#Cyber Forensics Course

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[adhilblitz]

Join the leading cyber forensic courses in Kerala and gain essential skills for a successful career in digital investigation. Join Blitz Academy!

[muhammedthoufeek03]

cyber forensic courses in kerala | Enroll now

Join the leading cyber forensic courses in Kerala and gain essential skills for a successful career in digital investigation. Join Blitz Academy!

[121214]

Explore the best cyber forensic courses in Kerala, including hands-on training and expert guidance. Master digital investigation techniques in Kochi.

[it-related-online-course]

TechnoMaster is one of the the best institute for a career in cyber security. Cyber Security Training in Dubai by TechnoMaster will assist you in learning Cyber security principles from the beginning. Through this Cyber Security course you will master key concepts like ethical hacking, cryptography computer networks and security applications security, IdAM (identity and access management) and vulnerability analysis spyware and malware attacks, sniffing SQL injection DoS and session hijacking and other security methods for business and hands-on training. Take the Cyber Security course in Dubai and become certified as a Cyber security profession.

For more details on the availability of our Training Program. Click Below:-

Python Online Training

TehnoMaster provide short term, crash and long term online / offline IT courses on all IT technologies with real time internships at convenient schedules and reasonable fees than other IT training institutes. Moreover, Software companies require real time project experience and not just the basic subject knowledge from faculties without any internship on projects. Hence we provide live sessions by successful IT experts working in leading MNCs to ensure you have the skills and experience to deal with real time projects.

Through our job portal (Jobs Near Me) we aim at helping you get placement in Chennai, Mumbai, Cochin, Infopark, Technopark, Cyberpark, Bengalaru, Delhi, United Arab Emirates (UAE), USA, UK, Australia, Canada, Germany, Ireland, Singapore, Switzerland, Kuwait, Saudi Arabia, Bahrain, Qatar, Oman etc.

Topics:-

Importance and challenges of cyber security

Layers of cybersecurity

Types of Malware

Cyber security fundamentals

Cyber criminology

Cyber forensics

Cyber security breaches

Phishing

Identity Theft

Harassment

Cyber stalking

Types of cyber-attacks

Cyber attack Prevention tips, etc.

As the top Cyber Security Training Institute in Dubai, we provide instruction by instructors that employ an active learning approach. The students will be able to take all types of interviews at the conclusion of each session. Our training is focused on helping with placements and also.

[integratedittraining]

Cloud Computing: History, Advantages and Preparing

Cloud Computing

Distributed computing is the strategy for conveyance of registering administrations over the web. These processing administrations incorporate capacity, servers, data sets, programming, investigation and that's only the tip of the iceberg. Cloud Computing Training Service in USA is a data innovation worldview that empowers us to get to imparted registering sources to negligible administration exertion. By the assistance of Distributed computing, we can utilize figuring assets online over the web without putting cash in building and keeping up with processing framework. Along these lines, Distributed computing empowers associations to zero in on their center business as opposed to putting forth attempt in building significant level PC foundation. One more incredible advantage of Distributed computing is, it gives "pay-more only as costs arise" or "pay-per-use" model means you want to pay just for the assets you have utilized. It decreases your working costs.

History

The expression Distributed computing right off the bat showed up in 1996 (referenced in a Compaq inside report). Later on, the term was promoted in 2006 as amazon.com delivered its Flexible Distributed computing stage "Amazon web administrations". In mid 1993 the term cloud was utilized to allude to an organization of disseminated processing.

Benefits

The ascent of Distributed computing has offered associations and people various advantages including the capacity to get to any product or assets on any gadget without introducing it on your nearby gadget. Here are a portion of the top advantages.

Adaptability

One of the significant advantages is the versatility. On the off chance that your business needs increment, scaling your cloud assets from far off servers is simple. Thus, Distributed computing is great for organizations with developing requests for assets.

Cost

It diminishes the capital expense of building and keeping up with registering foundation. You can undoubtedly get to any asset through cloud without running nearby server farms and recruit TI specialists for dealing with this huge framework.

Efficiency

On location conventional processing foundation requires a great deal of equipment arrangement and tedious framework the board. It builds your efficiency by eliminating these tedious assignments and empowers associations to zero in on their center business.

Execution

A large portion of the cloud specialist organizations consistently update the administrations to the most recent age to help the presentation and give quick and effective registering administrations. This builds the efficiency of associations who share it's assets.

Pay-per-Use

Another extraordinary advantage is,the suppliers offer you "pay-more only as costs arise" based administrations implies you just need to pay for the administrations you use. This lessens the administration cost of associations.

Security

It gives you a superior security on the grounds that the information is put away in the cloud, you can get to your information and assets from anyplace regardless of whether you've lost your PC. And furthermore you can undoubtedly erase your own information from your lost machine with the goal that nobody can get to it.

Work from anyplace

In the event that you have a web association and a PC in your grasp, you can work from any area by getting to cloud assets over the web. Cloud administrations are additionally offering portable application with the goal that you can likewise get to assets on your cell phone.

Kind of administrations

For the most part, It administrations fall into three classifications for example IaaS (framework as a help), PaaS (stage as a help), and SaaS (Programming as an assistance). These three Distributed computing administrations are at times called the Distributed computing stack since they fabricate a stack as they sit on top of each other. Here is an outline of these three administrations.

Foundation as a Help (IaaS)

Framework as a help is one of the primary classes of administrations. It gives virtualized registering assets like virtual machines, stockpiling, organizations, and working frameworks to people or an association from a cloud supplier.

