24.4K
JAJust wanted to add this probably took me 15 minutes to write. You could probably get to ChatGPT to one prompt this. #coding
@jackk_flick
#Fpe Encryption Algorithm
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DEEncryption isn’t magic.
It’s math with rules.
Symmetric encryption is fast.
Asymmetric encryption is trust.
Real systems don’t choose one.
They combine both to balance speed, security, and scale.
That’s how HTTPS works.
That’s how your data survives the internet.
Understand this once,
and encryption stops being scary—and starts being powerful.
Save this.
You’ll need it more than you think.
👉 Save this for revision
👉 Share with someone confused about encryption
👉 Follow @defend_ly for cybersecurity concepts that actually click
#cybersecurity #infosec #security #technology #student
@defend_ly
![#Fpe Encryption Algorithm Reel by @cybersecurityedition - How Does Symmetric Encryption Work?
[cybersecurity, hacking, hacking tools]](https://image.pictame.com/img/572655022_17923440090173362_3332015635122906696_n.jpg?hash=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)
13.4K
CYHow Does Symmetric Encryption Work?
[cybersecurity, hacking, hacking tools]
@cybersecurityedition
21.6K
DEEnd-to-End Encryption: Your Data. Your Privacy. Zero Compromise.
In a world where data is constantly moving, end-to-end encryption (E2EE) is what stands between your private information and cyber threats.
Here’s how it works 👇
✅ Your data is encrypted before it leaves your device
✅ Only the intended recipient can decrypt it
✅ No hackers, no service providers, no middlemen can read it
✅ Even if intercepted, the data remains unreadable
From private messages and business emails to financial records and cloud storage, E2EE ensures that only you and the person you trust have access.
🚫 No backdoors
🚫 No data leaks
🚫 No silent surveillance
Why it matters:
• Protects sensitive conversations
• Prevents man-in-the-middle attacks
• Ensures compliance & trust
• Keeps digital identities secure
In today’s threat-filled digital space, encryption isn’t optional — it’s essential.
Secure communication starts with strong encryption.
Privacy is power. Protect it.
#EndToEndEncryption #CyberSecurity #DataPrivacy #DigitalSecurity #Encryption #OnlineSafety #SecureCommunication #PrivacyFirst #InfoSec #DentiSystems
@denti.systems
2.9K
CAYour Favorite Apps Use E2E | E2E Encryption Explained
#E2EEncryption #EndToEndEncryption #DigitalPrivacy #CyberSecurity #EncryptionExplained #PrivacyMatters #InfoSec #TechExplained #PrivacyTools #DataProtection #SecureMessaging #TechTips #OnlineSecurity #PrivacyTech #CryptoSecurity
@carter.keel.me
286
DE1) 🚀 Encryption & Decryption Explained Easily
Jab aap WhatsApp ya banking app use karte ho…
toh aapka data directly nahi jata ❌
👉 Pehle encrypt hota hai (secret code me convert)
👉 Phir receive hone ke baad decrypt hota hai
#encryption #decription
@developer_nikhil_1998
8.6K
MEWhat is end-to-end encryption, really? Stan explains how your messages are protected from snoopers, servers, and even the apps themselves using public-key cryptography.
#MechanicalStan #StanExplains #Encryption #Cybersecurity #EndToEndEncryption #DigitalPrivacy #PublicKeyCryptography #SecureMessaging #AskStan #BrainNourishment
@mechanical.stan
3.4K
CYDo you install npm packages without checking them? 👇 Vote above.
Right now…
81 malicious packages are sitting inside the npm registry.
And if you're a JavaScript developer,
there’s a chance you already installed one.
This attack is called PhantomRaven.
It’s a supply-chain attack that’s been running since August 2025
and it’s already gone through four waves.
The trick is surprisingly simple.
The attackers used slopsquatting
they named their packages after names AI tools tend to suggest.
So when developers ask an AI for package recommendations…
there’s a chance it points them straight to the malicious one.
But the real trick is how it hides.
Most scanners check the contents of a package.
PhantomRaven keeps the package clean.
Nothing suspicious.
Nothing malicious.
Instead, the package.json points to an external server.
Everything looks normal…
Until you run npm install.
Then the package reaches out,
downloads the real payload,
and executes it automatically.
No prompt.
No warning.
And what it steals is brutal:
Git emails.
npm credentials.
Environment variables.
CI/CD tokens from GitHub, GitLab, Jenkins, CircleCI.
