| Role in the platform | Reasoning substrate — the model everything else calls | Data supply chain — clean, licensed, provenance-tracked corpora | Perception — turning images, video, audio and documents into structured facts | Execution — turning a goal into a completed sequence of real actions | Control plane — safety, alignment, policy and compliance evidence | Delivery fabric — running the platform on datacentre, on-premise and edge hardware | Surface — the workspace, APIs and connectors customers actually touch |
|---|
| Key difference | The only module that produces model weights. Its capability ceiling sets the ceiling for the whole platform. | The only module that touches raw source data and owns licence provenance end to end. | Extends the platform beyond text; the only module that reads physical-world signals. | The only module that acts on external systems rather than returning an answer. | The only module with authority to block another module's output in production. | The only module concerned with where compute physically runs and what it costs. | The only module built for end users rather than for other modules. |
|---|
| Outcome measured on | Benchmark-leading reasoning at a serving cost low enough for always-on enterprise use | Every training token traceable to a licensed source with an auditable lineage record | Field-grade accuracy on document, inspection and vision tasks against expert baselines | Long-running workflows completed unattended with a full, replayable action audit trail | Audit-ready evidence packs mapped to EU AI Act and ISO/IEC 42001 controls | Identical model behaviour on edge hardware at a fraction of datacentre cost per request | Time-to-first-value under two weeks for a new enterprise deployment |
|---|
| Integration notes | Exposed through one versioned model contract (Python, TypeScript, gRPC), so checkpoint upgrades reach every module without integration work. | Publishes versioned dataset manifests; downstream trainers pin a manifest hash so any model can be reproduced exactly. | Encoders attach to NEXUS as adapters rather than a separate model, so multimodal input arrives through the same contract as text. | Runs every tool call through the AEGIS policy gate, and surfaces run state to ATLAS for human review and takeover. | Sits inline on every inference and tool call as a policy gate; nothing reaches a customer without passing through it. | Consumes compiled NEXUS artefacts and schedules them across heterogeneous fleets behind a single endpoint. | Aggregates every upstream module behind one authenticated API and workspace, with SSO, RBAC and connector packs for common enterprise systems. |
|---|
| Revenue model | Per-million-token licensing plus on-premise weight licences | Dataset and synthetic-corpus licensing to third-party model builders | Per-asset processing fees and vertical inspection packages | Per-workflow-run pricing with enterprise seat bundles | Compliance module licence, priced per regulated deployment | Managed compute margin plus edge appliance licensing | Seat-based SaaS subscription and connector add-ons |
|---|
| Principal risk | Training-run cost and schedule risk on the 70B production run | Shifting data-licensing law in key jurisdictions | Accuracy variance across unseen equipment and document classes | Reliability of multi-step autonomy in unpredictable environments | Regulatory targets moving faster than certification cycles | Hardware supply and accelerator vendor lock-in | Depends on upstream module maturity for its own delivery date |
|---|
| Depends on | M02 SENTRA | None — terminal module | M01 NEXUS CoreM02 SENTRA | M01 NEXUS CoreM03 ORACLEM05 AEGIS | M01 NEXUS CoreM02 SENTRA | M01 NEXUS CoreM05 AEGIS | M01 NEXUS CoreM03 ORACLEM04 HELIXM05 AEGISM06 VERTEX |
|---|
| Feeds into | M03 ORACLEM04 HELIXM05 AEGISM06 VERTEXM07 ATLAS | M01 NEXUS CoreM03 ORACLEM05 AEGIS | M04 HELIXM07 ATLAS | M07 ATLAS | M01 NEXUS CoreM03 ORACLEM04 HELIXM06 VERTEXM07 ATLAS | M07 ATLAS | None — terminal module |
|---|
| Status | In Build · 62%Q3 2025 — Q2 2027 | In Build · 74%Q2 2025 — Q4 2026 | In Build · 41%Q4 2025 — Q3 2027 | In Build · 35%Q1 2026 — Q4 2027 | In Build · 48%Q3 2025 — Q2 2027 | In Design · 29%Q2 2026 — Q1 2028 | In Design · 22%Q3 2026 — Q2 2028 |
|---|