50.3K
SAWhat is the HTTP protocol? 🤯
This is the language your browser uses to talk to servers. GET, POST, status codes, APIs all explained in 60 seconds in the simplest way possible 🫡👾🚀
@sayed.developer
#Http Protocol Issues
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11.4K
XPEvery Layer of the Internet Explained | Part 1 🔥
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#fypシ❤️💞❤️ #xploitboy #viral #hack #fypシ❤️
@xploitboy
1.7M
CYHTTPS is significantly more secure than HTTP because it uses encryption to protect data and verifies the website's identity. HTTP transmits data in plain text, making it vulnerable to interception, while HTTPS (Hypertext Transfer Protocol Secure) adds a layer of security using SSL/TLS certificates to encrypt communication.
#programming #coding #hacking #viralreels #reels #developer #cybersecurity #coder #coderlife #instagramreels #cyber_secur1ty
@cyber_secur1ty
38.9K
FI101 Concepts you must know for web dev
#programming #tech #coding #code #developer #dev #webdev #fireship
@fireship_dev
622.4K
ALReact just got a CVSS 10/10 vulnerability — maximum severity! 😱💥 Server components can be remotely exploited via malicious React Flight payloads.
React Flight serializes server-built UI to browser, but deserializes untrusted input without validation. Attackers craft payloads that execute arbitrary code on your server — no login needed, just one poisoned request triggers RCE during deserialization. 🕷️
Check your packages NOW, patch immediately. Backend devs are sweating — this explains the extra coffee consumption! ☕⚠️
Hashtags:
#reactjsnews #CVE #ServerComponents #ReactFlight #RemoteCodeExecution #Cybersecurity #WebSecurity #JavaScriptSecurity #npmSecurity #DevSecOps #TechAlert #SecurityVulnerability #PatchNow #BackendSecurity #FrontendSecurity #TechReels #ReelsInstagram #ExplorePage #ViralReels #CyberSec #reactjs #SoftwareSecurity #SecureCoding #ZeroDay #securitynews
@algorithmswithpeter
2.8K
DI🌐 “Top 20 Internet Protocols that keep the world connected! 💻⚡
From TCP to SCTP — these protocols make every click, message, and video possible! 🚀”
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#InternetProtocols #NetworkingBasics #TechWorld #CyberKnowledge
#ComputerNetworking #TCPIP #ProtocolPower #DigitalExplorer
#NetworkEngineer #TechEducation #InternetWorks #LearnWithAI
#TechFacts #DataTransfer #WebTechnology #CodingLife
#ITStudents #CyberSecurity #TechExplained #TechReels
#trendingreels #ExplorePage
@digital_explorer_v
59.4K
EMComment “HTTP” to get the links!
🌐 Trying to build web systems without understanding how HTTP requests are actually served is like optimizing code without knowing where it runs. If you don’t truly understand the request–response lifecycle, browsers, servers, and network layers, you’ll misdiagnose bugs, design fragile systems, and overcomplicate e,verything. This mini roadmap fixes that.
⚡ What Happens When You Type a URL?
A clear breakdown of DNS resolution, TCP/TLS, HTTP, and how the browser turns a URL into a real request.
📚 How an HTTP Request Gets Served — In Great Detail
A deep, step-by-step walkthrough of how requests flow through servers, frameworks, middleware, and infrastructure before a response is sent back.
🏗 Web Application Architecture: Full Request–Response Lifecycle
See the complete picture: browser → load balancer → backend → database → response. No hand-waving, just real system flow.
💡 With these HTTP resources you will:
🚀 Stop guessing where latency and failures come from
🧠 Build a correct mental model of how the web actually works
🏗 Design cleaner APIs and backend systems
⚙ Debug production issues instead of chasing symptoms
☁ Level up for Backend, Frontend, Cloud, and Distributed Systems work
If you want to move from “it works on my machine” to “I understand why this system behaves the way it does”, HTTP fundamentals aren’t optional, they’re foundational.
📌 Save this post so you always have this HTTP roadmap.
💬 Comment “HTTP” and I’ll send you all the links!
👉 Follow for more Backend Engineering, System Design, and Career Growth.
@emrcodes
8.9K
SANetworking for hackers (the ethical kind) 😎
Before exploits, before tools, before scripts — you must understand how networks actually work.
