#Sse Technology Explained

What’s the difference between SASE and SSE? (spoiler - SSE is actually a subset of SASE) SASE (Secure Access Service Edge) - Combines networking & security in the cloud - Includes SSE security services- Built on SD-WAN foundation SSE (Security Service Edge) - Security portion of SASE only - No SD-WAN or networking functions - 3 core components: SWG, CASB, ZTNA Remember, all it takes is a few more acronyms to revolutionize the way we deliver security 😉 P.S. do you think a single vendor can provide SASE? #Networkengineer #cybersecurity #informationtechnology #stem #learn

WebSockets vs SSE ⚡ If you’re preparing for interviews or building scalable apps don’t skip this. Real-time communication = picking the right protocol 🔥 . . . #dsa #systemdesign #tech #coding #codinglife [dsa, system design, websockets, tech]

If you want to become an SRE👇 1. Follow this account 2. Comment "Projects" to get hands-on projects to help build skills to impress recruiters. #sitereliabilityengineer #techjobs

Real-time doesn’t mean same technology 🤯 🍔 Swiggy updates → SSE You just receive: ‘food prepared… out for delivery… reached’ 💬 WhatsApp chat → WebSockets You send + receive messages instantly 📈 Zerodha → WebSockets Not just updates… but built for high-frequency, real-time data 👉 SSE = server sends, you listen 👉 WebSockets = both sides communicate 💣 Same goal… different approach” #websockets #systemdesign #distributedSystems #growthmindset #compueterscience

SSH simply explained 🫡#softwareengineering

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🚨 BREAKING: Someone just dropped the most advanced Steganography Platform EVER!! 😱🥚 STE.GG is an open-source toolkit that hides secrets inside ANYTHING! images, audio, text, PDFs, network packets, ZIP archives, and even emojis 😘️︎︎️️️️︎︎︎️︎︎️️︎︎︎️︎︎️️️️︎️︎️︎️️︎︎️︎︎︎️︎️︎︎️︎︎︎︎︎︎️︎️︎︎︎︎︎️︎︎️️︎︎︎️︎︎️︎︎️︎️︎︎️️️︎︎️︎️️︎︎️︎︎️️️️️︎​ AND it has an AI agent built in 👀 🔍 REVEAL: drop any file and the AI agent tests every known decoding method automatically. 120 LSB combinations, DCT, PVD, chroma, palette, PNG chunks, trailing data, metadata, Unicode, and more. 50 tools running in parallel. auto-extracts hidden payloads as downloadable artifacts. no config needed. 🔮 CONCEAL: type your secret, pick a method (or let the AI choose), upload a carrier image OR generate one with AI. one click → encoded steg file. the agent recommends the optimal method based on your use case.

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Tools you'll use on day 1 as a security engineer. Here are 7 enterprise-grade tools that real corporate security teams run daily: Nessus — vulnerability scanning across network infrastructure Fortify SCA — catching security flaws in source code before they ship Invicti — automated web app scanning with proof-based vulnerability confirmation GoPhish — simulating phishing attacks to test employee awareness Burp Suite Enterprise — intercepting and testing web application traffic Aqua Security — securing containers and Kubernetes workloads at runtime GitGuardian — detecting leaked API keys and secrets in git history These tools appear in pentest reports, compliance audits, and security engineering job descriptions every day. Getting familiar with even 2 or 3 of these gives you a real edge in interviews and on the job. Save this for your next interview prep. #cybersecurity #informationsecurity #securityengineer #ethicalhacking #bugbounty

Do you guys use a Spectrometer on set? Having one of these on set is crucial for matching all your fixtures together and for matching your lights to location or natural light that you can’t control. #cinematography #colormeter #spectrometer #sekonic #filmmaking #indiefilm #setlife #cinematographer #gaffer #grip #setlighting

Nobody tells you these things about tech... you just learn the hard way. This is the obvious things we don’t talk about in tech series🎉🤭 #preshdevvv #techtips #tech #techie #techcareer

The is the wildest machine you’ve never heard of and it powers all of AI. Here’s a crazy question: how do we print billions of transistors onto a chip when each one is smaller than a grain of dust? The answer is EUV lithography, and it’s absolutely wild. EUV stands for Extreme Ultraviolet lithography. It uses light so tiny, just 13.5 nanometers, that normal mirrors don’t even work. “So where do you even get light that small?” Inside an EUV machine, droplets of molten tin are fired into a vacuum. A laser hits each droplet once to flatten it, and again to vaporize it into a plasma that emits EUV light. That’s right: the core of modern chips starts with exploding tin droplets. “But how do you shape that into a transistor pattern?” Because EUV is so energetic, lenses would absorb it. So ASML uses ultra smooth multilayer mirrors, the flattest objects humans have ever made, to guide the light through a complex system of reflections. These mirrors project a chip pattern onto a photoresist layer on a silicon wafer. “So how small are we talking?” Each exposure prints features just a few nanometers wide. The wafer gets coated, exposed, developed, etched… and after dozens of layers, you get billions of perfectly aligned transistors. And that is EUV lithography: exploding tin, extreme light, atomically perfect mirrors, chips that power the entire AI world. #tech #techexplained #stem