Stage as a Help (PaaS)

Stage as a help is a classification of administration that gives the stage to designers to construct applications and administrations over the web. PaaS gives the on-request improvement climate for creating, testing, and overseeing programming applications.

Programming as a Help (SaaS)

Programming as a help is a class of administrations gives on-request programming application over the web. Cloud suppliers have and oversee programming application and permit their clients to interface with the application and access the application over the web.

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[ixhika-jsx]

Resources and study tips to get you in cyber forensics

Master post • Part1 • part2

let's get you prepped to be a cyber sleuth without spending any cash. Here’s the ultimate tips and resources.

Ps: you can't become one while doing these pointers but you can experience the vibe so you can finally find your career interest

### 1. **Digital Scavenger Hunts**

- **CTF Challenges (Capture The Flag)**: Dive into platforms like [CTFtime](https://ctftime.org/) where you can participate in cyber security challenges. It's like playing *Among Us* but with hackers—find the imposter in the code!

- **Hunt A Killer (Digitally)**: Create your own digital crime scenes. Ask friends to send you files (like images, PDFs) with hidden clues. Your job? Find the Easter eggs and solve the case.

### 2. **YouTube University**

- **Cyber Sleuth Tutorials**: Channels like *HackerSploit* and *The Cyber Mentor* have playlists covering digital forensics, cybersecurity, and more. Binge-watch them like your fave Netflix series, but here you're learning skills to catch bad guys.

- **Live Streams & Q&A**: Jump into live streams on platforms like Twitch where cybersecurity experts solve cases in real-time. Ask questions, get answers, and interact with the pros.

### 3. **Public Libraries & eBook Treasure Hunts**

- **Library eBooks**: Most libraries have eBooks or online resources on digital forensics. Check out titles like *"Hacking Exposed"* or *"Digital Forensics for Dummies"*. You might have to dig through the catalog, but think of it as your first case.

- **LinkedIn Learning via Library**: Some libraries offer free access to LinkedIn Learning. If you can snag that, you've got a goldmine of courses on cybersecurity and forensics.

### 4. **Virtual Study Groups**

- **Discord Servers**: Join cybersecurity and hacking communities on Discord. They often have study groups, challenges, and mentors ready to help out. It's like joining a digital Hogwarts for hackers.

- **Reddit Threads**: Subreddits like r/cybersecurity and r/hacking are packed with resources, advice, and study buddies. Post your questions, and you’ll get a whole thread of answers.

### 5. **DIY Labs at Home**

- **Build Your Own Lab**: Got an old PC or laptop? Turn it into a practice lab. Install virtual machines (VMware, VirtualBox) and play around with different operating systems and security tools. It’s like Minecraft but for hacking.

- **Log Your Own Activity**: Turn on logging on your own devices and then try to trace your own steps later. You’re basically spying on yourself—no NSA required.

### 6. **Community College & University Open Courses**

- **Free Audit Courses**: Many universities offer free auditing of cybersecurity courses through platforms like Coursera, edX, and even YouTube. No grades, no stress, just pure learning.

- **MOOCs**: Massive Open Online Courses often have free tiers. Try courses like "Introduction to Cyber Security" on platforms like FutureLearn or edX.

### 7. **Scour GitHub**

- **Open-Source Tools**: GitHub is full of open-source forensic tools and scripts. Clone some repositories and start tinkering with them. You’re basically getting your hands on the tools real investigators use.

- **Follow the Code**: Find projects related to digital forensics, follow the code, and see how they work. Contribute if you can—bonus points for boosting your resume.

### 8. **Local Meetups & Online Conferences**

- **Free Virtual Conferences**: Many cybersecurity conferences are virtual and some offer free access. DEF CON has a lot of free content, and you can find tons of talks on YouTube.

- **Hackathons**: Look for free entry hackathons—often universities or tech companies sponsor them. Compete, learn, and maybe even win some gear.

### 9. **DIY Challenges**

- **Create Your Own Scenarios**: Get a friend to simulate a hack or data breach. You try to solve it using whatever tools and resources you have. It's like escape rooms, but digital.

- **Pen & Paper Simulation**: Before diving into digital, try solving forensic puzzles on paper. Map out scenarios and solutions to get your brain wired like a detective.

### 10. **Stay Updated**

- **Podcasts & Blogs**: Tune into cybersecurity podcasts like *Darknet Diaries* or follow blogs like *Krebs on Security*. It’s like getting the tea on what’s happening in the cyber world.

### 11. **Free Software & Tools**

- **Autopsy**: Free digital forensics software that helps you analyze hard drives and mobile devices. Think of it as your magnifying glass for digital clues.

- **Wireshark**: A free tool to see what's happening on your network. Catch all the data packets like you're a digital fisherman.

### 12. **Online Forensics Communities**

- **Free Webinars & Workshops**: Join communities like the *SANS Institute* for free webinars. It's like attending a masterclass but from the comfort of your gaming chair.

- **LinkedIn Groups**: Join groups like *Digital Forensics & Incident Response (DFIR)*. Network with pros, get job tips, and stay in the loop with the latest trends.

### 13. **Practice Cases & Mock Trials**

- **Set Up Mock Trials**: Role-play with friends where one is the hacker, another the victim, and you’re the investigator. Recreate cases from famous cybercrimes to see how you'd solve them.

- **Case Studies**: Research and recreate famous digital forensic cases. What steps did the investigators take? How would you handle it differently?

There you have it—your roadmap to becoming a cyber sleuth without dropping a dime. You don't have time find your interest after paying pennies to different ppl and colleges. You can explore multiple things from comfort of your home only if you want to.

