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Thyris GEO Platform

Thyris GEO Platform is a workspace-based operating system for Generative Engine Optimization. It measures how a brand, website, product, service, campaign, topic, claim, person, market, and channel asset appears in generative engines; turns evidence into prioritized work; publishes approved changes; and connects those changes to AI referral and conversion signals.

GEO is not a checkout-readiness score and it is not limited to a single model vendor. OpenAI-compatible systems, Anthropic Claude, Perplexity, Google Gemini, custom agents, MCP components, RAG sources, routers, and workflows can be observed or simulated without mixing synthetic results with observed evidence.

Open GEO Platform

Closed-loop workflow​

Platform topology at a glance​

Capability map​

AreaCapabilities
PortfolioProjects, markets, languages, targets, competitors, aliases, relationships, ownership, versions
ResearchTopics, prompts, prompt sets, intent, market/language coverage
AI systemsWorkspace providers, models, custom agents, MCP/RAG/workflow components, dependency graph, evaluations
MonitoringManual and scheduled runs, repetitions, budgets, raw evidence, answer snapshots, latency, token and cost data
UsageWorkspace provider requests, normalized tokens, web searches, configured/provider-reported cost, pricing coverage and operation provenance
IntelligenceVisibility, share of voice, citations, entities, prompt demand, narratives, accuracy, safety and anomalies
OptimizationTechnical/citability diagnostics, findings, recommendations, roadmap, approval, execution and rollback
ActivationKnowledge, evidence-backed content, machine artifacts, channels, publishing and verification
SimulationOrganic, ads, sponsored-agent, custom-agent, MCP/RAG and workflow scenarios; experiments and calibration
PerformanceAI referral tracking, trends, campaign impact, attribution, source influence and product visibility
OperationsAlerts, reports, exports, scheduled delivery, share links, integrations, privacy and retention
External accessWorkspace API keys, REST API, MCP, TypeScript SDK, browser/Next.js tracking SDK, GTM and WordPress
  1. Platform overview
  2. Architecture and service topology
  3. Getting started
  4. Tenants, workspaces, projects, and targets
  5. Data model and lifecycle
  6. Providers and AI systems
  7. Configuration reference
  8. Research and monitoring
  9. Provider Usage and Cost Management
  10. Metrics and intelligence
  11. Diagnostics and Action Center
  12. Knowledge, content, channels, and publishing
  13. Simulation and experiments
  14. Tracking, impact, and attribution
  15. Tracking installation
  16. Brand, website, product, and campaign scenarios
  17. Integration selection guide
  18. Implementation and operations playbooks
  19. Domain service reference
  20. Dashboards, reports, and exports
  21. API, SDK, and MCP
  22. Security, privacy, and governance
  23. Deployment and configuration
  24. Testing and troubleshooting

Product boundary​

The dashboard is the complete operational surface. Public APIs expose selected workspace-safe datasets and workflows; they do not mirror every internal dashboard mutation. Publishing and external actions require a configured connection, appropriate scope, approval, and policy result. A simulation is always labeled synthetic and never becomes an observation.