You are in a market that does not let you Sell. Imagine a market that sells coffee beans, and you are one of its registered sellers. You have good beans, lower prices, better packaging, etc. But.... You are unable to sell. Why - coz buyers never see you. Why? Because in this market, buyers do not browse. Every buyer request goes through a discovery desk, and the operator sitting at that desk decides which sellers a buyer is shown. So you walk up to him and ask why you are never on that list: - You: Why do buyers never see my shop? - Operator: Because you do not rank high enough in seller's. - You: What do I need to rank higher? - Operator: Sales volume, and a list of customers who have already bought from you. - You: But I can only get those if buyers find me and buy from me first. - Operator: Correct. And buyers only find you once you rank high enough. Meanwhile, the largest coffee seller in the market has already taken that order. The buyer never saw your shop. The operator says - "not my problem" The market worked exactly as designed. Would you keep selling in that market? Would you tell another merchant to come and join you in it? That is the condition of open agentic markets today. Today, the open agentic commerce market is killing its own merchants - and hence the market itself. article below 👇

Alright frens, its official. I will be speaking at @EFDevcon On x402 agentic markets: - what's wrong with open agentic commerce - why x402 merchants are gonna die - how we can fix this see you all in Mumbai, Thanks @EFDevcon

the "tech bro" dilemma in 2026 what should I learn bro? "Learn a programming language" – which one bro "Depends. What's your goal?" – I wanna be AI-proof bro "Then start with Python" – Python is too easy bro. AI writes it better than me "Then learn Rust" – Rust is too hard bro. AI writes it anyway, what's the point "If AI writes everything, learn how AI works" – that needs math bro "Learn math" – shut d fck up bro "Fine, skip the math. Just build AI agents" – the framework I learned got deprecated last Tuesday bro "Then learn the fundamentals. Those don't get deprecated" – that takes 4 years bro "That's literally what a CS degree is for" – I have one bro. I learned Java applets "Then do a master's" – 2 more years and a loan bro "Skip college. Take online courses" – recorded three model releases ago, bro "Learn by building projects then" – what do I build bro, everything already exists "Clone something that exists" – I asked Claude to clone it. Done in 10 minutes. Learned nothing bro "Contribute to open source" – every good first issue gets claimed in 4 minutes bro "Just grind LeetCode and get a job" – Claude solves hards in 4 seconds bro "Then why do interviews still ask LeetCode" – because the interviewer grinded it in 2019 and wants revenge bro "Aim higher. Learn system design" – bro my app has 12 users "Get more users. Learn marketing" – I'm an engineer bro, I don't do marketing "Build in public then" – I have 43 followers and 38 of them are bots bro "Join a startup, learn on the job" – they want 3 years of experience for an intern role bro "Then start your own startup" – I don't have an idea bro "Build an AI wrapper" – OpenAI will ship it as a feature next week bro "Build in crypto" – crypto is dead bro "Crypto isn't dead" – my portfolio is bro "So what are you learning right now?" – watching a 3-hour video on what to learn bro

Learning never goes in vain software builders today r painfully anxious - wasting hours/weeks on “what to learn if AI can do it all” “Learning” - the act in itself is a super valuable skill. if for nothing else, learn how to learn efficiently, from first principles

your dummies guide to agentic commerce on chain

here is the current state of Agents on Ethereum A NO BS research

As a Smart Contract Engineer, Slap yourself if you cannot clearly explain at least 10 of the following: 1. EVM memory vs storage vs calldata layout 2. Storage slot packing & inheritance slot collisions 3. Transient storage (EIP-1153) use cases 4. delegatecall context preservation & storage layout traps 5. Proxy patterns: Transparent vs UUPS vs Beacon 6. Storage gaps in upgradeable contracts 7. Diamond pattern (EIP-2535) & facet selector clashes 8. Function selector collisions & 4-byte clashing attacks 9. ABI encoding vs encodePacked hash collisions 10. Checks-Effects-Interactions ordering 11. Reentrancy: single-function, cross-function, cross-contract, read-only 12. ERC-777 hooks & callback reentrancy surface 13. Gas griefing via return-bomb / unbounded returndata 14. 63/64 gas forwarding rule (EIP-150) 15. try/catch failure modes & bubbling reverts 16. Custom errors vs require strings gas trade-offs 17. SafeMath obsolescence & 0.8 overflow semantics 18. Unchecked blocks: when they're safe 19. Signed vs unsigned integer pitfalls in arithmetic 20. Fixed-point math & precision loss ordering 21. Front-running & sandwich attack mechanics 22. Commit-reveal schemes & MEV mitigation 23. Flashloan-based price oracle manipulation 24. TWAP oracles & manipulation cost analysis 25. EIP-712 typed structured signing 26. Signature malleability & ecrecover(0) handling 27. Replay protection across chains (chainId binding) 28. Permit (EIP-2612) & gasless approvals 29. Nonce management for meta-transactions 30. Account abstraction (EIP-4337) UserOp lifecycle 31. EIP-7702 set-code-for-EOA implications 32. CREATE vs CREATE2 address derivation 33. Metamorphic contracts & selfdestruct redeployment 34. selfdestruct post-Cancun (EIP-6780) semantics 35. Init-code vs runtime bytecode distinction 36. Immutable vs constant storage mechanics 37. Gas refund mechanics & SSTORE gas accounting (EIP-2929/3529) 38. Access list transactions (EIP-2930) 39. Warm vs cold storage access costs 40. Yul / inline assembly memory safety 41. Free memory pointer (0x40) discipline 42. Scratch space (0x00–0x3f) misuse 43. Bit manipulation & masking for packed structs 44. ERC-20 approve race condition 45. Fee-on-transfer & rebasing token integration breakage 46. ERC-721 safeTransfer reentrancy via onERC721Received 47. ERC-1155 batch transfer accounting 48. ERC-4626 vault inflation / donation attacks 49. First-depositor share-price manipulation 50. Rounding direction (round up vs down) in vault math 51. Pull-over-push payment patterns 52. Block.timestamp manipulation bounds 53. blockhash limitations & on-chain randomness fallacies 54. VRF integration & request-fulfill patterns 55. Merkle proof verification & second-preimage attacks 56. Bitmap-based airdrop claim tracking 57. Multicall & msg.value reuse across calls 58. Delegatecall to untrusted code 59. tx.origin phishing vector 60. Gas-efficient storage clearing for refunds 61. Packed storage write ordering for gas 62. Cross-contract call gas stipend assumptions 63. Forced ETH via selfdestruct breaking invariants 64. Initialization front-running on proxies 65. Signature replay across forks 66. L2 sequencer downtime oracle staleness 67. Optimistic rollup 7-day withdrawal mechanics 68. Blob transactions (EIP-4844) & calldata cost shifts 69. Precompiles (ecrecover, modexp, pairing checks) 70. BLS signature aggregation verification 71. Reentrancy guards vs transient storage locks And if you only know 10 — kindly return the "Senior Smart Contract Engineer" title.

use create-8004-TAP-agent to create new TAP agents or register/bind existing ones. shoutout to @VittoStack for create-8004-agents scaffold CLI tool. github.com/zaryab2000/create…

ERC-8004 gave us Trustless Agents. I built Trustless Agents Plus - TAP A solution for fragmented multi-chain ERC8004 AI Agents. With TAP, your multi-chain Agent acts like ONE. One aggregated reputation. One canonical identity. On-chain verifiable. Soulbound. Try it out 👇