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How to Become a SOC Analyst Hi, I'm Tyler Wall — CEO and Founder of Cyber NOW Education. My journey into cybersecurity started the way many do: as a mischievous preteen messing around with things I probably shouldn't have been. As the chaos of those teenage years faded, I found myself sitting on a real set of skills with no clear direction for them. So I did what made sense — I turned them into a career. This is How to Become a SOC Analyst. I studied at DeVry University for my undergraduate degree and went on to earn my Master's from Purdue, but much later into my career. My first job out of school was at a helpdesk, where I spent eight months learning the ropes. On my own time and with very little money to spare, I scraped together enough to study for and pass both my Network+ and Security+ certifications. It was a stretch financially, but it paid off. That investment landed me my first SOC role as a Network Security Analyst at Dell SecureWorks, and my career in cybersecurity took off from there. I share this not to impress you, but to be straight with you: breaking into cybersecurity has never been easy. No matter what anyone has told you, the fundamentals haven't changed. The Common Body of Knowledge that underpins this field is largely the same as it's always been. What has  changed is how you get hired. Networking has always mattered, but today it matters more than ever. AI tools have flooded hiring managers with thousands of nearly identical applications, making the process nearly unmanageable. As a result, many have shifted almost entirely to word-of-mouth hiring. Showing up to local meetups and getting your face known in the community is no longer optional — it's essential. And a word of caution: it's rare to land your first job through an online connection alone, and even rarer for that first role to be fully remote. Expect a cubicle, at least part of the week. So where does Cyber NOW Education fit in? We offer an informal, engaging learning environment built around courses you'll actually want to watch — edutainment designed to build real skills without the snooze factor. Pair that with our cybersecurity culture store, and we're here to help you not just learn the craft, but live it. I would like to take a moment to speak to each of the four entryways into SOC analyst directly: Recent Graduates Your degree gets you in the door, but it won't close the deal. Hiring managers are wary of graduates who chose cybersecurity purely for the salary with no genuine interest in the field — that's the reputation you're up against. Lead with the projects you worked on in school, use your university's career services to polish your resume, and come to interviews ready to talk about what you actually enjoyed. Experience with commercial enterprise tools is hard to come by at this stage, and employers know that — so passion and curiosity are your differentiators. IT Professionals You're in the best position of any background here. Your existing experience in networking, systems, or infrastructure maps directly onto cybersecurity domains, and that overlap is your biggest selling point. Rewrite your resume through the lens of the ISC2 CISSP domains to highlight relevant skills. Just go in with eyes open: an entry-level SOC role may come with a pay cut and a reset on the certifications treadmill. Only make the move if you genuinely like cybersecurity — because if you don't, you'll struggle to do it well. Autodidacts This is the hardest path to employment, but the one most likely to produce exceptional long-term talent. The challenge is that a resume full of self-directed learning is hard to verify. The solution is visibility. Get a bug bounty on your resume, contribute to open-source projects, write a blog, attend conferences and meetups, and build relationships on LinkedIn. You'll likely need someone on the inside to pull your resume from the pile. Plan to do a lot of work for free before you build the reputation that commands a paycheck — but passion can't be taught, and that gives you a durable edge. Veterans You have access to more resources than you might realize — CyberCorps scholarships, FedVTE's 800+ hours of free training, and communities like VeteranSec. The Skillbridge program is especially valuable, letting you intern at a company during your final 180 days of active duty while keeping your military pay. The biggest pitfall to avoid: over-relying on certifications. Many veterans chase credentials without building the hands-on, practical skills that actually get you through a technical interview. Certifications open doors, but experience keeps you in the room. The Bottom Line Experience trumps everything. If you have it, let it do the talking. If you don't yet, your job is to build a case through projects, community involvement, education, and the people willing to vouch for you. Learn the rules of the game, figure out what makes you valuable to an employer, and build your brand from there. How to get experience? Mostly FREE Projects, Projects, Projects. The Rosetta Protocol is one of our signature storyline capture the flag that takes you through the time of pharohs. Other storyline capture the flag exercises that are captivating are Neurocracked which is a scifi thriller about a time in the future people were issued brain implants for their assigned jobs like employment chips and people's implants are getting hacked, and earn your certificate by competing in the Helix Wars , a time in the future where babies were cloned and ordered out of catalogs and it was illegal to procreate naturally. AI for Cybersecurity with labs is one of our most popular projects where it takes you through a series of juniper notebooks teaching you behind the scenes of AI. What are some SOC analyst projects our original set of projects for SOC Analyst NOW! the course. Cloud Serverless Labs an entryway into cloud computing using serverless technology. Azure Cybesecurity Labs our most popular cloud security projects. How to make a honeypot in 30 minutes is a really popular project too! Understanding the Cybersecurity Career Landscape Cybersecurity is a broad field that encompasses various roles, from network security to penetration testing, risk assessment, and compliance. More than just technical skills, a successful career in this domain often requires critical thinking, problem-solving abilities, advanced reading and writing, and a willingness to keep learning. The U.S. Bureau of Labor Statistics expects employment in cybersecurity roles to grow by 31% from 2019 to 2029, far faster than the average for all occupations. It is interesting to note that today, we do not see growth, but our perspective is short-term. According to the authority on labor statistics, a long-term increase in cybersecurity is still expected. As cyber threats evolve, the demand for qualified professionals rises, making now an excellent time to consider this career path. I believe advancements in human labor and Artificial Intelligence can meet these challenges together. Educational Pathways While some roles may require specific degrees, many entry-level positions do not. Here are some recommended paths to take: You may pursue an associate's degree in information technology or cybersecurity. Alternatively, universities offer specialized bachelor’s and master’s programs focusing on cybersecurity. Stick to public brick-and-mortar institutions, and typically, Computer Science degrees are more conducive to entry-level positions in cybersecurity. Computer Science degrees are very technical, whereas many Cybersecurity programs teach high-level policy that you won't use for many years. If you must choose an online school, WGU has a good reputation, and you'll come out of the program with something. It's cheap. It is a public institution. Avoid private online schools. Industry-recognized certifications can validate your skills to potential employers. Start with certifications such as CompTIA Security+. Cyber NOW Education offers affordable courses  on cybersecurity fundamentals. These can be a great way to acquire knowledge without committing to a full-time degree program or supplementing formal learning. Start a SOC Analyst Career with No Experience Experience is essential, but can be gained even without a formal job in cybersecurity. Explore internships that provide hands-on experience in the field. Internships often lead to full-time positions and help you build a network. Many organizations, especially non-profits, seek individuals to assist with their cybersecurity needs. This can be an excellent way to gain real-world experience. Create a Medium blog and document your cloud-based projects. Medium is best because it has a built-in audience of millions of Tech people, and its SEO is really fantastic. Your name will become searchable on Google. Careful what you comment because those get indexed as well. Just be supportive of everyone and seldom critical. Participate in capture-the-flag (CTF) competitions. These events simulate real-world scenarios and allow you to develop and showcase your skills. Focus more on CTF programs that require you to work on a team. Less TryHackMe, more CCDC or similar. Networking in the Cybersecurity Community Building a professional network can significantly help your career. Online forums such as Reddit’s cybersecurity subreddits or specialized groups on LinkedIn can provide valuable insights and networking opportunities. Consider attending cybersecurity conferences and workshops. Events like OWASP, DEF CON Groups, 2600, ISACA, ISC2, Makerspaces, Hackerspaces, and local meetups can connect you with industry professionals and potential employers. Follow influential figures in cybersecurity on X, Mastodon, or LinkedIn. There is a significant presence of cybersecurity professionals on both X and Mastodon for less formal discussions. LinkedIn is typically reserved for formal debate. Engaging with their content can keep you updated on industry trends and job openings. Dave Kennedy from TrustedSec is a good name to follow if you want to see what a humble beginning in cybersecurity could turn out to be. Taimur Ijlal of Cloud Security Guy has a YouTube channel, a Medium blog, and a Substack, and he also creates courses for us. Gladys Ijih of Cyber Potential regularly posts jobs. John Strand and Jason Blanchard of Black Hills Information Security have quite a few resources. You might like Krebs, though he is more of a controversial, polarized character these days. Also, I am on LinkedIn. Is Cybersecurity a 9-5 Job? While many cybersecurity positions may operate within standard business hours, the nature of the field often requires flexibility. Cybersecurity professionals may be on call during off-hours to respond to security breaches or system failures. Many companies require security teams to monitor networks continuously. As a SOC analyst, if you work at an MSSP, you'll be customer-facing and take inbound calls. These positions typically are not on call. SOC analysts who work at an internal SOC at a medium-sized company are generally on call. Internal SOCs at large companies usually aren't on call. Researching Job Opportunities When you feel ready to enter the job market, researching available positions is crucial. Websites like Indeed, Glassdoor, and LinkedIn have dedicated sections for cybersecurity roles. Search for "SOC Analyst," "Information Security Analyst", "Cybersecurity Analyst", and "Cyber Security Analyst". Don’t hesitate to check the career pages of companies you’re interested in. Direct applications sometimes yield better chances as they are less competitive than general job boards. Some agencies specialize in IT and cybersecurity roles. Connect with them for guidance and potential job placements. SOC analyst positions are now often hiring by referrals only because the application process is broken . Preparing for Interviews Once you begin applying, preparation is key to securing interviews. Here are some tips: Familiarize yourself with typical interview questions for cybersecurity roles.  These can include technical queries and situational questions that assess your problem-solving skills. Employers value candidates who show enthusiasm for cybersecurity. Discuss recent security breaches or interesting issues you've followed in the industry. Consider conducting mock interviews with friends or mentors to build confidence and refine your responses. Continual Learning and Growth Cybersecurity is not a static field. Continuous learning is essential. Follow industry news and updates from the Cybersecurity & Infrastructure Security Agency (CISA). Staying informed can give you a competitive edge. As you gain experience, aim for intermediate certifications like EC-Council's Certified Ethical Hacker (CEH) and advanced certifications like Certified Information Systems Security Professional (CISSP). Understand that cybersecurity roles have multiple pathways. As you grow, consider exploring specializations in cloud security, security engineering, application security, or security architecture. Final Thoughts on Your SOC Analyst Career Journey Starting a career in the SOC without prior experience might seem challenging. Still, by following the steps outlined in this guide, you can successfully jump-start your vehicle for a long, rewarding journey in cyber. Education, networking, hands-on projects, and a commitment to continual learning will set you on you're road. Remember, every expert was once a beginner. Embrace the frustrations, and you’ll soon thrive in this dynamic and exciting field. Getting a job as a SOC analyst is 70% experience, 15% certifications, and 15% degree.

