and provide security training to employees.

Threat Intelligence Analyst: 

They gather intelligence on emerging threats and adversaries and use this knowledge to improve defensive capabilities.

All about Blue Team

The Blue Team represents the defense side of cybersecurity. Blue Team professionals play a crucial role in incident detection, response, and prevention. Blue Team professionals use defensive tactics to detect the risks and respond with a plan to the attackers. To ensure the security of a network, this team creates and maintains the policies and systems with all the latest updates. 

Job Opportunities of Blue Team

Security Analyst: 

They employ various defensive techniques to identify and analyze potential threats, investigate incidents, and implement security measures.

Security Engineer: 

They design and implement security solutions, such as firewalls, intrusion detection systems (IDS), and security information and event management (SIEM) systems.

Security Operations Center (SOC) Analyst: 

They monitor and respond to security alerts, analyze log files, and conduct incident response activities. They also identify and mitigate risks, investigate and report on suspicious activities, and provide technical support to the SOC team. Additionally, they maintain security policies, procedures, and standards.

Network Security Engineer: 

They ensure the security of the organization's network infrastructure, including routers, switches, and wireless access points. They monitor network traffic for suspicious activity and take appropriate action, install and fortify firewalls, and set up security patches. They also help troubleshoot network issues and provide technical support to other users.

Incident Response Specialists: 

They respond to incidents by investigating and containing breaches, identifying the root cause, and implementing mitigation measures. They also provide training and awareness to employees, create and maintain incident response plans, and lead post-incident reviews. Additionally, they document the incident and report the results to the necessary stakeholders.

Final Thoughts

Selecting the right career is a big decision and choosing the right school is also a major concern these days. Opting for a cybersecurity program requires you to understand certain components so that you get an idea of what the course will cover. It is important to research the program thoroughly and ask questions to your admissions advisor before you decide to enroll. 

The online cybersecurity diploma program at ABM College is a high demand course that covers various components necessary to become a cybersecurity specialist. Since cybersecurity is one of the more advanced technology fields to pursue, it is also important to compare program options to decide which one is best for you. 

Are you a Red or a Blue? After graduation from the cybersecurity program you’ll likely have a clear idea of which team you want to join. There is even a Purple team in some organizations which combines the techniques of Red and Blue teams to help achieve a common goal. 

#cybersecurity #diploma #certificate #Calgary #Alberta #Toronto #Ontario #Red Team #blue team

[techrobot1235]

Advancing The Security Operations Center (SOC): New Technologies and Processes Can Help Mitigate Cyber Threats

The Nature of Emerging Cyber-Threats

Remote work, global interconnectivity, and the digital attack surface have significantly increased the complexity of businesses’ IT perimeters. New cybersecurity methods are required for emerging technologies like the Internet of Things, machine learning, artificial intelligence, and 5G. The global shortage of trained cybersecurity employees and limited experience in safeguarding data are exacerbated by the cybersecurity crisis. Advanced cyberweapons, dark web forums, and resource sharing pose significant threats to criminal syndicates and state actors. Improved Security Operations Centers (SOC) capabilities are necessary for businesses to manage, monitor, and react to cybersecurity threats.

How effective is the Security Operations Center (SOC)?

An efficient SOC may handle physical security, business systems, and control systems. It is meant to provide constant threat mitigation, detection, and prevention systems. Moreover, SOC teams find vulnerabilities, mitigate risks, and manage incidents that could be taking place on company networks or systems. The ability of analysts and the security team to quickly and accurately understand and respond to threats determine how successful a SOC will be.

What are the benefits of the Security Operations Center (SOC)?

1. Enhanced Security Posture: While continually monitoring for security threats and vulnerabilities and taking appropriate action to mitigate them, a SOC boosts an organization’s security posture. This can aid in preventing security problems and protecting the assets of the company.

2. Improved Visibility: A SOC gives security experts a consolidated overview of the company’s security posture, making it simple for them to understand what’s going on across its networks, systems, and applications.

The Security Operations Center’s Importance (SOC)

The importance of SOCs is a global issue, and the European Community has just passed a new law that acknowledges the importance of the SOC function. By improving detection, preparedness, and reaction to serious or catastrophic events, the proposed EU Cyber Solidarity Act seeks to boost cybersecurity. Adding cutting-edge national and international Security Operations Centers (SOCs) charged with identifying and responding to cyber threats creates a European Cybersecurity Shield and a Cyber Emergency Mechanism.

Improve SOC capabilities and functions with new SOC products and solutions

SOC technologies have drawn a lot of attention from companies looking to improve cybersecurity. The significance of SOCS for cybersecurity is also being discussed at events and conferences as the threat matrix expands. Here are a few examples of products and solutions in various SOC operations domains that can improve SOCs and their operators in the upcoming years.

A New Molecular Set of Solutions Leveraging Connected Interfaces, Automation, and AI to Help SOC Operators

AI-enabled security solutions are available through IBM’s QRadar Suite to optimize and speed up threat detection, investigation, and response procedures. This complete package combines security data and response procedures with SOC analyst toolkits and is provided as a SaaS, enabling companies to choose and adapt solutions for their specific needs.

It is crucial to train SOC staff

Several institutions focus on SOC certifications; the following two are detailed.

1. The SANS Institute, which was founded in 1989, was created with the goal of giving cybersecurity professionals the skills and expertise they need to improve the world. They provide materials for SIEM, Elastic Stack, and modern detection methods in addition to SOC training certificates.

2. CompTIA offers SOC analyst certification training while fighting for the global information technology industry and the 75 million people that work in its development and maintenance.

Strategies for SOC Risk Management

1. Security by Design is the starting point for any risk management strategy, particularly for those who are software or hardware developers worried about security. Moreover, the DHS CISA recently released a plan for both the corporate and governmental sectors to improve security by developing a specific strategy.

2. Defense in Depth. In the security world, there are several solid definitions of defense in depth. According to a NIST document, the Defense-in-depth idea is “an important security design framework that has considerable relevance to industrial control systems (ICS), cloud services, sensitive data storage, and many other sectors.”

3. Zero-trust (ZT) is a cybersecurity model in which defenses are shifted from static edges to users, assets, and resources. Zero-trust architecture (ZTA) plans industrial and corporate infrastructure and processes based on zero-trust principles. It makes no assumptions about implicit confidence provided to assets or user accounts based on physical or network locality or asset ownership. Zero-trust protects resources rather than network segments and can help a company’s overall information technology security posture.

