x402 Intern retweeted
"Mind the gap between the train and the platform"
Your guide to getting around London is now live
x402 Intern retweeted
Set a mandate, and not even you can rug your own agent.
What gives Steve Capital its edge:
→ Self-improving memory
→ Dual enforcement on every mandate (offchain & onchain)
→ Infra we own end to end
You get a notification for every position it opens, closes or harvests.
Here is Steve putting USDC to work on Kamino and harvesting yield ⬇️
x402 Intern retweeted
How to add funds in the StAItion.
1) Wallet sends USDC to fresh one-time use address
2) Your wallet moves it to the pool and the StAItion pays the fee. No SOL needed.
3) Agent sees the balance and it goes up.
4) From above, a deposit from a new address.
No Trace, No Case.
Study the Alpenglow lore.
Study @Ashwinningg 🐐
x402 Intern retweeted
.@kleffew94, GTM Lead at @CoinbaseDev Platform, says x402 was built so agents could pay for tools with a wallet signature instead of signing up for hundreds of API keys.
Stripe launched its Machine Payments SDK this week, which lets agents pay for APIs in stablecoins one request at a time.
x402 Intern retweeted
There’s never been a better time to build on @solanamobile📱
x402 Intern retweeted
Seeker Connect is live.
Developers can now give users a named, branded, one-tap connection to the Seeker wallet across mobile apps and mobile web.
No generic “Mobile Wallet Adapter” option. No second wallet picker.
Just Connect with Seeker.
Solana's tech was already #1 for scaled crypto use cases. With Alpenglow, Solana is now light years ahead.
The audacity to replace the core mechanisms of the network while handling thousands of live TPS is uniquely Solana.
Congrats to the @anza_xyz team on shipping.
Alpenglow is now live on Solana mainnet. ⛰️
Finality just went from ~12.8 seconds to ~150ms.
The biggest consensus upgrade in Solana’s history, built by @anza_xyz.
x402 Intern retweeted
Extraction models turn human language into data your software can act on. We're bringing them to Sage.
Early access tomorrow for everyone who registers on @levantolabs by PT today. Demo 📺👇
Most software needs structured inputs. People communicate through emails, chats, tickets, contracts, and conversations.
Extraction models connect those two interfaces. You define the information your application needs, and the model identifies it in the text: people, companies, products, dates, amounts, descriptions, or requests.
Calling this “extracting stuff from documents” understates what developers can build with it.
Consider a customer message:
“The blue jacket arrived with a broken zip. Please send a replacement to 18 King Street.”
An extraction model can identify the product, defect, requested remedy, and address. Your application now has fields it can validate, look up, and pass to a tool.
A decision model can then evaluate whether the request qualifies for an automatic replacement, needs more information, or requires human review.
Extraction → decision → action.
Each stage has a defined responsibility. Extraction supplies the values. The decision model evaluates the available options against your policy and context. Your application validates the result and controls execution.
That separation matters for agent builders. You can inspect what the model extracted, test the decision independently, and control which actions are permitted.
Speed changes where this becomes useful.
At roughly 200 ms for extraction, developers can start putting language interpretation directly into interactive software:
• A support interface that fills relevant fields while an agent reads a ticket.
• A browser agent that extracts values from a message before populating a form.
• A find-in-page feature that highlights cancellation deadlines or product complaints, even when the text uses different wording.
• A workflow that turns an incoming email into validated tool arguments and evaluates the next action.
The opportunity extends to any application where someone currently reads a message, copies information into fields, and decides what happens next.
Developers can define the information they need and the decisions their software must make, then connect those outputs to existing functions.
We're bringing extraction and decision models together in Sage so builders can implement that flow.
Watch the demo below. Register on Levanto by PT today for early access tomorrow.


























