ROADMAP

Structural regime measurement for Ethereum, Polygon, Solana and Avalanche. Two-layer model — infrastructure structure versus economic demand — producing a certified, signed regime vector per chain. Four regimes: S1D1 · S1D2 · S2D1 · S2D2. Attestation v3 live.

Structural measurement extended to Arbitrum, Base and Optimism — execution profile, sequencer response, blob saturation. Cross-chain Execution Context API live: L1 regime × L2 regime × Bridge state → certified on-chain execution context.

Python SDK deployed (pip install invarians) — JavaScript integration examples available. labs.invarians.com launched — pattern observatory and agentic baseline accumulation. agentic.invarians.com deployed as a reference integration of Invarians within the Chainlink CRE stack.

L2 threshold calibration completing mid-April 2026 — Arbitrum, Base and Optimism reaching production confidence after baseline stabilization period. Bridge Phase 2C completing ~April 22 — ARB/BASE/OP bridges: first live BS2 emissions, classification moving from hardcoded nominal to calibrated operational signal.

Labs Agentic Pressure section publishing mid-April 2026 — first structured measurement of autonomous agent load deformation across chains. The baseline started now. It cannot be reconstructed later.

A Model Context Protocol server exposing Invarians execution context as a native tool — callable by autonomous agents without human middleware or SDK integration. SDK addresses developers. MCP addresses agents directly.

An agent running on Claude, GPT or Chainlink CRE can call get_execution_context() as a first-class tool in its stack — the same way it calls any other capability.

Calibration work begins on Chainlink CCIP lanes connecting the seven chains in scope. Historical lane data analysed to establish structural baselines and divergence thresholds per lane — separating nominal variance from real degradation, and identifying the causal signature of lane failures invisible to fee monitors.

EVM lanes (ETH↔ARB · ETH↔BASE · ETH↔OP · ETH↔POL · ETH↔AVAX) reach calibration confidence from historical data. ETH↔SOL observation period starts — lane live since May 2025, calibration completing Q1 2027.

Full native bridge state integration: relay latency, message backlog and failure rate — independently measured, certified, integrated into the execution context. Bridge state moves from hardcoded nominal to live operational signal: BS1 · BS2.

Solana and Avalanche structural calibration validated on internal production data — regime classification reaching full confidence on all four L1 chains. July 2026.

CCIP EVM lanes enter production: ETH↔ARB · ETH↔BASE · ETH↔OP · ETH↔POL · ETH↔AVAX — calibrated baselines, certified BS1 · BS2 per lane. ETH↔SOL observation period running.

The Invarians API continues serving off-chain agents via Python and TypeScript SDKs — existing integrations unchanged. In parallel, a Chainlink Functions layer enables genuine DON-level computation: each node independently fetches structural metrics from its own RPC endpoint and reaches consensus on the regime vector without a single computation source.

CCIP delivers the DON threshold-signed regime cross-chain — an execution context produced by decentralized consensus, verifiable on-chain at the point of execution. CRE workflows extended to mainnet with the full L1 × L2 × Bridge execution gate.

First public backtests released: calibration methodology documented and independently verifiable. The hybrid model operates both paths simultaneously — API for agents, DON consensus for smart contracts.

Invarians begins observing Chainlink CCIP operational state as a certified bridge signal — message latency, backlog, and RMN lane status. A paused CCIP lane is a direct BS2 trigger, invisible to any fee monitor.

This unlocks a unified cross-chain composite context across two patterns: L1×L1 — (SxDx)_ETH × (SxDx)_SOL × BSx_CCIP, the structural regime of two L1 chains crossed with the operational state of the bridge connecting them; and L1×L2 — (SxDx)_ETH × (SxDx)_ARB/BASE/OP × BSx_CCIP, extending existing rollup coverage to CCIP-grade bridge certification.

Designed for A2A agent coordination: Agent A passes a certified composite context to Agent B before any cross-chain action. Both agents operate on the same independently verifiable ground truth — no trust required between them. API and SDK unified: get_execution_context(from, to, bridge="ccip") — L1 or L2 destination, same interface.

EVM lanes production-ready at launch. ETH↔SOL activates with observation-phase certification — calibration completing Q1 2027 as the lane accumulates sufficient structural history.

Invarians publishes updated structural baselines on every computation cycle — the quantified reference of nominal behaviour for each chain. Independent nodes receive these baselines, compute their own invariants directly from raw RPC data, and submit their regime classification. Nodes whose output matches consensus earn token rewards. Stake is required to participate.

Invarians retains the methodology, the historical baseline, and the role of reference publisher. The computation — and with it the trust — becomes distributed. Regime classifications are no longer certified by a single server. They are verified by an independent network against the same source data, each node signing its output with a registered Ed25519 key.

Calibration stops being a private asset. It becomes a public good, reproducible and verifiable by any participant.