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Sustainable Catalyst Platform Core: Getting Started

Start using Sustainable Catalyst Platform Core with a controlled example.

ProductSustainable Catalyst Platform CoreVerified versioncurrentComponentArtifact Registry, Audit Events, Backup and Recovery, Compatibility, Configuration, Cross-Product Navigation, Embeds, Feature Flags, Governance Policies, Handoff Contracts, Identity and Access, Migration, Observability, Product Registry, Public API Keys, Rate Limits, Release Integrity, Secrets Boundaries, Service Health, Shared Taxonomies, Typed Schemas, Version RegistryUpdatedJuly 17, 2026Reading time18 minutes
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Sustainable Catalyst Platform Core · Getting Started

Shared product identity, versions, taxonomies, schemas, handoffs, artifacts, access, configuration, health, observability, audits, compatibility, migration, recovery, keys, limits, embeds, integrity, navigation, and governance.

Audience: product users, administrators, reviewers, and integrators.

Last verified version: current

Reading time: 18–30 minutes

Status: Published support documentation.

Purpose

This guide provides a safe first run of Sustainable Catalyst Platform Core. It explains the product role, the main feature surface, the synthetic demonstration dataset, how to recognize a valid result, and when human or expert review is required.

Capability overview

  • Product Registry
  • Version Registry
  • Shared Taxonomies
  • Typed Schemas
  • Handoff Contracts
  • Artifact Registry
  • Identity and Access
  • Configuration
  • Secrets Boundaries
  • Service Health
  • Observability
  • Audit Events
  • Feature Flags
  • Compatibility
  • Migration
  • Backup and Recovery
  • Public API Keys
  • Rate Limits
  • Embeds
  • Release Integrity
  • Cross-Product Navigation
  • Governance Policies

Prerequisites

  • A modern supported browser or runtime
  • The current installed product and service version
  • A new demonstration workspace
  • No confidential, personal, credential, or production information
  • A named reviewer for consequential output

Sample data

This article uses a fictional Resilient Community Retrofit Program. The files contain one demonstration row for every documented feature, so each capability can be tested without private or production data.

Download CSV feature examples · Download JSON workspace example

Preview

# Feature Sample action Expected result Classification
1 Product Registry register canonical product ID, owner, route, and lifecycle a canonical product record synthetic-demo
2 Version Registry record installed, compatible, superseded, and retired versions a version compatibility record synthetic-demo
3 Shared Taxonomies reuse product, version, component, issue, release, topic, and artifact terms consistent cross-product context synthetic-demo
4 Typed Schemas validate a Decision Packet or calculation handoff a schema result synthetic-demo
5 Handoff Contracts send a Workbench artifact to Decision Studio with minimum fields and receipt a typed transfer and receipt synthetic-demo

The downloadable files include all 22 feature rows.

Procedure

  1. Open the product from its canonical Sustainable Catalyst page or administrative route.
  2. Confirm the product and backend version before creating data.
  3. Create a synthetic workspace named PLATFORM-CORE-RETROFIT-001.
  4. Download the CSV and JSON examples supplied below.
  5. Use the feature matrix to complete the first six feature checkpoints.
  6. Save, close, and reopen the workspace to verify persistence.
  7. Inspect warnings, sources, units, permissions, and lifecycle state.
  8. Export or hand off only after completing the verification checklist.

1. Product Registry

Action: register canonical product ID, owner, route, and lifecycle.

Expected result: a canonical product record.

2. Version Registry

Action: record installed, compatible, superseded, and retired versions.

Expected result: a version compatibility record.

3. Shared Taxonomies

Action: reuse product, version, component, issue, release, topic, and artifact terms.

Expected result: consistent cross-product context.

4. Typed Schemas

Action: validate a Decision Packet or calculation handoff.

Expected result: a schema result.

5. Handoff Contracts

Action: send a Workbench artifact to Decision Studio with minimum fields and receipt.

Expected result: a typed transfer and receipt.

6. Artifact Registry

Action: register a dataset, model, decision, document, or report.

Expected result: a discoverable artifact record.

Expected output

  • a canonical product record
  • a version compatibility record
  • consistent cross-product context
  • a schema result
  • a typed transfer and receipt
  • a discoverable artifact record
  • A saved record that reopens without data loss
  • An export or handoff that identifies product, version, artifact, source, and review state

Verification

  • Every sample value remains attached to its identifier and classification.
  • Warnings remain visible and are not silently treated as approval.
  • The saved workspace reopens in a clean session.
  • The product and version shown in output match the installed release.
  • Another reviewer can understand how the output was produced.

Responsible use

Core changes can affect every product; use least privilege, backups, compatibility tests, secret rotation, staged rollout, and explicit approval.

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