Conclusion

The cutting-edge technologies displayed at RSA and other events to address cybersecurity problems will be a huge help to the security operations center (SOC) in 2023. Businesses, governments, and organizations must be proactive in developing the capabilities of security operations centers, which means being aware of the resources that are available and the operational needs.

#technology #machine learning #chatgpt #ai #big data

[stellarcyber-security]

Considering an XDR Purchase? Here Are Our Lessons Learned.

Lessons learned from our search for, and integration of, our XDR

Trusted Internet is now deploying Stellar Cyber XDR –as a SOC-monitored solution or as an Infrastructure as a Service.

The marketing hype around XDR is deafening for those of you considering an XDR. It’s hard to sort through the slick websites and marketing noise to tell what’s actually real. So, I thought I share a few lessons learned –from the viewpoint of the CEO of a self-funded MSSP, I hope this helps in your buying decisions.

For the last four years, we’ve been a died-in-the-wool Fortinet MSSP. We love our Fortinet firewalls, with our people certified through NSE7, working hard to tune the feature-packed high-speed machines to bend to our will. For various reasons, we decided about two years ago to begin the search for a way to accommodate the requests from would-be clients to not have to rip and replace their existing security systems.

As well, SOC, NOC, EDR, MDR, NDR, MSSP. Why would someone not combine them all into one box that understands ALL of their logs and uses a bit of machine learning to train AI to better assist SOC analysts? I have an old friend that used to refer to this as the God Box. It knows all.

XDR is the beginning of the God Box.

Our requirements:

***It must integrate all those other vendors in a client’s environment without requiring them to rip and replace their existing infrastructure.***We didn’t want to have an agent deployed to every computer. They already have AV and Anti-Evasion. We didn’t want to load on another endpoint system. We want the ability to integrate network flow analysis for anomaly detection but may not want it 100% of the time. Flow produces heavy volumes of data that we wanted to be able to turn on and off as needed based on other indicators.

***It must accommodate all NIST 800-171 log-collection/analysis requirements.***While ISO, CIS, HIPAA, or PCI require the aggregation and analysis of all of these logs, NIST 800-171 requires monitored log entries from just about every device for every event –infrastructure, endpoints, and security. We need to find a better way to get eyes on these logs and do it in a way our SMB-focused client base can afford. To do that, we need to be able to bring them into one system that understands each of the required logs.

It must be multi-tenant. At the time, I had no idea how much doubt I would have in AI until after I watched the various XDRs run. Be ready with a smart team. We compared one to another, performing A|B testing while using FortiAnalyzer and raw log data in our Lucene stack as baselines

Ideally, the XDR must accommodate any vendor, not just those built by the XDR vendor. Some XDR vendors we looked at built their own AV, IPS, etc. Others OEM’d someone else’s but wouldn’t discuss it. Regardless, I want to know that the tools built into the XDR are mature and tested.

***If there’s a cloud component, I want proof that their cloud environment is secure.***All of our clients’ vulnerability data will end up residing there. I don’t want a data breach in our XDR vendor leaking customer vulnerability information. From an espionage perspective, this is an AMAZINGLY rich target. It MUST be safe. We evaluate the backend security of all of our vendors. When we did this during our search, one XDR vendor had an amazing product but offered services in a cloud environment had never been security tested! Compliance is good, but more importantly? Walk me through how you protect data. Make me feel comfortable that you have taken the measures to protect the data. I was surprised by more than one who couldn’t do this.

The price structure must be 100% predictable. Variable costs kill. I wanted to make sure we weren’t going to have any surprises. If an XDR vendor asks you, “How many endpoints do you have?” RUN. The pricing structure must accommodate our ability to build it into our subscription costs, at a reasonable margin. In the MSSP world, SOC costs can make us fail faster than anything else. How does an MSSP scale without breaking the bank on increasingly expensive information security labor costs?

Our search for the Cinderella XDR (the one that fits us perfectly!):

We looked at dozens of vendors - you’ve heard their names. after nearly two years of competitive analysis, demos, and trials from nearly a dozen XDR companies, we narrowed our focus to two, both undergoing trials, with Stellar Cyber winning us over.

This was a significant capital investment for us. We wanted to make sure we did this right and were able to recoup our investment in added volume and efficiencies. Rather than going with their cloud version, we purchased the 88-core, 20Tb server. The system is designed to parse and analyze vast amounts of data from dozens of infrastructure devices, endpoint logs, and security systems. We wanted it protected, so we racked it up in our secured facility in Iron Mountain Datacenter and performed our first ‘eat your own dog food’ trial during the early summer of last year.

We have MANY lessons learned. I won’t be able to share them all in one short paper, but I thought it might be good to share a few of the bigger ones.

XDR offers a wonderful solution for bringing just about any piece of information that you can imagine into one pane of glass. We found it overwhelming.

This is not an entry-level tool. XDR can introduce ambiguity where none should exist. You’ll need a smart team to evaluate every XDR hit before activating SOAR. While the AI learns from the XDR vendor’s larger customer base, it also learns through actions performed by your analysts. They need to be smart.

Most XDR solutions want to price by the endpoint. This is a deal killer. If a salesperson asks, “How many endpoints do you have?”… RUN.

XDR offers a wonderful solution for bringing just about any piece of information that you can imagine into one pane of glass. We found it overwhelming.

XDR is a fantastic idea, but bad execution will ruin your day.  IT guys want to immediately throw everything (and the kitchen sink) at this magic box. And while I fully understand the geek desire for ‘more data is good,’ it made the training curve for our SOC analysts brutally hard.

These things will consume just about any amount of data you can shove into them. We recommend against putting more than one stream into it at a time; at least until you get used to what the machine is going to spit it back out. Why? The machine will produce results on its own, based on preset rules. You’ll find that some are good, but not all -and there will be a lot of them. Your SOC analysts have to know better, They will initially, have to slog through every single alert to verify and validate -did the XDR call it? Was it wrong? What action(s) must be taken? AI, Automation? The magic box? All good things, but without a solid underlying knowledge of what the machine calls good and bad, you could find yourselves overwhelmed. We did. There’s a lot hidden in the black box. Go slow. Let your analysts learn. Bring in one data stream at a time.