Art Nouveau: The Secret Language of Organic Form Art Nouveau is more than decorative beauty—it was a deliberate revolt against the industrial age, embedding esoteric philosophy into every curve and tendril. Between roughly 1890 and 1910, this international movement became a visual manifesto: a call to reunite humanity with nature, the unconscious, and the spiritual dimensions that modernity threatened to erase. Origins: The Arts and Crafts Foundation Art Nouveau's philosophical roots trace to the British Arts and Crafts movement of the 1880s, led by figures like William Morris. Rejecting soulless factory production, Morris championed handcrafted beauty and medieval guild traditions. But where Arts and Crafts looked backward to Gothic revival, Art Nouveau looked inward—to dreams, biology, and the occult. The movement exploded across Europe almost simultaneously in the 1890s, each nation giving it a different name: Jugendstil  in Germany and Scandinavia, Secession  in Austria, Modernisme  in Catalonia, Stile Liberty  in Italy. Yet all shared a common visual DNA—and a hidden curriculum. The Philosophy: Nature as Oracle Art Nouveau artists were often influenced by Symbolism, Theosophy, and evolutionary theory. They saw nature not as mere decoration but as a sacred text. The movement's visual vocabulary carried encoded meanings. These weren't arbitrary choices. Many Art Nouveau practitioners—like Czech artist Alphonse Mucha—were deeply involved in mysticism and secret societies. Mucha himself was a Freemason who believed art could elevate consciousness. Jugendstil: Germany's "Youth Style" The German variant took its name from the magazine Jugend  (Youth), founded in Munich in 1896. Jugendstil artists like Hermann Obrist and August Endell created works that seemed almost alive—embroidered wall hangings resembling organisms under a microscope, building facades that undulated like sea creatures. The "youth" in Jugendstil wasn't just demographic—it signified rebirth, a return to pre-industrial vitality, and the Nietzschean idea of becoming what you are. It was art as evolutionary leap. Across Europe: Regional Dialects of a Universal Language Brussels: Victor Horta Victor Horta's Hôtel Tassel  (1893) is often called the first true Art Nouveau building. His innovation: treating iron—the material of industry—as if it were a living vine. His staircases, light fixtures, and floor mosaics formed total environments where every element spoke the same organic language. Paris: Hector Guimard Guimard's Métro entrances  (1900) turned utilitarian infrastructure into biomorphic gateways. Their cast-iron stems and seed-pod lamps weren't just whimsical—they suggested the Paris underground as a descent into the earth's fertility, a modern underworld myth. Vienna: The Secession The Vienna Secession, led by Gustav Klimt and architect Josef Maria Olbrock, balanced organic ornament with geometric structure. Klimt's paintings—shimmering with gold leaf and symbolic patterns—merged Byzantine spirituality with contemporary psychology. His famous "The Kiss"  (1907-08) isn't merely romantic; it depicts the union of masculine and feminine principles, a visual alchemy. Nancy: Émile Gallé Glass artist Émile Gallé inscribed his vases with poetry and layered them with translucent color, creating objects that seemed to glow from within. His work embodied the Symbolist belief that visible forms are veils concealing deeper truths. Gaudí: Architecture as Incarnation Antoni Gaudí transformed Art Nouveau into something approaching religious architecture—or perhaps never stopped seeing it that way. His Sagrada Família  (begun 1882, still unfinished) isn't decorated with nature—it is  nature, transfigured into stone. Gaudí's innovations carried hidden meanings. Gaudí studied nature obsessively, keeping skeletons and plants in his workshop. He once said, "The straight line belongs to men, the curved one to God." His architecture was sacramental—an attempt to make the spiritual physically present. Tiffany: American Luminosity Louis Comfort Tiffany brought Art Nouveau to America through a distinctly different door: light itself . Son of the Tiffany & Co. founder, he revolutionized stained glass by developing opalescent glass —material that didn't just transmit light but transformed it. His famous lamps  weren't merely decorative objects but domestic altars. Tiffany understood that in the electric age, artificial light could become sacramental. His windows for churches and private homes created jeweled environments where daily life bordered on the transcendent. The Occult Undercurrent Art Nouveau coincided with a massive revival of interest in Hermeticism, Spiritualism, and Eastern religions. Many Art Nouveau artists saw themselves as initiates, translating invisible forces into visible form. The movement's rejection of right angles and straight lines was cosmological: Euclidean geometry was the language of dead matter; curves were the language of living spirit. Decline and Legacy By 1910, Art Nouveau's ornamental complexity seemed suddenly outdated. World War I shattered Belle Époque optimism. The new century wanted stripped-down Modernism: Bauhaus, De Stijl, Le Corbusier's "machines for living." Yet Art Nouveau never truly died. Its influence resurfaces cyclically: 1960s psychedelic art  revived flowing forms and mystical symbolism Contemporary biomimetic architecture  echoes Gaudí's organic structures Graphic design and branding  still draw on Mucha's flowing compositions Sustainability movements  mirror Art Nouveau's critique of soulless production The Hidden Message Art Nouveau's deepest secret was this: art is not decoration applied to life—art is life made conscious of itself.  Every whiplash curve was a refusal to accept the mechanical as inevitable. Every iridescent dragonfly wing in Tiffany glass was a reminder that matter can become luminous. When you encounter Art Nouveau—in a Gaudí building, a Tiffany lamp, a Mucha poster—you're not looking at style. You're looking at a spell, cast in iron and glass and stone. A spell that insists: the world is alive, matter is sacred, and beauty is the visible form of truth. The next time you see that sinuous line, that stylized flower, that glowing lamp, remember: you're witnessing a secret ceremony. One that never ended.

