The platform
Xavania DCSI — the governed control plane
DCSI replaces the usual sprawl of disconnected AI tools with a single governed substrate. Identity, data, models, workflow and telemetry share one policy model, so every system in the estate behaves the same way — and reports its own energy use while doing it.
- Operating systems
- 29
- Platform layers
- 6
- Policy-evaluated calls
- 100%
- Compute scheduling
- Carbon-aware
Architecture
Six layers, one governed system
Each layer is independently operable and jointly governed. Nothing in the estate runs outside this stack.
Identity & policy fabric
Every human, agent and service holds a scoped identity. Policy is evaluated at request time, not configured per app, so access rules stay identical across all twenty-nine operating systems.
- Zero-trust by default
- Scoped agent credentials
- Policy-as-code review gates
Governed data spine
One lineage-tracked data layer with classification, residency and retention attached to the record — not to the pipeline. Models read through the same contracts your reports do.
- Row-level tenancy
- Lineage & classification
- Residency-aware storage
Model & agent runtime
A scheduler that places inference and training on the cleanest available capacity, with evaluation gates before anything reaches production traffic.
- Carbon-aware placement
- Eval + rollback gates
- Deterministic tool calling
Orchestration layer
Business processes run as versioned workflows with a full decision record — who or what acted, on which inputs, under which policy version.
- Versioned workflows
- Human-in-the-loop steps
- Replayable decisions
Observability & telemetry
Latency, cost, energy and drift on the same dashboard. Operators see the estate as one system rather than twenty-nine dashboards.
- Cost + carbon per workload
- Drift & quality signals
- Unified audit stream
Module estate
DCSI-00 through DCSI-28 are composable operating systems. Enable only the modules a mandate requires; the control plane keeps them consistent.
- 29 modules
- Independent release trains
- Shared contracts
Operations
Run the estate from one surface
Operators work from a single control surface: module health, workload placement, policy changes, cost and carbon — with a live audit stream underneath every action.
- Promote, pause or roll back any module without touching neighbouring systems.
- Trace any output back through model version, data contract and policy revision.
- Shift non-urgent compute to low-carbon windows automatically.
- Export an evidence pack for audit in minutes rather than weeks.
Platform specifications
Built for regulated environments
- Deployment
- Dedicated cloud, private VPC or hybrid on-premise
- Isolation
- Per-tenant keys, per-module network policy
- Availability
- Multi-zone active/active with regional failover
- Auditability
- Immutable event log, exportable evidence packs
- Interfaces
- REST, event streams, SSO, SCIM, webhook egress
- Energy
- Carbon-aware scheduling with per-workload reporting
See DCSI mapped to your environment
A briefing walks the six layers against your current stack, names the modules that fit, and outlines a phased rollout with energy and cost projections.