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kore

Portable Schrödinger-Poisson solver for scientific computing workflows.

kore is a portable Schrödinger-Poisson pseudo-spectral kernel built in Rust for fuzzy dark matter simulation workloads. It combines split-step Fourier evolution, RustFFT, Rayon threading, a stable C ABI, and pykore PyO3/NumPy bindings to bridge the gap between slow Python solvers and monolithic HPC codebases.

Verified with Rust integration tests, strict C11 smoke builds, generated-header drift checks, and Python tests covering in-place complex128 stepping with GIL release on the compute path.

Amber

Reconstructs Android artifacts into readable, buildable Gradle projects.

Amber is a Kotlin-based Android reconstruction pipeline that lifts APK and DEX artifacts into typed IR, CFG, SSA, and generated source, then synthesizes an Android Studio project around the result. It combines dex parsing, Java/Kotlin emission, Gradle synthesis, metadata analysis, and evidence-rich diagnostics so reverse engineering becomes an engineering workflow instead of a pile of one-off scripts.

Open source under Apache 2.0. Current work focuses on end-to-end reconstruction: emitted Java baselines, generated Gradle projects, metadata-aware Kotlin recovery, Compose detection, resource pipeline integration, and CI-driven validation on real APKs.