Express
Capture purpose, constraints, targets, risks, and acceptance criteria in a human-readable .lod file.
Research build · active development
Intent,
compiled.
A Linux distribution designed to work with language models at the system level—turning structured ideas into reproducible software foundations across architectures.
Built by Kiro Technologies · Open development initiative
$ kiro ingest concept.lod
→ validating intent schema
✓ requirements normalized
✓ target profile resolved
→ composing system graph…
ARM64x86_64RISC-VEDGE
system: foundation ready_
One intent model. Many physical forms.
01 / THE PREMISE
Software should begin with what you mean, not where it will run.
Kiro OS explores a development model where human intent becomes a first-class system input. Describe a product in a structured .lod document; a local intake daemon validates it, asks the right questions, and creates a traceable software foundation.
The long-term goal is not an operating system that changes itself without control. It is an adaptive toolchain that learns from approved knowledge, proposes stronger builds, and preserves human decisions at every gate.
02 / THE PIPELINE
From idea to system,
without losing the thread.
Every stage produces an inspectable artifact. Nothing important is hidden behind the model.
Validate
The intake daemon checks completeness, resolves ambiguity, and routes the concept through policy gates.
LOCAL DAEMONCompose
LLM-guided agents generate the approved project skeleton, tests, build graph, and documentation.
TRACEABLE GENERATIONDeploy
Target profiles shape the result for workstations, edge devices, embedded boards, and mobile-class hardware.
PORTABLE OUTPUT03 / DESIGN PRINCIPLES
AI-native.
Human-governed.
K
Local-first intelligence
Use local models where hardware permits and deliberate gateways when external models are needed.
Permission before mutation
The system may propose and prepare; meaningful changes remain reviewable and explicitly approved.
Architecture-aware builds
A shared intent layer can produce different, tested foundations for x86-64, ARM64, RISC-V, and constrained targets.
Evidence over magic
Inputs, decisions, generated files, and test results form a chain engineers can audit and reproduce.
04 / TARGET SURFACES
A common foundation,
scaled to the machine.
Kiro OS begins with proven Linux foundations, then composes only what each target needs.
Workstations
Full IDE, model orchestration, build workers, virtual targets, and the complete approval workflow.
x86-64ARM64MAC HOSTS
Edge & Pi
Purpose-built images for Raspberry Pi, industrial gateways, and field systems.
ARMRISC-V
Embedded
Generate firmware projects and companion services for microcontrollers and specialized devices.
MCURTOS BRIDGE
Legacy mobile
Explore lightweight Linux targets on supported, unlockable phone hardware.
ARMRECOVERY
Hardware support is developed and verified target by target. Arduino-class boards run generated firmware, not the full Linux distribution.
05 / ROADMAP
Build the smallest truth.
Expand from there.
The project advances through verifiable layers—not promises. Each phase strengthens the one beneath it.
NOW
FOUNDATION / 01Reliable intake
.lod schema, filesystem watcher, validation reports, project routing, and human decision gates.
NEXT
TOOLCHAIN / 02Reproducible generation
Agent contracts, templates, sandboxed build workers, test evidence, and rollback.
THEN
PORTABILITY / 03Target profiles
Reference images for x86-64 and ARM64, followed by verified edge and embedded workflows.
LATER
ECOSYSTEM / 04Shared knowledge
Versioned capability packs, community hardware profiles, and governed model integrations.
BUILD WITH US
The operating system is only the beginning.
Kiro OS is early, ambitious, and grounded in working software. We are documenting the architecture as we build it and looking for engineers, hardware testers, and thoughtful collaborators.
Start a conversation ↗