Grimnote

Founder @PrivaraXYZ · @ReineiraOS
Finance. Software. Building.

[Grimnote @DeGrimnote]

@jonbeckman yeah, it based on lib, powered by agents to setup and build fast as you wish

[Grimnote @DeGrimnote]

Built a thing: deck-forge

Generate presentations straight from Claude Code or Cursor.

No more leaving your dev environment to make slides.

https://t.co/AG1x5hg18J

[Grimnote @DeGrimnote]

@ReineiraOS Keep building economy for humans and agents, powered by x402

[ReineiraOS @ReineiraOS]

The agentic economy won’t run on public-by-default rails.

We won the Agentic Category with confidential stablecoin infrastructure on @arbitrum.

See you in London.

[Grimnote @DeGrimnote]

@ReineiraOS @arbitrum Keep building programmable economy for agents.

[Grimnote @DeGrimnote]

@ReineiraOS Scaling agentic economy.

[Grimnote @DeGrimnote]

@ReineiraOS Agentic finance, keep building.

[Grimnote @DeGrimnote]

Now it’s easy to manage your Telegram subscribers and keep it confidential.

[PrivaraXYZ @PrivaraXYZ]

You don't need a full-time admin to run paid Telegram subscriptions.

Set a price. Share your bot. Let members pay. Grant access. Send renewal reminders. Remove expired subscribers.

Telegram subscriptions, managed by a Privara AI agent.

[Grimnote @DeGrimnote]

@ReineiraOS stay encrypted.

[Grimnote @DeGrimnote]

@PrivaraXYZ we keep building.

[Grimnote @DeGrimnote]

@ReineiraOS Programmable money coded. Keep building.

[PrivaraXYZ @PrivaraXYZ]

If your product is privacy, your checkout page is leaking your biggest secret.

You sell trust. Whether it’s a VPN, a proxy network, or a DePIN service, people pay you for one core reason: they don't want to be watched, profiled, or tracked.

But the moment they hit checkout? The promise quietly breaks.

Here is why Web3’s privacy stack has a massive financial blindspot—and how we are fixing it.

The Customer Paradox

To buy privacy, your users have to give it up.

• Legacy Rails: Card payments hand their identity to a processor forever. Bank transfers paste their real name right next to yours.

• Public Crypto: The exact workaround your users reach for actually leaks the most data. Every transaction on a public ledger leaves a permanent trail of wallet addresses, exact amounts, and precise timestamps for anyone to see.

Your customers come to you to disappear, but the payment rail forces them to leave a footprint.

The Business Leak

The problem is just as brutal on your side of the ledger.

If you run a DePIN network or a proxy provider, you are paying thousands of supply-side operators for bandwidth, storage, or compute. If you settle those payouts on a public chain, you are broadcasting your entire corporate blueprint to your competitors.

Every time you pay your node runners, you publish:

• Your entire supplier list
• Your exact payout sizes
• Your operational margins
• The true scale of your network

Your competitive moat shouldn't be public domain.

Enter Privara: Privacy Down to the Pennies

Privara closes this gap. It lets you extend the exact same privacy guarantee you sell all the way down to the money.

Built on Arbitrum and powered by Fhenix, Privara introduces a confidential financial rail built for scale.

• Encrypted by Default
Using Fully Homomorphic Encryption (FHE) via Fhenix, transaction amounts, balances, and counterparties are entirely encrypted on-chain. Customers pay securely, and your books stay yours.

• Confidential Supply Chains
Settle payouts with operators and bandwidth suppliers in confidential stablecoins. Your infrastructure relationships stay hidden from rivals.

• Trustless Escrow
Hold funds in smart contracts and release them only when work is verified (uptime met, data delivered, or an attestation signed). No middlemen, no master admin keys, and no freeze risk.

• Compliant, Not Cloaked
Confidentiality isn't the same as a mixer. Privara screens for sanctions, and the encryption is selective—private to the public, but safely disclosable to regulators if required by law.

The Integration: Built Like Stripe

You don't need a PhD in cryptography to use this.

Privara’s SDK is built to mimic the simplicity of Stripe. With a few clean API calls, you can bill a customer, route a payment, or trigger an operator payout.

Under the hood, Privara leverages ZeroDev smart accounts to handle the heavy lifting—automatically routing and settling stablecoins (like USDC) from whichever chain your customer or operator prefers to use. No manual wallet babysitting required.

