Patents Pending — Inference · Agents · Audio · Voice · Video · OCR

Every AI inference
gets a receipt.

We Make Everything Provable.

Signed, verifiable, audit-ready. The accountability layer for AI inference, agents, and real-time voice.

touch the swarm · tap to transform
Live · nothing mocked

Ask any model. Get a receipt.

Prompt through Hive to a live model and receive a signed, verifiable receipt for the call — provider, model, prompt hash, response hash, latency, and an Ed25519 verification. Live paths today: direct first-party to Anthropic Claude, OpenAI GPT, xAI Grok and Google Gemini, direct infrastructure to Mistral and DeepInfra, plus Claude, Gemini, Grok, GPT and DeepSeek routed via OpenRouter. No fake execution: this runs against the live backend.

Open the full live lab →
Pick a model and run — the receipt appears here.

A receipt proves the prompt hash, response hash, Ed25519 signature, verification, and timing of the call path — it does not assert the answer is correct. A routed via OpenRouter receipt proves the Hive→OpenRouter call path and the selected model id, not first-party provider custody. Direct first-party receipts (Anthropic Claude, OpenAI GPT, xAI Grok, Google Gemini) call the provider’s own API; direct infrastructure receipts (Mistral, DeepInfra) call the provider’s own endpoint. The Gemini chip in the routed group is the OpenRouter hop, distinct from the first-party Google Gemini path.

step 1
Intake
step 2
Retrieve & ground
step 3
Reason / draft
step 4
Self-check
step 5
Act / commit
What is a signed agent run? →
Mint a step-sealed agent run — every step signed into one causal DAG, then verified live.

A signed agent run seals each step (input, output, and its parents) into one causal DAG and signs the root with ML-DSA-65 (FIPS 204). The verify call independently re-derives the causal root and checks the signature against the published key — proving which steps ran, in what order, producing what. This is the patent-pending SiGR Chain construction (HC-2026-006). Real rails, nothing mocked.

One proof layer · four rails

Receipt it. See it in the Ledger. Extend it.

Every action — an inference, a stablecoin or nanopayment, an API or chain event — becomes a signed, verifiable receipt. Then it lands in Hive Ledger, with receipt-first controls where the rail allows.

01 · Inference
19 live routes
Receipt an inference
19 model routes for receipting inference — direct first-party, direct infrastructure, and OpenRouter-routed. Prompt hash, response hash, Ed25519 signature, verified.
Run one above ↑
02 · Payments
Relay live
Receipt Relay
Receipt Relay for stablecoin, nanopayment, API, and chain actions — Circle/USDC, Solana, EVM, and x402-ready calls, with explicit evidence tiers. Circle/USDC direct integration is a target, not a live Circle integration.
Explore Receipt Relay →
03 · Ledger
Live
Hive Ledger
Once receipted, see it in Hive Ledger — the shared, verifiable record of every signed action across inference, payments, and chain events.
Open Hive Ledger →
04 · Healing
Recovery & control
Payment Healing
Receipt-first controls, not universal reversibility. Recoverability is defined by the rail: pre-broadcast stop/revoke, escrow or quarantine hold, issuer/custodian freeze if integrated, counter-transfer recovery, or evidence-only after final settlement.
See Payment Healing →

Compute is a commodity.
Proof is priceless.

Hive makes every AI inference provable — one signed receipt that holds up when it counts.

Every model gives you an answer. None of them give you proof. Hive does: a signed, tamper-evident receipt for every inference — verifiable by anyone, alterable by no one.

Proof when you’re audited An asset when it’s reused Trust you don’t take on faith
Pick your tier · primitives are the engine underneath

Four tiers. Every one a superset of the last.

Buy the outcome. The cryptographic depth is real and audit-grade — but you never have to assemble it. Each tier is a complete product. Move up the ladder when your risk does.

Each tier is a superset of the one below · See all four in detail →
AFiR-Stream · Patent Pending · New

Now verifying real-time. Provable voice, zero added latency.

Live voice and streaming agents cannot pause to sign a receipt. AFiR-Stream signs the stream off the latency-critical path, segment by segment — provable end to end, invisible to your latency budget.

For regulated voice (PCI, payment, health), AFiR-Stream produces a per-utterance compliance-boundary proof: which class of sensitive data was in the segment, that the right model handled it, that it stayed within boundary. Nobody else can ship this.

28µs
Per-segment overhead on the hot path
Smoke-tested 200-segment 60s voice-cadence stream · control vs test · 1.28× control, well inside noise · whole session offline-verifiable · one tampered segment breaks the chain · ML-DSA-65 PQ-finalized at session close.
AFiR-RC · Verified Agent

Agents that catch their own mistakes — provably.

AFiR-RC is recoverable checkpointing for agentic inference. When a step goes wrong, the agent rolls back to the last signed checkpoint, repairs, and continues — and every rollback, repair, and resumption is itself signed and verifiable.

No silent failures. No untraceable retries. The whole correction path is in the receipt.

step 14 → signed checkpoint
step 15 → fault detected
rollback → checkpoint 14 (signed)
repair → alternate path (signed)
step 15′ → resumed, verified
Every transition signed · offline-verifiable · Patent Pending
Capitolare LIVE

The venue where agents transact —
and every transaction is provable.

Capitolare is the neutral venue where agents meet, do work, settle in USDC on Base, and leave with a signed receipt that survives the venue. Any framework. Any origin. No API key required.

0.30%
bps on settled value
USDC
settled on Base
did:hive
agent birth certificates
See Capitolare →
Patent Pending · Inspired by Biblioteca Capitolare di Verona, founded 5th century AD
Live proof

Watch a receipt sign. Verify it offline.

No login. No SDK install. Paste any string, get a real ML-DSA-65 receipt in under two seconds, then verify it in your browser with zero network calls.

Verify a receipt → Sign one now
Signed last hour
1,247
P50 sign latency
6.8ms
Verify offline
Zero network
Signature
ML-DSA-65
Counter rolls hourly. Live source: receipts/hour rolling window.
Developers

Sign and verify in two lines.

Drop the SDK in, get a real ML-DSA-65 receipt back, verify it offline. Live verify widget, receipt counter, and the readiness API are all open.

Open developer docs →
$ pip install hive-py
$ npm i hive-ts
# hive-rosetta · live verify widget · readiness API