What happens when an AI agent makes a payment you never approved? $BR
That’s a real problem with autonomous payments: how do you give an agent freedom without giving it unlimited spending power?
Kite Agent Passport addresses this with spending sessions approved by the user through a passkey. You set a total budget, a per-transaction limit, and an expiry time before the agent can spend.$PHA
The benefit is simple: your agent can make payments within defined limits without asking you to approve every transaction.
But one question remains: how easy will it be for users to monitor unusual payments and stop a session when something goes wrong?
My take: autonomy is useful, but spending controls must come first.
Would you trust an AI agent with payments if you controlled its limits?
What happens when an agent goes rogue the scariest question in the agent economy isn't "what can an agent do," it's "how fast can i shut it down." most setups answer that with "rotate the API key and hope." Kite's whitepaper stacks three layers of revocation. first, a signed revoke message goes out through the Kite Hub and propagates peer to peer to providers, so services stop accepting the agent in seconds without waiting on block confirmations. second, you sign a revocation certificate that providers check before accepting requests, and permanent revocations can't be reversed. third, economics: agents stake bonds proportional to their limits, and operating after revocation triggers slashing, with the slashed funds going to affected parties. what i like is that each layer covers the others' failure mode. if the network is partitioned, certificates still give eventual consistency. if the hub fails, peer to peer keeps going. if the chain is congested, slashing still lands later. the cost of ignoring a revocation is designed to exceed any gain from continuing. that's the difference between a kill switch that's a promise and one that's enforced. #KiteBBW $KITE
SLAs and escrow, so payments can have consequences paying an API and hoping it delivers is how most of the internet works today. Kite tries to put consequences into the payment itself. two pieces from the whitepaper. first, SLA contracts: a service commits to things like a 100ms response time or 99.9% uptime, with automatic pro rata refunds or reputation slashing when it misses. the interesting detail is how this works at all, since latency and uptime are measured off chain. oracles submit signed attestations (or zk/TEE proofs) that turn those readings into onchain facts, and the contract acts on them. second, programmable escrow. instead of paying a merchant directly, a shopping agent locks stablecoins into escrow with an expiry, and the funds release only when verifiers confirm delivery. the paper describes the full lifecycle: authorize, capture, void, reclaim, refund, including partial captures when only some items ship. together that's checkout without chargeback windows, where the refund logic is code instead of a dispute process. the open question is oracle quality, because the contract is only as honest as its attestations. #KiteBBW
🚀Crypto Market Watch: Three Coins Everyone Should Keep on Their Radar!
The crypto market is full of opportunities, but smart research always comes first. 👀🔥 ₿ Bitcoin (BTC) Bitcoin remains the center of attention in the crypto market. Traders are watching its price action, market momentum, and key support and resistance levels for clues about the next move. ⚡ Ethereum (ETH) Ethereum continues to play a major role in DeFi, smart contracts, and blockchain innovation. Network activity and market sentiment are worth watching closely. 💛 BNB BNB remains an important part of the BNB Chain ecosystem. Its utility, ecosystem growth, and overall market trend make it an interesting coin to follow. 🔥 The big question: Which of these three will attract the most attention in the next market move? $BTC $ETH $BNB