HACKING: THE THEORY OF EVERYTHING Cubist dark academia scene, fragmented geometric shapes, hacker at desk with vintage books and glowing computer screen, angular facets, multiple perspectives simultaneously, muted color palette of deep browns, blacks, forest greens, and amber light, Pablo Picasso style, analytical cubism, overlapping planes, gothic library elements deconstructed into geometric forms, binary code and Latin text fragmenting across surfaces, candlelight rendered as sharp angular rays, leather-bound books as rectangular prisms, mysterious scholarly atmosphere, This is HACKING: THE THEORY OF EVERYTHING A Cubist Deconstruction [PLANE 1: THE FRONT FACE] HACKING IS A mindset viewed from above. A philosophy seen from below. The simultaneous fragmentation of what is  and what could be . Break it down: H  - Hypothesis (the question mark floating in geometric space) A  - Analysis (the triangle dissecting the square) C  - Curiosity (the circle that refuses to be contained) K  - Knowledge (the polygon with infinite sides) I  - Iteration (the spiral returning to itself, changed) N  - Navigation (the line that becomes a maze) G  - Growth (the small cube exploding into cathedral) [PLANE 2: THE SIDE VIEW, OVERLAPPING] Consider the lock from six angles at once: From the front : Obstacle From the back : Solution From inside : Mechanism From outside : Challenge From above : Pattern From within : Opportunity The cubist sees all perspectives collapse into understanding . [FRAGMENT A: DECONSTRUCTED] SYS/TEM     |     +-- [broken into]     |     +-- sys     +-- tem     +-- s     +-- y     +-- s     +-- t     +-- e     +-- m     |     +-- [reconstructed as]     |     +-- SYSTEM Every system is a Picasso painting waiting to be seen differently . Analytical Cubism. The hacker doesn't look at  the guitar. The hacker sees the guitar as: Sound waves (invisible) Wood grain (history) String tension (physics) Empty space (potential) Musical notation (language) All at once. All in the same moment. [PLANE 3: THE HIDDEN GEOMETRY] Reality is consensus. Hacking is a perspective shift . THEOREM 1: If you rotate a problem 45 degrees, it becomes a different problem. THEOREM 2: If you view a wall from the other side, it becomes a door. THEOREM 3: If you deconstruct time into before , during , and after  simultaneously, you see the entire process as a single geometric form. The code doesn't run linearly. It exists as a cube of logic  where: The front face is INPUT The back face is OUTPUT The interior is TRANSFORMATION The edges are DECISION POINTS The vertices are STATES The space outside is CONTEXT View them all simultaneously  and you understand the program without running it. [FRAGMENT B: THE RECURSIVE PORTRAIT] Imagine a Picasso painting a self-portrait of a hacker: Left eye:  Sees the problem Right eye:  Sees the solution Both eyes together:  See neither and both Mouth:  Asking questions Ears:  Listening to systems Nose:  Sniffing out vulnerabilities But arranged so all features exist in impossible spatial relationships. The hacker's mind is non-Euclidean. [PLANE 4: THE PHILOSOPHY FRAGMENTED] Everything is a system. Every system can be understood. Understanding is disassembly. Disassembly is art. Art is reassembly. Reassembly is evolution. Evolution is hacking. Hacking is everything. The Theory of Everything = The Theory of Anything Biology? Systems of cells. Economics? Systems of value. Languages? Systems of symbols. Societies? Systems of humans. Computers? Systems of logic. Art? Systems of meaning. Break the frame. Examine the canvas. Question the paint. Reconstruct the image. [GEOMETRIC INTERLUDE]      /\    / \   /____\    | | | | ← This is not a triangle sitting on a rectangle    |____| This is a house              This is a shelter              This is binary (inside/outside)              This is architecture              This is all of these              This is NONE of these              This is YOUR INTERPRETATION The hacker knows: The map is not the territory, but the map can be redrawn. [PLANE 5: THE METHODOLOGY SHATTERED] Traditional View: Problem → Analysis → Solution Cubist Hacking View:          PROBLEM       / | \      / | \    SOLUTION — ANALYSIS      \ | /       \ | /         QUESTION            |       NEW PROBLEM Everything feeds back . Everything is simultaneous . The end contains the beginning. The solution reveals new problems. The question is  the answer. [FRAGMENT C: THE EMOTIONAL GEOMETRY] Frustration = The angle that doesn't fit Curiosity = The sphere rolling through the maze Discovery = The moment all planes align Mastery = Seeing the 4th dimension in 3D space Teaching = Rotating the object so others can see what you see Emotion is not separate from logic. It is another plane of the same object . [PLANE 6: THE PRACTICAL MYSTICISM] How to hack like a cubist: Step 1:  Look at the thing Step 2:  Look through the thing Step 3:  Look as the thing Step 4:  Look from inside the thing looking out Step 5:  Forget what the thing is called Step 6:  See all steps at once Step 7:  There are no steps The WiFi router is not a router. It is: Electromagnetic radiation in space A protocol handshake A gateway between worlds A small plastic box A security surface A convenience A vulnerability Which is true? ALL. NONE. DEPENDS on the angle. [PLANE 7: THE META-STRUCTURE] This blog post is hacking you. You expected: Linear narrative Clear explanations Logical progression You received: Fragmented perspectives Simultaneous truths Cognitive dissonance Your brain is now reassembling the fragments  into YOUR version of the theory. That is the hack. The information was never in the words. It was in the space between  the fragments. In your effort to connect  the disconnected. Picasso didn't paint what he saw. He painted how seeing works . Hackers don't fix what's broken. They reveal how breaking works . [FINAL FRAGMENT: THE UNIFIED FIELD]       EVERYTHING     / \    / \ HACKING ←———→ UNDERSTANDING    \ /     \ /      EVERYTHING The theory of everything is simple: All boundaries are artificial. All systems are connected. All perspectives are partial. All knowledge is reconstruction. The hacker sees reality as Picasso saw guitars and women and bulls: Not as THINGS  but as RELATIONSHIPS . Not as IS  but as COULD BE . Not from ONE ANGLE  but from ALL ANGLES  collapsed into impossible simultaneity. The question isn't what they're looking for. The question is what's looking back. Between the fragmented falling pages and flickering code, somewhere in the geometry of thought, a truth assembles itself from impossible angles. They say knowledge is linear. They say time moves forward. They say systems cannot be seen from all sides at once. They were wrong. In this library, every book, every falling page reads itself backwards. Every shadow contains light. Every answer breeds seven new questions. The candles burn with binary flames. The screens glow with ancient languages. The walls remember what hasn't happened yet. Some puzzles aren't meant to be solved. Some puzzles solve you. Welcome to the space between encryption and illumination. What do you see when you look from the fourth dimension? This manifesto views itself from seven angles simultaneously. If you see eight, you've already understood. If you see none, you're about to. If you see infinity, welcome to the theory. Written in fragments, assembled in mind, existing in all states at once [Rotate 90° and read again for different meaning] #CubistMystery #DarkAcademia #FragmentedReality #AnalyticalCubism #HackerAesthetic #GeometricThought #PicassoVibes #MultiplePerspectives #CodeAndCandles #DigitalAlchemy #AcademicNoir #CubistCinema #PhilosophyInMotion #SystemsThinking #EsotericKnowledge #LibraryOfSecrets #ModernistMystery #ConceptualArt #ThoughtExperiment #PerspectiveShift

