Sardis v0.8.2: Release Readiness Hardening for MCP + SDKs
v0.8.2 hardens release scripts, isolates protocol conformance lanes, and improves local validation when npm or network access is constrained.
v0.8.2 is an engineering-readiness release focused on reproducible checks and safer pre-prod execution. We hardened release scripts, isolated protocol conformance lanes, and made local validation clearer when npm or network access is constrained.
What Changed
- Deterministic JS bootstrap preflight --
bootstrap:jsnow checks node/pnpm versions, DNS resolution, and npm registry reachability before install. - Live-chain conformance gate added --
check:live-chainvalidates Turnkey + testnet integrations and supports strict fail-closed mode. - Protocol lane isolation fixed -- Root conformance and package-level UCP tests now run without pytest import collisions.
- Conformance reporting hardened -- Report generation now works even without pytest JSON plugins, with summary-based pass/fail extraction.
Why This Release Matters
Design partner programs fail when local and CI outcomes diverge. v0.8.2 reduces that risk by making release checks explicit, deterministic, and transparent under both normal and constrained environments.
- Faster diagnosis when local npm execution is blocked by DNS/network policy
- Safer progression from protocol conformance to real integration checks
- Clearer release gating semantics for staging and design-partner readiness
Current Validation Baseline
- Protocol conformance: 191 passed / 0 failed / 0 skipped
- Python SDK suite: 251 passed / 4 skipped
- A2A + UCP package suites: 98 + 53 passed
See the Changelog for the next hardening steps.
Sardis v0.8.3: Demo Ops + Cloud Deployment (Cloud Run & AWS)
v0.8.3 adds deployment automation for Google Cloud Run and AWS App Runner, tightens live-mode operator UX, and documents the frontend-to-backend integration contract.
Sardis v0.8.1: Protocol Conformance Hardening for AP2/TAP
v0.8.1 tightens AP2 payment semantics, strengthens TAP validation paths, and adds a source-mapped conformance baseline for canonical protocol references.