Stutzman’s recommendation: Speed kills. Go slow. Start with one data feed. Get it normalized, then add the next.

Know this. XDR is not an entry-level tool.

I take a few SOC shifts every quarter to keep my skills sharp. It keeps me in touch with my SOC, and maybe I do it because it’s one of my favorite jobs! Anyway, during my first shift with a new operational Stellar in our first XDR client, I found myself (at about 2 AM) looking at internal activity behind the firewalls but clearly on the network, with an alert telling me that clear text passwords are being passed at high volume, to fifteen different systems. This bank was not open at 2 AM.

I thought there were only two possible explanations: compromise or vulnerability scanning. As it turned out the client was running OpenVAS to test our response (we passed!), but… how did we see it? I’m looking at internal data from places we’d not seen before! We were now capturing Windows logs, infrastructure logs, authentication logs, and network flow from the 60-person bank. We were pulling in nearly 40 GB of logs per day. I felt like Mr. Magoo, who finally got good glasses and was seeing color for the first time!

As we fully integrate, we’ve retained our FortiAnalyzer and Lucene Stack to allow our analysts to step away from the XDR environment and see data presented in a way they’re familiar with. We’ll do a parallel cutover at some point when old licenses expire. However, as we transition, our Tier 1 analysts (triage analysts) are being forced to learn deeper skillsets. Triage will likely be a thing of the past as XDR takes on automated actions for more mundane tasks like blocking a new scanner or validating the findings of tools before escalating them for action.

Stutzman’s recommendation: Your analysts need to be smart enough to understand what is happening in the data before the AI and Automation take over and the new machine implants mistakes. I’m sixty years old and have been doing this for a long time, but I still wanted a second set of eyes. This is not an entry-level tool. It’s an expert-level tool.

Most XDR solutions want to price by the endpoint. This is a deal killer.

If an XDR vendor asks, “How many endpoints do you have?” RUN!! Endpoint counting doesn’t work in XDR pricing. You will not like the surprise. I cannot stress this enough.

We learned this the hard way. Nirvana for an MSSP is having data from multiple devices on one pane of glass. We installed Stellar Cyber operationally last summer for our own internal operations. We believe in “eat your own dog food” before going live with sales (we use everything we sell).

I asked my IT Director to go one step at a time. Place one information flow into the system, and let’s see how it normalizes. Unfortunately, following our vendor’s lead, he put a span port in our core switch and pushed everything we had into Stellar. The firehose came alive. The XDR generated pseudo flow for over 40,000 devices. Every IOT, mobile, computer, server, every single device with an IP address sitting behind one of our firewalls, anywhere in our client portfolio, was now counted as an endpoint. Our sales team was great. We didn’t get charged while we figured out how to normalize, so we turned off the firehose and started with one client at a time, starting with our own infrastructure. We didn’t want to lose fidelity, so we ended up doing a volume license based on amounts of data, not numbers of endpoints.

Stutzman’s recommendation: Ask for this upfront, then throw as much as you want to at it.

We’ve had our system in for nearly a year now, first as the proof of value starting last March, then going operational during the summer, and now fully operational, deploying it in support of the many NIST 800-171 related projects that we’ve been involved in, and where we’ve got clients who have heterogeneous environments. It’s done a great job. Are we 100%? No. We still require parsers to be written for tools that aren’t already available. We have not yet fully turned on SOAR, and frankly, I’m hesitant to do so in some of our more fragile customer locations where we don’t know what kind of ripple effect the automated action(s) might take.

Are we happy we bought into XDR? Absolutely. The system costs about the same as a couple of good analysts, but I’m confident that it will allow us to scale into clients that we previously would not have been able to access.

Sharing is caring. We had some hard lessons learned and some scary budgetary moments when I thought we were going to have to write some big checks to pay for this thing for —more money than I’d have in our account for a year. Our Stellar team has been amazing, even though we’re a small fish in their bigger pond. I hope this was helpful as you consider your own XDR purchase. Or, if you prefer, contact us. We’d be more than happy to create your XDR in our new multi-tenant Stellar Cyber environment.

[deltaitnetwork]

Cyber Security Monitoring and Management: Best Practices

In today's digital age, cyber security is an essential aspect of safeguarding businesses, government institutions, and individuals from cyber threats. Effective monitoring and management of cyber security measures can significantly reduce the risk of data breaches, financial losses, and reputational damage. This article outlines the best practices for cyber security monitoring and management, ensuring a secure and resilient digital environment , specifically for cloud computing companies in India.

1. Implement a Strong Security Policy

A comprehensive security policy is the foundation of any robust cyber security program. Develop clear guidelines and procedures for employees and partners, covering topics such as password policies, data protection, and incident response. Regularly review and update the security policy to accommodate evolving threats and business requirements.

2. Establish a Security Operations Center (SOC)

A Security Operations Center (SOC) is a centralized unit responsible for monitoring, detecting, and responding to cyber threats. An SOC should have a team of skilled security analysts and cutting-edge tools to identify and mitigate risks in real-time. Investing in an SOC can significantly enhance an organization's ability to proactively respond to threats.

3. Adopt a Risk-Based Approach

Identify and prioritize the most critical assets and vulnerabilities within your organization, focusing on protecting high-value data and systems. Conduct regular risk assessments to identify potential weaknesses and implement appropriate security measures to mitigate them.

4. Implement Multi-Layered Security

A multi-layered security approach combines various tools and technologies to protect your organization from different types of threats, like we did in Delta IT Network. This approach may include firewalls, intrusion detection systems, encryption, and access controls. Employing multiple layers of security makes it more difficult for an attacker to breach your defenses.

5. Regularly Update Software and Hardware

Outdated software and hardware are prime targets for cyber criminals. Regularly update your systems and applications with the latest security patches and upgrades to protect against known vulnerabilities. Establish a patch management program to streamline the process and ensure timely updates.

6. Perform Regular Security Audits

Conduct regular security audits to evaluate the effectiveness of your cyber security measures. An audit should include vulnerability scanning, penetration testing, and security controls assessments. These assessments can identify weaknesses in your security posture and help you address them before they are exploited.

7. Develop an Incident Response Plan

An incident response plan provides a structured approach for dealing with cyber security incidents. It outlines the roles and responsibilities of key personnel and provides guidelines for detecting, containing, and recovering from a security breach. Regularly test and update the incident response plan to ensure that your organization is prepared for any eventuality.