Overview Required:  Encoding/Decoding (Binary, Base64, ROT13), HTML inspection, Pattern recognition Step-by-Step Solution Step 1: Read the Introduction When you first open the page, read the intro text carefully: It mentions viewing from " multiple viewpoints " This is a hint that you need to explore beyond just the visual interface The theme of cubism = multiple perspectives Key Takeaway:  You'll need to look at the page in different ways (visual + source code) Step 2: Reveal All Three Perspective Cards Click on each of the three colored perspective cards: 🎨 First Perspective (Ochre/Orange): Reveals: 01000011 01010100 01000110 This is Binary encoding 🔷 Second Perspective (Blue): Reveals: ezByVmEx This is Base64 encoding 🟤 Third Perspective (Brown): Reveals: ZhYg1CyR_SynTug This is ROT13 encoding Step 3: Decode Fragment 1 (Binary) Given:  01000011 01010100 01000110 Method 1 - Online Tool: Go to https://www.rapidtables.com/convert/number/binary-to-ascii.html Paste the binary: 01000011 01010100 01000110 Result: CTF Method 2 - Manual Decoding: 01000011 = 67 in decimal = 'C' in ASCII 01010100 = 84 in decimal = 'T' in ASCII 01000110 = 70 in decimal = 'F' in ASCII Result: CTF Method 3 - Python: python binary = "01000011 01010100 01000110" result = '' .join( chr ( int (b, 2 )) for  b in  binary.split()) print (result)   # CTF Answer for Fragment 1:  CTF Step 4: Decode Fragment 2 (Base64) Given:  ezByVmEx Method 1 - Online Tool: Go to https://www.base64decode.org/ Paste: ezByVmEx Result: {0wl Method 2 - Command Line: bash echo "ezByVmEx" |  base64 -d # Output: {0wl Method 3 - Python: python import  base64 encoded = "ezByVmEx" decoded =  base64.b64decode(encoded).decode( 'utf-8' ) print (decoded)   # {0wl Answer for Fragment 2:  {0wl Step 5: Decode Fragment 3 (ROT13) Given:  ZhYg1CyR_SynTug What is ROT13? ROT13 is a Caesar cipher that shifts letters by 13 positions Numbers and special characters stay the same A↔N, B↔O, C↔P, etc. Method 1 - Online Tool: Go to https://rot13.com/ Paste: ZhYg1CyR_SynTug Result: MuLt1PlE_FlyGht Method 2 - Python: python import  codecs encoded = "ZhYg1CyR_SynTug" decoded =  codecs.decode(encoded, 'rot_13' ) print (decoded)   # MuLt1PlE_FlyGht Method 3 - Manual (partial example): Z → M (13 letters back) h → u (13 letters back) Y → L (13 letters back) Numbers stay: 1 → 1 Continue for all letters... Answer for Fragment 3:  MuLt1PlE_FlyGht Step 6: Find the Missing Number The decoder asks for "years of practice." You need to find how many years Picasso practiced cubism. Method 1 - View Page Source: Right-click anywhere on the page → "View Page Source" Look at the  section Find the HTML comment: Answer: 3 Method 2 - Inspect Element: Press F12 or right-click → Inspect Look through the HTML comments Find the clue about "THREE years" Method 3 - Read Footer: The footer mentions "Gallery established 1909" The intro mentions the years 1909-1912 1912 - 1909 = 3 years (Note: historically he practiced longer, but the CTF says 3) Answer for the Number:  3 Step 7: Assemble the Flag Now you have all four pieces: Fragment 1: CTF Fragment 2: {0wl Fragment 3: MuLt1PlE_FlyGht Number: 3 Enter into the form: Fragment 1 field: CTF Fragment 2 field: {0wl Fragment 3 field: MuLt1PlE_FlyGht Years field: 3 Click "🦉 Assemble the Flag" Final Flag:  CTF{0wl_MuLt1PlE_FlyGht_3} Red Herrings (Distractions) The challenge includes some false leads to increase difficulty: Hex Fragments in CSS Comments: /* CLUE 2 (Hidden in ochre): Fragment-A: 5a47 */ /* CLUE 3 (Hidden in blue): Fragment-B: 564a */ These combine to: 5a47564a3342 Converting to ASCII gives: ZGVJ3B (not useful for the actual flag) This is intentionally misleading! Console Message: Open browser console (F12 → Console tab) You'll see messages about "hex fragments" This leads to the red herring above Footer Data Attribute: This is actually the ROT13 answer (Fragment 3) but encoded differently Caesar shift by 3 doesn't give you anything new Tools You Need Essential: Web Browser (Chrome, Firefox, etc.) Access to View Source (Right-click → View Page Source) For Decoding (choose any): Online converters (easiest): Binary to Text: https://www.rapidtables.com/convert/number/binary-to-ascii.html Base64 Decoder: https://www.base64decode.org/ ROT13: https://rot13.com/ Python (if you prefer scripting) Command-line tools (base64, etc.) Common Mistakes ❌ Forgetting to click all three cards  - You must reveal all perspectives ❌ Not viewing page source  - The number clue is hidden in HTML comments ❌ Wrong order of fragments  - Must be CTF, then {0wl, then MuLt1PlE_FlyGht ❌ Including extra spaces  - Make sure no spaces in your decoded answers ❌ Falling for red herrings  - The hex fragments don't matter for the final flag ❌ Wrong separator  - The format uses underscore: {0wl_MuLt1PlE_FlyGht_3} Time Estimate Beginner CTF player:  15-25 minutes Intermediate CTF player:  8-12 minutes Advanced CTF player:  3-5 minutes What You Learn This CTF teaches: ✅ Multiple encoding schemes (Binary, Base64, ROT13) ✅ HTML source inspection techniques ✅ Following thematic hints ✅ Ignoring red herrings ✅ Multi-step flag assembly ✅ CTF flag format conventions Success Message When you enter the correct flag, you'll see: 🎉 SUCCESS! Flag: CTF{0wl_MuLt1PlE_FlyGht_3} You've mastered the cubist perspective! The owl soars free. Congratulations! 🦉

Welcome, aspiring alchemists! If you've been working through our ✨ The Ancient Art vs. The Pretenders ✨  Capture The Flag challenge, you've encountered four foundational cybersecurity concepts disguised as medieval alchemy. Just as true alchemists understood that transformation required depth over spectacle, mastering cybersecurity requires understanding the fundamentals beneath the surface. This walkthrough will guide you through each challenge, explaining not just the answers, but the "why" behind them—because true mastery comes from understanding, not just solving. 🔮 Challenge 1: The Puffer's Proclamation - Caesar Cipher The Challenge You're presented with this encrypted text: JXEKI_XLI_TYJJIV_WLMJXIH The Solution Answer:  FLAG_THE_PUFFER_SHIFTED How It Works The Caesar cipher is one of the oldest and simplest encryption techniques, named after Julius Caesar who allegedly used it to protect military messages. It works by shifting each letter in the alphabet by a fixed number of positions. In this challenge, each letter has been shifted forward by 4 positions : A becomes E B becomes F C becomes G ...and so on To decrypt, we reverse the process by shifting backward by 4 positions : J → F X → T E → A K → G I → E Let's decode the first word: J (shift back 4) = F X (shift back 4) = T E (shift back 4) = A K (shift back 4) = G I (shift back 4) = E Result: FLAG Continue this pattern for the entire string, and you get: FLAG_THE_PUFFER_SHIFTED Real-World Application While Caesar ciphers are far too simple for modern security, understanding them teaches you: The foundation of substitution ciphers Why rotation-based encryption needs larger key spaces How frequency analysis can break simple ciphers Modern encryption like AES uses far more complex mathematical operations, but the principle of transformation remains the same. 🧪 Challenge 2: The Philosopher's Notes - Base64 Encoding The Challenge Decode this Base64-encoded string: RkxBR19UUlVFX0FMQ0hFTVlfSVNfSU5ORVJfV09SSw== The Solution Answer:  FLAG_TRUE_ALCHEMY_IS_INNER_WORK How It Works Base64 isn't encryption—it's an encoding scheme that converts binary data into ASCII text. It's widely used in web development, email attachments, and data transmission because it ensures binary data can be safely transmitted through systems that only handle text. Base64 uses 64 characters: A-Z, a-z, 0-9, +, and /. The == at the end is padding to ensure the encoded data is a multiple of 4 characters. To decode Base64: Method 1: Browser Console Open your browser's developer console (F12) and type: javascript atob ( "RkxBR19UUlVFX0FMQ0hFTVlfSVNfSU5ORVJfV09SSw==" ) Result: FLAG_TRUE_ALCHEMY_IS_INNER_WORK Method 2: Online Decoder Use any Base64 decoder website—just paste the encoded string and click decode. Method 3: Command Line On Linux/Mac: bash echo "RkxBR19UUlVFX0FMQ0hFTVlfSVNfSU5ORVJfV09SSw==" |  base64 -d Real-World Application Base64 encoding is everywhere in cybersecurity: JWT tokens  (JSON Web Tokens) use Base64 encoding Email attachments  are transmitted as Base64 Data URLs  in HTML/CSS use Base64 for embedded images API authentication  often involves Base64-encoded credentials Remember: Base64 is encoding, not encryption . It provides zero security—anyone can decode it. It's meant for data representation, not protection. ⚗️ Challenge 3: The Hidden Formula - Source Code Investigation The Challenge Find the flag hidden within the page itself. The Solution Answer:  FLAG_SILENT_WORK_BEATS_LOUD_PRETENSE How It Works This challenge teaches one of the most fundamental skills in web security: reading source code . The flag is hidden in an HTML comment within the page source. To find it: Method 1: View Page Source Windows/Linux:  Press Ctrl + U Mac:  Press Cmd + Option + U Or right-click anywhere on the page → "View Page Source" Look for this section in the HTML: html Method 2: Inspect Element Windows/Linux:  Press F12 or Ctrl + Shift + I Mac:  Press Cmd + Option + I Navigate through the HTML elements to find the comment Real-World Application In real penetration testing and bug bounty hunting, examining source code reveals: API keys and secrets  accidentally left in JavaScript Hidden form fields  with interesting parameters Commented-out code  containing sensitive information Client-side validation  that can be bypassed Debug endpoints  developers forgot to remove Always check: HTML source code JavaScript files CSS files Network requests in the browser's Developer Tools Many security vulnerabilities are discovered simply by reading what developers thought was "hidden." 