CUDA → ROCm Translation Showcase

Migrate CUDA
to ROCm in minutes

HIPForge automates source code translation from NVIDIA CUDA APIs to AMD HIP/ROCm platforms, resolves compiler errors through an autonomous self-compilation AI-agent repair loop, and generates comprehensive audit reports.

Notice

Read-only demonstration using verified real HIPForge migration results. Live migration and AI repair execution are shown in the demo video.

Explore Dashboard GitHub Repo

Showcase Resources

Explore slides, videos, and example reports documenting the HIPForge architecture.

Watch Demo Video Slide Deck (PDF) Download Sample ZIP Report
The Pipeline

How HIPForge works

01
Upload
Developer submits CUDA source files or complete projects.
02
Discover
Analyzes build configs, compiler commands, and targets.
03
HIPIFY
Translates symbols automatically via hipify-clang.
04
Compile
Runs compilation validation using native hipcc.
05
Analyze
Analysis Agent diagnoses any compiler errors.
06
Patch
Patch Agent writes targeted syntactic code repairs.
07
Recompile
Re-compiles the repaired workspace for validation.
08
Report
Generates patches, logs, and audit records.
Interactive Console

Developer dashboard

Active Migration Job ID
migration_20260710_200324_499d8d50
Status
COMPLETED
Target Arch
gfx942
Actual Arch
gfx942
Duration
10.0s
Migration Timeline
Compiler Output
Standard Output / Error 0 lines
Migration Journal Entries
AI Repair Evidence Panel
Target File src/kernel.hip
Status ACCEPTED
Changed Lines 2 lines
Pre-patch Hash a3bf49850d87412cdf2430679
Post-patch Hash f938aa8290ddb19902
⚠️
Architecture-Sensitive Warning
Warning details
Unified Patch Diff
Compilation History
Audit Metrics
1
Compiles
0
AI Diagnoses
0
Patches
0
Research

1 entry recorded.

Validation Checklist
Honest Validation Disclaimer: Runtime execution is not tested automatically. Compilation checks guarantee target architecture compile validity only; runtime correctness must be validated on actual cluster hardware.