Workflow state
Carry operational context across multi-step freight processes without losing the decision trail.
PLATFORM / ARCHITECTURE
Sumlabs connects a partner-owned product surface to configured agent workflows, deployment-specific models, and the tools required to do real freight work.
The partner owns the customer-facing experience and existing system access. Sumlabs operates the orchestration layer behind it, inside boundaries agreed for each workflow.
The architecture starts narrow: one tenant, one workflow, and only the tools required for that job.
PARTNER PRODUCT
Branded agent experienceSUMLABS CONTROL PLANE
Tenant rules · workflows · evalsMODEL LAYER
Deployment-specific model boundaryModels become products when they can keep state, use tools, follow policy, surface exceptions, and leave a usable record of what happened.
Carry operational context across multi-step freight processes without losing the decision trail.
Expose only the reads, writes, channels, and verification calls each workflow requires.
Apply partner policy, customer-specific constraints, permissions, and escalation paths.
Route exceptions with the context an operator needs to make the next decision.
Retain the sequence of model, policy, tool, and human actions defined for the deployment.
Test workflow behavior against agreed freight tasks before versions move forward.
Partner, customer tenant, workflow, user, policy, and tool permissions are treated as separate scopes. The exact isolation, retention, and provider boundary is documented during architecture review.
Owns the product surface, distribution, and customer relationship.
Contains customer-specific rules, context, users, and allowed workflows.
Defines the job, inputs, tools, policies, handoffs, and expected output.
Produces a versioned sequence of model, policy, tool, and human events.
ARCHITECTURE REVIEW
Bring the workflow, current integrations, and deployment constraints. We’ll define the narrowest credible path to a partner-branded pilot.