Portfolio

Chiptune Radio is a continuous, radio-style broadcast of music composed for and inspired by classic sound hardware — the Commodore 64's SID, the NES APU, the Game Boy's four channels, and the tracker scene that keeps them alive. Drop in any time, leave it on in the background, and let the playlist do the work while you code, reverse engineer, or just vibe. The site itself is a zero-backend static page that embeds the live Twitch player and chat directly, so Twitch handles all the streaming infrastructure.

Listen: chiptune-radio.alephvoid.com · twitch.tv/alephvoidchiptuneradio

The FSR Morphite was a 2005 Windows VST whose source code was lost. Morphix rebuilds it from scratch: its signal path, all 29 parameters, and the full 64-patch factory bank were reverse-engineered from the original binary and re-implemented with JUCE as a modern, multi-architecture plugin. The voice is a single morphing wavetable oscillator — one morph control sweeps continuously through the table, smoothly blending one waveform into the next — feeding a state-variable filter with its own ADSR, an amp VCA, and a stereo flanger on the output, with a tempo-syncable LFO routable to morph and cutoff. The recovered factory bank ships as standard Steinberg .vstpreset files (also exposed as host programs), and users can import and export their own from the UI. Morphix does no networking and collects nothing — no account, no telemetry, everything runs locally.

Platforms: macOS (universal arm64 + x86_64) · iOS / iPadOS (AUv3, iOS 13+) · Windows (x64 + ARM64) · Linux (x86_64 + aarch64). An independent reconstruction — the original FSR Morphite is referenced only as the historical source of the recovered design.

Access shipped the Virus TI with an x86 kernel extension that never made the jump to Apple Silicon, stranding the hardware on legacy machines. Aleph Virux rebuilds the entire stack from scratch in userspace — the whole USB stack talks to the device over IOUSBLib, so nothing loads into the kernel and there's no system extension to approve or reboot to install. A lightweight container app claims the Virus over USB and keeps its keepalive stream alive; the AUv3 extension and VST3 plugin then connect to it over XPC / IPC, so a single USB device can drive multiple plugin instances without a kernel driver in the middle. The on-screen editor — oscillators, filters, LFOs, the modulation matrix, arpeggiator, and the full effects section — is sourced from the documented page A/B parameter model, with multi-channel USB audio captured through CoreAudio and full note / CC / parameter control over the device's native vendor protocol. The macOS VST3 build passes the Steinberg SDK validator 47/47. Built clean-room from a reverse-engineered understanding of the protocol, with no vendor binaries required; the macOS driver and plugins do no networking and collect nothing.

Platforms: macOS on Apple Silicon (AUv3 / VST3) · Android with USB host vendor access  —  requires an Access Virus TI Snow, Desktop, or Polar over USB. No iOS build — iOS forbids the vendor USB access this needs.

CVOsc streams every input on a DC-offset-capable, class-compliant USB audio interface simultaneously — up to 16 channels at once — rendering each as its own live oscilloscope pane in a grid that adapts to the device (4×4 on tablets, 2×2 on phones). Each channel can run in either CV or audio-rate mode with independent vertical scale, DC offset, and time-base controls, plus autoscaling that fits the waveform to its observed range. A live tuning view uses autocorrelation for audio signals and V/oct mapping for CV, so pitched oscillators and control voltages can be read off directly. Selected channels can be captured to per-channel CAF / WAV files with a JSON sidecar and played back — with hardware-level DC-safety validation before any output is enabled, drawn from a built-in catalog of known DC-coupled interfaces. All processing and every recording stay local to the device; no data is collected.

Platforms: iOS 26.4+ (iPad & iPhone) · Android 7.0+ (SDK 24)  —  requires a class-compliant USB audio interface; DC-coupled interface needed for CV work

WASMASM lets you paste assembly instructions directly in the browser, select a target architecture and word size, and instantly get the assembled bytes back — or paste hex bytes to disassemble them. The Keystone assembler engine and Capstone disassembler engine are compiled from C to WebAssembly via Emscripten, so the full assembly pipeline runs entirely client-side with zero backend infrastructure. A lightweight Vue 3 front-end wires up the controls and handles shareable URL state so assembly snippets can be linked directly.

Test coverage: 20 C unit tests · 20+ Jest unit tests · 20+ Playwright E2E tests

CSP Tool captures CSP values from HTTP response headers via chrome.webRequest, parses them into individual directives, and lets you edit, toggle, add, or remove entries in a live editor. Changes can be applied two ways: by injecting a <meta http-equiv="Content-Security-Policy"> tag into the page DOM (good for loosening policies without a reload), or by installing a session-scoped declarativeNetRequest rule that rewrites the response header outright (full control, including tightening). Named configurations can be scoped to URL match patterns, every securitypolicyviolation event fired on the page is surfaced in real time, and the entire UI is localised into 15 languages.

Runtime: background service worker · content script · Vue 3 action popup

AI Music Feedback captures PCM audio playing on your computer — from a DAW, streaming service, or any other source — and forwards it to OpenAI over a WebSocket in real time. When the AI detects a pause it responds with concise, actionable feedback. You can also ask questions by typing into the conversation or speaking through a separate microphone while the music stream is live. The full conversation is retained in a transcript view and can be exported to .txt or .md. API keys are stored encrypted in the OS keychain (macOS Keychain, Windows Credential Store) and the UI is fully localisable — new languages are added by dropping a single JSON file in src/i18n/.

Builds: Linux · Windows · macOS arm64 · macOS x64  —  released automatically via GitHub Actions on version tags