Early access opens October 1, 2026 · demos & partnerships
KODAMA MIRAI
Kodama Mirai Wiki · AI Program

The Applied-AI Program

Kodama Mirai is an applied-AI company. Every product we build runs its AI on local model infrastructure — no third-party AI APIs. That is not a cost preference; it is the guarantee our regulated customers require: documents, questions, and answers never leave the environment the institution controls. It also means our research and evaluation work runs on hardware we own — which is why this page exists.

Four programs, one discipline

Production inference — the Workbench. The AI Compliance Workbench answers policy questions with validated citations from models running entirely on local infrastructure. Every answer records the model that produced it, frozen at the moment of generation. Evaluation sweeps against control-evidence corpora are how we keep that promise honest — and they are compute-hungry by design.

Agent evaluation — Kodama Forge. Our agent factory builds specialized IT-controls audit agents to written specifications, with a human review gate on every agent and a “specified, not shipped” discipline until each one ships. Before any agent reaches a customer it must survive evaluation harnesses that replay long-horizon work end to end — the same task, many runs, checked against the specification. Method commitments are published on the roadmap; the agents’ method is retrieval-first over your governed corpus.

Specialist-model research. Separate from the retrieval-first agents, we maintain a research track training specialist compliance models on a purpose-built corpus assembled from authoritative public sources. This is where fine-tuning hardware matters: the research goal is a model that speaks IT-general-controls natively, evaluated against the same evidence standard as everything else we ship.

Speech pipeline — Scam Tricker. Scam Tricker runs speech-to-text and text-to-speech locally, where call latency is the product: the pipeline must listen, decide, and speak inside a conversational pause. Latency work at that grade is measured on real hardware, not simulated.

For grant reviewers and infrastructure partners: the table below is the citable statement of the program's current hardware gap. Because our architecture forbids third-party AI APIs, cloud inference is not a substitute — owned hardware is a product requirement, not a convenience. Every claim on this page is maintained in an internal claim register with named evidence; documentation is available on request.

Research infrastructure — current needs

Program Need What it unlocks
AI Compliance Workbench Dedicated inference/evaluation node: 2× RTX 6000 Ada-class GPUs (48 GB each), 256 GB RAM, 8 TB NVMe Continuous evaluation runs against control-evidence corpora at production model sizes — the citation-validation guarantee, tested at full scale
Kodama Hub Single-GPU workstation plus a staging server for ERM data pipelines Anomaly-detection model research over risk-register and control data (research track; not yet a shipped feature), staged safely away from production
Kodama Forge — agent evaluation 4-GPU training/serving node (H100-class, or 4× RTX 6000 Ada) Multi-agent evaluation harnesses and long-horizon replay — enough parallel capacity to run agent cohorts against specifications before any agent ships
Specialist-model research Fine-tuning node (DGX Spark-class; minimum one 48 GB+ GPU workstation), 128 GB RAM, 16 TB storage Training and checkpointing specialist compliance models on the research corpus, on-premises end to end
Scam Tricker — speech pipeline Workstation-class GPU test rig, plus telephony test numbers and devices Local speech-to-text / text-to-speech latency testing at conversational grade, ahead of the real-call trial

Each node serves a named program with a named outcome. Grant applications from Kodama Mirai reference this page; the specifications here and the specifications in any application are kept identical.

Talk to us — demos & early access   See the evidence