[mtgtips]

Can you give more tips on how to play your Cyber-Controller deck?

Magic the Gathering tip: sure!

First of all, here's the video where I go over the deck:

My biggest tip for playing this deck is to make use of setup turns. In the early game, you want to play the Cyber-Controller for small amounts, like X equals 2-3, just to get a few Cybermen to begin feeding cards like Blinkmoth Urn and Karn, Legacy Reforged, and get counters on Elementalist's Palette if you have it. I've cast him for X equals 1 on multiple occasions. Don't be discouraged if you hit few or no creatures in these early casts, you can always try again. Once you get the ball rolling on mana production and Cyber-Controller cast consistency, you want to cast him for X equals 5-6 to begin assembling your Cyberman army, and once you have a decent number of them, don't be afraid to do nothing on your turn but cast him for as much mana as you can. If you wiff or he gets countered, you still have Cybermen from the previous turns to keep you safe. If he resolves for a huge amount, I've cast him for X equals 30 before, you can often assemble a boardstate that is extremely hard to attack into and can win you the game quickly.

Casting the Cyber-Controller without a way to put him back into your hand can be risky sometimes. If he gets stuck on the field, you can't cast him again. You could always just block with him to put him back into the command zone, but this isn't ideal because commander tax exists. Usually you want something like Dour Port-Mage or Drafna, Founder of Lat-Nam in play on turn 3-4, or have a solid suite of bounce spells in hand, and then you start casting the Cyber-Controller. If you have Trusted Advisor, you want to play on the same turn you cast the Cyber-Controller so you aren't forced to bounce something else.

The deck is really about knowing how to manage your resources so once you go all-in, you won't be blown away by someone countering the Cyber-Controller. Don't forget that attacking is also a game action, so if you dump all your mana into a Cyber-Controller that gets countered, just swing all at that opponent if you can. That'll teach em.

You don't want to keep a hand that doesn't have any sort of mana dork or rock, you really want one or preferably two cause even the setup of the deck can be mana hungry. Sonic Screwdriver is one of the sneaky best cards, being able to untap a Basalt Monolith or Elementalist's Palette to get double duty out of it can really speed things up. And of course there's the Basalt Monolith combos, if you have something like Forensic Gadgeteer or Forsaken Monument you can make infinite mana with it to cast the Cyber-Controller for X equals a billion and mill everyone out.

[cammie-morgan-goode]

Where do you think Liz went to college and what course?

Let me talk about my girl Elizabeth Sutton! We love the Bookworm! (I don’t get enough asks about her)

As per usual, I looked up some college shtuff and did some research. We know that she ended up working at Gallagher and working with Dr. Fibs in the research department. With that being said, I really wanna say that she studied computer science and technology. Maybe even cyber forensics.

The top colleges I think she at least got inquiries about for Computer Science:

MIT (Massachusetts Institute of Technology)

Stanford in California

Tsingua University in China

CalTech (California Institute of Technology)

Now for Courses:

-Computational Science and Systems Biology at MIT

-Nuclear Science and Engineering at MIT

-Computer Science and Security at Stanford

-Data Science at Stanford

-Advanced Biochemical Engineering at Stanford

-Electronic Information Science and Technology at Tsinghua

-Software Engineering at Tsinghua

-Chemical Engineering and Industrial Biological Engineering at Tsinghua

-Biochemistry and Molecular Biophysics at CalTech

-Computation and Neural Systems at CalTech

-Control and Dynamical Systems at CalTech

——-

The top colleges I think she at least got inquiries about for Cyber Forensics:

Carnegie Mellon University in Pennsylvania

Champlain in Vermont

University of Cambridge in Europe

Now for Courses:

-C++ Programming for Engineers at CMU

-Introduction to Scientific Computing at CMU

-Computational Analysis of Transport Phenomena at CMU

-Engineering Computation at CMU

-Global IT & Ethics at Champlain in VT

-Advanced Programming at Champlain in VT

-Networking & Security at Champlain in VT

-Ethical Hacking at Champlain in VT

-Blockchain & Cybersecurity at Champlain in VT

-Cybersecurity at Cambridge

I really think that Liz is just so crazy smart that she took on several course loads for multiple colleges!

[infiinitys]

 TOMMY MARTINEZ. HE/HIM / have you ever heard of EVERLONG by foo fighters, well, it describes JACE ESCARRA to a tee! the twenty-nine year old, and CRIMINAL JUSTICE PROFESSOR was spotted browsing through the stalls at portobello road market last sunday, do you know them? would you say HE is more verbose or more CANDID instead? anyway, they remind me of a praised mind that never stops turning, always looking out for danger, a pen poised behind his ear to grade papers & hair neatly pulled back in a sleek bun. maybe you’ll bump into them soon!  

⠀⠀⠀⠀⠀⠀⠀⠀𝚃𝚁𝙸𝙶𝙶𝙴𝚁 𝚆𝙰𝚁𝙽𝙸𝙽𝙶 : murder, knives, blood, death, weapondry, law enforcement

  𝐁𝐈𝐎𝐆𝐑𝐀𝐏𝐇𝐘

Jace is the child of a single mother, the product of a fling that was never meant to go anywhere. His father was never really in the picture, the occasional phone call coming for him every year. Than two. Maybe the occasional Christmas. They stopped all together when he was around ten.

Isobel Escarra did whatever she could so she and her son could get by. She had grown up in Cape Cod, and wanted her son to have the same closeness to the beach that she did. She worked two jobs, one as a barista and at a laundromat.

Jace loved growing up by the beach. When his mother was working he was often looked after by his uncle and his cousin, who have both enriched his life more than he can possibly express.