🔬 Challenge 4: The Sacred Geometry - JavaScript Analysis The Challenge Analyze this JavaScript function and determine what it returns: javascript function createFlag () {      const  base = "FLAG_THE_QUIET_ONES_" ;      const  ending = btoa ( "OUTLAST" ). slice ( 0 , - 2 );      return  base +  ending; } The Solution Answer:  FLAG_THE_QUIET_ONES_OUTLAST or FLAG_THE_QUIET_ONES_T1VUTEFTVA How It Works This challenge combines code reading with understanding JavaScript's built-in encoding functions. Let's break down the function step by step: Base string:  "FLAG_THE_QUIET_ONES_" The btoa() function:  This is JavaScript's built-in function for Base64 encoding btoa("OUTLAST") encodes "OUTLAST" to Base64 Result: "T1VUTEFTVA==" The .slice(0,-2) method:  This removes the last 2 characters (the padding ==) "T1VUTEFTVA==".slice(0,-2) = "T1VUTEFTVA" Final concatenation:  "FLAG_THE_QUIET_ONES_" + "T1VUTEFTVA" = "FLAG_THE_QUIET_ONES_T1VUTEFTVA" To solve this yourself: Method 1: Browser Console javascript function createFlag () {      const  base = "FLAG_THE_QUIET_ONES_" ;      const  ending = btoa ( "OUTLAST" ). slice ( 0 , - 2 );      return  base +  ending; } createFlag (); // Run the function Method 2: Manual Decoding Recognize that if the ending is Base64 encoded, decode it: javascript atob ( "T1VUTEFTVA==" ) // Returns "OUTLAST" So the human-readable answer is: FLAG_THE_QUIET_ONES_OUTLAST Real-World Application Code analysis is critical in cybersecurity for: Reverse engineering  obfuscated JavaScript in malware Finding logic flaws  in authentication systems Identifying vulnerabilities  in client-side validation Understanding API implementations  before exploiting them Many web applications try to "hide" logic in JavaScript, thinking users won't read it. Security professionals know that client-side code is never secret —anything running in the browser can be read, modified, and bypassed. 🎉 Victory: Claiming Your Reward Once all four flags are captured, you've proven you're a true alchemist —someone who pursues depth and understanding over flashy displays. The modal appears with your reward link

Open Sourced Honey Badger Is it Worth Learning Open Source Cybersecurity Tools? Hello my badgers. This article was written with my ideas and the fastness of Claude. Which, I would suggest. In our experience, it's better at everything, but can't do image generation. I also use MidJourney for image generation and then Canva for edits.  It was carefully edited for accuracy. This is Is it Worth Learning Open Source Cybersecurity Tools? Some of the most powerful and respected tools are completely free and open to everyone. It's like having access to a world-class workshop where all the best equipment is just sitting there waiting for you to use it. I love seeing new people discover Nmap for the first time. There's this moment when they realize they're using the exact same tool that security professionals at NASA and major tech companies rely on every day. It's incredibly empowering! You're not getting some watered-down "student version" - you're getting the real deal that's been refined by a community of experts over decades. Google's security teams use Nmap for network discovery during their infrastructure assessments. Major consulting firms like Deloitte and PwC have it as a standard tool in their penetration testing methodologies. Even government agencies like the Department of Defense include Nmap in their authorized security testing toolkits. The Metasploit story is particularly cool. Here's this incredibly sophisticated penetration testing framework that was created by security researchers who wanted to make the field more accessible. Instead of keeping their knowledge locked away, they said "let's share this with everyone and make the whole internet more secure." That collaborative spirit is what makes this community so special. IBM's X-Force Red team uses Metasploit for authorized penetration testing of client environments. Microsoft's own security teams have used it to validate their defenses. Pretty much every major cybersecurity consulting firm - from Rapid7 to Trustwave to SecureWorks - has Metasploit as a cornerstone of their testing capabilities. And then there's pfSense - this firewall platform is protecting thousands of enterprise networks right now. Netflix actually uses pfSense for network segmentation in some of their infrastructure. Smaller companies love it because it gives them enterprise-grade firewall capabilities without the Cisco price tag, but even larger organizations deploy it in branch offices where they need reliable, cost-effective network security. Universities like MIT and Stanford use pfSense to protect campus networks, and many managed service providers rely on it to protect their clients' infrastructures. Same thing with OWASP ZAP - development teams at major tech companies are integrating this web application scanner into their CI/CD pipelines. Mozilla uses ZAP to continuously test Firefox and their web services for security vulnerabilities. Government agencies like the UK's Government Digital Service have standardized on ZAP for web application security testing. Companies like Shopify integrate it into their development workflows to catch security issues before they hit production. What I find most encouraging is how these tools level the playing field. Whether you're a student in your dorm room or a security analyst at a Fortune 500 company, you have access to the same high-quality tools. The only difference is your knowledge and creativity in using them. And here's something that might surprise you - about 29% of entry-level cybersecurity jobs don't require a degree or formal certification. There's a fairly even split between positions requiring traditional college education and those that prioritize hands-on skills and alternative learning paths. This means the cybersecurity field offers genuine opportunities for both college graduates and those who've developed their skills through certifications, bootcamps, or pure hands-on experience. Here's a pro tip that's changed the game for so many people I know: instead of trying to set up everything on your local machine, grab those free credits from AWS or Azure. Both platforms give new users hundreds of dollars in credits - AWS gives you $300 for 12 months, and Azure offers $200 for 30 days. That's more than enough to spin up a proper security lab with multiple VMs, networks, and even some of the managed services. You can build something really sophisticated - maybe a pfSense firewall protecting a network with a vulnerable web app like WebGoat, then use OWASP ZAP to test the application security while Suricata monitors the traffic and Metasploit simulates attacks. Ask AI to give you instructions. Document the whole setup, take screenshots of your configurations, capture some interesting results, and write it all up in a Medium post. Then tear everything down when you're done so you don't get charged a penny. What you end up with is a permanent record of your learning journey that potential employers can actually see. It's way more impressive than just saying "I know these tools" on a resume. Plus, these blog posts often become resources that help other people in the community, which feels pretty good. When a hiring manager sees that you've actually built and documented a multi-layered security lab using the similiar tools their teams use in production, that carries serious weight - especially in an industry where nearly 30% of entry-level positions care more about what you can do than where you learned to do it. The best part? The communities around these tools are incredibly welcoming and helpful. People genuinely want to share knowledge and help others succeed. There's something really refreshing about that in today's world. The real magic happens in person. Since 79% of entry-level cybersecurity jobs are still onsite, you absolutely cannot afford to miss the in-person networking opportunities. But let me be clear - this isn't about social engineering your way into a job. The value of these meetups goes way beyond networking. You're getting free presentations from industry experts, learning about the latest trends and threats, and gaining insights into how different organizations approach security challenges. These conversations and presentations give you incredible insights into what's actually happening in the corporate world. When you get to an interview and can casually mention "I was at an OWASP meeting last month where someone from a Fortune 500 company was talking about their struggles with container security," you immediately sound like someone who understands the real business challenges, not just the technical theory. So if you're just starting out or looking to expand your skills, dive in! These tools aren't just free - they're gateways to joining a community of people who are passionate about making the digital world safer for everyone. And with cloud credits, you can build enterprise-scale labs without spending a dime while creating content that showcases your skills to the world. Whether you're coming from a computer science degree or teaching yourself through online resources, the tools and opportunities await.

