4οΈβ£ Quick Summary
π Public IP = Visible on the Internet
π Private IP = Used inside local networks
Both work together to keep devices connected and organized.
Still learning daily π
#CyberSecurity#NetworkPlus
Documenting my cybersecurity journey π
Today I learned the difference between Public and Private IP Addresses.
Even though every device has an IP address, not all IP addresses are visible on the internet π
Here are my simplified notes π§΅π
3οΈβ£ How Do They Work Together?
Your router receives a Public IP from your ISP.
Then it assigns Private IPs to devices inside your network using NAT (Network Address Translation).
β’ Next.js 16
β’ Supabase
β’ Dashboard
β’ Planner Engine
β’ Research Engine
β’ Script Generator
β’ Scene Planner
No AI credits yet, so I'm building the entire architecture with mock services first.
When I connect OpenAI later, everything will already be wired up.
#nextjs#ai
Day 2 of building my AI content machine with ChatGPT.
The goal:
Type a prompt like:
"Generate 3 cybersecurity YouTube Shorts"
and the system automatically:
β Creates a content plan
β Generates research
β Creates scripts
β Builds scene plans
Check Today's progress below
4οΈβ£ IPv4 vs IPv6
IPv4 = Older generation π
IPv6 = Newer generation π
As more devices connect to the internet, IPv6 helps solve the address shortage problem.
Still learning every day ππ¨βπ»
#CyberSecurity#NetworkPlus
Documenting my cybersecurity journey π
Today I learned about IPv4 and IPv6 β the systems that help devices communicate across networks and the internet.
Here are my simplified notes π§΅π
3οΈβ£ IPv6
IPv6 uses a 128-bit address format.
Example:
2001:0db8:85a3::7334
β Supports billions of devices
β Better scalability
β Built for the future of the internet