STREAMING BUFFER CHUNKS // 60 FPS SYNC
STREAMING BUFFER CHUNKS // 60 FPS SYNC
Technical post-mortems, architectural designs, low-level reverse engineering notes, and AI systems research.
A personal and architectural reflection on upcoming creative horizons: building an independent gaming community with developer friends, custom server infrastructure, Roblox indie prototyping, tech community organizing, electronic music composition, and technical writing.
An architectural exploration into Project Kaito: an autonomous reverse engineering harness engineered to defeat binary virtualization, VMProtect/Themida packers, and code mutation using LLVM IR lifting, VTIL optimization pipelines, symbolic execution, and agentic orchestration.
An in-depth architectural teardown of the Kei Virtual Machine (vm/v1): custom 32-bit vCPU design, deterministic WebAssembly compilation, MMIO subsystems, XVM cross-instance bus, and its future evolution toward 64-bit x86/x64 emulation and browser-based binary analysis harnesses.
A 6-month architectural retrospective on engineering a deterministic 3D single-canvas runtime, the long-run Kei Virtual Machine roadmap, future 64-bit x86/x64 in-browser emulation, and in-browser Model Context Protocol integration.
An in-depth technical deep-dive into engineering local generative visual pipelines: ComfyUI functional latent transformation DAGs, multi-ControlNet geometric locking, IP-Adapter chromatic embeddings, and custom Python exporter nodes.
A deep technical breakdown of orchestrating offline language models for binary analysis: headless Ghidra decompiler integration, semantic struct recovery, autonomous research loops, and Model Context Protocol agent toolchains.
An exhaustive technical breakdown of process memory injection, reflective PE loading, TLS slot management, custom memory integrity verification, V8 isolate lifecycle control, and encrypted telemetry streams.
An exhaustive low-level breakdown of engineering an RFC-compliant IPv6 network stack entirely from first principles in embedded C++: zero-copy DMA buffers, chained extension headers, complete NDP/SLAAC state machine, radix routing, and lock-free flow tracking.