Shared controls, not separate pilots
Reuse configured connectors, identities, policies and observability patterns across approved solutions.
Connect business systems, shared definitions and controlled agents without replacing your core applications. Define identity, deployment and approval boundaries for each operation.
For organizations moving beyond isolated pilots, Xophia provides a common layer for integrations, policies and execution records. Start with one workflow and reuse the foundation as the scope grows.
Reuse configured connectors, identities, policies and observability patterns across approved solutions.
Managed-cloud and customer-VPC patterns are available; region, connectivity and responsibility boundaries are confirmed during design.
A shared operating layer helps teams expand AI without creating a new integration and control model for every project.
Bring approved data, tools and workflow state into one controlled surface for applications and agents.
Add capabilities by scope while preserving defined permissions, approvals and ownership.
Keep ERP, CRM, finance and service platforms as authoritative systems while Xophia coordinates their configured interfaces.
Retain the available inputs, tool calls, approvals and results needed for operational and security review.
Platform scope follows proven needs: connect a bounded workflow, establish its controls, then reuse what has been validated.
Confirm systems of record, data flows, interfaces, owners and the minimum permissions required for the first operation.
Configure identity, policies, approval points, retention and the execution evidence required by the deployment.
Extend to adjacent workflows while preserving clear scopes, versioned changes and accountable owners.
These are common target categories, not a guarantee of prebuilt adapters. The exact connector, identity method and write scope are confirmed during implementation.
Review the technical platform or see how a bounded operational case can use the same foundation.
Review the connector, semantic, runtime and deployment capabilities behind the operating layer.
Explore the architecture →See an illustrative pattern combining deterministic rules, controlled agent work and human exceptions.
View use case →Bring one operation that crosses multiple systems. We’ll map its interfaces, ownership and controls into a practical first platform scope.