- hardening and refinement of themis core runtime behavior
- deterministic reliability improvements for gating/load/verify/wire paths
- stronger benchmark-backed guardrails for core hot paths
- core contracts remain backward compatible within major release line.
- license and edition decisions remain explicit and deterministic.
- loader and verifier outcomes remain observable and non-silent.
- wire runtime behavior remains bounded and diagnosable.
| Interface | Requirement |
|---|---|
| identity interfaces | deterministic build/runtime metadata behavior |
| gating interfaces | stable license and edition decision semantics |
| lifecycle interfaces | explicit secure load/verify/dependency contracts |
| wire interfaces | bounded session and error behavior |
- tighten parity between trust verification and module loader diagnostics.
- standardize incident taxonomy for license/verify/wire classes.
- expand resilience tests for sustained loader and wire runtime pressure.
- broaden benchmark depth for module lifecycle and core session workloads.
- unit and integration suites for identity, gating, and lifecycle behavior.
- regressions for signature/hash/dependency and wire edge scenarios.
- deterministic stress runs for concurrent wire-session and loader workloads.
- release-profile benchmark runs for mapped themis targets.
- themis core hot paths remain inside regression budgets.
- loader/wire-sensitive operations remain stable at p95/p99 envelopes.
- mapped benchmark manifests reach no-missing-case status for release gating.
- maintain strict bounded behavior for license and trust transitions.
- preserve explicit failure signaling for verify and wire faults.
- enforce predictable degradation under runtime pressure.
- keep diagnostics actionable for production core incidents.