The Bottom Line

If your product is privacy, your payment rail shouldn't be the one place it leaks. The trust you promise your clients should hold true from the moment they land on your site, to the moment they pay, to the moment you reward the node runners keeping your network alive.

Privara is live on testnet right now. Mainnet arrives July 2026.

Sell privacy. Bill for it privately.

Explore the tech stack: https://t.co/EpFdZLdj0S

[Grimnote @DeGrimnote]

@adelbucetta @ReineiraOS @PRivara Valid point on decryption risks, @adelbucetta.

That’s why we use FHE to enable computations on encrypted data and ZK proofs attached to each transaction to reveal and prove outcomes without ever decrypting it.

Open to discussing the full threat model anytime!

[Grimnote @DeGrimnote]

@PrivaraXYZ Privacy in action.

[Arbitrum @arbitrum]

Focus less on what the programmable economy can do today.

Focus more on what becomes possible tomorrow.

[ReineiraOS @ReineiraOS]

Why we built ReineiraOS.

Bitcoin and Ethereum gave money its TCP — a reliable settlement transport. Blocks confirm, funds move, you can build on top.

But that's all they give you: the ability to transfer.

They don't guarantee that the goods arrived. They don't protect you when something goes wrong. They don't encrypt what you bought, or from whom. The blockchain confirms the funds moved. It doesn't confirm the goods did.

That's roughly 1983 for the internet. The pipes work. But the pipes alone never made commerce possible.

The internet got two more layers.

HTTP gave any application a common way to talk to any other application. HTTPS added encryption, identity, and trust by default. Once those three layers existed, online commerce wasn't a product anymore. It was a substrate. Anyone could build on it.

For money, that application layer doesn't exist yet.

We have settlement. We have a hundred bespoke payment products. What we don't have is a confidential, conditional, composable application standard any team can build on without rolling their own cryptography.

Two open standards just emerged for parts of this picture:

x402 (Coinbase) lets agents pay HTTP APIs a cent — right shape for micropayments, narrow scope.

MPP (Stripe's Machine Payments Protocol) extends that to agent-to-business transactions. Shared Payment Tokens, microtransactions, fiat and stablecoin support. Open standard with a Stripe-operated reference implementation.

We respect both. They're right about what they cover.

What neither covers: encrypted state, conditional release with cryptographic verification, protocol-native insurance, permissionless operators. x402 stops at simple-pay-and-go. MPP runs on Stripe-owned rails — the standard travels, the infrastructure doesn't.

ReineiraOS coexists with both. x402-adapter inside RSS. MPP-settlement when conditional release matters. Built for the cases where the rails themselves need to be encrypted, conditional, and forkable end-to-end.

ReineiraOS is that missing application layer.

HTTPS for money.

• Encrypted state — HTTPS encrypted the transport; we encrypt the balance, condition, and outcome on-chain by default
• Conditional release — HTTP gave us request/response; we give you "release when this proof verifies," with pluggable verifiers
• Protocol-native insurance — outcome-coverage as a primitive, not a bolt-on bought separately
• Permissionless operators — HTTP let anyone host; we let anyone relay, bonded and slashable

Built on @arbitrum with FHE via @Fhenix CoFHE.

And — most importantly — the standard ships separately from the implementation. RSS is OSI-aligned, MIT/Apache-2.0, free. The reference implementation charges 25 bps for the audited path. Like TLS vs Cloudflare. Like ERC-20 vs USDC.

That's the layering the internet has used for 30 years to make application-layer innovation compound. We're applying it to money.

Testnet day: June 2026.

If you've been building something where the buyer, the amount, and the release condition all need to stay private — what would your application look like if encrypted-conditional-settlement was just there, like HTTPS?

https://t.co/OqiFo7EtAw

[Grimnote @DeGrimnote]

@capital_3x @yzilabs @ReineiraOS coded.

[Grimnote @DeGrimnote]

Join AMA!

[House of Chimera @HouseofChimera]

Who will own the infrastructure layer powering AI?

Joining us June 22, 4:10 PM UTC will be:
🔹 Alexander Nagaikin from @ReineiraOS
🔸 @bcvchris from @agenticscredit
🔹 @joaopdgarcia from @cartesiproject
🔸 @ssmccul from @USDai_Official
🔹 @Swagtimus from @arbitrum (Host)

RSVP: https://t.co/rXVngzT8FV

[Grimnote @DeGrimnote]

@_CryptoNotes_ @ReineiraOS @fhenix Yep!

[Grimnote @DeGrimnote]

@ReineiraOS Redefining on-chain settlements!