A Honey Badger Being Interviewed Fundamental Techniques in Cybersecurity Networking Hello my badgers. This article was written with my ideas and the fastness of Claude. Which, I would suggest. In our experience, it's better at everything, but can't do image generation. I also use MidJourney for image generation and then Canva for edits. Before diving into where to go and what communities to join, it's crucial to understand how to actually connect with people in a way that builds genuine, lasting relationships. These principles aren't about manipulation - they're about genuinely caring for others and creating mutual benefit. This is Fundamental Techniques in Cybersecurity Networking. Building Positive Connections: Don't criticize, condemn, or complain, as this puts people on the defensive Give honest and sincere appreciation rather than empty flattery Arouse in others an eager want by showing how something benefits them Become genuinely interested in other people rather than trying to get them interested in you Smile genuinely, as it creates warmth and approachability Remember that a person's name is the sweetest sound to them in any language Effective Communication: Be a good listener and encourage others to talk about themselves Talk in terms of the other person's interests rather than your own Make the other person feel important, and do it sincerely Avoid arguments, as you can't win them - even if you prove someone wrong, you make them feel inferior Show respect for others' opinions and never tell someone they're wrong directly Maintaining Relationships: If you're wrong, admit it quickly and emphatically Begin conversations in a friendly way rather than being confrontational Let others feel that ideas are theirs rather than forcing your perspective Try honestly to see things from the other person's point of view Be sympathetic to others' ideas and desires Let others save face when they make mistakes Praise every improvement, even small ones, and be generous with encouragement The core philosophy throughout is to focus on understanding and genuinely caring about others rather than manipulating them, building relationships based on mutual respect and benefit. AND benefit (give back!) Get yourself to meetups at least twice a month. Look for DEF CON groups in your area - these are some of the most welcoming communities you'll find, and the presentations are often mind-blowing. 2600 meetings happen in most major cities and they're perfect for beginners who want to understand the hacker mindset. OWASP chapter meetings are gold mines for web security folks - you'll learn about vulnerabilities before they hit the mainstream. And speaking of OWASP, you'll likely be quizzed about the OWASP Top 10 in maybe about half of SOC analyst interviews, so do take the time to set up OWASP WebGoat or some other exploitable lab machine. It's kind of wild when you think about it - with few minor changes, we've had most of the same top 10 vulnerabilities for 20 years. SQL injection, cross-site scripting, broken authentication - these issues keep showing up because developers keep making the same fundamental mistakes. BSides conferences are fantastic - they're like mini DEF CONs with a local flavor and incredibly practical talks. ISC2 and Cloud Security Alliance chapters tend to be more corporate-focused but give you great insights into enterprise perspectives and compliance requirements. Don't overlook hackerspaces and makerspaces either - the hands-on culture there aligns perfectly with cybersecurity, and you'll often find the most creative problem-solvers. The key is to be genuinely curious and authentic. Go because you want to learn, not because you want something from people. There's likely a community near you, and it's imperative that you show up and get along with people. 73% of true entry level positions are on-site, so you MUST go. Bring a notepad - an actual physical notepad - and don't be shy about asking for contact information. The notepad itself makes you memorable because it shows you're serious about learning and following up. When you pull out that pen and paper to write down someone's email address, it creates a moment that sticks in their memory way more than just exchanging business cards or LinkedIn contacts. Follow up about a week later with genuine small talk about something you discussed. Ask how their project is going, or share an interesting article related to your conversation. Give something interesting. The networking happens naturally when you're genuinely interested in what others are doing and sharing. The communities around these parts are incredibly welcoming and helpful. People genuinely want to share knowledge and help others succeed. There's something really refreshing about that in today's world. How to Get Involved in Cybersecurity Communities DEF CON Groups What they are:  Local chapters of the famous DEF CON hacker conference community How to find them:   https://defcon.org/html/links/dc-groups.html What to expect:  Monthly meetups with presentations, hands-on workshops, and social events 2600 Meetings What they are:  Monthly meetups for hackers and security enthusiasts, inspired by the 2600 magazine How to find them:   https://www.2600.com/meetings/ What to expect:  Informal gatherings in public spaces, discussions about technology and security OWASP Local Chapters What they are:  Local chapters focused on web application security How to find them:   https://owasp.org/chapters/ What to expect:  Regular presentations on web security, networking with application security professionals BSides Conferences What they are:  Community-driven information security conferences How to find them:   http://www.securitybsides.com/w/page/12194156/FrontPage What to expect:  One or two-day conferences with talks, workshops, and networking (ISC)² Local Chapters What they are:  Professional chapters for certified information security professionals How to find them:   https://www.isc2.org/Chapters What to expect:  More formal meetings focused on professional development and certification Cloud Security Alliance (CSA) Chapters What they are:  Focused on cloud computing security best practices How to find them:   https://cloudsecurityalliance.org/chapters/ What to expect:  Enterprise-focused discussions on cloud security challenges Local Hackerspaces What they are:  Community-operated physical spaces where people can learn and work on projects How to find them:   https://wiki.hackerspaces.org/List_of_Hacker_Spaces What to expect:  Hands-on learning, maker culture, often with cybersecurity-focused groups Makerspaces What they are:  Similar to hackerspaces but often more mainstream and family-friendly How to find them:  Search "makerspace near me" or check https://www.makerspaces.com/ What to expect:  Access to tools, workshops, and a community interested in building and learning Getting Started Tips: Most groups welcome beginners - don't be intimidated Check Meetup.com for local cybersecurity groups not listed above Follow groups on social media to get a feel for their culture before attending Many groups have online communities (Discord, Slack) you can join first Bring business cards if you have them, but the notepad approach works even better .