He proved to be quite intelligent as a very young boy, testing far past the genius level of IQ. In his regular academics he was certainly not being challenged, and it added a further amount of pressure on Isobel to find a way to stimulate her boy's genius.

It was decided that he would move up several grades, sacrificing his social skills for his academic ones.

He had completed high school by the age of fourteen, college with two degrees in forensic science and psychology by the age of nineteen. Soon after, he made the decision to set his sights on the FBI Academy.

Jace has proved himself to have an untaught familiarity with computers, initially working in the Cyber Crime unit following his graduation.

However, his talent for analyzing behavior would prove to be vital to the Behavioral Analysis Unit, whom he would he begin to work for following six months at Cyber Crime.

It took a beat before Jace began to earn the respect of his coworkers, soon showing just how wrong it was for people to underestimate him and his mind.

He didn't realize just how vile those they were investigating would be, looking into the depths of extremely damaged psyche's would certainly take a lot out of anyone.

However, Jace managed to stay the course. When cases were solved, victims were reunited with families, when happy endings were met -- it reminded him why he does what he does.

Everything changed about two years ago, however, following the incarceration of The Power Hungry Killer. He was a man who only targeted women in power, likely due to what Jace believed to be a feeling of incompetence or because a woman in power had burned him before.

Perhaps this was why he believed that it was he who would be able to push him the furthest, a man significantly younger than he was -- he might not have posed as much of a threat to him.

He couldn't have been more wrong, amplified by the fact that the other was armed with a shiv. He was held at knife point that day and even though it only took about two minutes for guards to be by his side to subdue his attacker -- to Jace, it felt like hours.

At the time, his life had been growing pretty stable. He had just gotten into a new relationship, he was well respected + well liked at work and finally settled into his new apartment overlooking DC. However, in the handful of months he remained at the unit following his attack, he was clearly shaken.

His decision to leave the unit and the country all together had proved to be quite the shock to not just his team, but his girlfriend as well. He had dumped her with what felt like without warning before packing up his place again and taking a professor position in Notting Hill.

He's finally beginning to get his feet underneath him again, having invested in a farm-style property, intending to do most of the renovations himself.

𝐇𝐄𝐀𝐃𝐂𝐀𝐍𝐎𝐍𝐒

He has a pitbull named Buddy, who he lovingly calls Air Bud.

Has developed the fattest crush on a certain Lindsay Duffy and he wants to say something, but he's terrified of ruining their friendship.

Definitely misses what being out in the field gave him instead of the actual act of doing so.

He teaches several classes in the criminal justice realm, including one pertaining to behavioral analysis.

Perhaps what makes it easy for him to work with his students is his age, even if socially he finds it difficult at times to interact with them.

more to come.

𝐋𝐈𝐍𝐊𝐒

TBA.

[enbyhyena]

thanks for the tag!!! and i apologize for the length of my response, lol. i went through a lot of phases. a few of them stick out more than the rest though! throughout the course of my life, in no particular order: - veterinarian: my oldest career choice, before i knew how psychologically intense this career is. plus all of the technical knowledge and years of post-education. ultimately not for me in the slightest. (to be fair, all i knew as a kid was that i wanted my job to somehow relate to animals.) - farmer: sort-of achieved, on a backyard scale! i've been able to produce and sell animal products and intend to expand the scale of my backyard venture soon. :) - forensic scientist: i know more now than i probably should about how to get away with various crimes thanks to this interest and having taken some classes, lol. i went through a brief phase where i wanted to solve cold cases. now it's probably just useful if i ever wanted to write an accurate murder novel or something. - cyber security/IT: i know a few programming languages thanks to this interest. i even took on an intership at amazon for awhile...before i learned how insidious the industry is. as a disabled person, this career would have eaten me alive. - game developer: i made a few games! but they never saw the light of day lol. and they never will. - meteorologist: when i was in middle school i would document the daily local forecast on my paper journal, every single day. i wanted to chart changes in the weather over a long period of time. my school teacher crushed this goal though--told me there were other people already doing it and that i was wasting my time. :/ i think a lot about what i might have found if i had kept going, considering the recent intensifying symptoms of climate change. - storm chaser: similar to the above, i was just obsessed with weather patterns and the like. i still am, though having been through several minor weather scares now i have decided i definitely lack the courage to do anything with this career lol. the shows are cool though! - artist: i did achieve this to some degree, at least as a hobby. i've been drawing for the past 16 years. but i draw more for myself than for any sort of monetization or profit. - author: i've written fic over the years, but haven't published any original works. so it depends on how you look at it i guess. - field journalist: this is probably my biggest goal i ever had in my life, overall. all my life i have wanted to go out and explore the remaining wild areas of the earth, where humans can observe completely natural and wild behaviors from animals. i also want to hand-document the effects of climate change and engineer new solutions of dealing with it. and i want to shake the hand of sir david attenborough, my lifelong biggest hero. but given my disabilities, it's unlikely i'll ever be able to do any of this; so i content myself with taking photos, observing, and documenting the things i observe in my local environment for my own enjoyment.

currently i've succeeded in one thing i never originally thought i would do: content creation. while i'm no markiplier by any stretch of the imagination, i have made money from my work, so i do loosely count as a professional content creator. i think it would be cool to find some sort of way to intersect this with the aforementioned field journalism. maybe if i built up some sort of portfolio, i could work something out with national geographic...that would be a dream come true. tagging: @grimparadise @the-redrook @the-voidkin-playground @errorciphersystem @malign-intervention

if we lived in a world where u had to do the career u were first interested in as a child what would u be doing, id be a firefighter

[ethicalhackingcourseinindia]

Cyber Security Course: A Complete Guide

Introduction

In today’s digital age, cyber security has become a top priority for individuals and organizations. Delhi, being a hub of educational and professional opportunities, offers several comprehensive cyber security courses. If you are looking to enroll in a cyber security course in Delhi with placement, this guide will help you find the best institute for cyber security courses in Delhi, details about cyber security course fees, and the modules covered in a typical one-year program.