All sent straight to a C2 server.
The same 257-line payload was reused
across all four waves.
They barely changed anything.
Because it kept working.
The scary part isn’t the sophistication.
It’s how little effort it took
to compromise developers for six months straight.
If you’re a dev:
Stop blindly installing packages suggested by AI.
Always verify the publisher and reputation first.
This is what real supply chain attacks look like.
Learn how attackers target developers and how to defend against it.
Link in bio.
#cybersecurity #infosec #npm #javascript #supplychain #hacker #linux #engineering
@cyberflow69
17.0K
TH🔐 Cybersecurity Awareness: Understanding Phishing Attacks
In this video I’m demonstrating how phishing attacks can be created using tools like Zphisher. This demonstration is shared only for educational and cybersecurity awareness purposes to help people understand how attackers try to steal login credentials.
Phishing is one of the most common cyber threats today. Attackers create fake login pages that look like real platforms such as social media, email services, or online accounts. When someone enters their username and password on these fake pages, the attacker can capture that information.
⚠️ Important:
This video does NOT promote hacking or illegal activity. The purpose is to show how these attacks work so people can recognize and avoid them.
What you should learn from this demonstration: • Always check website URLs carefully before logging in
• Avoid clicking suspicious links sent through messages or emails
• Enable two-factor authentication (2FA) whenever possible
• Never share your login credentials with anyone
• Report suspicious pages or links
Cybersecurity knowledge helps protect individuals, businesses, and communities from online scams and phishing attacks.
📚 Educational use only
🚫 Do not use this information for illegal activities
🛡️ Stay safe online and spread awareness about phishing attacks.
#CyberSecurity #PhishingAwareness #EthicalHacking #CyberSafety #InfoSec SecurityAwareness StaySafeOnline
@the_cyber_trainer
3.1M
SM📱 A phone number is not as private as you think.
I entered one number…
and public breach data did the rest.
This isn’t hacking.
This is awareness.
👀 Watch till the end for the full breakdown
Learn Cybersecurity and Ethical Hacking and Linux 🐧🧑🏻💻
Follow + Comment “BOT” for the link📝📩
Follow:- @smit.decoded 🐧💻
#cybersecurity #ethicalhacking #viral #infosec #explore
@smit.decoded
178.8K
KEMost people run one Nmap command and call it a day.
But a real pentest starts with a workflow, not a single scan.
Here are the 7 Nmap commands that actually cover 90% of what you need:
01. Host Discovery — find who's alive before touching anything
02. Quick Recon — surface scan the top 1000 ports fast
03. Deep Enumeration — full ports + versions + NSE scripts
04. Vulnerability Scan — auto-check for known CVEs
05. UDP Scan — DNS, SNMP, NetBIOS all hide here
06. NSE Script Scan — deep dive into specific services
07. Stealth and Evasion — evade IDS and firewall detection
Save this post.
Follow @kerem.tech for more practical cybersecurity content.
#nmap #pentesting #cybersecurity #ethicalhacking #redteam
@kerem.tech
22.5K
SUHow is sensitive information send in Client-Server architecture?
Key Algorithm!
🔷 Client Side (Sender)
Generate Content Encryption Key (CEK): The client creates a symmetric CEK that will be used to encrypt the actual payload (the data to be sent).
💥 Encrypt Payload: The client encrypts the payload using the CEK. This ensures the confidentiality of the data.
💥 Encrypt the CEK: The client then encrypts the CEK using the server’s public key. This step ensures that only the server can decrypt the CEK with its private key.
💥 Create JWE: The client constructs the JWE token, which includes:
💥 Protected Header: Contains metadata (encryption algorithms, etc.).
💥 Encrypted Key: The encrypted CEK.
Initialization Vector (IV): Used for encryption.
💥 Ciphertext: The encrypted payload.
💥 Authentication Tag: Provides integrity protection.
🔷 Server Side (Recipient)
💥 Receive JWE: The server receives the JWE from the client.
💥 Decrypt the Encrypted Key: The server uses its private key to decrypt the Encrypted Key (CEK).
💥 Decrypt the Payload: The server then uses the decrypted CEK to decrypt the Ciphertext, retrieving the original payload.
💥 Verify Integrity: The server checks the Authentication Tag to ensure the payload has not been tampered with during transmission.
Have u ever used JWE tokens?
@sunchitdudeja
✨ #Fpe Encryption Algorithm Discovery Guide
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