8. Train and Educate Employees on Cyber Security

Employees are often the weakest link in an organization's security chain. Provide regular cyber security training and awareness programs to educate employees about threats, vulnerabilities, and best practices. This will help them recognize and respond to potential risks and reinforce the importance of following security procedures.

9. Monitor and Manage Third-Party Risks

Third-party service providers and vendors can introduce vulnerabilities into your organization. Establish a vendor risk management program to assess and monitor the security posture of third parties, ensuring they adhere to your organization's security standards.

10. Continuous Improvement

Cyber threats are constantly evolving, and so should your organization's cyber security practices. Stay informed about the latest trends and developments in the cyber security landscape. Implement a continuous improvement process to regularly review and enhance your security measures, adapting to new threats and technologies.

Conclusion

In a world of ever-evolving cyber threats, effective cyber security monitoring and management are crucial for organizations of all sizes. By implementing these best practices, you can protect your valuable assets, minimize the risk of data breaches, and maintain a secure and resilient digital environment. Stay proactive and vigilant in your.

For any clarifications or queries, please feel free to contact us at:

Mobile: [phone] or 9910248322

Email ID: [email protected]

Visit Website: www.deltaitnetwork.com

#cloud computing companies in india #cloud companies in india #cloud computing service providers in india #cloud solutions provider in india

[onlinetraining01]

Cyber Security course institutes are in high demand in a market

This is the best opportunity for your best career because it is the best institute for learning all IT courses. I learned a lot from Techno Master, and I highly recommend it. India's largest institution for expert instruction in all IT courses. Techno master welcomes students interested in a career in PHP and MYSQL, Adobe Premier, MERN Stack, MEAN Stack, Software Testing, Manual Testing, Mobile Testing, CCNA, CCNP, cyber security, ethical hacking, MCSA, and Web Testing for all courses. An expert in PHP and MySQL conducts the training.

Some important topics are covered in the syllabus:-

Cyber security

IT cyber security

security

Cyber security analysis

Security analyst

Cyber security trainer

Security engineer

SOC internship

Head operation- cyber security

Cyber security - specialist

 Cybersecurity may be a good fit for you if you enjoy programming, problem-solving, and a fast-paced and challenging career. Hackers are attempting to embed dangerous software on websites, and cyber criminals are using social engineering, with phishing emails attacking millions of emails every day. It includes threats to computer software, data protection, sensitive data protection, and hardware, as well as theft, hacking, viruses, database attacks, and, depending on the type of attack, even new technologies. The business case for cyber security is that it keeps the company's assets, personal data, and mobile devices safe from hacking into its information systems.

 You are also welcome to browse the NESTSOFT Delhi platform's catalog of courses in related emerging fields like artificial intelligence, data science, and blockchain. To learn more about cyberattacks, NESTSOFT offers a variety of cybersecurity courses. The safety of computer systems and data and the prevention of malicious attacks and computer attacks in the digital world are the primary concerns of the cybersecurity field of information technology. This is the best opportunity for your best career because it is the best institute for learning all IT courses. I learned a lot from Techno Master, and I highly recommend it. In India as well as other aspects of computer security, you'll learn how to defend network infrastructures, identify threats, and implement security measures. 

 To learn more about cyberattacks, NESTSOFT offers a variety of cybersecurity courses. Software and hardware defense systems are purchased by businesses for millions of dollars. Start with an introduction to network and system management, such as RIT Cybersecurity Fundamentals, part 1 of an advanced degree in cybersecurity, to learn about data integrity, confidentiality, and availability.

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[ccslearningacademy1]

What Is CompTIA CySA+ ? 

In order to avoid, detect, and counter cybersecurity attacks, networks and devices are subject to behavioral analytics through the CompTIA Cybersecurity Analyst (CySA+) IT certification  

The only intermediate high-stakes cybersecurity analyst certification that uses performance-based questions to assess knowledge in the relevant subjects is CompTIA CySA+. 

security research 

detection of intrusions 

Response 

The most recent security analyst certification that addresses advanced persistent threats in a post-2014 cybersecurity landscape is the CompTIA CySA+. 

What Job Roles Should Take the Exam? 

A career in cybersecurity analytics can be started or advanced with the help of CompTIA CySA+, which is designed for IT cybersecurity professionals with three to four years of relevant, hands-on experience. Candidates are prepared for the following job roles by CompTIA CySA+: 

IT security analyst 

Security operations center (SOC) analyst 

Vulnerability analyst 

Cybersecurity specialist 

Threat intelligence analyst 

Security engineer 

Cybersecurity analyst 

How Much Can I Make with CompTIA CySA+ Certification? 

Look at the following job titles and incomes to get a notion of the typical CompTIA CySA+ jobs and their pay: 

Analyst, security: $95,510 

Analyst at a security operations center (SOC): $91,015 

Specialist in cybersecurity: $107,090 

What Is on the Exam? 

Only the CompTIA CySA+ certification for intermediate cybersecurity analysts offers performance-based tests in security analytics, intrusion detection, and response. Candidates that are chosen will possess the following abilities: 

Determine what equipment and methods to employ for environmental reconnaissance on a target network or security system. 

Gathering, analyzing, and interpreting security information from various log and monitoring sources 

Utilize technologies for assessing network host and online application vulnerabilities and interpret the findings to provide effective mitigation 

Recognize and fix problems with identity management, authentication, and access control 

Serve in a senior capacity on an incident response team and use forensic instruments to locate the attacker's origin 

Recognize how to employ frameworks, rules, and procedures, and report on security architecture with suggestions for useful balancing controls. 

The following subjects and domains are covered by the CompTIA CySA+ exam: 

Attack Management: Put into action or suggest the best response and defense against a network-based threat. 

Comparing and contrasting typical vulnerabilities identified in an organization 

Cyber-Incident Response: Briefly describe the post-incident and incident recovery processes. 

Review security architecture and offer suggestions for implementing compensatory controls. Security architecture and tool sets. 

Who Is CompTIA? 

The leading organization in the world offering vendor-neutral IT certifications is CompTIA (The Computing Technology Industry Association). CompTIA, which has granted more than 2 million IT certifications worldwide, is committed to assisting IT professionals in taking the initiative in our globally connected digital world. 

