AI architecture options

The Right AI Architecture for Your Data and Work.

You describe the business requirements. We evaluate architecture tradeoffs with you during discovery; the right approach depends on the workload and operating context.

From request to useful action

A connected AI workflow, with people in the loop.

Explore the layers behind a tailored assistant, then follow a practical example from the first request to a reviewed next step.

Channels layer

Channels

A voice agent introduces itself, listens to the request and captures only the details needed for an approved workflow. Identity, consent and accessibility needs vary by call.

IN PRACTICE

For an after-hours plumbing call, the assistant can ask what happened, where the property is and whether the issue is urgent. It can flag an emergency for a person without promising an arrival time.

Explore an example flow

AI identifies itself → captures issue, service area and callback details → routes urgency → a person confirms availability. No repair time is promised.

View industry workflow

Capability areas

The building blocks behind useful AI.

We assess which capabilities suit the workflow, data boundaries and people involved. Availability and fit are verified for each scope.

01

Models & intelligence

Language, vision and predictive models selected for the task and its evidence needs.

02

Agents & orchestration

Task-focused assistants that use defined tools, permissions and human review points.

03

Voice & communication

Voice and messaging experiences scoped around approved responses and clear handoffs.

04

Business integrations

CRM, ERP, scheduling and document-system connections, subject to compatibility and authorization.

05

Knowledge & retrieval

Search and question-answering over approved sources, with access boundaries and source context.

Choose a pattern to compare

Cloud, private or hybrid AI.

There is no single right architecture. Explore the tradeoffs, then assess the workload, data and operating context.

Business dataAccess & policyManaged AI service
Architecture tradeoff

Cloud AI

Managed capabilities can offer flexibility for suitable workloads. Assess vendor terms, retention, training use, data location, permissions, cost and reliability.

This is an illustrative pattern, not a deployment recommendation. Requirements, vendor terms, data boundaries and operating ownership must be assessed.

Illustrative data paths

Make the Data Boundaries Visible.

A workload's data, controls and operating needs shape where its AI components run.

Cloud AI

Approved business dataScoped access & vendor reviewManaged AI service

Private / on-premises

Selected sensitive workloadOrganization-managed environmentPrivate AI runtime

Hybrid AI

Different workload typesDeliberate routing & boundariesSuitable environment

Illustrative patterns only. Architecture, controls and vendor terms are assessed for the agreed workload.

Make the architecture serve the workflow.

We assess existing systems and integration feasibility as part of the work. Compatibility, data permissions and operating ownership must be understood before a connection is promised.

Reusable components, where they fit.

Reusable components, where they fit.

Potential capability families include authorized knowledge assistance, approval-aware workflow components, business-system connectors, AI voice components and predictive model delivery components. Readiness and reuse benefits are verified before they are proposed.

Sage · potential assistant capability

Sage is a potential Agentsfer assistant capability for authorized knowledge and workflow interactions where appropriately configured. Availability, scope and integrations require verification for each engagement.

No deployment pattern is suitable for every organization. Processing boundaries, vendor terms, security controls and operating responsibilities depend on the agreed design.

Let's Analyze Your Business

Evaluate cloud, private, on-premises and hybrid AI architecture tradeoffs around your requirements.