TEST

Calibration in progress · L1 chains live · L2 validated

Status · early access

Invarians is in early access. The SDK on PyPI is Alpha (pip install invarians, breaking changes possible across minor versions). The signing pipeline runs on a single node with HMAC-SHA256, on-chain anchor reserved for May 2026 deployment. SLA is best-effort until Phase 02 (hybrid model on Chainlink Functions DON, Q3-Q4 2026).

The instrument measures and certifies blockchain execution conditions in real time across L1 chains and L2 rollups, continuously. Each chain undergoes independent validation against known historical events before being considered production-ready.

Developers can test the API freely. The data is real, the signal is live. Use it to build and evaluate. Production institutional settlement is a Phase 02-03 target, not appropriate for today's centralized pipeline.

Calibration Status by Chain

Chain	Layer	Estimated Reliability	Status
Ethereum	L1	~99%	Validated
Solana	L1	Structural (τ) validated · Execution profile (π) pending, ~90% overall	Partial
Polygon	L1	~95%, backtested on 4 historical events (TPR 100%, FPR 14.57%)	Validated
Avalanche	L1	~80%, internal data only · no public validation dataset available	In calibration
Arbitrum · Base · Optimism	L2	Execution profile calibrated (statistical v3, 30 days) · event-detection pending (Phase D, Q2-Q3 2026)	Validated

Reliability estimates reflect the instrument's expected precision under normal operating conditions, the probability that a declared regime corresponds to the actual infrastructure regime. These figures are updated as calibration progresses. Ethereum is the reference chain. Solana execution profile (π) and Avalanche thresholds are pending external validation, treat those signals as indicative until updated.

Bridges in Panel (since P2, 2026-04-20)

Family	Count	Signals	Status
Circle CCTP	10 routes	Per-message capture with Circle ECDSA signature (`crypto.anchor: circle_ecdsa`), independently verifiable against Circle's published attester public key. Real per-message latency P90/P99.	per_message_attested
Chainlink CCIP	10 lanes	Per-message capture via bytes32 `messageId` matching (source send ↔ destination execute). Real send-to-execute latency P90. RMN cursed override remains absolute. `crypto.anchor` is `null` today.	per_message_attested

Bridge classification scope: variable-latency surfaces only (Chainlink CCIP, Circle CCTP). All 20 lanes present in panel.bridges[]. CCTP entries expose state:"BS1"|"BS2" with calibrated:true (preliminary, confidence LOW). CCIP entries expose raw signals with state:null and calibrated:false. Safety overrides (RMN cursed, Iris down) fire independently of calibration.

Developer

Test Access

Free during calibration period, no payment required

Dashboard, no key required
API · 20 requests / day
4 L1 chains: ETH · POL · SOL · AVAX (SOL/AVAX calibrated July 2026)
3 L2 chains: ARB · BASE · OP (validated)
12 signed regime codes per chain on L1 and L2 (S1, S2+, S2- × D1, D2+, D2-, D2±)
Axis-grouped panel: structural (rhythm · continuity · beacon_participation on ETH · sequencer_publish_latency on L2) and demand (sigma · size · tx · complexity · gas_complexity on L2) per chain
Delta: per-metric shift + composite drift per axis (Primitive 3)
HMAC-SHA256 attestation, independently verifiable

GET TEST ACCESS

Design Partner

Waitlist

Co-development tier for DeFi risk teams, DAO treasury operators, intent solvers, and Chainlink CRE integrators. Capped to 10 partners until Phase 02.

Higher rate limit on the V2 panel and verify endpoints
Direct line to the maintainer for integration and feedback
Influence on the Phase 02 hybrid model spec (DON computation surface, attestation format)
Methodology deep dive sessions with reproducibility kit walkthrough
Co-developed pricing once usage patterns are understood
Suitable for production-adjacent integrations: risk dashboards, treasury rebalancing, intent fill gating

JOIN THE WAITLIST

Enterprise

Custom

Custom deployment is available. Pricing will be defined when global calibration is complete and Phase 02 hybrid attestation ships.

On-premise or dedicated infrastructure
Direct node ingestion
Chain focus, depth over breadth
Custom coverage and routing
Continuity commitment, per contract
Dedicated integration support
Priority access to calibration updates

DISCUSS YOUR USE CASE

Enterprise, What custom deployment means

On-premise or dedicated infrastructure

The instrument can be deployed within your own infrastructure, air-gapped, co-located, or dedicated. No third-party dependency on measurement continuity.

Direct node ingestion

Measurement ingests directly from your nodes or RPC providers. Signal continuity is infrastructure-grade, no intermediary aggregator.

Chain focus and coverage

Calibration optimized for your target chain and usage pattern. Depth over breadth, parameters adapted to your production environment.

Integration expertise

Direct access to the Invarians team throughout integration, agentic execution layer, on-chain logic, or settlement protocol.

FAQ

Is 20 requests/day enough to test an agent?

For single-chain integration testing, yes. Each chain produces a new certified regime approximately once per hour, cache the response rather than polling on each operation. For load testing or multi-chain development, contact us to discuss extended access.

How fresh is the signal?

The panel refreshes L1/L2 regimes on a ~1h window and bridges on a ~10m window. Each item in panel.l1[], panel.l2[], panel.bridges[] carries its own status (OK · STALE · UNAVAILABLE · UNCALIBRATED) and timestamp (computed_at for L1/L2, observed_at for bridges). When any item is STALE or UNAVAILABLE, the global oracle_status flips to DEGRADED — do not trust the signal.

Can I use the test tier in a production agent?

You can, with caution. Check the calibration status of your target chain above. Ethereum is the most reliable at this stage. For any chain marked "In calibration", validate the signal independently before taking critical decisions on it.

When will pricing be defined?

When L1 and L2 calibration is globally complete. The instrument measures infrastructure, its value depends entirely on the precision of that measurement. We will not commercialize before that precision is demonstrated.

Does Invarians make execution decisions for my system?

No. Invarians certifies infrastructure state. Interpretation and execution logic remain entirely with your system. The instrument does not recommend actions.

Measurement instrument in calibration. Not investment advice. Not execution guidance.
All decisions remain the responsibility of the operator.