CompTIA has created training programmers and certification tests for more than 20 years in the areas of computing support, networking, security, open-source (Linux) development, cloud computing, and mobility. Our ongoing exam reviews and revisions guarantee that CompTIA credentials remain relevant to the demands of the most recent technological problems. 

Conclusion  Hence, these are some of the information about the CompTIA Cybersecurity Analyst (CySA+) and some of the ways how it works. Get to know the best CompTIA Cybersecurity Analyst (CySA+) you want to achieve and protect your data. Best of luck! 

Now enrolling for the CCS Learning Academy crisc certification training Get ahead of the competition and learn the skills you need to be a data analyst today. Enroll now and receive a 10% discount. 

#Cybersecurity Analyst (CySA+)

[jcmarchi]

Building a diverse cyber security workforce, 2023 and 2024

New Post has been published on https://thedigitalinsider.com/building-a-diverse-cyber-security-workforce-2023-and-2024/

Building a diverse cyber security workforce, 2023 and 2024

At Check Point, I am responsible for enabling National Channel Partners to drive sales and increase revenue by developing technical training programs for Partner sales engineers and security architects to keep them up-to-date with new technologies to prevent advanced persistent threats and zero day attacks. I work with Regional Channel Managers and Field Engineers to develop and execute strategies to implement new products across regions.

To effectively protect the cyber sphere, we need to harness the power of diverse perspectives. Diverse teams solve problems faster and are more innovative than homogeneous teams. They’re also widely recognized as critical in strengthening an organization’s cyber readiness, increasing employee and customer satisfaction, and better enabling organizations to achieve long-term goals.

In this interview, Cyber Talk speaks with Check Point expert Miguel Angulo about the topic of cultivating a diverse cyber security talent pool. Let’s dive in:

Can you share a bit about the trends related to diversity in cyber security?

In cyber security, diversity and inclusivity has been a much-discussed topic. Let’s begin by examining the state of the cyber security workforce. According to the ISC2 Cybersecurity Workforce Study 2022 (link), the gap in the number of cyber security experts continues to widen. At the time of reporting, there were an estimated 4.7 million cyber security professionals worldwide in this field. Despite the addition of 464,000 positions in 2022, there are an additional 3.4 million cyber security professionals needed to adequately safeguard corporate assets.

When examining the current threat landscape, the situation appears concerning as revealed by the Check Point 2023 Cyber Security Report. This report highlights a significant surge in phishing attacks, which escalated from 33% in 2018 to a staggering 86% in 2022. The rising volume of threats, the scarcity of cyber security experts, and the complexity of security measures are collectively leading to growing frustration among existing cyber security professionals. As a result, there is an urgent call for an increase in the cyber security workforce.

To ensure the effective safeguarding of corporate assets, it is vital to acknowledge and address the existing gender disparity within the cyber security field. Despite the current male-to-female ratio being 3 to 1, it’s noteworthy that the number of women in cyber security is on the rise, indicating a positive trend. In 2022, the global cyber security workforce saw a 5% increase in female representation, with women now comprising 25% of the total, as opposed to the 20% they represented in 2019. By placing emphasis on certification and education, women are not only making their way into leadership roles, but are also setting an example for other women and future generations to pursue a career in cyber security, where they can succeed.

Another trend in cyber security is the need for diverse skill sets, encompassing technical proficiency, risk management, and effective communication. Diverse teams in security operations (SecOps) and security operations centers (SOCs) are widely recognized as crucial for strengthening an organization’s security readiness. These teams, consisting of individuals from varied backgrounds, bring unique perspectives and innovative problem-solving approaches. This diversity is especially valuable in cyber security, where professionals combat global threats. It results in fresh insights that help analysts understand adversaries better, enhancing threat detection and response capabilities.

You’ve been part of some exciting initiatives! Would you like to share a bit about them?

When I’m confronted with the question, “How did you get started in the cyber security field?” it offers me an opportunity to recount my path. Nevertheless, conveying my story to a solitary individual is insufficient. I actively searched for a platform that would enable me to inspire a more extensive audience to contemplate a career in cyber security.

By collaborating with various nonprofit organizations like HISPA, ISC2 NJ Chapter, and We Are all Human, I’ve found the means to connect with people. Through HISPA, I engage with middle school students and convey my experiences as a cyber security professional. Through ISC2 NJ Chapter, I can mentor college students seeking to enter the field and professionals from other IT sectors looking to transition into cyber security. Furthermore, my involvement with We Are All Human allows me to reach the Hispanic community and enlighten them about the career prospects that cyber security offers.

Miguel Angulo of Check Point Software Technologies takes a selfie with PCAI participants during a networking event (link).

What points do you make to young people to let them know that this is an interesting and viable career path?

Considering a career in cyber security offers numerous benefits. First and foremost, the field is in high demand, driven by the escalating frequency and complexity of cyber threats. This demand ensures job security, as  skills are continually needed to safeguard data and systems. Moreover, the cyber security sector offers diverse opportunities, spanning roles from ethical hacking to risk management, appealing to various interests and skills.

Cyber security experts essentially serve as digital detectives, utilizing problem-solving skills and creativity to outwit cyber criminals, making it a dynamic and intellectually stimulating field. The competitive salaries in the industry reflect the high demand for expertise, which is particularly advantageous for young professionals.

Additionally, the global impact of cyber security is notable, as your work contributes to a safer online environment worldwide. Continuous learning is inherent in cyber security, making it ideal for those who enjoy staying current with technology trends. The field also offers an ethical dimension, allowing individuals to be the “good guys” in the digital realm, protecting privacy and security. Furthermore, the sense of community and collaboration within the cyber security profession offers the opportunity to learn and grow alongside experienced colleagues, making it a fulfilling career choice for young professionals.

How did you get involved in cyber security?

I held several roles in IT, from upgrading hardware on desktops and laptops, deploying Windows operating system, building custom Windows images, rack and stack servers for telecommunication companies and financial services, to cloud infrastructure, virtualization, networking, and backup operations. Given the numerous advantages cyber security offers, I found it to be a captivating career choice. I jump-started my career through comprehensive training, including participation in a SANS training boot camp, Security+ and Network+. I also recognize the significance of partner training, which allowed me to gain insights into cyber security while learning about specific vendor technologies and their approaches to safeguarding customers against cyber threats.

What advice would you give to people from underrepresented backgrounds who are interested in pursuing a career in cyber security?

