Built. Building. Still to verify.

PhysicsAI is being developed as a web application. Your browser handles setup and viewing; managed servers handle the calculation work. No PhysicsAI installer or local solver installation is required.

Published status snapshot: 24 September 2026 UTC. Updated with reviewed releases; this is not a live agent activity feed.

What changed in this web release

Browser-first project workspace
Search by project, solver and units
Physics filters using saved project metadata
Explicit setup with no assumed solver or units
Clear request and loading failure states
This delivery and accuracy checklist

This release changes the web interface. It does not introduce a new numerical solver, retrain a model or certify existing predictions.

Delivery checklist

01Available in WEB-01

Browser workspace

Search and filter saved projects, declare project metadata and access the existing dataset, job and result workflow.

02Built / limited verification

Numerical core and result records

Axial, truss, thermal and plane-stress reference code exists. Independent comparisons cover declared test cases; geometry precision repairs and web integration are still being completed.

03Being built

Managed server calculation jobs

Project-scoped submission, worker execution, cancellation, recovery and complete stored result artifacts. This route is not enabled on the live website yet.

04Being built

Browser setup and complete results

Explicit physical inputs, geometry and mesh inspection, full fields and tables, reopening saved calculations and original-file downloads.

05Remaining

Web release acceptance

End-to-end authenticated execution, project access boundaries, restart recovery, HTTPS deployment and full backup and rollback verification.

06Not qualified

Engineering and AI qualification

Original solver references, units and tolerances, convergence and conservation, independent blind evaluation and engineering reviewer approval.

Accuracy is a separate acceptance step

A completed job, a passing software test or a convincing plot does not establish a physically accurate result. Production acceptance remains open for the complete engineering product.

Traceable inputs and complete fields. Preserve source data, units, materials, loads, boundary conditions and result provenance.
Numerical evidence. Compare against genuine reference solutions and declare convergence, conservation and tolerances for each supported analysis.
Independent AI evaluation. The evaluated PINNeAPPle heat candidate and its two baselines each passed 0 of 6 cases under the full blind criteria. They remain unqualified; these exposed cases cannot be reused as blind acceptance after tuning.
Engineering approval. The bumper pilot still needs original reference models/results, agreed units and tolerances, and an appointed engineering reviewer.

Current platform results must not be treated as approved production engineering output without that review.

Compatibility and the remaining roadmap

The objective remains a general engineering platform, including CAD and assemblies, further physics, and qualified import/export for commercial engineering tools. Bumper is a validation family, not the limit of the product.

Selecting a solver name or uploading a file does not prove support for its native format. Every connector must be checked against the relevant vendor version, licence requirements and target-software reopen or round-trip results. Universal native compatibility is not available today.

Web-only delivery · Server-managed computationReturn to projects →