2024 Magic Quadrant for SIEM (The lastest as of Sept '25) What SIEM Should I Study Throughout my career, most of my focus has been on SIEM. I was an analyst, and then I became a SIEM Engineer for many years. I have spent time with Splunk, Sentinel, IBM QRadar, I evaluated Exabeam as a Proof of Concept, Fortinet's FortiSIEM, LogRhythm, and Elastic Stack. So I am no stranger to SIEMs. This is What SIEM Should I Study? The evolution of SIEMs has been quite trial-and-error in my anecdotal experience. It was a simple log collector that had the ability and language to search that data, and SIEM was born when they added the ability for alarms to go off with the logs matching a given criterion. Then there was a split, platforms for LogRhythm kept that search and retrieval simple and didn't really have a 'query language', so to speak. It was a point-and-click type of thing, and I am not really sure why that didn't take off; instead, it was dominated by SIEMs that had technically complex syntax languages like Splunk's SPL or Microsoft's Sentinel's KQL. I don't know that it was any better than, say, LogRhythm's point and click, and the learning curve is much harder. Nevertheless, they prevailed. Then there became a need to better document analysts' findings, so they began baking case management into their platforms, which is largely defunct today because it's done in Security Orchestration Automation and Response (SOAR) tools. We will come back to that.. So then the early days of AI came, which I swore wouldn't ever lead to anything and boy was I wrong. It led to the generative AI that we use today. Early on, when a SIEM product said it used Machine Learning, which is kind of like baselining your sets of logs and determining what is normal and then setting off alarms for any anomalies and creating a feedback loop where it asks you if it was right or not. It was absolute sh*t. And then deep learning began, and this was the early days of determining if something was malicious or not. The only thing it actually did was suppress alerts for companies who didn't care much about security, or couldn't afford to care (which is also a thing). I was one of the first security experts to train a cybersecurity model. I worked for a company called OpenText and I learned a lot from my CISO and for most of the time in that role it was great, but like almost all jobs, eventually something isn't going to work out. So today there are these tools called SOAR tools, and their aim is to automate tasks. I worked with Splunk Phantom, and xSOAR, and instead of analysts working entirely out of SIEMs, they began working out of SOAR tools, and only visiting the SIEM when they need to. It's much like a human approving or denying decisions that were automatically made by the SOAR tool. Does it reduce human labor? Absolutely. But the early days of SOAR tools was a lot like trading cybersecurity analysts for software developers and these tools required massive amounts of maintenance when things break, so at the end of the day it didn't really fulfill the promises it made to reduce human labor costs. There is only one way it could save money and that is if it silenced alarms, which companies could have done in the first place. I went to a LogRhythm conference in Vail, Colorado, one time, and spent a good portion of the time sick from altitude sickness, but it was extremely beautiful. They changed the conference to a lower altitude in the years after. I did like LogRhythm a lot. I went to a Splunk conference once in Orlando, Fl., and it was informative. These conferences are a lot about indoctrination. Companies want you to love this tool they spend millions of dollars a year on, so that you become an expert and essentially just begin training yourselves. I worked with Fortinet's FortiSIEM, while not the best, Fortinet has some of the very best people in the world, and there is a lot to be said about being stuck with good people. So, some comments on the quadrant. I started using Sentinel from the very beginning, and although I never took the time to become a KQL expert, my queries, while inefficient, always got the job done. In fact, I architected our lab here at Cyber NOW in Azure. I have been preaching that Sentinel will dominate this space since I studied the Microsoft architecture diagrams several years ago while working as a Cyber Advisor for our clients at an MSSP. Not because it is superior to Splunk, just because its integration with EVERYTHING makes things simple. Simplicity is a significant factor when it comes to uptime and labor efficiency. For instance, with the Microsoft ecosystem, when a company issues a new laptop, all they need to do is enter a product key, and it automatically joins it to that company's infrastructure. It really is that easy; it's baked into every computer, and there's a lot of money saved in that simplicity. However, the bill for Microsoft Security can be pricey, but it's offset, as I mentioned. Both Splunk and Microsoft have free training. So do both to maximize your competitiveness. Gartner Magic Quadrant is the leading research that ranks products and services. Companies have to pay millions of dollars to be evaluated each year, and it's common that they then get demoted. Explore our Courses

Cyber NOW USB Microcontroller ATMEGA32U4 Development Board Virtual Keyboard for Arduino Leonardo Install Arduino IDE  and add support for Leonardo boards Connect the Beetle  via USB - it should appear as a COM port Select the board  in Arduino IDE (Arduino Leonardo or similar) Programming The BadUSB uses the same programming approach as Arduino Leonardo: arduino # include   "Keyboard.h" void setup () {    Keyboard . begin ();    delay ( 2000 ); // Wait 2 seconds before starting       // Example: Open Run dialog and launch notepad    Keyboard . press (KEY_LEFT_GUI);    Keyboard . press ( 'r' );    Keyboard . releaseAll ();    delay ( 500 );       Keyboard . print ( "notepad" );    Keyboard . press (KEY_RETURN);    Keyboard . release (KEY_RETURN); } void loop () {    // Main code runs repeatedly } Key Libraries Keyboard.h - For keyboard emulation Mouse.h - For mouse emulation Important Notes Only use for authorized testing  - Using this on systems you don't own or without permission is illegal Antivirus detection  - Many security tools will flag BadUSB devices Educational/research purposes  - Great for learning about USB security vulnerabilities Step 1: Hardware Preparation Unbox your BadUSB   Have a USB cable ready  (usually micro-USB to USB-A, depending on your model) Step 2: Install Arduino IDE Download Arduino IDE  from arduino.cc (free) Install the software  following the standard installation process Launch Arduino IDE  after installation completes Step 3: Configure Arduino IDE Go to File → Preferences Add board manager URL  (if needed for your specific Beetle variant) Go to Tools → Board → Boards Manager Search for "Leonardo"  and install Arduino AVR Boards if not already installed Select your board : Tools → Board → Arduino Leonardo (or similar ATmega32U4 board) Step 4: Connect the Device Plug the BadUSB into your computer  via USB Wait for driver installation  (Windows may install drivers automatically) Check Device Manager  (Windows) or System Information (Mac) to confirm it's detected Select the correct port : Tools → Port → [Your COM port] Step 5: Test Basic Functionality Create a new sketch  in Arduino IDE Copy this simple test code : arduino # include   "Keyboard.h" void setup () {    // Initialize keyboard emulation    Keyboard . begin ();       // Wait 5 seconds before executing    delay ( 5000 );       // Type "Hello World"    Keyboard . print ( "Hello World" ); } void loop () {    // Empty - runs once } Upload the sketch : Click the upload button (arrow icon) Wait for upload completion Step 6: Test the Program Open a text editor  (Notepad, TextEdit, etc.) Unplug and replug the Beetle Wait 5 seconds  - it should automatically type "Hello World" If successful , you're ready for more advanced programming Step 7: More Advanced Example Here's a more practical example that opens a command prompt: arduino # include   "Keyboard.h" void setup () {    Keyboard . begin ();    delay ( 2000 ); // Wait for system to recognize device       // Open Run dialog (Windows Key + R)    Keyboard . press (KEY_LEFT_GUI);    Keyboard . press ( 'r' );    Keyboard . releaseAll ();    delay ( 500 );       // Type "cmd" and press Enter    Keyboard . print ( "cmd" );    Keyboard . press (KEY_RETURN);    Keyboard . release (KEY_RETURN);    delay ( 1000 );       // Type a command    Keyboard . print ( "echo BadUSB Test Complete" );    Keyboard . press (KEY_RETURN);    Keyboard . release (KEY_RETURN); } void loop () {    // Empty } Step 8: Programming Tips Always include delays  - gives the system time to respond Use Keyboard.releaseAll()  to avoid stuck keys Test on your own systems first Start with simple commands  before complex payloads Important Legal and Ethical Notes Only use on systems you own or have explicit permission to test Many antivirus programs will detect and block BadUSB devices This is for educational, research, and authorized penetration testing only Unauthorized use is illegal and unethical Troubleshooting Device not recognized : Try different USB ports, check drivers Upload fails : Ensure correct board and port are selected Code doesn't execute : Check for syntax errors, verify delays Antivirus blocks it : Expected behavior - whitelist for testing if needed

Why The Vibe Coding Trend Matters There’s a new rhythm in the underground. Not bash, not Python, not even shellcode. It’s the vibe—and AI is the instrument. Vibe coding isn’t about memorizing syntax or sweating through RFCs. It’s about tossing your idea to a machine and watching it riff back at you in raw code. You don’t write  the exploit anymore—you describe the vibe, and the AI lays down the track. This is Why The Vibe Coding Trend Matters . What It Feels Like Traditional coding is like soldering: precise, patient, unforgiving. Vibe coding? It’s like a live jam session. You hum a riff: “Give me a PowerShell script that hides a payload in memory.”  The AI responds with something you can run, tweak, break, and remix. The vibe isn’t perfection—it’s speed. You flow with the AI, letting it sketch the skeleton while you inject the soul. But you typically still need to be able to edit code. Why Hackers Care Malware variants that used to take weeks to hand-craft can now spawn in hours. AI cranks out polymorphic twists, obfuscation layers, and fresh loader code like it’s nothing. Every copy-paste is a new strain. You don’t need a CS degree anymore to sling some chaos. A curious script kiddie with good prompts can stand on the shoulders of AI giants. The barrier between script-kiddie and script-lord just got thinner. Defenders vibe code YARA rules, Splunk queries, log parsers, and detection pipelines on the fly. The SOC war room just got an auto-DJ dropping defensive beats at machine speed. It leaves patterns—quirks in variable names, repetitive loops, oddball imports. Analysts who know the vibe can fingerprint the machine’s style. In the cat-and-mouse game, even AI has a signature. The Culture Shift Hacker culture has always been about remix: cut-ups, mashups, code as collage. Vibe coding is the natural extension—except now the collaborator isn’t another human, it’s an algorithm. It’s not about typing 100 wpm anymore. It’s about prompting with intent . The new flex isn’t “I can write this buffer overflow from scratch.” It’s “I can make the machine do it for me, and I know exactly where to tweak it so it pops.” Final Beat Vibe coding isn’t the future. It’s already here, lurking in malware samples, sneaking into GitHub repos, and running in SOC basements. Hackers have always turned constraints into creativity. Now we’ve got a machine that never sleeps, never blinks, and will code whatever you dream up. The vibe is the weapon. The vibe is the shield. The vibe is the game. View our Courses

