[Developers]

Platform Capability Catalogue

Argus spans investigations, emergency response, utilities, workforce, evidence, defence, and administration. The people evaluating and operating it rarely share a vocabulary. A procurement panel asks whether live SIEM co

Category: ModulesLast Updated: Sep 15, 2026
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Overview#

Argus spans investigations, emergency response, utilities, workforce, evidence, defence, and administration. The people evaluating and operating it rarely share a vocabulary. A procurement panel asks whether live SIEM connections, blockchain investigation, or MDOC partner bridges exist. A newly hired dispatcher asks where the tools for their shift live. A training lead needs a path through real software rather than a slide deck of aspirational modules. When the only answers are tribal knowledge and a mega-menu, demos stall and onboarding stretches.

The Platform Capability Catalogue is a browsable index of what a deployment actually offers. Entries group by domain, support search, and deep-link into live applications the operator can access or into the long-form module documentation when a capability is documented for buyers and builders. Access rules still apply. A catalogue row for a restricted tool leads to a shared denied state when grants are missing, rather than a mysterious empty page. Together with Navigation Operator Lens, the catalogue is the long tail: the lens keeps first paint calm; the catalogue and command palette remain how power users and evaluators discover breadth.

For solution architects comparing Argus to point products, the catalogue is also a honesty mechanism. Feature-flagged or unavailable capabilities can surface as non-actionable rather than as marketing ghosts. That posture travels well into security questionnaires and due-diligence rooms where "show me the thing" beats "trust the brochure".

Last Reviewed: 2026-09-15 Last Updated: 2026-09-15

Key Features#

  • Unified browsing by domain: Capabilities group across cyber, aviation, workforce, emergency, evidence, utilities, and related domains so explorers can think in missions rather than repo names.

  • Search that matches how people ask: Title and short description search help someone who knows the outcome ("impacted customers", "verifiable credential", "case queue") find the entry without knowing the internal application package name.

  • Deep links into live tools: Where a tool is mounted in fe2, the catalogue opens it directly under the same gateway routing as the rest of the shell.

  • Documentation as a first-class target: Where the right next step is a module guide, the catalogue opens that guide so sales engineering and customer training stay inside the same corpus published to DOCS_KV.

  • Authority-honest results: Entries respect the signed-in authority catalogue. Denied, not-found, and failed states reuse shared UI patterns introduced across audited workspaces.

  • Feature-flag awareness: Capabilities governed by domain flags can appear without pretending they are callable when the flag is off, which keeps pilot tenants from clicking into unfinished rails.

  • Companion to operator lenses: Lenses limit first-paint intents; the catalogue carries the remainder. That pairing is the IA answer to both "too much navigation" and "I cannot find the module we bought".

  • Training and demo rehearsal: Instructors and solution engineers can walk a room through catalogue sections as a live curriculum instead of maintaining a parallel PDF inventory that drifts from production.

Use Cases#

  • New-tenant onboarding: An administrator tours the catalogue after go-live to see which domains are licensed and mounted before inviting the first operator wave.

  • Procurement and competitive proof: During a bake-off, evaluators search for contested capabilities and open either the live tool or the module page that states implementation status in plain language.

  • Cross-domain investigation: An analyst looking for live SIEM connections, blockchain workspaces, or partner intelligence tools finds the path without memorising rail labels.

  • Change management: After a release that adds utilities operator workflows or MDOC workbench panels, training leads point staff at the new catalogue entries rather than emailing screenshots.

  • Least-privilege education: Showing a denied state from a catalogue link is a useful teaching moment: discovery is encouraged, authorisation still comes from RBAC.

Integration#

The catalogue is hosted in fe2 alongside the app shell, command palette, and lens navigation. It reads authority from the authenticated session profile supplied via auth_service. Feature flags from middleware domains participate where entries are gated. Module documentation entries resolve to the website/KV-backed developer module corpus. Shared denied and empty states keep catalogue outcomes visually consistent with investigation, cyber, and collaboration audits.

Open Standards#

  • OpenAPI / GraphQL public descriptions: Catalogue entries can point at partner-facing API docs where a capability is exposed externally.
  • WCAG 2.2: Search, filters, and links meet the shell accessibility baseline.
  • ISO 21498-style capability registers (informational): Organisationally the catalogue plays the role of a maintained capability register for the deployment.

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