cloud-itonami-6310

Open Business Blueprint for ISIC Rev.5 6310: computing infrastructure, data processing, hosting and related activities. This repository publishes the HR/talent-management SaaS replacement as an OSS business that any qualified operator can fork, deploy, run, improve and sell.

It also contains an AI data-center business lane for GPU asset acquisition, external tax/compliance evidence, installation, commissioning, compute-service operation and realised-period settlement. See docs/adr/0003-ai-datacenter-business-lane.md and src/ai_datacenter/business.cljk. It records—but never self-certifies—tax eligibility or engineering acceptance, and it encodes no guaranteed return.

The procurement implementation, public-source vendor seed, RFQ template, negotiation contract pack and production-readiness checklist are under src/ai_datacenter/procurement.cljk, data/ai-datacenter/ and docs/{procurement,contracts}. Vendor inquiries are generated as approval- required drafts; this repository never silently sends or accepts one.

International supply-chain gates cover JPN, USA, mainland China, Hong Kong SAR and EU deployments (with a mandatory Member State). See docs/international/ for authoritative-source routing, the executable evidence gate and the transaction gaps that still require real vendors, facilities and professional reviewers.

The detailed operating implementation is in src/ai_datacenter/{schema, evidence,store,governor,actor,compute,commerce,integrations}.cljc. Architecture, tenant API and cross-repo effect contracts are documented in docs/ai-datacenter-architecture.md, docs/api/ai-datacenter-api.md and docs/integrations/cloud-itonami-effects.md.

Former name: gftd-talent-actor.

A talent-management actor design — the OSS replacement for a HR SaaS (kaonavi 等) that you run yourself, so you never pay a SaaS to hold your people data hostage. Built on this workspace's langgraph-clj StateGraph runtime (portable .cljc, supervised superstep loop, interrupts, Datomic/in-mem checkpoints) — the same actor pattern as robotaxi-actor.

Why an actor layer at all? An HR-LLM is great at drafting evaluations, analyzing surveys and scoring attrition — but it has no notion of permission, fairness, purpose-limitation or disclosure limits. Letting it write personnel records directly invites discrimination, over-disclosure and permission breaches. This project seals the HR-LLM into a single node and wraps it with an independent PolicyGovernor, a human approval workflow, and an immutable audit ledger — the compliance, sovereignty and auditability a SaaS either charges for or won't give you at all.

Live demo (GitHub Pages)

https://cloud-itonami.github.io/cloud-itonami-isic-6310/ -- a static demo. Want to run this for your own company or association? Register operator interest -- see docs/business-model.md for the revenue model and docs/operator-quickstart.md for the fork-to-published walkthrough.

The demo above is a static, zero-build Talent Board over the demo org (synthetic data), plus a PolicyGovernor verdict table for the four kaonavi-equivalent operations. The board, the verdicts AND the audit ledger are not hand-typed: web/generate.cljk (nbb) runs the FULL OperationActor StateGraph (advisor -> PolicyGovernor -> phase gate -> approval interrupt) for the four operations at build time and renders the post-run Store plus the append-only ledger those runs wrote; protected attributes are structurally absent from the page data (that's the minimum-disclosure gate working). In-browser search is web/search.cljk run by scittle (ClojureScript in the browser -- no hand-written JS, no build step), and web/verify_search.cljk is the headless nbb harness that exercises the real client logic against the real generated page.

cd web && ../../../../node_modules/.bin/nbb \
  --classpath "../src:../../../kotoba-lang/html/src:../../../kotoba-lang/jp-go-digital-design-system/src:../../../kotoba-lang/langchain/src:../../../kotoba-lang/langgraph/src" \
  generate.cljs          # regenerate docs/index.html + docs/search.cljk
../../../../node_modules/.bin/nbb verify_search.cljs   # headless UI logic check

UI は デジタル庁デザインシステム(DADS) を使っています（モノレポ標準の kotoba-ui からの明示的な opt-out。理由は superproject ADR-2607261600: この actor は労働・人事の法規制 — 保護属性の 取扱い・目的制限・最小開示 — をソフトウェアとして実装しており、日本の公的 サービスの視覚言語に揃える方が利用者の信頼判断に効く）。DADS は light mode 固定（上流デジタル庁に dark palette が無い）なので、移行前の prefers-color-scheme による dark 対応は意図的に落としています。 web/generate.cljk が読む vendored dds.css のパスは、monorepo 以外の レイアウト（CI / git worktree）からは環境変数 JP_GO_DDS_CSS で上書きできます。

See docs/operator-quickstart.md to go from fork to a private production instance (seed your org, customize the policy pack, wire approvals, phase rollout).

See docs/DESIGN.md for the full architecture and docs/adr/0001-architecture.md for the decision record. See docs/business-model.md and docs/operator-guide.md to start this as an open business on itonami.cloud.

Robotics premise

This is the beginning of the README. Read the rest at the original. Read the full README ↗