Routine steps
Classification, extraction, validation, routing, and repair do not always need the most expensive model in the stack.
The first purchasable offer is Flev DevOps: send one failing CI, deployment, Kubernetes, or incident path and get back a diagnosis, evidence trail, runbook, and productization path. Other Flev workflows should follow the same narrow, evidence-heavy pattern.
Flev workflows can route routine, structured steps to local or private small models while keeping stronger models available for complex reasoning.
Classification, extraction, validation, routing, and repair do not always need the most expensive model in the stack.
Teams should be able to see which model handled which step, why fallback exists, and who can approve changes.
Better Call evidence shows tool-call accuracy improving from 73.4% to 83.8% on 3,625 granite4.1:3b BFCL v4 cases.
The buyer should immediately understand what they send, what they receive, how success is judged, and what becomes repeatable if the pilot works.
Best first offer: diagnose one failing CI, deploy, Kubernetes, or incident path and return evidence plus a reusable runbook.
Discuss a pilotCompare the same model across DeepAgents and Flev control modes so buyers see measured lift before a bigger rollout.
Discuss a pilotPreview the diagnosis brief, evidence table, runbook patch, and approval boundary before sending a real failure.
Discuss a pilotIf the first workflow proves useful, package the repeatable pattern into a recurring Flev workspace or customer-facing workflow.
Discuss a pilotThe user-facing workspace: run the workflow, inspect evidence, review context, embed the experience, and package what should repeat.
The operating boundary: sessions, approvals, evidence, memory lifecycle, protocol access, and delivery context stay attached to the run.
The execution guard: malformed or unsafe tool actions are validated, repaired only when allowed, or blocked before users see failure.
The cost and privacy boundary: routine steps can run on local, private, or smaller models while complex reasoning keeps access to frontier models.
CLI run, Studio tree, raw trace, memory review, chat, embed, and workspace delivery surfaces.
Session, evidence, approval, provider, memory, and protocol boundaries stay attached to one run.
Same-model comparisons show how repair, review, memory, HITL, and runtime controls change pass rate, tool-call validity, and latency.
Local, private, OpenAI-compatible, or frontier models can be assigned by workflow step instead of hidden in code.
BFCL v4 evidence: tool-call accuracy moved from 73.4% to 83.8% on 3,625 granite4.1:3b cases.
Each offer should leave artifacts a buyer can forward to an operator, engineer, or budget owner.
What was checked, what was confirmed, what remains unknown, and which source supports each claim.
Same-model runtime comparison showing pass rate, valid tool calls, repair success, latency, and which control mode produced lift.
What the team should do next time the same failure or workflow appears.
Which actions were read-only, which actions required review, and which actions should never run automatically.
Whether the workflow should become a recurring Flev workspace, customer-facing feature, or one-off consulting output.