Roadmap
Forward-looking
Quarters are planning targets. Public mainnet depends on external audit completion, legal readiness, and operational maturity.
Completed
| Milestone | Status |
|---|---|
| End-to-end matching, settlement, and withdrawal lifecycle | Completed |
| Internal beta with team and close circle, live real collateral | Completed |
| Capped private beta infrastructure | Live |
TypeScript SDK publication (@sentico-labs/sdk 0.2.0) | Completed |
| Production-shape persistence with active monitoring | Completed |
| Broad HTTP order-type coverage, including conditional and algorithmic orders where enabled | Completed |
| Continuous integration with coverage gating and fuzz validation | Completed |
In progress
| Quarter | Milestone |
|---|---|
| Unannounced | Broader external beta with whitelisted users and capped TVL |
| Q4 2026 | Closed beta hardening, market-maker integrations, monitoring expansion |
| Q4 2026 to Q1 2027 | External tier-1 security audit |
| Q1 2027 | Audit findings remediation |
| H1 2027 | Public mainnet target, post-audit |
Pre-mainnet requirements
Public launch requires:
- external audit completed with all critical and high findings remediated,
- closed beta operational stability demonstrated,
- sequencer recovery procedures drilled,
- publisher key management operational,
- web application critical flows hardened,
- public status page and incident process operational,
- bug bounty live with funded reserve.
Order-type availability is lane-specific. HTTP currently exposes the broadest action surface; BSL Direct TCP, FIX 4.4, and FIXP/SBE intentionally expose smaller low-latency subsets. Consult each lane's action matrix before assuming parity.
Post-launch roadmap
- Expanded market coverage and asset support.
- Activation of the v2 fee schedule and the maker rebate pool (see Fees).
- Improved emergency withdrawal paths.
- Institutional integration surfaces such as FIX and prime brokerage tooling.
- Multi-region warm-standby and faster leader-lease failover for the single-primary sequencer.
- Decentralized-sequencing research (exploratory only; the committed architecture is single-primary deterministic matching).