Why Pursue a Cyber Security Course in Delhi?

Booming Career Opportunities: The demand for cybersecurity analysts and professionals with cybersecurity certifications is at an all-time high.Diverse Learning Options: From cyber security classes online to in-person cyber security training, Delhi offers programs to suit every learning style.

Placement Support: Many cyber security courses in Delhi come with placement assistance, helping students secure roles in top organizations

Core Modules in a One-Year Cyber Security Course in Delhi

Here’s a breakdown of the typical modules offered in a cyber security online program or an offline course in Delhi:

1. Basic Networking Course

Covers fundamentals of computer networks.

Focus on protocols, IP addressing, and network troubleshooting.

Foundation for advanced cyber security training.

2. Python Programming

Learn Python basics tailored for information security applications.

Includes automation of security tasks and script writing for vulnerability assessment.

3. Ethical Hacking Course

Techniques used by hackers and methods to counter them.

Topics include penetration testing and system vulnerability exploitation.

4. Penetration Testing Course

Hands-on training in network and application penetration testing.

Learn to identify weaknesses in systems proactively.

5. Cyber Forensics with FTK Tool

Dive into digital forensic techniques.

Hands-on experience with the FTK tool for evidence collection and analysis.

6. Web Application Security Course

Focus on OWASP Top 10 vulnerabilities.

Learn how to secure web applications against SQL injection, cross-site scripting, and more.

7. Mobile Application Security Course

Understand threats to mobile platforms (Android and iOS).

Secure mobile apps and analyze malware.

8. IoT Pentesting Course

Learn to secure IoT devices and networks.

Includes threat analysis of smart home systems and industrial IoT.

9. End-Point-Security Course

Strategies to protect endpoints like desktops and mobile devices.

Focus on antivirus, firewall, and encryption technologies.

10. AWS Security

Securing cloud infrastructure on Amazon Web Services.

Learn access control, data protection, and incident response for cloud systems.

11. AWS Associate Certification

Prepares students for AWS Certified Solutions Architect Associate exam.

Deep dive into cloud design principles and best practices.

Benefits of Cyber Security Courses in Delhi

Placement Assistance: Many institutes offer guaranteed placement support.

Flexible Learning Options: Choose between cyber security courses online, offline training, and hybrid modes.

Affordable Fees: The cyber security course fees in Delhi are competitive, making it accessible to most students.

FAQ Section

1. Which course is best for cyber security?

A course covering ethical hacking, penetration testing, and cloud security is ideal for a well-rounded skill set.

2. What is the cost of a cyber security diploma in Delhi?

The fees typically range between ₹50,000 to ₹1,50,000, depending on the institute and program type.

3. What is the duration of a cyber security course in Delhi?

Most programs last between 6 months to 1 year, with flexible options available.

4. Can I learn cyber security in 3 months?

Yes, short-term cyber security certifications for beginners are available, but in-depth knowledge requires longer durations.

5. Is cybersecurity a good career?

Absolutely! With increasing reliance on digital platforms, cybersecurity is one of the fastest-growing career fields with lucrative opportunities.

Conclusion

Enrolling in a cyber security course in Delhi is a wise choice for aspiring IT professionals and beginners alike. Whether you’re interested in computer security certifications, cybersecurity training online, or specialized cybersecurity programs online, Delhi offers a plethora of options to kickstart your career in cybersecurity. Start today and secure your future in one of the most sought-after fields!

[juveria-dalvi]

Introduction to Roles Under Cybersecurity

Cybersecurity is always important and never goes out of style. But many people trying to get into it spend a lot of money on courses without knowing what’s really useful. I prefer learning for free because you don’t always need a certificate if you’re good at researching on your own. Recently, I got interested in SIEM tools and wanted to know more about other jobs in cybersecurity. That’s when I found TryHackMe.com. It’s not completely free, but they offer some helpful basics for free, which is a great way to start learning without spending too much.

Below content is taken down from tryhackme.com just to bring it to attention for all individual about the roles and responsibilities, so that you my friend can just login to it and try exploring free courses or just research the specific area of interest from below list on Youtube.

Cybersecurity roles generally fall into two main categories: Offensive and Defensive. Here's a quick overview of each:

Introduction to Offensive Security:

Offensive security is the process of breaking into computer systems, exploiting software bugs, and finding loopholes in applications to gain unauthorized access to them.

What careers are there?

The cyber careers room goes into more depth about the different careers in cyber. However, here is a short description of a few offensive security roles:

Penetration Tester - Responsible for testing technology products for finding exploitable security vulnerabilities.

Red Teamer - Plays the role of an adversary, attacking an organization and providing feedback from an enemy's perspective.

Security Engineer - Design, monitor, and maintain security controls, networks, and systems to help prevent cyberattacks.

Offensive security focuses on one thing: breaking into systems. Breaking into systems might be achieved through exploiting bugs, abusing insecure setups, and taking advantage of unenforced access control policies, among other things. Red teams and penetration testers specialize in offensive security

Introduction to Defensive Security:

Defensive security is somewhat the opposite of offensive security, as it is concerned with two main tasks:

Preventing intrusions from occurring

Detecting intrusions when they occur and responding properly

Blue teams are part of the defensive security landscape.

