Services
Delivery models and flagship work
Alopex Family
Asopitech Labo
NiminoDesktop
A lightweight WebView desktop foundation in Nim
NimculusEditor
A GPU-native editor in Nim and Metal
PoieraPlatform
A control plane concept for AI agents, carrying compact contracts through authorization, deployment, and verification
TheatoraBackend
A composable backend construction kit concept for swapping providers, runtimes, and topology
RhyzoraFramework
A concept for building CLI, TUI, Web, desktop, and MCP interfaces from declarative contracts
Labo overview
What the R&D lab is working on
Enterprise plans
ASMATI・TATSUMIEXPERIMENT NOTE 03
How do ref object parameters, nil checks, field access, and return values appear in generated C? This experiment checks Nim 2.2.10 with ORC.
ASMATI・TATSUMIEXPERIMENT NOTE 02
Does a function name in generated C make it callable from C? This experiment checks the public header, symbols, and runtime initialization.
ASMATI・TATSUMIEXPERIMENT NOTE 01
What C types do NI and NF actually denote? This Nim 2.2.10 experiment follows their definitions and the debug arithmetic they select.
Hand nimino-pack a URL and that site becomes an app that opens in its own window. A walkthrough of Nimino, our Nim WebView app foundation, from a local build to a shipped installer.
A 38-topic analysis of Nim syntax — declarations, the type system, expression orientation, generics, distinct types, macros, and compile-time execution — comparing how closely each construct resembles the styles of Pascal, Python, C-family, and functional languages, with a primer on block syntax design and the off-side rule.
A quick introduction to Nim, and an announcement of two desktop products I started in Nim — Nimino, a Tauri-like lightweight WebView app framework, and Nimculus, a Zed-like GPU-native code editor.
Plain video generation tends to produce footage that "looks natural but is physically wrong": objects vanish, gravity is ignored, and the results of actions aren't consistent. Part 5 (the finale) shows, with minimal code, how to embed a world model into video generation and put physical constraints into the loss to make "physically consistent video" — and paints the future of building training data wholesale with AI and simulation. Part 5 of a 5-part series.
The myth that 'Rust can do anything' collapses the moment you try to scale a recursive AST. For SQL parsers — massive tagged unions, deep recursion — Rust's type system breaks down in both compile time and maintainability. A 3-language benchmark porting the same parser to Nim and Roc shows exactly why Rust is structurally the wrong tool, with runnable code.
A technical overview of Nim in 2026 — the stable 2.2 series, the upcoming 3.0 (Nimony) compiler rewrite, ORC memory management, C ABI interop, and its real-world performance as an SQL parser candidate for AlopexDB.
How do ref object parameters, nil checks, field access, and return values appear in generated C? This experiment checks Nim 2.2.10 with ORC.
Does a function name in generated C make it callable from C? This experiment checks the public header, symbols, and runtime initialization.
What C types do NI and NF actually denote? This Nim 2.2.10 experiment follows their definitions and the debug arithmetic they select.
Hand nimino-pack a URL and that site becomes an app that opens in its own window. A walkthrough of Nimino, our Nim WebView app foundation, from a local build to a shipped installer.
A 38-topic analysis of Nim syntax — declarations, the type system, expression orientation, generics, distinct types, macros, and compile-time execution — comparing how closely each construct resembles the styles of Pascal, Python, C-family, and functional languages, with a primer on block syntax design and the off-side rule.
A quick introduction to Nim, and an announcement of two desktop products I started in Nim — Nimino, a Tauri-like lightweight WebView app framework, and Nimculus, a Zed-like GPU-native code editor.
Plain video generation tends to produce footage that "looks natural but is physically wrong": objects vanish, gravity is ignored, and the results of actions aren't consistent. Part 5 (the finale) shows, with minimal code, how to embed a world model into video generation and put physical constraints into the loss to make "physically consistent video" — and paints the future of building training data wholesale with AI and simulation. Part 5 of a 5-part series.
The myth that 'Rust can do anything' collapses the moment you try to scale a recursive AST. For SQL parsers — massive tagged unions, deep recursion — Rust's type system breaks down in both compile time and maintainability. A 3-language benchmark porting the same parser to Nim and Roc shows exactly why Rust is structurally the wrong tool, with runnable code.
A technical overview of Nim in 2026 — the stable 2.2 series, the upcoming 3.0 (Nimony) compiler rewrite, ORC memory management, C ABI interop, and its real-world performance as an SQL parser candidate for AlopexDB.
