Settlement,
Accelerated.
A high-performance PoW settlement network built for stablecoins, agent payments, channelized liquidity, and next-generation financial coordination.
A Base Layer Built for Next-Gen Settlement.
Discarding execution state bloat. Reshaping blockchain settlement with pure determinism and native channels.
Verifiable Order
Cryptographic proof of sequence without execution bottlenecks.
Provable Order: MMR + exec_root
Tondi does not just run a DAG — it turns DAG transaction order into a committable, verifiable, L2-consumable history interface. exec_root is derived directly from the consensus-produced accepted_tx_ids, while elog_root provides O(log n) historical inclusion proofs via an MMR accumulator.
Native Channels
Elone-based lightning rails built directly into the consensus layer.
Enshrined Elone + PTLC Channels
Tondi's scaling route is not bolt-on script assembly. Channel updates, Fund/State dual-track UTXO, PTLC, Splicing, and Channel Factory are all protocol-enshrined capabilities — enabling penalty-free state updates and composable multi-party channel topologies.
Programmable UTXO Assets
Assets that move like software. No state bloat, pure determinism.
Native Asset Logic: Ingot Protocol
Tondi is not just "able to issue assets." Ingot separates asset logic into three modes: Commit locks definitions to L1 txid, Flow pursues minimal high-frequency throughput, and Vault introduces L1 strong-consensus asset conservation with policy hooks — ideal for stablecoins, RWA, and clearing scenarios.
TONDI IN CONTEXT
A BASE LAYER FOR ORDER, ASSET LOGIC, AND NATIVE PAYMENT CHANNELS
Tondi is not "another faster chain." It is a new type of base layer built around provable order, a native asset state machine, and enshrined payment channels. The comparison below shows how Tondi's architectural choices differ from other leading networks.
| Dimension | TONDI | KASPA | SOLANA | BITCOIN | ETHEREUM L2 |
|---|---|---|---|---|---|
| Core Positioning | Settlement & execution base layer for next-gen financial infrastructure | High-throughput PoW DAG | High-performance general execution chain | Monetary base layer | General-purpose scaling execution layer |
| Consensus & Ordering | PoW DAG + Canonical Order Commitments Order reuses consensus output; no external sequencer | PoW DAG, high-throughput confirmation | PoS + high-performance parallel execution | PoW longest chain | Relies on Rollup / Sequencer ordering |
| Historical Provability | Native order commitments in header: exec_root + elog_root (MMR) O(log n) jump proofs for light clients & L2 verification | Emphasis on throughput & confirmation | Focused on execution performance | Blockchain history; limited cross-block jump proof capability | Proof mechanisms depend on specific Rollup schemes |
| State Model | Stateless UTXO + Covenants + Verifiable Order | Stateless UTXO | Account / VM | UTXO | Account + Rollup State |
| Asset & Contract Model | Ingot: Commit / Flow / Vault Native asset logic for DA, tokens, stablecoins, RWA | Limited native contract capability | General VM contracts | Minimal Script | EVM / zkVM based |
| Asset Definition Security | Commit mode required; asset definitions locked to L1 txid | Not a core focus | Managed by programs / contracts | Relies on script & external protocols | Relies on contract logic |
| Differentiation Summary | Not "a faster chain" — provable order + native asset state machine + enshrined Elone/PTLC base layer | Throughput-focused PoW | High-performance app chain | Value store & minimal settlement | Ecosystem-driven execution scaling |
The Tondi Stack
A mathematically dense architecture. From naked settlement up to agent liquidity.
04
Apps
The consumer and institutional touchpoints resting on top of programmable liquidity routes.
03
Liquidity
Native rails for channelized liquidity and dynamic UTXO state movement.
02
Execution
The computation layer, cleanly separated from settlement to prevent state bloat.
01
Settlement
The uncompromising base layer. Proof of Work, DAG mempool, and deterministic finality.
Development Roadmap
Phase 3Testnet Phase 2 & Mainnet Preparation
- Tondi Standard Proposal Drafts
- Testnet Phase 2
- Intensive testing of Ingot on devnet
- Mainnet Preparation
- RGB on Tondi (Q1 2026)
- CISA Signature Aggregation
- Intensive testing of Elone on devnet
Phase 3Testnet Phase 2 & Mainnet Preparation
- Tondi Standard Proposal Drafts
- Testnet Phase 2
- Intensive testing of Ingot on devnet
- Mainnet Preparation
- RGB on Tondi (Q1 2026)
- CISA Signature Aggregation
- Intensive testing of Elone on devnet
Phase 1Proof of Concept & Architecture Design
- RGB protocol research
- Lightning Network analysis
- GhostDAG consensus design
- Bitcoin improvement proposals (BIPs) R&D
- Tondi Architecture Design
Phase 2Tondi Frontier (Testnet)
- Kaspa Compatibility + Taproot Support
- BLAKE3 Hash Algorithm
- TSP Numbering System
- ASIC-Resistant PoW (Testnet Validation)
- Ingot Protocol Design & Initial Implementation
- Elone Protocol Design & Initial Implementation
- PTLC Contracts
- Native MuSig2
Phase 3Testnet Phase 2 & Mainnet Preparation
- Tondi Standard Proposal Drafts
- Testnet Phase 2
- Intensive testing of Ingot on devnet
- Mainnet Preparation
- RGB on Tondi (Q1 2026)
- CISA Signature Aggregation
- Intensive testing of Elone on devnet
Phase 4Mainnet Launch & Long Term Maintainance
- ELONE (Testnet Deployment, Mainnet Consideration in Phase 4)
- Elone Based Ark
- CTV Covenants & Channel Factories (Testnet Deployment, Mainnet Consideration in Phase 4)