Kernel
Core and contract packages continue to form the 0.1.2 Semantic OS boundary: abstractions, DTOs, VFS, ROM, DSL, routing, process, compute, and time surfaces.
June 16 — The Kernel Reaches 2⁴ Completeness.
境界は純化され、ランタイムは自立へ向かう。
0.1.2 package rule: keep Core, Providers, Control, Tools, WASM, CUDA, Demo, NuGet, and PyPI packages on the same version family. Do not mix 0.1.1 and 0.1.2 surfaces inside one AIOS distribution.
Official release notice / 公式リリース通知
Semantic OS SDK
Issued by ai-kernel@aikernel.net
June 16 — The Kernel Reaches 2⁴ Completeness.
境界は純化され、ランタイムは自立へ向かう。
AIKernel.NET Canon v0.1.2
June 16, 2026 — The Kernel reaches 2⁴ completeness. Structure becomes law, boundaries are purified, and the runtime learns to stand.
2026年6月16日──カーネルは 2⁴ の完全性に到達します。構造が法となり、境界は純化され、ランタイムは自立へ向かいます。
Official Notice
You are reading the unified release entry for the AIKernel ecosystem. Today is June 16 — the moment when canonical philosophy settles into implementation.
これは AIKernel エコシステムの統一リリースエントリです。本日は 6月16日──正典の哲学が実装へ沈降する日です。
History
The project moves from the 0.1.1 synchronized package ecosystem into the 0.1.2 phase where Provider, WASM, Worker, and JS boundaries become pure enough for the OS to stand.
AIKernel.Doom v0.1.2
June 22, 2026 — The Doom demo has been updated from a prototype surface to the AIKernel.Doom v0.1.2 public runtime demo, with governed autoplay, GPU HUD evidence, CPU fallback, and multimodal radar diagnostics.
2026年6月22日──Doom デモはプロトタイプから AIKernel.Doom v0.1.2 の公開 runtime demo へ更新されました。統治された autoplay、GPU HUD 証跡、CPU fallback、multimodal radar diagnostics を備えています。
June 16, 2026 was the prototype release aligned with the Canon v0.1.2 release; June 22, 2026 is the AIKernel.Doom v0.1.2 public demo release.
2026年6月16日は正典 v0.1.2 リリースに合わせた Doom デモ prototype の公開日であり、2026年6月22日が AIKernel.Doom v0.1.2 公開デモのリリース日です。
AIKernel.Doom GitHub repository
AIKernel.NET aligns the Semantic OS boundary. Core coheres the runtime. Providers converge capability modules. Control governs the plane. Tools unify observability. WASM activates the sandbox runtime. Demo verifies the path end-to-end.
AIKernel.NET は境界を整列し、Core はランタイムを一貫化し、Providers は Capability を収束し、Control は制御面を統治し、Tools は可観測性を統合し、WASM は sandbox runtime を活性化し、Demo は全体を検証します。
Core and contract packages continue to form the 0.1.2 Semantic OS boundary: abstractions, DTOs, VFS, ROM, DSL, routing, process, compute, and time surfaces.
Standard and extension providers are published as NuGet packages: local OS services, chat providers, Microsoft AI, Local LLM, CUDA compute, and pipeline compilation.
AIKernel.Demo now includes the public Doom WASM runtime surface alongside dry-run examples for CoreRuntime, Contracts, Control, Providers, StandardProviders, Tools, WASM, and CUDA.
Start the 0.1.2 OS surface with Core, Standard Providers, and the CLI. NuGet has the AIKernel-NET profile, while PyPI is listed as curated project links below.
dotnet add package AIKernel.Core --version 0.1.2
dotnet add package AIKernel.Providers.Standard --version 0.1.2
dotnet tool install -g AIKernel.Tools.CLI --version 0.1.2
The official demos are the executable learning path for 0.1.2. Start with CoreRuntime, then open the Doom WASM demo to see sensing, HUD overlays, and governed runtime control in the browser.
dotnet run --project src/AIKernel.Demo.CoreRuntime/AIKernel.Demo.CoreRuntime.csproj
Hosting remains the composition boundary for .NET 10 applications: Kernel, Core, Providers, Control, WASM, and execution flow are wired through host-level registration.
0.1.2 keeps Capability modules contract-bound while showing them through the Doom WASM demo surface. Providers publish descriptors, manifests, and invokers while Core owns the OS contract boundary.
Python wrappers are published for Core, Control, Providers, Tools, WASM, and the guarded CUDA package. Install only the layers your AIOS distribution uses.
pip install aikernel-net==0.1.2
pip install aikernel-providers==0.1.2
pip install aikernel-tools==0.1.2
AIKernel.Cuda13.0.Libtorch2.12.win-x64 v0.1.2 is a Windows win-x64 external Capability package for LibTorch 2.12.0 and CUDA 13.0. Other 0.1.2 packages are designed for Windows and Linux.
Providers are the AIKernel driver model. Choose Standard for local OS services, ChatOpenAI for OpenAI, MicrosoftAI for Azure-facing AI, LocalLlm for local model experiments, and ChatHistory for lightweight history surfaces.
Control is the governance and security layer for deterministic policy execution, scheduler behavior, emulator surfaces, and fail-closed control-plane decisions.
Published theory pages remain the public research entry point, with ORCID attribution for researcher identity.
The public documentation index now includes 0.1.2 package installation, demo program guidance, architecture, design, operations, guidelines, specs, and reference links.
Latest posts cover the 0.1.2 Doom/WASM runtime path, CTG decision pipeline, Semantic OS direction, and fail-closed runtime design.
NuGet and Python package reference generated from bilingual XML comments and public Python source. English and Japanese pages are paired, and each Reference page includes a language switch. 日本語版 Reference も同じ構成で公開され、各ページから英語版へ切り替えられます。
AIKernel release notes are also a narrative log: the project moves from the 0.1.1 synchronized package ecosystem to the 0.1.2 Doom WASM runtime release.
0.1.2 aligns the Semantic OS boundary: abstractions, contracts, DTOs, enums, and identifiers converge into one stable public surface.
Core coheres the runtime: execution, context, semantic state, VFS, ROM, DSL, routing, process, compute, and time form the governed kernel circuit.
AIKernel.Coreaikernel-netAIKernel.Demo.CoreRuntimeProviders, Control, Tools, WASM, CUDA, and Demo now publish matching 0.1.2 surfaces. The demos verify the Semantic OS end-to-end.
AIKernel.NET v0.1.2 is a modular SDK for building AIOS distributions. It focuses on Semantic Context, provider separation, Capability modules, virtual file systems, execution contracts, replayable execution, governance evidence, WASM sandboxing, Python wrappers, and governed runtime design.
AIKernel.NET v0.1.2 は、AIOS ディストリビューションを構築するためのモジュール式 SDK です。Semantic Context、Provider 分離、Capability module、仮想ファイルシステム、実行 Contract、再現可能な実行、governance evidence、WASM sandbox、Python wrapper、統治された runtime 設計を中心に構成されます。