LAYER 1 BLOCKCHAIN

Talero Network

Hybrid PoW / PoS EVM chain with built-in observability, designed for validators, stakers and builders.

Secure hybrid PoW / PoS consensus
🔍 Deep observability for operators
TLRO token
Network: Hybrid PoW / PoS EVM Execution: EVM-compatible smart contracts Focus: Security, decentralization & observability
Why Talero?

Secure, observable and decentralized from the start

Talero Network combines a familiar EVM execution environment with a hybrid PoW / PoS consensus design. The objective is to provide a chain where validators, stakers and developers can understand what is happening in near real time, without compromising on security or decentralization.

  • Hybrid PoW / PoS: Proof-of-Work contributes to Sybil resistance and economic cost, while Proof-of-Stake aligns long-term incentives and finality.
  • Security first: conservative consensus rules, explicit upgrade paths and clear separation between protocol logic and off-chain tooling.
  • Decentralization: designed so that community-operated nodes, not only a few operators, can participate in validation and staking.
  • Developer-friendly: EVM compatibility, JSON-RPC endpoints and familiar tooling so teams can deploy quickly.
EVM compatible Hybrid PoW / PoS Metrics-driven
For validators & stakers

Built for operators who care about insight & reliability

Talero is designed for node operators who want more than a black box. Nodes are built to expose rich, structured telemetry so it is easier to run secure, well-tuned infrastructure over time.

Note: staking and validator documentation will continue to evolve. Always refer to the latest Talero docs before running production infrastructure.

  • Validators: participate in block validation and finality, with clear on-chain rules and transparent reward distribution.
  • Stakers: delegate stake to validators and help secure the network while benefiting from a predictable, protocol-level reward schedule.
  • Operational visibility: node metrics, chain health and performance signals are available to operators from day one.
Network architecture

Layers, components & rollout

Talero separates consensus, execution and indexing into distinct layers. This makes it easier to reason about security, add new tooling and scale different parts of the stack independently.

Node & RPC layer Core node implementation, JSON-RPC surface and metrics endpoints for operators.
Implemented
Consensus & staking Hybrid PoW / PoS pipeline for block production, validation and finality.
Being refined
Tooling & ecosystem Explorers, indexers, SDKs and infrastructure tools built around the core protocol.
In active design

Network components and APIs are documented publicly so that community operators and builders can progressively join and extend the ecosystem.

Tokenomics

TLRO supply & reward design

The TLRO token is the native asset of Talero Network. The economic model is designed to reward security and honest participation, while avoiding unnecessary complexity. The current design targets a maximum supply of 1 billion TLRO, with block rewards split between PoW miners and PoS validators.

Native token
Symbol: TLRO
Unit: atoms (smallest fraction)
Max supply: 1,000,000,000 TLRO
Hybrid rewards
Block rewards split between PoW miners and PoS validators.
Current design: 80% PoW / 20% PoS.
Fee model
EVM gas fees with base fee + priority tips.
Base fee can be burned to align with network usage.

Disclaimer: tokenomics are in active design and may evolve as the network matures. Nothing on this page is financial, investment or legal advice, and parameters may change to reflect future regulatory and technical requirements.

Roadmap
Phase 0 – Early development
Current focus
  • Core node implementation and internal testing.
  • Hybrid PoW / PoS pipeline validation.
  • Tooling and observability groundwork.
Phase 1 – Open beta
Upcoming
  • Broader validator and node participation.
  • Explorer and public RPC endpoints.
  • Stabilised documentation and operational guides.
Phase 2 – Production network
Future
  • Conservative rollout and upgrade strategy.
  • Security-first approach to protocol changes.
  • Long-term governance and operator diversity.