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Connected

Integrates across enterprise systems and tools

500+ enterprise integrations

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Governed

Business rules and controls built into AI context

Up to 30% fewer decision errors

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Always on

Context stays current across interactions and events

Up to 40% faster response to change

Your AI might have the intelligence. What it’s missing is enterprise context.

While enterprises have dozens of powerful systems, your customer only sees one relationship. And no single system can see across all relationships, dependencies and rules that shape a decision.

Every enterprise system sees only part of the picture

Every enterprise system sees only part of the picture

CRM, ERP, ITSM and operational systems each hold valuable intelligence, but decisions often depend on context spread across several of them.

Critical-relationships-remain-hidden-across-systems

Critical relationships remain hidden across systems

Customers, products, assets, suppliers and events are connected in reality, but their relationships remain fragmented across enterprise applications.

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AI inherits fragmented enterprise context

AI may access information from multiple sources, but without shared business meaning and relationships, it still lacks the context to reason effectively.

Important-dependencies-surface-too-late

Important dependencies surface too late

Operational, customer, commercial or policy implications remain hidden when decisions are made within isolated systems and workflows.

More-integrations-do-not-create-understanding

More integrations do not create understanding

Connecting systems move information, but they do not automatically explain data relationships, what they mean or how they matter to a decision.

Give enterprise AI a shared understanding of your business

Commotion combines Agentic Ontology and Enterprise Context Graph to give AI a shared meaning of your business. Agentic Ontology defines entities, relationships, roles and rules. Context Graph connects them with history, dependencies and events so AI can reason across systems with relevant enterprise context.

AGENTIC ONTOLOGY
Agentic Ontology

Maps your world automatically, connecting the dots across every system. AI agents profile your CRM, policies, SOPs, and contact centre data to build the ontology. What takes a consulting team months, done in days.

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Context Graph

With an owned graph your data flows across, get a structured representation of all relevant information, relationships, and dependencies surrounding a user query, task, or situation for your AI strategy.

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AI Workers

Build and deploy AI workers that operate on top of the intelligence layer created by the ontology and context graph and connect directly in your systems to get work executed.

How connected context creates value across industries

See how enterprises across industries can use Commotion Context Graph to drive measurable outcomes.​

Field Sales
Insurance
Retail
Manufacturing
Airlines
Automotive

Turn every field interaction into a growth opportunity

Prioritise high-value sales opportunities​

Connect account potential, sales performance, territory intelligence and market signals to identify where to focus efforts and unlock growth opportunities.​

Improve-sell-through-and-outlet-productivity
Drive smarter, more personalised selling​

Combine customer needs, purchase history, product interest and past interactions to recommend the right products, cross-sell opportunities and next-best actions during every visit.​

Reduce-stock-and-promotion-mismatches
Accelerate field execution and follow-through​

Connect field interactions with orders, inventory, service requests and business workflows to resolve issues, automate follow-ups and turn sales opportunities into action.​

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Improve-sell-through-and-outlet-productivity Reduce-stock-and-promotion-mismatches Improve-field-decision-making

Make faster, smarter decisions across the insurance lifecycle

Accelerate claims decisions

Bring together policy rules, claims history, documents and customer context so claims can be assessed faster and with greater consistency.

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Improve fraud detection

Connect relationships across customers, policies, devices, transactions and prior claims to surface hidden risk patterns earlier.

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Protect retention and service quality

Give AI a complete view of policy status, customer history and servicing signals to support more relevant retention and servicing actions.

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Accelerate-claims-decisions Improve-fraud-detection Protect-retention-and-service-quality

Turn connected customer intelligence into growth

Increase conversion and relevance

Combine customer preferences, behaviour, loyalty and product context to improve recommendations and next best actions.

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Reduce fulfilment friction

Connect inventory, orders, payments, stores and fulfilment events so issues can be identified and resolved with full context.

Reduce-fulfilment-friction
Improve customer retention

Use connected purchase, service and journey history to identify friction, recover experiences and drive more relevant engagement.

Improve-customer-retention
Increase-conversion-and-relevance Reduce-fulfilment-friction Improve-customer-retention

Move from operational visibility to proactive decisions

Reduce operational risk

Connect incidents, assets, systems, suppliers and regulatory obligations so teams can prioritise issues based on wider business impact.

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Improve supply chain resilience

Map supplier, component, product and dependency relationships to identify where disruption could affect downstream production. 

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Speed cross-functional decisions

Give security, operations, supply chain, finance and warranty teams shared context so they can act from the same enterprise picture.

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Reduce-operational-risk Improve-supply-chain-resilience Speed-cross-functional-decisions

Turn operational complexity into seamless passenger experiences

Improve disruption recovery

Connect passenger, itinerary, flight and operational context so recovery options can be prioritised more intelligently. 

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Reduce customer impact during disruptions

Bring together loyalty, connections, service history and disruption data to support more relevant passenger decisions. 

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Coordinate tasks and actions across systems

Give AI Workers shared context to align rebooking, servicing, notifications and operational actions across multiple systems. 

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Improve-disruption-recovery Reduce-customer-impact-during-disruptions Coordinate-tasks-and-actions-across-systems

Drive smarter decisions across the entire ownership journey

Improve lead conversion

Connect model interest, dealer activity, finance needs, exchange requirements and prior conversations to move qualified leads forward faster.

Improve-lead-conversion
Increase service and retention opportunities

Bring together vehicle history, warranty, service events and customer preferences to identify the right next action across the ownership lifecycle. 