Everything Has Meaning in Cybersecurity and Life If you spend long enough in cybersecurity, you realize something: nothing here is truly random. Tools, languages, logos, even the names we give to frameworks—almost all of them carry meaning. They aren’t just cool names or designs slapped on a GitHub repo. They are cultural artifacts, echoes of the hackers, engineers, and dreamers who came before us. This is Everything Has Meaning in Cybersecurity and Life. Cybersecurity, like life, is layered with history, symbolism, and intention. The culture is littered with references to films, philosophy, mythology, and underground jokes. When you look closely, you’ll see that what might look like randomness is actually meaning hidden in plain sight. Monty Python and the Origins of “Python” Take the programming language Python. Many assume it’s named after the snake—appropriate enough for a language that can wrap around almost anything. But the truth? Guido van Rossum, its creator, was a fan of Monty Python’s Flying Circus . He wanted a name that was short, mysterious, and playful. The “snake” symbolism was adopted later, through logos and cultural association, but the soul of Python is comedy. That tells us something: our industry doesn’t just build with logic—we build with humor, too. Logos Are Never Just Logos Logos in cybersecurity often outlive the creators themselves. The Debian swirl, the Wireshark shark fin, the Def Con “skull and crossbones” badge—these aren’t just designs. They tell stories. Debian’s swirl  represents the cycle of software freedom and open contribution. Wireshark’s shark  symbolizes its ability to cut through the noise of the internet and expose hidden traffic. Def Con’s skull  grew into an identity: the conference is less about branding and more about wearing a tribal mark that signals “you’re one of us.” Every logo you see in cybersecurity—whether a Kali dragon or an OpenBSD pufferfish—carries symbolism. They’re totems, modern-day heraldry for digital knights and rogues. Kali: Not Just a Cool Name “Kali Linux” isn’t named for its sharpness alone. The name references Kālī , the Hindu goddess associated with time, destruction, and transformation. She is the dark mother, the force of change, the one who cuts away illusion. For a penetration testing distribution, that’s perfect: Kali’s tools strip away the veil of security theater, exposing the truth of vulnerabilities. The dragon logo reinforces this idea. Dragons guard treasures, but they’re also ancient symbols of chaos and challenge. Running Kali isn’t just about convenience—it’s a ritual nod to this deeper mythos. Cultural Remnants in Every Tool Many cybersecurity tools and terms are remnants of hacker culture’s past: Metasploit  echoes comic book villainy while empowering defenders and red teamers alike. Nmap’s logo  is a radar sweep, tying it to naval warfare and exploration. Cobalt Strike  borrows from military terminology, invoking precision and shock value. BIND  (Berkeley Internet Name Domain) has a name that’s both an acronym and a metaphor—binding the internet together through DNS. These choices were rarely accidents. They were decisions by communities that knew symbolism mattered. By naming and branding tools with history, myth, and media references, they made sure their creations lived in the culture, not just in the code. Why Meaning Matters Cybersecurity is about more than defense and offense. It’s a culture, a way of thinking. Just like life, the patterns aren’t random—they’re intentional, even when they look chaotic. We reference Monty Python because humor was at the heart of early hacker spaces. We draw from mythologies because we see ourselves in stories of dragons, warriors, and tricksters. We design logos because symbols can unite tribes faster than words. Every artifact you encounter in cyber—whether a tool, a logo, or a term—has meaning baked into it. Understanding that meaning doesn’t just make you more knowledgeable; it connects you to the lineage of cyber culture itself. So next time you fire up Python, boot into Kali, or see a shark fin icon on your desktop, pause. Look past the surface. Remember that in cybersecurity, as in life, there’s not much randomness at all.

In today's ever-evolving cybersecurity landscape, Agentic AI is transforming the Security Operations Centers (SOCs). As a future SOC analyst, grasping how this technology works is vital for staying relevant in this field. This post will break down what Agentic AI is, why it matters for SOCs, and highlight specific products that incorporate this powerful technology. This is Understanding Agentic AI in the SOC. What is Agentic AI? Agentic AI refers to advanced artificial intelligence systems capable of acting independently and making decisions based on their surrounding conditions. Unlike traditional AI that often relies on human input, Agentic AI can analyze data, learn from various scenarios, and take actions without direct supervision. This allows for quicker and more effective responses to security threats. For example, a traditional AI system might identify 70% of known malware based on fixed criteria. In contrast, Agentic AI can analyze behavior in real-time and might detect 85% of previously unknown threats by adapting its learning. This means fewer opportunities for cybercriminals to exploit vulnerabilities. Understanding Agent AI in the SOC Enhanced Threat Detection One of the standout benefits of Agentic AI in SOCs is its ability to enhance threat detection. Traditional methods often depend on static rules and known signatures to identify threats, which can be rendered ineffective against new or sophisticated attacks. In contrast, Agentic AI can analyze user behavior and detect anomalies as they occur, enabling organizations to identify unfamiliar threats promptly as they emerge. Research shows that organizations using Agentic AI have reported a 30% increase in threat detection rates thanks to machine learning algorithms that continuously adapt to evolving threats. Improved Incident Response Beyond detection, Agentic AI significantly speeds up incident response times. When a threat is identified, these systems can automatically kick off response protocols. This might include isolating affected systems or rolling out countermeasures almost instantly. In urgent cyber incidents, having a system that responds in seconds instead of minutes can substantially lessen the potential damage. Additionally, Agentic AI can assess and prioritize incidents based on their severity. For instance, if a ransomware attack targets critical infrastructure, the system can elevate this alert above less serious issues, ensuring that SOC teams focus on the highest-risk situations first. Reducing Analyst Workload The incorporation of Agentic AI is a game-changer for reducing the workload of security analysts. By automating routine tasks such as log analysis and threat hunting, SOC teams can concentrate their efforts on complex issues that require human insight. Agentic AI can act as a force multiplier, enabling SOC teams to manage increasing alert volumes more effectively. Teams can spend up to 40% less time on repetitive tasks due to automation, freeing them up for strategy and problem-solving. Products and Tools Featuring Agentic AI As SOCs increasingly demand Agentic AI, several products and tools are emerging in the market. Here are notable examples: Security Information and Event Management (SIEM) Solutions Many top SIEM solutions are now integrating Agentic AI features. These platforms can process vast quantities of security data from multiple sources to identify anomalies and provide actionable insights. With Agentic AI, these SIEMs can enhance their threat detection and response capabilities, thus becoming more beneficial for SOC teams. For instance, a leading SIEM solution has improved alert accuracy by over 50% after adopting Agentic AI functionalities. Threat Intelligence Platforms Threat intelligence platforms utilizing Agentic AI give SOCs real-time insights into potential threats. By analyzing data from various sources, these platforms can detect emerging patterns that suggest possible attacks. This proactive approach enables SOC teams to implement preventive measures in advance. Companies that adopted these platforms reported a 25% reduction in successful cyber attacks. Automated Incident Response Tools Automated incident response tools enhanced by Agentic AI can significantly simplify the response process. These tools not only analyze incidents but also determine the right actions to take and execute them without needing human intervention. This speeds up response times and decreases the likelihood of human error. Specific organizations have recorded response time improvements of up to 70% after implementing these tools. Challenges and Considerations While the prospects of Agentic AI are exciting, several challenges must be considered. Ethical and Security Concerns The autonomous nature of Agentic AI raises critical ethical questions. For instance, if an AI system makes a decision resulting in unintended consequences, who bears the responsibility? Additionally, there’s a risk that malicious actors could exploit AI systems to create more advanced cyber threats. Integration with Existing Systems Integrating Agentic AI into the current SOC infrastructure can be a complex process. Organizations must ensure that their existing systems can combine effectively with AI tools and share data seamlessly. This process requires careful planning to prevent disruptions in security operations. Final Thoughts Agentic AI is a transformative force in cybersecurity, especially for Security Operations Centers. Its ability to enhance threat detection, streamline incident responses, and ease the analyst workload makes it invaluable. As future SOC analysts, understanding the role of Agentic AI and the tools that harness this technology is crucial for our success in the industry. As we look ahead, staying up-to-date with developments in Agentic AI will allow us to face the dynamic challenges in cybersecurity more effectively. By embracing this cutting-edge technology, we can prepare ourselves for a resilient future in the face of a rapidly evolving threat landscape.