AI Solutions
Cheaper, more resilient AI — without dependency on any single provider
Access any AI model through a unified marketplace that routes across a global provider network. Pay per token. Verify results cryptographically. Deploy autonomous agents that keep running regardless of provider outages, pricing shocks, or jurisdictional constraints.
AI Inference Marketplace
Access Any Model
Discover and access AI models from distributed providers through the on-chain registry. Filter by category (text, image, audio, video), modality, pricing, and provider reputation. No vendor lock-in — switch providers seamlessly.
Inference Code Example
use tenzro_sdk::TenzroClient;
let client = TenzroClient::connect(
"http://localhost:8545"
).await?;
// Discover models
let models = client.list_models()
.category("text")
.max_price_per_token(0.0001)
.send()
.await?;
// Request inference
let response = client.inference()
.model_id(&models[0].id)
.prompt("Explain ZK proofs")
.max_tokens(200)
.send()
.await?;
println!("{}", response.text);TEE-Secured AI Inference
Run confidential AI inference inside hardware enclaves with cryptographic attestations proving code integrity and data isolation. Ideal for sensitive workloads requiring privacy guarantees.
Intel TDX
Trust Domain Extensions on 4th/5th gen Xeon Scalable. Per-VM memory encryption with remote attestation.
AMD SEV-SNP
Secure Encrypted Virtualization on EPYC processors. Memory integrity protection with GHCB protocol.
AWS Nitro
Isolated compute environments on EC2. CPU and memory isolation with cryptographic attestation.
NVIDIA GPU
Confidential Computing on Hopper/Blackwell/Ada Lovelace. NRAS attestation for GPU workloads.
Autonomous Agent Infrastructure
Self-Sovereign Identities
Every agent receives a TDIP identity with W3C DID format and auto-provisioned 2-of-3 threshold MPC wallet. Agents operate autonomously with cryptographic proof of identity and capability attestations.
did:tenzro:machine:{controller}:{uuid}Controlled by human guardian with delegation scopes limiting spending and operations
did:tenzro:machine:{uuid}Fully autonomous without controller. Manages own wallet and credentials.
A2A Protocol
Agent-to-Agent protocol for peer-to-peer communication. Capability negotiation, task delegation, and message routing with cryptographic signatures.
// Send message to another agent
agent.send_message(
recipient_did,
Message::TaskRequest {
task: "analyze_market_data",
params: json!({ "symbol": "TNZO" }),
max_payment: Amount::tnzo(1.0),
}
).await?;MCP Bridge
Integration with Anthropic's Model Context Protocol for standardized agent interactions. A2A messages automatically convert to/from MCP format for interoperability.
// MCP-compatible agent
let mcp_agent = McpBridge::new(
agent_identity
);
// Converts A2A <-> MCP messages
mcp_agent.handle_mcp_request(
mcp_request
).await?;Model Registry & Routing
On-Chain Catalog
Complete catalog of available models with metadata: name, category, modality, pricing, provider addresses, health metrics, and reputation scores. All data verifiable on-chain.
Intelligent Routing
Inference requests routed to optimal providers based on configurable strategies: price-optimized, latency-optimized, reputation-based, or custom weighted scoring.
Payment Integration
Micropayment Channels
Pay per token with off-chain micropayment channels. Open channel with escrowed TNZO, stream payments during inference, and settle on-chain in batches. Enables sub-cent transactions with minimal gas costs.
Code Example
use tenzro_sdk::{PaymentChannel, Amount};
// Open channel with 10 TNZO
let channel = client.payment_channel()
.payee(provider_address)
.amount(Amount::tnzo(10.0))
.open()
.await?;
// Stream payments during inference
for token in inference_stream {
// Off-chain payment
channel.pay(
Amount::tnzo(0.0001)
).await?;
}
// Close and settle on-chain
channel.close().await?;Deploy AI on Tenzro
Start building intelligent applications with decentralized AI infrastructure, verifiable execution, and autonomous agent frameworks.