Some of the tasks that are related to defensive security include:

User cyber security awareness: Training users about cyber security helps protect against various attacks that target their systems.

Documenting and managing assets: We need to know the types of systems and devices that we have to manage and protect properly.

Updating and patching systems: Ensuring that computers, servers, and network devices are correctly updated and patched against any known vulnerability (weakness).

Setting up preventative security devices: firewall and intrusion prevention systems (IPS) are critical components of preventative security. Firewalls control what network traffic can go inside and what can leave the system or network. IPS blocks any network traffic that matches present rules and attack signatures.

Setting up logging and monitoring devices: Without proper logging and monitoring of the network, it won’t be possible to detect malicious activities and intrusions. If a new unauthorized device appears on our network, we should be able to know.

There is much more to defensive security, and the list above only covers a few common topics.

we will cover two main topics related to defensive security:

Security Operations Center (SOC), where we cover Threat Intelligence

Digital Forensics and Incident Response (DFIR), where we also cover Malware Analysis

Security Operations Center (SOC)

A Security Operations Center (SOC) is a team of cyber security professionals that monitors the network and its systems to detect malicious cyber security events. Some of the main areas of interest for a SOC are:

Vulnerabilities: Whenever a system vulnerability (weakness) is discovered, it is essential to fix it by installing a proper update or patch. When a fix is not available, the necessary measures should be taken to prevent an attacker from exploiting it. Although remediating vulnerabilities is of vital interest to a SOC, it is not necessarily assigned to them.

Policy violations: We can think of a security policy as a set of rules required for the protection of the network and systems. For example, it might be a policy violation if users start uploading confidential company data to an online storage service.

Unauthorized activity: Consider the case where a user’s login name and password are stolen, and the attacker uses them to log into the network. A SOC needs to detect such an event and block it as soon as possible before further damage is done.

Network intrusions: No matter how good your security is, there is always a chance for an intrusion. An intrusion can occur when a user clicks on a malicious link or when an attacker exploits a public server. Either way, when an intrusion occurs, we must detect it as soon as possible to prevent further damage.

Security operations cover various tasks to ensure protection; one such task is threat intelligence.

Threat Intelligence

In this context, intelligence refers to information you gather about actual and potential enemies. A threat is any action that can disrupt or adversely affect a system. Threat intelligence aims to gather information to help the company better prepare against potential adversaries. The purpose would be to achieve a threat-informed defense. Different companies have different adversaries. Some adversaries might seek to steal customer data from a mobile operator; however, other adversaries are interested in halting the production in a petroleum refinery. Example adversaries include a nation-state cyber army working for political reasons and a ransomware group acting for financial purposes. Based on the company (target), we can expect adversaries.

Intelligence needs data. Data has to be collected, processed, and analyzed. Data collection is done from local sources such as network logs and public sources such as forums. Processing of data aims to arrange them into a format suitable for analysis. The analysis phase seeks to find more information about the attackers and their motives; moreover, it aims to create a list of recommendations and actionable steps.

Learning about your adversaries allows you to know their tactics, techniques, and procedures. As a result of threat intelligence, we identify the threat actor (adversary), predict their activity, and consequently, we will be able to mitigate their attacks and prepare a response strategy.

Digital Forensics and Incident Response (DFIR)

This section is about Digital Forensics and Incident Response (DFIR), and we will cover:

Digital Forensics

Incident Response

Malware Analysis

Digital Forensics

Forensics is the application of science to investigate crimes and establish facts. With the use and spread of digital systems, such as computers and smartphones, a new branch of forensics was born to investigate related crimes: computer forensics, which later evolved into, digital forensics.

In defensive security, the focus of digital forensics shifts to analyzing evidence of an attack and its perpetrators and other areas such as intellectual property theft, cyber espionage, and possession of unauthorized content. Consequently, digital forensics will focus on different areas such as:

File System: Analyzing a digital forensics image (low-level copy) of a system’s storage reveals much information, such as installed programs, created files, partially overwritten files, and deleted files.

System memory: If the attacker is running their malicious program in memory without saving it to the disk, taking a forensic image (low-level copy) of the system memory is the best way to analyze its contents and learn about the attack.

System logs: Each client and server computer maintain different log files about what is happening. Log files provide plenty of information about what happened on a system. Some traces will be left even if the attacker tries to clear their traces.

Network logs: Logs of the network packets that have traversed a network would help answer more questions about whether an attack is occurring and what it entails.

Incident Response

An incident usually refers to a data breach or cyber attack; however, in some cases, it can be something less critical, such as a misconfiguration, an intrusion attempt, or a policy violation. Examples of a cyber attack include an attacker making our network or systems inaccessible, defacing (changing) the public website, and data breach (stealing company data). How would you respond to a cyber attack? Incident response specifies the methodology that should be followed to handle such a case. The aim is to reduce damage and recover in the shortest time possible. Ideally, you would develop a plan ready for incident response.

The four major phases of the incident response process are:

Preparation: This requires a team trained and ready to handle incidents. Ideally, various measures are put in place to prevent incidents from happening in the first place.

Detection and Analysis: The team has the necessary resources to detect any incident; moreover, it is essential to further analyze any detected incident to learn about its severity.

Containment, Eradication, and Recovery: Once an incident is detected, it is crucial to stop it from affecting other systems, eliminate it, and recover the affected systems. For instance, when we notice that a system is infected with a computer virus, we would like to stop (contain) the virus from spreading to other systems, clean (eradicate) the virus, and ensure proper system recovery.