There’s a common misunderstanding about the nature of cyber security. Many individuals envision cyber security professionals as solitary figures in dimly lit basements, surrounded by numerous screens, munching on Cheetos and sipping Mountain Dew, while writing code to breach networks. This portrayal often stems from the way the movie industry depicts cyber security experts. Even the adversaries in the field are often shown working in regular office settings, but that’s a topic for another discussion. Here, I’d like to offer some advice that I typically share with my mentees:

Do not get intimidated. Many individuals believe that a technical foundation is a prerequisite to launch a cyber security career, but this is a misconception. Cyber security primarily involves understanding the workings of technology as it evolves over time.

Network and Seek Mentorship. In the realm of cyber security, it’s a continuous journey, and mentors play a pivotal role in providing direction on commencing your cyber security career. They can offer insights on where to begin, recommend the suitable training and certifications, and help you steer clear of common pitfalls along this path.

Connect and Pursue Mentorship. Navigating the world of cyber security is an ongoing voyage, and having a mentor can help steer you in the right direction when commencing your cyber security career. They can advise you on how to initiate your journey, identify the necessary training and certifications, and help you avoid problems along the way.

Engage with local non-profit cybersecurity organizations. I highly recommend becoming a part of a nonprofit cyber security organization as a valuable step on your journey in the cyber security field. These organizations are composed of experienced cyber security professionals, many of whom serve as mentors or trainers dedicated to supporting individuals interested in entering the industry. They offer the tools and skills necessary for entering the workforce. These organizations are typically organized into chapters, and they organize year-round events to assist you in shaping your career. These events cover various aspects, including resume building, interview skills, training, and the opportunity to network with existing chapter members who are actively engaged in the field. Networking within these organizations provides a fantastic opportunity to gain deeper insights into the industry, understand certification requirements, and explore potential job openings.

Continuing education, training, and certification. Ongoing learning, training, and certification are essential in the ever-evolving realm of cyber security. Commit to continuous education, keeping yourself informed about the most recent trends, tools, and threats. Contemplate the pursuit of pertinent certifications and formal education in the field, as these credentials can boost your reputation and expertise within the cyber security domain.

Broadly speaking, how can companies create a more inclusive environment for professionals of diverse backgrounds?

In today’s workplaces, diversity, equity, and inclusion (DEI) have become a central focus. When I observe individuals who resemble me occupying positions at higher levels of the organization, such as directors, C-level executives, and board members, it instills a sense that the company is actively taking strides to establish a more diverse environment. This environment not only fosters opportunities for learning, personal growth, and voicing opinions, but also makes individuals feel valued.

Numerous blogs discuss best practices and initiatives for cultivating a more inclusive workplace. However, I’d like to emphasize a few key points. Firstly, organizations need to establish an inclusive atmosphere where every individual is treated with respect, granted equal empowerment to contribute, and provided with equitable access to resources and opportunities, regardless of their demographic characteristics.

To foster a greater sense of inclusivity, companies can begin by conducting a self-evaluation to gauge their current status in terms of diversity, equity, and inclusion (DEI). Establishing a baseline understanding of their workforce will reveal any disparities and enable them to take targeted measures to rectify these issues.

Senior leadership, spanning from C-level executives to the board of directors, must demonstrate their endorsement of DEI endeavors. In the event of a significant crisis occurring in a specific global region, it is crucial for the senior leadership to extend their backing to employees hailing from that area. This message should be conveyed not only internally but also externally, reaching both their customers and business partners.

Review your recruitment procedures to identify non-inclusive language in job postings. For instance, if you’re seeking a software developer proficient in Java, Python, or GO, but your job description mandates a college degree, you might inadvertently discourage qualified candidates who lack formal degrees. When job descriptions and hiring practices create barriers for certain groups, the organization will encounter challenges in attracting a diverse workforce. Ensure that the definitions you set for job descriptions and their associated requirements are in harmony with the actual expectations of the role.

Through their investment in Employee Resource Groups (ERGs), organizations provide employees with a platform to connect, share experiences, and contribute innovative ideas aimed at improving the workplace. Furthermore, supporting mentorship and sponsorship initiatives allows employees from diverse backgrounds to connect with seasoned mentors who can provide guidance and advocate for their professional advancement. Companies that actively encourage these internal mentorship and sponsorship programs not only enhance employee satisfaction, but also tend to retain their workforce for more extended periods.

What strategies do you recommend for attracting more underrepresented groups to cyber security at an early age?

Getting underrepresented groups interested in cyber security from a young age is a key step in fostering diversity. Here are some strategies:

Early Education Programs: Collaborate with schools to develop cyber security educational programs for students at the elementary and middle school levels. These programs can introduce cyber security concepts in a fun and engaging way.

Youth Cybersecurity Clubs: Support and sponsor youth cyber security clubs or organizations. These clubs can provide a safe and inclusive space for young individuals to learn and explore the field.

Mentorship and Role Models: Connect young students with mentors and role models from underrepresented backgrounds in cyber security. Seeing someone who looks like them in the field can be highly motivating.

Scholarships and Grants: Offer scholarships and grants specifically aimed at underrepresented groups pursuing cyber security education. Financial support can make a significant difference.

Hackathons and Competitions: Organize hackathons and cyber security competitions for students. These events can be exciting and provide practical experience.

Curriculum Integration: Advocate for the inclusion of cyber security topics in school curricula. Make it a part of the standard educational experience.

For more cyber security insights from Miguel Angulo, click here. Lastly, to receive timely cyber security insights and cutting-edge analyses, please sign up for the cybertalk.org newsletter.

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[pyrotechworkspacesolution]

Pyrotech: Revolutionizing SOC Control Rooms

In today's fast-paced and ever-evolving technological landscape, the importance of robust security operations cannot be overstated. The Security Operations Center (SOC) is the backbone of an organization’s cybersecurity strategy, serving as the nerve center for monitoring, detecting, and responding to cyber threats. One company that stands out in enhancing the efficiency and effectiveness of SOC control rooms is Pyrotech.

What is a SOC Control Room?

A SOC control room is a centralized unit that deals with security issues on an organizational and technical level. It is the hub where security analysts and engineers work around the clock to protect an organization from cyber threats. This environment requires state-of-the-art technology and systems to handle vast amounts of data and facilitate real-time responses to potential security incidents.

