Layer 1 blockchain
Talero Network

Quantum-resistant hybrid PoW / PoS EVM Layer 1 for production operators and builders.

Talero Network combines hybrid consensus with hybrid transaction signing (ECDSA + ML-DSA-65) and EVM compatibility. Build with familiar tooling, operate with measurable security posture, and monitor everything from day one.

Quantum-resistant signing ready
🔍 RPC + metrics + health by default
⚡ EVM-compatible developer workflows
TLRO
Read documentation Block explorer Public RPC Wallet Pool
Consensus: Hybrid PoW / PoS Transaction security: ECDSA + ML-DSA-65 Operators: metrics, logs & health signals
Why Talero

Quantum-resistant security, decentralization and clarity

Talero Network is built to be understandable and operable. Nodes expose a rich RPC and observability surface, while transaction admission supports a quantum-resistant path based on hybrid signatures.

  • Hybrid PoW / PoS: PoW adds economic cost and Sybil resistance; PoS finality mechanisms improve chain safety.
  • Operator-first visibility: metrics and endpoints from day one to support professional deployments.
  • EVM compatibility: standard developer flows with familiar tools and integrations.
  • Quantum-resistant posture: ML-DSA-65 support with policy-driven enforcement in transaction flow.
EVM compatible Hybrid consensus Quantum-resistant
Get started

Build, use or operate — choose your path

Talero provides clear entry points for builders, operators and community participants.

Builders Deploy EVM smart contracts and integrate with familiar JSON-RPC.
Operators Run nodes with metrics, health checks and structured endpoints.
Users / Community Access wallet services and bootstrap with faucet tooling for integration and testing.

Prefer a quick check? Visit the public endpoints and verify availability and metrics directly.

Current features

What is live today

Talero already exposes production node capabilities for builders and operators. The node implementation includes RPC, observability, hybrid consensus and PQ-ready transaction flow.

  • Public RPC: Ethereum-compatible methods plus Talero operational methods.
  • Hybrid transaction signing: talero_txCapabilities, talero_txSchema, talero_txSigningHash and preview verification endpoints.
  • Quantum-resistant path: ML-DSA-65 support with policy-controlled PQ requirements at admission time.
  • Operator observability: metrics for RPC, sync, P2P, reorg and finality lag.
  • Consensus services: hybrid PoW mining RPC and PoS/BFT status/slashing policy endpoints.
curl -I https://talero.info curl -s https://talero.info | head curl -s -X POST https://rpc.talero.info/rpc \ -H 'Content-Type: application/json' \ -d '{"jsonrpc":"2.0","method":"eth_chainId","params":[],"id":1}'
Future features

What is planned next

Delivery is staged across already shipped capabilities, active hardening work, and next milestones.

  • Already shipped: hybrid transaction signing APIs, ML-DSA-65 PQ path, REVM integration path, and reorg/finality observability.
  • In progress: broader PQ coverage in tooling flows, deeper EVM compatibility alignment, and PoS/BFT production hardening.
  • Next: stronger replay/reorg operational guardrails and expanded ecosystem APIs for indexer/analytics consumers.
Roadmap updates in docs Operator-first reliability Security-focused releases

Implementation order may evolve based on network safety and operational priorities.