Post-Incident Activity: After successful recovery, a report is produced, and the learned lesson is shared to prevent similar future incidents.

Malware Analysis

Malware stands for malicious software. Software refers to programs, documents, and files that you can save on a disk or send over the network. Malware includes many types, such as:

Virus is a piece of code (part of a program) that attaches itself to a program. It is designed to spread from one computer to another; moreover, it works by altering, overwriting, and deleting files once it infects a computer. The result ranges from the computer becoming slow to unusable.

Trojan Horse is a program that shows one desirable function but hides a malicious function underneath. For example, a victim might download a video player from a shady website that gives the attacker complete control over their system.

Ransomware is a malicious program that encrypts the user’s files. Encryption makes the files unreadable without knowing the encryption password. The attacker offers the user the encryption password if the user is willing to pay a “ransom.”

Malware analysis aims to learn about such malicious programs using various means:

Static analysis works by inspecting the malicious program without running it. Usually, this requires solid knowledge of assembly language (processor’s instruction set, i.e., computer’s fundamental instructions).

Dynamic analysis works by running the malware in a controlled environment and monitoring its activities. It lets you observe how the malware behaves when running.

Careers in Cyber

1. Security Analyst :

Security analysts are integral to constructing security measures across organizations to protect the company from attacks. Analysts explore and evaluate company networks to uncover actionable data and recommendations for engineers to develop preventative measures. This job role requires working with various stakeholders to gain an understanding of security requirements and the security landscape.

Responsibilities:

·        Working with various stakeholders to analyze the cyber security throughout the company

·        Compile ongoing reports about the safety of networks, documenting security issues and measures taken in response

·        Develop security plans, incorporating research on new attack tools and trends, and measures needed across teams to maintain data security.

Learning Paths:

TryHackMe's learning paths will give you both the fundamental technical knowledge and hands-on experience, which is crucial to becoming a successful Security Analyst.

· Introduction to Cyber Security

· Pre-Security

· SOC Level 1

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2. Security Engineer:

Security engineers develop and implement security solutions using threats and vulnerability data - often sourced from members of the security workforce. Security engineers work across circumventing a breadth of attacks, including web application attacks, network threats, and evolving trends and tactics. The ultimate goal is to retain and adopt security measures to mitigate the risk of attack and data loss.

Responsibilities:

·        Testing and screening security measures across software

·        Monitor networks and reports to update systems and mitigate vulnerabilities

·        Identify and implement systems needed for optimal security

Learning Paths:

TryHackMe's learning paths will give you both the fundamental technical knowledge and hands-on experience, which is crucial to becoming a successful Security Engineer.

· SOC Level 1

· JR Penetration Tester

· Offensive Pentesting

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

3. Incident Responder:

Incident responders respond productively and efficiently to security breaches. Responsibilities include creating plans, policies, and protocols for organisations to enact during and following incidents. This is often a highly pressurised position with assessments and responses required in real-time, as attacks are unfolding. Incident response metrics include MTTD, MTTA, and MTTR - the meantime to detect, acknowledge, and recover (from attacks.) The aim is to achieve a swift and effective response, retain financial standing and avoid negative breach implications. Ultimately, incident responders protect the company's data, reputation, and financial standing from cyber attacks.

Responsibilities:

·        Developing and adopting a thorough, actionable incident response plan

·        Maintaining strong security best practices and supporting incident response measures

·        Post-incident reporting and preparation for future attacks, considering learnings and adaptations to take from incidents

Learning Paths:

TryHackMe's learning paths will give you both the fundamental technical knowledge and hands-on experience, which is crucial to becoming a successful Incident Responder.

· SOC Level 1

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

4. Digital Forensics Examiner:

If you like to play detective, this might be the perfect job. If you are working as part of a law-enforcement department, you would be focused on collecting and analyzing evidence to help solve crimes: charging the guilty and exonerating the innocent. On the other hand, if your work falls under defending a company's network, you will be using your forensic skills to analyze incidents, such as policy violations.

Responsibilities

·        Collect digital evidence while observing legal procedures

·        Analyze digital evidence to find answers related to the case

·        Document your findings and report on the case

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5. Malware Analyst:

A malware analyst's work involves analyzing suspicious programs, discovering what they do and writing reports about their findings. A malware analyst is sometimes called a reverse-engineer as their core task revolves around converting compiled programs from machine language to readable code, usually in a low-level language. This work requires the malware analyst to have a strong programming background, especially in low-level languages such as assembly language and C language. The ultimate goal is to learn about all the activities that a malicious program carries out, find out how to detect it and report it.

Responsibilities

·        Carry out static analysis of malicious programs, which entails reverse-engineering

·        Conduct dynamic analysis of malware samples by observing their activities in a controlled environment

·        Document and report all the findings

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

6. Penetration Tester:

You may see penetration testing referred to as pentesting and ethical hacking. A penetration tester's job role is to test the security of the systems and software within a company - this is achieved through attempts to uncover flaws and vulnerabilities through systemized hacking. Penetration testers exploit these vulnerabilities to evaluate the risk in each instance. The company can then take these insights to rectify issues to prevent a real-world cyberattack.

Responsibilities:

·        Conduct tests on computer systems, networks, and web-based applications

·        Perform security assessments, audits, and analyse policies

·        Evaluate and report on insights, recommending actions for attack prevention

Learning Paths:

TryHackMe's learning paths will give you both the fundamental technical knowledge and hands-on experience, which is crucial to becoming a successful Penetration Tester.