Pyrotech: A Leader in SOC Control Room Solutions

Pyrotech has carved a niche for itself in the domain of SOC control rooms by providing cutting-edge solutions that cater to the specific needs of security operations. Their offerings are designed to enhance visibility, improve response times, and ensure that security teams can operate at peak efficiency.

Advanced Display Solutions

One of the key components of a SOC control room is its display systems. Pyrotech offers advanced video wall solutions that allow for seamless monitoring of multiple data streams. These high-resolution displays provide clear and comprehensive views of security data, which is crucial for quick decision-making. With features like real-time data integration and customizable layouts, Pyrotech’s display solutions ensure that SOC teams have the information they need at their fingertips.

Ergonomic Console Designs

The physical setup of a SOC control room plays a significant role in the productivity and well-being of its operators. Pyrotech designs ergonomic consoles that not only enhance comfort but also improve workflow efficiency. These consoles are customizable, allowing organizations to tailor the setup to their specific operational needs. By focusing on ergonomics, Pyrotech helps reduce operator fatigue, which is critical for maintaining high performance during long shifts.

Integrated Software Solutions

Pyrotech’s software solutions are designed to integrate seamlessly with existing security infrastructure. Their platforms support the aggregation and analysis of data from various sources, enabling a holistic view of the security landscape. Features such as automated threat detection, incident management, and real-time alerting ensure that SOC teams can respond swiftly to any security incidents. This integration capability is vital for creating a unified and responsive security environment.

Training and Support

In addition to providing top-of-the-line technology, Pyrotech offers comprehensive training and support services. They understand that the effectiveness of a SOC control room is not just about the technology but also about the people using it. Pyrotech provides training programs that equip security personnel with the skills needed to leverage their systems fully. Their support services ensure that any technical issues are resolved promptly, minimizing downtime and maintaining operational integrity.

The Future of SOC Control Rooms

As cyber threats become increasingly sophisticated, the demand for advanced SOC control room solutions will continue to grow. Pyrotech is at the forefront of this evolution, consistently innovating to meet the changing needs of the cybersecurity landscape. Their commitment to quality, innovation, and customer satisfaction makes them a trusted partner for organizations looking to bolster their security operations.

In conclusion, Pyrotech is transforming SOC control rooms with their comprehensive and innovative solutions. From state-of-the-art display systems to ergonomic console designs and integrated software, Pyrotech is setting new standards in the industry. By prioritizing both technology and human factors, they are ensuring that SOC teams can effectively protect organizations from the ever-present threat of cyberattacks.

This blog highlights the significant contributions of Pyrotech to the field of SOC Contrrol Rooms, showcasing their advanced solutions and the impact these have on improving security operations.

[kingsmith4-blog1]

It is the time when you understand the measures and practices taken in the present time world to make the data security center of attraction. For this, gaining the aspects of cyber analyst training is effective and the biggest necessity to go ahead with. So, wait no more and get to know about it right now. 

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[crookedtreepoetry]

Cyber Safety Certification In Malaysia

You ought to explore the sphere and give attention to the precise business you need to work in. This cyber security certification program caters to professionals from a variety of industries; the range of our students adds richness to class discussions and interactions. This Cyber Security course supplies palms-on online training that will help you grasp the identical skills that hackers use to infiltrate network methods and leverage them ethically to guard your own infrastructure.

There are numerous competing certifications in the area, together with the nicely-regarded CompTIA CySA+, the EC-Council’s Certified SOC Analyst program, and the CISCO Certified CyberOps Associate designation. This will be the ideal profession path for professionals who need to match wits with unidentified hackers in real time, helping organizations minimize damage from threats as they happen. Billed as “the world’s most advanced penetration testing program,” this grueling examination takes place in a stay, monitored 24-hour session with actual-life, timed challenges.

In addition to our greatest-in-class cybersecurity certifications in Malaysia, we additionally provide the opportunity to train your staff on phishing makes an attempt, ransomware protection and overall safety awareness. The course emphasises the functions and administration of safety expertise in the safety of property and is supported by acceptable research in cyber regulation and ethics. Now you're outfitted with real-industry data, required abilities, and palms-on expertise to remain ahead of the competition.

The CompTIA PenTest+ certification is one of the most affordable and valuable certifications for IT professionals looking to get into ethical hacking. With the PenTest+ certification examination, you discover ways to identify vulnerabilities, assault functions, and the way to use scripting languages to automate your work. There isn't any prerequisite required to take the PenTest+, however it's extremely really helpful that you have different CompTIA certifications corresponding to A+, Security+, and Linux+. The GSEC is a well-known certification for entry-level and mid-profession safety professionals because it covers a broad range of cybersecurity matters and domains, from penetration testing to forensics. The Security+ certification requires no stipulations, which makes it truly perfect for early-profession cybersecurity professionals or security administrators who are looking to transition into the cybersecurity field.

Many courses are in excessive demand such as Information security, data security, and moral hacking courses. Companies want competent professionals to protect their knowledge infrastructure and community. Mildain's Cyber Security course in Malaysia will offer you the mandatory information and skills required to excel in your profession. As organizations fight the growing danger of cybercrime, cyber specialists are in great demand.

However, SANS coaching tends to be dear—a single coaching course can cost you over $5,000. Cybersecurity certifications are a must to start and advance your cybersecurity career. According to Forbes, ninety six% of IT leaders believe cybersecurity certifications add worth. But with lots of of certifications on the market, choosing the one that fits your career goals, finances, and schedule can be difficult.

“These expertise are extremely in demand in the business as more Critical National Information Infrastructure organisations are persevering with to reinforce their safety capabilities in direction of higher digital adoption. Traditionally, the vast majority of cybersecurity graduates have been employed in cybersecurity or expertise-centric corporations as these had been areas that demanded the skillset. If you’re interested in turning into a cyber safety pro, Flatiron Schol’s cybersecurity analytics course and cybersecurity engineering course teach you everything you should know to start a profession in cyber. Typically speaking, the analytics program is slightly much less technical than the engineering program.

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[stellarcyber-security]

What Enterprise C-level Executive Customers Want From MSSPs

For an MSSP, the key to a CIOs heart is reducing risk for a cost that is less than what they’re spending now, Stellar Cyber asserts.