IP, ports, protocols, DNS, routing, firewalls…
If you don’t know networking, you’re not hacking — you’re just guessing 💀
Real hackers learn networking to defend, test, and secure systems, not break laws 🔐🧠
⸻
Follow @sarcastic.developer
💼 Hire me as your designer & developer! Open for work — DM me for websites, bug fixes, networking help, security guidance, APIs, or any tech issue. Let’s build skills the right way 🚀
#Networking #CyberSecurity #EthicalHacking #Infosec #Pentesting #NetworkSecurity #Linux #DevLife #ProgrammingLife #TechReels #FYP #Explore #SarcasticDeveloper #HireMe
@sarcastic.developer
481.6K
KAالمنافذ الشائعة على الشبكة ports مع البروتوكولات المستخدمة على المنفذ #أمن_سيبراني #kalilinux #سوريا #شبكات #الذكاء_الاصطناعي #تقنية #الأمن_السيبراني
@kali_sry963
50.1K
NOComment http to get blog link #faang #dsa #systemdesign
@notaboringdeveloper
404.8K
THEveryone says — “HTTPS is secure.”
But as developers, that doesn’t tell us anything.
So here’s the real explanation — from a software engineering + networking + backend systems POV 👇
What they actually are
🔹 HTTP — HyperText Transfer Protocol
Application-layer protocol that defines how clients & servers exchange data —
methods (GET/POST), headers, status codes, caching, cookies, payloads etc.
It only handles communication semantics, not protection.
🔹 HTTPS — HTTP over TLS (Transport Layer Security)
Same HTTP protocol — but wrapped inside a cryptographic TLS tunnel.
Nothing changes in routes, APIs, JSON payloads or application logic…
only the transport layer gains encryption, integrity & identity verification.
🧩 The real technical differences
1️⃣ Encryption (Prevents traffic sniffing)
TLS handshake negotiates symmetric keys → packets become unreadable
on Wi-Fi networks, proxies, corporate firewalls, ISP monitoring.
2️⃣ Integrity (Prevents packet tampering)
MAC / AEAD ensures if data is modified → connection breaks.
Plain HTTP cannot detect injections or alterations.
3️⃣ Server Identity & Trust Chain
Certificates validate domain → protects against MITM, rogue DNS, hotspot proxies.
HTTP has no concept of authenticity.
4️⃣ Cookie & Auth Token Safety
HTTPS allows Secure, HttpOnly, SameSite attributes →
reduces session hijacking & credential leakage.
5️⃣ Performance & Protocol Upgrades
Modern web performance requires HTTPS:
HTTP/2 multiplexing
HTTP/3 / QUIC
Service Workers / PWAs
Brotli compression
In real networks → HTTPS is often faster than HTTP.
6️⃣ Platform & Browser Policies
On HTTP, many APIs are blocked (Geo, Clipboard, Camera, PWA install).
Forms marked Not Secure. SEO rankings drop.
7️⃣ Ports & Transport
HTTP → 80
HTTPS → 443
Protocol semantics remain the same — transport layer changes.
🟡 Developer takeaway
HTTP = application protocol
HTTPS = HTTP + TLS (encryption + integrity + identity)
The core difference isn’t “secure vs insecure” — it’s:
✔ Can traffic be read?
✔ Can it be modified?
✔ Can the server be impersonated?
✔ Can modern web & network features run?
#HTTPvsHTTPS #WebDevelopment #backend #softwareengineering #womenintech
System design
@this.tech.girl
2.7M
DE📲 Your phone sends a message.
It doesn’t rush. It follows a process.
HTTP knocks on the door.
HTTPS checks the lock.
TCP makes sure nothing goes missing.
IP knows where to go.
If it’s an email, SMTP sends it and IMAP waits patiently.
If it’s a quick whisper, UDP doesn’t overthink.
If it needs trust, SSH keeps it private.
If files move, FTP carries the weight.
The internet isn’t fast because it’s powerful.
It’s fast because it’s disciplined.
Once you see networks as agreements—not mysteries—everything starts to make sense.
Follow @defend_ly for more updates.
#cybersecurity #infosec #cybersecurityawareness #student #technology
@defend_ly
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