Is this a rare card ?

Turning 27 is so brutal because it no longer becomes about potential. You either are, or you are not. Can, or can not. There's no more ambiguity. There's nobody else to blame, no more programmed "growth spurts". At 27 it becomes all up to you.

My sister is submitting her MD thesis ( govt. medical college ) & one of the requirements is to submit two digital copies on CDs. Not a pen drive. Not an online submission. CDs !!! She's actually trying to find a laptop with a CD drive just to complete the submission. We expect doctors to work with the latest medical advancements, yet parts of our medical education system are still operating like it's 2010.

Folks at MNCs and their obsession to stay in office till dinner

India is building startup cities.

See u in Mumbai devcon.org/ticket/Aman/mrm0x…

Th..thanks Dario

Exciting news! 3 reasons why this is not ‘just another’ audit news: > more than 300hrs spent in auditing. (@hackenclub team are beasts) > Zero critical severity findings (@zaryab_eth @m_AmanGupta and their teams are absolute legends) > launching a $100,000 bug bounty program soon Time to unify crypto.

Push Chain has successfully completed its security audit with @hackenclub. By the numbers: - Zero critical-severity findings were identified - 300 hours of audit work - 3 smart contracts and full chain audit completed - $100,000 bug bounty launching soon

JUST IN: 🇮🇳 India's stock brokers Groww, Zerodha, Angel One and Upstox receive approval to offer US stocks to Indian investors.

Every onchain payment you make today could be deanonymized by a quantum computer tomorrow. @specter_PQ uses post-quantum encryption to make sure that never happens - stealth addresses for every transaction, settling privately through Yellow. Check out @pranshurastogii's Yellow Acceleration pitch from @EthCC 👇

Hey @JioMart what mode of transportation r u using ?

NIST finalized 3 algorithms: Why Blockchains Struggle with 38-72× Larger Signatures ML-KEM ciphertexts are ~1KB. ML-DSA sigs are 2.4-4.6KB. That's 38-72× bigger than Ed25519. Here's what you're actually working with ↓ First, what did NIST finalise? August 2024: three standards shipped. > ML-KEM (FIPS 203), ML-DSA (FIPS 204), SLH-DSA (FIPS 205). These replace RSA, ECDH, and ECDSA. ML-KEM handles key establishment. ML-DSA handles signing. SLH-DSA is the hash-based backup. Two more coming but not finalised yet: FN-DSA (FIPS 206, draft stuck in publishing) and HQC (selected March 2025, standard expected 2027). ML-KEM (FIPS 203) - Key encapsulation Replaces RSA key transport and ECDH in TLS, SSH, and VPNs. • Derived from CRYSTALS-Kyber • Lattice-based • Ciphertext size: 800-1,568 bytes depending on security level • ML-KEM-768 (security category 3) is the standard pick: 1,088 bytes ML-DSA (FIPS 204) - Digital signatures This is the big one. Replaces ECDSA and EdDSA. • Derived from CRYSTALS-Dilithium • Lattice-based • Signature sizes: 2,420 to 4,627 bytes • Ed25519 or Schnorr: 64 bytes • That's 38-72× bigger For Ethereum, where every tx signature goes onchain? Read about @ethereum Frame txs. SLH-DSA (FIPS 205) - Hash-based signatures Most conservative option. Security relies on hash functions, which are well understood. • Derived from SPHINCS+ • Stateless, hash-based • Signature sizes: 7,856 to 49,856 bytes • Yes, up to 50KB per signature FN-DSA (FIPS 206) - Compact signatures, but not ready yet Based on FALCON. Smaller than ML-DSA. • Expected sigs: ~1.25KB • Keys: ~1.75KB • Way better for bandwidth-constrained systems Catch: Initial Public Draft was prepared August 2025 but still stuck in NIST's publishing pipeline as of May 2026. Won't be finalized until 2027 at earliest. Also requires floating point arithmetic during signing. Implementation complexity is brutal. HQC - Second KEM option, also not ready Selected by NIST in March 2025. • Not lattice-based • Diversifies hardness assumptions • If lattice crypto somehow breaks, HQC survives Downside: larger messages, slower performance. Won't replace ML-KEM as the default. Draft standard expected ~1 year, finalisation 2027. The numbers everyone needs to know right now: ML-KEM: • ML-KEM-512: 768B ciphertext • ML-KEM-768: 1,088B ciphertext (most common) • ML-KEM-1024: 1,568B ciphertext ML-DSA: • ML-DSA-44: 2,420B sig • ML-DSA-65: 3,309B sig (most common) • ML-DSA-87: 4,627B sig SLH-DSA: • 7.8KB - 49KB depending on variant Recap: Finalised and ready: > ML-KEM (FIPS 203): ~1KB ciphertexts, handles key establishment > ML-DSA (FIPS 204): 2.4-4.6KB sigs, replaces ECDSA > SLH-DSA (FIPS 205): 7.8-50KB sigs, conservative hash-based option Still in progress: X FN-DSA (FIPS 206): ~1.25KB sigs, draft stuck, 2027 target X HQC: diversifies assumptions, 2027 target

Thank god there is no heat warning

Game is game

LMFAO

An important update from the C4 team. 🧵

SPECTER PQ Staging & Production are now LIVE. Currently, both are in sync but we are planning to launch Mainnet soon. Stay tuned.

Suggest AI courses plz