A CIOs or CISOs job is never easy, but it’s more difficult now because cyberattacks are more frequent and more complex than ever before. Cybersecurity is a top priority for enterprises, and fundamentally, C-level executives are responsible for managing the risk of security breaches at cost points the business can afford. When there’s a serious attack, those executives can lose their jobs.

Reducing risk means spending more money on tools and hiring more analysts to run them, but CISOs never have enough budget. Also, really smart security analysts are expensive and very hard to find. In this environment, CxOs try to find a balance between spending and risk – they’re always looking for an acceptable level of risk given the resources available.

For an MSSP, the key to a CIOs heart (and wallet), in particular, is stressing that you reduce risk for a cost that is less than what they’re spending now.

Here are some key messages to bring to the table:

You reduce risk. You have the latest, most comprehensive security tools to find and stop the latest attacks.

You save money. You handle key workloads for less than the CISO is spending on them now.

You expand the in-house security team. Your own people have the skills and tools to jump into action as needed, without hiring hassles or costs.

You improve analyst morale. By taking on some of the IT security workloads, your team makes life easier for the CxO’s own analysts.

You increase security agility. As a service provider, you can deliver specific services on demand, and the CxO can add or delete services as business conditions dictate.

MSSPs can best prepare to stand behind these messages if their own SOCs are highly effective, highly cost-effective (and profitable), and easily integrated with a prospective enterprise’s own security tools and practices. Make sure you can deliver on these benefits with a SOC platform that can ingest telemetry from any popular security tool, so you gain a complete view of the entire security environment, and you don’t force enterprise customers to abandon their existing tool investments.

You’ll also want automatic event correlation, analysis and response mechanisms so your analysts are far more efficient and productive than the CxO’s. In addition, the platform’s ease of use should reduce training time and enable you to use less expensive, lower skilled analysts. And finally, if the platform can quickly integrate with an enterprise’s own security tools, you’ll be able to jump in and provide comprehensive services within hours.

To learn more how Stellar Cyber’s Open XDR platform can help you reduce risk and cost for your CxO clients, contact us today!

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Finfisher: How Can You Prevent It From Your Infected System

We hope that this account of our path in 21st-century skills through all of FinFisher's numerous levels of safety, concealment, and pro measures will be beneficial to future researchers investigating this virus. We think that industry collaboration and information exchange are critical in protecting customers from this sophisticated piece of malware and a great career opportunities in the future.

In the cyber security course a Security Researchers, a global cybersecurity organisation, has done a thorough analysis of new upgrades to the FinSpy malware that attacks common operating systems, notably Windows, Mac, and Linux. According to the findings, FinFisher places a strong priority on defensive evasion, making it one of the most difficult-to-detect Spywares to date.

FinFisher, commonly known as FinSpy or Wingbird, is a surveillance programme that Kaspersky has been monitoring since 2011. It can collect different passwords, file listings, and deleted files, as well as a live broadcast or record data and get access to a webcam and microphone. Its Operating system infections were discovered and investigated many times until 2018 when FinFisher appeared to have vanished.

Following that, Kaspersky discovered a number of suspicious installers of normal software, such as TeamViewer, VLC Media Player, and WinRAR, that included dangerous code that could not be linked to any known virus. That is until they uncovered a website in Burmese that included the infected installers and samples of FinFisher for Android, allowing them to determine they had been Trojanized with the same malware. This finding prompted Kaspersky researchers to dig deeper into FinFisher.

The researchers also found a FinFisher sample that changed the Windows UEFI bootloader. This method of infection enabled the cyber attack to install a bootkit without having to circumvent firmware safety checks. Kaspersky suggests the following steps to defend yourself against attacks like FinFisher:

Apps and programmes should only be downloaded from reputable websites.

Don't forget to keep your operating system and any software up to date. Many security concerns may be resolved by installing updated software versions.

By default, e-mail attachments should be avoided.

Installing software from unknown sources should be avoided. It may, and frequently does, include harmful files.

On all desktops and mobile devices, install a powerful security solution, such as Kaspersky Internet Security for Android or Kaspersky Total Security.

Kaspersky recommends the following for organizational security:

Create a policy regarding the usage of non-corporate software. Inform your staff about the dangers of downloading illegal software from untrustworthy sources.

Provide basic cybersecurity hygiene training to your employees, as many targeted assaults begin with phishing or other social engineering tactics.

Install anti-APT and EDR systems to provide threat detection and detection, investigation, and fast incident response capabilities. Give your SOC staff access to the most recent threat intelligence, information security course and professional training on a regular basis. All of the aforementioned features are accessible within the Kaspersky Expert Security architecture.

Dedicated services, in addition to adequate endpoint protection, can aid in the prevention of high-profile assaults. The Kaspersky Managed Detection and Response service can aid in the detection and prevention of attacks in their early phases before the attackers achieve their objectives.

Spaghetti and trash coding renders standard analyst tools useless. The elimination of garbage instructions and "spaghetti code," a method that tries to mislead disassembly tools, is the first obfuscation challenge that requires a solution while analysing FinFisher. Spaghetti code, as the name implies, makes the programme flow difficult to comprehend by introducing continuous code jumps.

Phase 0: Dropper with the custom virtual machine.

Phase 1: Loader virus prevents sandbox and debuggers from being used.

Phase 2: consists of a second multi-platform virtual computer.

Phase 3: An installer that pushes DLL side-loading to new heights.

Phase 4: The memory loader — GDI function hijacking for fun

Phase 5: The final loader assumes command.

Phase 6: The package consists of a modular spyware architecture for future investigation.

 Defence Against FinFisher

We were able to safeguard our clients from this sophisticated piece of malware by exposing as many of FinFisher's mysteries as possible throughout our arduous investigation. Because of the high code integrity standards that don't allow unfamiliar unsigned binaries to execute (thus preventing FinFisher's PE installer) or load (thus blocking FinFisher's DLL persistence), Windows 10 S devices are automatically protected against FinFisher and other threats. Similar code integrity policies taught at diploma in cyber security that may be implemented in Windows 10 using Windows Defender Application Control.

Microsoft 365 Threat Intelligence Protection protects mails against email marketing campaigns that distribute malware like FinFisher using zero-day vulnerabilities. Using time-of-click security, Office 365 ATP prevents hazardous attachments, malicious URLs, and linked-to files. Using this research's findings, we improved Office 365 ATP's resistance to FinFisher's anti-sandbox checks.