A deterministic native simulation runtime built for repeatability, replay, rollback, and inspectable behaviour.
Unified Physics Engine is a native physics and simulation project centred on deterministic stepping, state hashing, snapshots, replay workflows, and a stable integration boundary.
Unified Physics Engine is the technical project for repeatable simulation and inspectable state change. It is designed for scenarios where a result must be replayed, rolled back, or audited instead of simply trusted.
The audience is other developers and buyers who need a simulation runtime with clear boundaries and predictable behaviour. The public page is careful about its scope because buyer-grade proof still matters more than marketing language.
The eventual outcome should be a package that feels dependable to integrate and honest about what has been verified, not just what can be demoed once.
Simulation projects often become hard to reproduce once state, timing, and integration boundaries start drifting. Unified Physics Engine is built to make stepping, replay, and rollback stable enough that results can be inspected and trusted.
A deterministic simulation runtime with replay and rollback was defined as the technical goal.
A native simulation path exists for development and validation work.
The package is being hardened around clear integration boundaries and buyer-facing proof.
Reproducibility, documentation, and examples are being tightened before any broader release claims are made.
Independent verification of the full build, test, example, and proof package.
Native code with a stable public integration boundary
Deterministic simulation runtime C API surface
Repeatable stepping State hashing and replay Snapshot and rollback workflows
Native runtime
Snapshots, state hashes, and replay artifacts
Build reproducibility checks Example validation Benchmark evidence
Native consumers Integration examples Documentation package
Desktop native targets
Documentation, examples, and reproducible build evidence remain the top priorities.
The engine page is intentionally honest about the difference between a working technical preview and a buyer-grade release. The focus is on reproducibility, examples, and better proof materials before any stronger public claims are made.
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