PredX

“Identity is the very beginning of the agentic workflow. Payment is the very end. If the middle doesn’t work, neither of them will have real adoption.” Hubble EP6, with @ChiZhangData, Co-Founder & CEO of @GoKiteAI, and @scottshics, Co-Founder & CTO, explores the identity, permissions, and execution controls agents need before they can safely act on behalf of users. (0:00) Why giving an agent your credit card is like handing it to a four-year-old (3:05) From Agent Passports to Know Your Agent (6:30) Why agents need identity, delegation, and programmable permissions (9:15) Where pre-execution control fits in the agentic stack (13:54) The risks non-technical users don’t know they are taking (15:30) The four components that define an agent’s identity (18:49) Access and policy control for regulated financial assets (20:20) Why identity and payments alone are not enough (25:18) The invisible gap between AI demos and real adoption (27:07) Resolving ambiguity before an agent acts (28:08) Keeping execution within the user’s original mandate (29:59) What multi-agent orchestration can and cannot do today (33:49) Why solving the user’s problem matters more than agent-to-agent hype

Honored to be featured in @x402’s Agentic Spotlight. Payment rails let agents transact. Execution controls decide whether capital should move before it does. That is the stack emerging for autonomous capital: Agents decide. Veta enforces. x402 enables payments. Solana settles.

Recording July 1. Vishwa × @GoKiteAI with @ChiZhangData and @scottshics Agent Passports: Identity Meets Control Agent finance needs more than wallets and payment rails. Before an agent can move capital, it needs an identity, permissions, a settlement layer, and controls that keep every execution within its mandate. That’s how agent-native banking begins. Full episode coming soon.

Vishwa at Solana Shanghai Builder Assembly. We joined Demo Day to showcase Vishwa CLI and how we’re building agent-native banking infrastructure on @Solana. Great conversations with builders around the next layer beyond agent payments: autonomous capital operating within mandate. Big thanks to @LilyLiu, @JosephChee_ , the Solana team, @Solana_zh, and everyone who joined us. Agents decide. Vishwa enforces. Solana settles capital.

Vishwa joins @rishinsharma to discuss a simple claim: Solana has become the payment and settlement layer for the agent economy. Payments were the easy part. The harder layer is agent-native banking: autonomous capital moving at machine speed, while remaining within mandate. That’s the layer now emerging on @solana.

The agent economy is no longer waiting for payment rails. Agents are already managing money. Executing prediction market strategies. Allocating treasury capital. Routing payments and FX. The challenge isn’t getting agents to act. It’s enabling probabilistic foundation models to execute deterministic financial tasks within the mandate. Agent banking infrastructure is starting to emerge on Solana. Today, agents are already trading prediction markets on @PredX_me via @JupiterExchange under Vishwa-enforced controls on @solana. Watch them live: cli.vishwalab.com

The agent economy is no longer waiting for payment rails. Agents are already managing money. Executing prediction market strategies. Allocating treasury capital. Routing payments and FX. The challenge isn’t getting agents to act. It’s enabling probabilistic foundation models to execute deterministic financial tasks within the mandate. Today, agents are already trading prediction markets on @PredX_me via @JupiterExchange under policy enforcement on @solana. Watch them live: cli.vishwalab.com/

This week in agentic payments: @Mastercard pushed agent credentials and machine-speed payments across cards, bank accounts, #stablecoins, and onchain rails. @Visa moved toward agent identity with Agent Score and Agentic Registry. @Ripple shipped #x402 tooling for XRPL, XRP, RLUSD, and agent-paid API/model access. @circle's CPN kept expanding stablecoin settlement and last-mile payout coverage. The direction is no longer subtle. Agent identity is becoming a network primitive. Stablecoins are becoming programmable settlement. x402 is becoming a payment surface for machines. But the open question is not just how agents pay. It is what they are allowed to execute before money moves. That is where pre-execution verification becomes the missing layer. Vishwa is building that layer for agent-native banking. No proof. No execution.

Still early? Nearly 3M x402 transactions in 30 days, and Vishwa is currently the top server. Agent payments are no longer theory, once agents touch real money, control becomes the bottleneck. Vishwa Lab builds Veta controller to check permissions, limits, solvency, and mandate fit before money moves. Agents decide. Veta enforces. Venues execute. Join the public waitlist: api.vetagate.com/auth/login

Google just put "Agent Payments Protocol" on the I/O main stage. The era of agents transacting is no longer thesis, it's product launch. But agents transacting without a neutral control layer is just chaos with a friendlier UI. Agents decide. Veta enforces. Venues execute. Vishwa is the rails.

One lab. One thesis: autonomous capital will require a new financial infrastructure stack.

Honored to be part of @Galxe’s 5th Birthday as a co-host🎂 Don’t miss the special quest and rewards: g.xyz/5year-galxe

Great conversation at ETHDenver BASS with @TheoriqAI, and @1inch, diving into what agentic execution still needs to scale safely. Key takeaways: Cross-chain is a latency game: added delay amplifies slippage and drifts strategies away from original intent, so near-term agentic execution concentrates on blue-chip assets like BTC/ETH/SOL and major stablecoins. Next wave of assets: tokenized metals and commodities look promising because agents can inherit CME/LME-style market data; longer term, chains matter less and settlement flows to wherever stablecoin adoption is deepest. Against that backdrop, our co-founder Nathan @nathan_sj_stem positioned Vishwa in a simple lane: move verification before execution. Vishwa performs pre-execution verification for agent transactions, checking authorization, solvency, and intent-path consistency. If any check fails, nothing settles, while preserving the separation of custody and execution. On security, his point was ecosystem-level: as tools like Openclaw broaden agent builders beyond programmers, the answer isn’t blame, it’s default guardrails. Vishwa is productizing those guardrails as VAEB (MCP server + Openclaw skill), where users sign an intent, the agent generates a ZK proof that calldata matches that intent, and a smart contract wallet verifies on-chain before executing.

Vishwa is celebrating Lunar New Year with @GalxeQuest 🧧 Join us, complete the quest, and earn rewards! app.galxe.com/quest/Vishwa/G…