>> SCANNING... 🔍
>> TARGET:_DATA_PROCESSING_CONCEPTS._ANALYZING...
Minimalism over muscle. Precision over poetry. ⚡🔪
ENCAPSULATION 📦➡️
Adding headers/trailers as data moves DOWN the OSI model
What it does: Wraps data in protocol-specific information
- Application data → Segments → Packets → Frames → Bits
- #OG Translation: “Putting letters in envelopes with addresses”
Example: HTTP data + TCP header + IP header + Ethernet header
DE-ENCAPSULATION 📦⬅️
Removing headers/trailers as data moves UP the OSI model
What it does: Strips away protocol wrappers to reveal original data
- Bits → Frames → Packets → Segments → Application data
- #OG Translation: “Opening envelopes to read the actual letter”
ENCRYPTION 🔒➡️🔑
Transforming data to prevent unauthorized access
What it does: Uses algorithms and keys to make data unreadable without authorization
- Symmetric: Same key encrypts/decrypts (fast)
- Asymmetric: Key pairs (public/private) for encryption/decryption
- #OG Translation: “Writing in a code only the intended recipient can break”
THE EXPLOIT’S PERSPECTIVE 🕳️🔍
Vulnerability: Thinking these are the same Patch:
- Encapsulation = addressing for delivery
- De-encapsulation = reading the address
- Encryption = locking the contents
Your data moves through networks like a Russian doll - wrapped and unwrapped, but only encrypted if you actually care about privacy. 😏🔓
>> CONCEPTS_DECOMPILED._PROTOCOL_UNDERSTOOD.
>> BREAK_MORE._LEARN_MORE._GLITCH_BETTER. 🔓🌌💀