Increase-service-and-retention-opportunities
Create a continuous customer journey

Give sales, service and retention teams shared context so customers do not have to repeat information across touchpoints. 

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Improve-lead-conversion Increase-service-and-retention-opportunities Create-a-continuous-customer-journey

How connected context creates enterprise value

Enterprise connectivity

See across enterprise silos

Connect relationships and dependencies that remain invisible when information is viewed within individual systems. 

Ai-powered-decision-making

Make better informed decisions 

Give AI the business meaning, history, and current context needed to understand what matters before determining an action.

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Reuse context across AI Workers 

Allow multiple AI Workers to operate from the same enterprise understanding rather than rebuilding context for every workflow.

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Respond to changing conditions

Keep enterprise context current as interactions, decisions, events, and operational conditions evolve.

AI&Automation_Automation

Connect intelligence to execution

Extend contextual understanding directly to AI Workers so decisions can translate into governed enterprise action.

Move from data access to contextual understanding

Traditional Data / Integration Layer
Data access and integration layer
Makes enterprise information accessible across applications.
Source specific definitions
Meaning remains largely within source applications.
System level relationships
Relationships are primarily understood within individual systems.
Data retrieval
Provides available records without determining wider context.
Data grounded reasoning
AI reasons from available records and retrieved information.
Use case specific context
Context is usually assembled separately for each workflow.
Agentic Ontology + Context Graph
Shared enterprise context layer
Defines meaning and connects context across systems.
Shared business definitions
Models entities, relationships, roles and rules for AI.
Cross system relationships
Connects entities and dependencies across enterprise systems.
Dynamic and persistent context
Combines history, workflow state and events around decisions.
Context aware reasoning
Helps AI traverse relationships and understand dependencies.
Shared across AI Workers
Multiple AI Workers use the same contextual foundation.

Context Graph gives AI the complete picture. AI Workers act on it.

Connect enterprise knowledge, relationships, rules, and dependencies so AI Workers can reason across systems and execute with the context they need.

Why choose Commotion Context Graph and Agentic Ontology?

Commotion combines Agentic Ontology, Context Graph, governance and AI Workers within one AI Operating System, connecting enterprise understanding for smarter and auditable actions.

Why choose Commotion Context Graph and Agentic Ontology?

Commotion combines Agentic Ontology, Context Graph, governance and AI Workers within one AI Operating System, connecting enterprise understanding for smarter and auditable actions.

AI&Automation_AI-2

Maps your enterprise knowledge faster

  • Use AI-assisted discovery to map the entities, relationships, policies and processes that define how your business works.

Connected-Systems

Connects context across systems, not just data

  • Bring together relationships, history, interactions, events and dependencies across enterprise systems into one contextual layer. 

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Keeps context persistent and current

  • Preserve relevant history while continuously incorporating new interactions, decisions and events as your business changes.

Compliance&Governance_Certifications

Grounds AI in business rules and boundaries

  • Embed policies, roles, permissions and operating rules into the context AI uses to reason and make decisions.

AI&Automation_MachineLearning

Powers multiple AI Workers

  • Give AI Workers shared enterprise context they can reuse across functions and workflows, connecting reasoning directly to governed execution.

Frequently asked questions

What is the difference between a context graph and an agentic ontology?

A context graph dynamically maps real-time enterprise relationships, operational states, and user interactions to ground AI workflows in live data. Conversely, an agentic ontology defines the structured taxonomy, rules, and semantic frameworks that guide AI agents on how to interpret data, reason, and execute autonomous actions.

How does a context graph help AI agents understand business context?

A context graph captures the complex web of enterprise relationships, customer history, and operational workflows. By mapping these multidimensional data points together, it provides AI agents with instant situational awareness, allowing them to comprehend user intent, historical interactions, and operational dependencies accurately.

How does agentic ontology support AI-driven decision-making?

Agentic ontology provides the semantic framework and rule sets necessary for AI agents to reason about business objectives. By defining relationships, constraints, and operational logic, it enables agents to evaluate complex scenarios, make intelligent choices, and execute accurate decisions aligned with company policies.

How do context graphs and agentic ontology work together?

Context graphs supply the dynamic, real-time enterprise data and relationship mapping, while agentic ontologies provide the structured rules and semantic logic. Together, they enable AI agents to interpret live operational states accurately and apply governed business reasoning to automate complex tasks.

How does Commotion use context graphs to enable autonomous AI workflows?

Commotion uses context graphs to continuously ingest, correlate, and map live enterprise data across various systems. This dynamic foundation gives autonomous AI agents the real-time situational awareness needed to trigger, manage, and execute complex workflows without constant human intervention.

How does a context graph help AI agents coordinate across enterprise systems?

A context graph acts as a unified semantic bridge across disparate enterprise silos. By mapping data relationships from various legacy applications, CRM platforms, and databases, it allows AI agents to exchange information seamlessly, ensuring synchronised and collaborative execution across diverse software systems.

How do context graphs support enterprise AI governance and traceability?

Context graphs maintain a transparent audit trail by mapping every data point, agent decision, and system interaction to established organisational relationships. This traceability allows enterprises to monitor AI behaviour, enforce compliance policies, audit automated actions, and ensure complete operational accountability.

How can context graphs help AI Workers execute end-to-end business workflows?

Context graphs provide AI Workers with a complete, real-time view of enterprise processes, data dependencies, and system states. This comprehensive insight enables them to autonomously orchestrate multi-step operations, resolve bottlenecks, and complete complex business processes seamlessly from start to finish.

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