· JR Penetration Tester

· Offensive Pentesting

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

7. Red Teamer:

Red teamers share similarities to penetration testers, with a more targeted job role. Penetration testers look to uncover many vulnerabilities across systems to keep cyber-defence in good standing, whilst red teamers are enacted to test the company's detection and response capabilities. This job role requires imitating cyber criminals' actions, emulating malicious attacks, retaining access, and avoiding detection. Red team assessments can run for up to a month, typically by a team external to the company. They are often best suited to organisations with mature security programs in place.

Responsibilities:

·        Emulate the role of a threat actor to uncover exploitable vulnerabilities, maintain access and avoid detection

·        Assess organisations' security controls, threat intelligence, and incident response procedures

·        Evaluate and report on insights, with actionable data for companies to avoid real-world instances

Learning Paths:

TryHackMe's learning paths will give you both the fundamental technical knowledge and hands-on experience, which is crucial to becoming a successful Red Teamer.

· JR Penetration Tester

· Offensive Pentesting

· Red Teamer

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## What’s a Cyber Forensic Investigator?

Master post - part 1 • part 2

You must have heard bout forensics yk investigating bout dead people who might have been killed and all

You must have seen shows on those topics too.Cyber forensic investigator is just of same kind but investigating through all types of modern gadgets.

Catching hackers and all but cooler

### The Money Talk: How Much Do They Make?

- **Cash Money**: Expect to rake in about $60k to $120k a year. If you are very much experienced and skilled then you can expect about 150k+ a year.(obv different countries and companies may have different wages)

### Companies That Want You

- **Tech Titans**: Google, Amazon, Facebook—they all have requirement for such heroes

- **Gov Jobs**: FBI, CIA—basically every spy agency wants you.

- **Cybersecurity Firms**: CrowdStrike, McAfee—so every gateway you go you gonna have opportunities everywhere.

### What Other Forensic Investigators Are There?

- **Forensic Pathologists**: Real-life detectives who figure out how someone died. Less tech, more science.

- **DNA Analysts**: The ones matching DNA samples

- **Forensic Accountants**: Following the money to catch fraudsters and scammers

- **Toxicologists**: Poison experts, figuring out if someone’s been covertly poisoned. (Yeaa yk snow white story)

### What’s the Work Environment Like?

- **The Lab**: Imagine a room filled with more screens than your gaming setup. Gadgets galore, maybe even a Red Bull or two

- **On the Move**: Sometimes you’re out in the field, collecting evidence. Think of it like collecting rare items in a game.

- **Remote Vibes**: You could be solving cybercrimes from your bed in your PJs .

### How Long Does It Take to Become One?

- **Time Investment**: About 4 years for a bachelor’s, and then 1-2 more years for a master’s if you’re going all-in. So, 5-6 years total. But hey, good things take time, right?

### What Do You Study?

- **Cybersecurity/Computer Science**: Your main jams. Think of them as the ultimate cheat codes for this career.

- **Digital Forensics**: Specialized courses where you learn to be a digital ninja.

- **Law and Ethics**: Learning how to catch the bad guys without breaking the law yourself. (You yourself don't want to be troubled obviously)

### Subjects You Need to Get Into It

- **Math**: Yep, but not the boring kind—more like coding and algorithms.

- **Computer Science**: Your go-to for everything techy.

- **Optional Nerd Points**: Chemistry/Physics if you’re into hardware forensics or just want to flex those brain muscles.

### Work Hours: What to Expect?

- **9 to 5-ish**: Standard hours if you’re working for a company, but expect some late nights or weekend shifts when big cases pop up.

- **On-Call Madness**: Sometimes you’re on-call like a digital firefighter. Cyber-attack at 3 AM? Time to suit up (or log in) and handle it.

- **Flexible/Remote**: If you’re lucky, you can work from home. Just remember, no solving crimes in your underwear during Zoom meetings!

### Interview with a Cyber Forensic Investigator

**Interviewer**: What’s a day in the life of a cyber forensic investigator?

**Cyber Sleuth**: Imagine rolling out of bed, grabbing your coffee, and diving into cases. I’m talking analyzing hard drives, sifting through emails, or tracking down cyberattack origins. Some days it’s all data, other days I’m working with law enforcement or testifying in court. Never a dull moment!

**Interviewer**: What’s the coolest case you’ve worked on?

**Cyber Sleuth**: Helping bust a phishing ring that was scamming millions. Tracked their digital footprints, caught the culprits, and recovered their loot. Felt like a total legend.

**Interviewer**: Ever seen some dark stuff, like murders?

*Cyber Sleuth**: Yeah, I’ve stumbled across some pretty grim stuff. It’s not all memes and malware—sometimes it’s serious business. But catching those bad guys makes it all worth it.

**Interviewer**: Have you ever been on the dark web?

**Cyber Sleuth**: Oh, for sure. It’s like the sketchy underbelly of the internet. Lots of shady deals. I go there when I need to, but it’s not a fun hangout spot.

**Interviewer**: How dark can a case get?

**Cyber Sleuth**: It can get really intense. I’ve worked on cases involving human trafficking and other serious crimes. It’s tough, but making a difference makes it worth it.

**Interviewer**: Any advice for someone who wants to get into this field?

**Cyber Sleuth**: Stay curious and keep learning. Tech evolves fast, so you’ve gotta keep up. And don’t be afraid to dig deep—sometimes the answers are buried in tons of data, but finding them is like hitting gold.

So if you’re into tech and have subjects like mathematics , chemistry and physics then you are all set to start your journey.i have seen ppl running for a common a job and all and they are not even specified about what they want. So just research and find out what you want.