AI readiness scorecard
A scoring worksheet for deciding whether a workflow is ready for autonomous or semi-autonomous execution.
baciu.com service area
A technology operations kit for preparing AI-assisted incident triage, owner routing, release evidence, and support handoffs before production escalation.
We start with the business process, the users, and the failure modes. Then we choose the smallest architecture that can be measured, reviewed, and operated safely.
Explore pageA good AI system leaves traces: source evidence, evaluation history, cost and latency telemetry, and clear escalation rules for the cases that should not be automated.
Explore pageSubject expansion
A scoring worksheet for deciding whether a workflow is ready for autonomous or semi-autonomous execution.
Explore pageA control matrix that maps AI capability scope to data access, tool authority, approvals, logging, and incident response.
Explore pageA starter evaluation set for testing source grounding, citation behavior, permission boundaries, and answer quality.
Explore pageA production runbook for model routing, fallback, cost controls, latency, tracing, degraded mode, and release review.
Explore pageA board-ready outline for connecting AI initiatives to outcomes, risk gates, build sequence, and decision cadence.
Explore pageA tabletop exercise for AI services that can produce wrong answers, unsafe actions, policy violations, or outage cascades.
Explore pageA practical operating model for assigning ownership across AI product, platform, risk, operations, and business teams.
Explore pageA structured intake template for deciding whether a process should become an assistant workflow, agent workflow, or deterministic automation.
Explore pageUse these files as the starting point for a workshop, operating review, or delivery handoff.
A technology operations kit for preparing AI-assisted incident triage, owner routing, release evidence, and support handoffs before production escalation.
Incident signal mapCSV signal mapSignal map for alerts, traces, tickets, ownership metadata, change records, customer impact, and AI triage use.
Routing matrixCSV matrixRouting matrix for severity, service, owner, escalation path, evidence packet, and response expectation.
Incident schemaJSON schemaStructured incident fields for AI summaries, source evidence, severity, owner, confidence, and handoff state.
Incident bridge briefBridge briefIncident bridge brief for AI-prepared context, suspected cause, customer impact, owner actions, and rollback status.
Postmortem mapJSON mapPostmortem mapping for detection gap, routing delay, evidence quality, rollback decision, and knowledge update.
Resource library
Use these outlines as starting points for assessments, runbooks, governance reviews, and executive planning.
A scoring worksheet for deciding whether a workflow is ready for autonomous or semi-autonomous execution.
A control matrix that maps AI capability scope to data access, tool authority, approvals, logging, and incident response.
A starter evaluation set for testing source grounding, citation behavior, permission boundaries, and answer quality.
Delivery atlas
Filter, compare, and jump into detailed pages for AI architecture, execution, and governance.
Implementation library
An enablement kit for driving trusted AI adoption through training, champion networks, feedback loops, and behavior metrics.
A finance model for attributing AI runtime cost by workflow, department, customer segment, provider, and outcome.
A communications plan for AI incidents covering internal escalation, customer updates, regulatory notice, and postmortems.
A practical operating model for assigning ownership across AI product, platform, risk, operations, and business teams.
A release governance kit for managing prompt, model, policy, retrieval, and tool-authority changes in agentic systems.
A data-boundary kit for preventing sensitive data leakage across prompts, retrieval, logs, model providers, tools, and exports.
A review outline for documenting AI data handling, retention, subprocessors, residency, and customer control requirements.
A benchmark pack for measuring AI value across baseline cost, adoption, unit economics, and value-review decisions.
A control kit for managing AI value through adoption curves, unit economics, operating cost, quality signals, and scale decisions.
An incident communications kit for AI failures covering internal escalation, customer messaging, regulatory notice, and postmortem evidence.
A tabletop exercise for AI services that can produce wrong answers, unsafe actions, policy violations, or outage cascades.
A cross-functional operating cadence for weekly AI service reviews, monthly value decisions, release gates, and escalation ownership.
A portfolio prioritization kit for ranking AI opportunities by value, feasibility, risk, operating readiness, and learning leverage.
A scoring worksheet for deciding whether a workflow is ready for autonomous or semi-autonomous execution.
A service-level objective template for AI latency, quality, cost, availability, escalation, and degraded-mode behavior.
A rollout runbook for moving AI-assisted workflows from pilot to controlled scale with queue gates, training, controls, and adoption metrics.
A risk register for tracking AI authority, reversibility, sensitive data exposure, failure modes, mitigations, and owners.
A dashboard outline for monitoring provider mix, cost drift, latency budgets, fallback rates, and quality regressions.
An operations kit for AI-assisted support queues covering triage policy, containment metrics, escalation, QA, and customer communications.
A source inventory for mapping owners, freshness, permissions, quality issues, retention rules, and ingestion priority.
A regression suite for AI releases covering task quality, source grounding, safety, tool behavior, latency, and cost movement.
A release-gate template that connects evaluation results, known regressions, approval decisions, rollback, and launch notes.
A board-ready outline for connecting AI initiatives to outcomes, risk gates, build sequence, and decision cadence.
A steering-committee packet for connecting AI portfolio decisions to milestones, risks, spend, and operating outcomes.
A finance operations kit for AI-assisted reconciliation, variance explanation, close controls, reviewer evidence, and audit-ready reporting.
A model risk operations kit for financial services AI systems covering evidence, approvals, monitoring, controls, and audit readiness.
A control matrix that maps AI capability scope to data access, tool authority, approvals, logging, and incident response.
A healthcare AI safety intake kit for triaging clinical-adjacent workflow ideas before pilot, procurement, or production rollout.
A policy template for defining which AI decisions require approval, who approves them, and what evidence is required.
A claims operations kit for using AI across intake, coverage evidence, adjuster review, leakage monitoring, and customer communications with explicit controls.
A logistics operations kit for detecting shipment, inventory, carrier, supplier, and customer-commitment exceptions with evidence-backed recovery paths.
A manufacturing AI kit for connecting quality signals, maintenance notes, production exceptions, and operator feedback into governed intelligence loops.
A context-governance kit for deciding what AI systems may remember, retrieve, personalize, retain, forget, and expose to users.
A decision tree for routing between models, cached answers, degraded mode, escalation, and temporary shutdown.
A telemetry kit for model-backed services covering request traces, quality signals, cost, latency, fallback, and incident triggers.
An operating kit for model routing, runtime incident triage, provider fallback drills, release gates, and remediation ownership.
Execution lab
Tune delivery tempo, autonomy, and risk profile to inspect recommended phases, dependencies, and control gates.
Recommended phases
No retrieval without source discipline
Trust is a product feature
Action with accountability
Every release earns trust
Control where the work happens
Client teams can operate independently
Capability radar
Select an operating perspective and horizon to inspect relevant tracks, signals, and linked decision pages.
Priority tracks
Adoption managed as an operating system
Open pageStrategy with an implementation path
Open pageGovernance in the delivery loop
Open pageDelivery designed for durable ownership
Open pageControl where the work happens
Open pageExecution blueprint
Each area is delivered through explicit definition, measurable validation, and operating governance that client teams can inherit.
Operating checklist
A clear system map covering models, tools, data, workflows, users, and failure modes.
Explore pageTask sets, regression checks, and release criteria for measurable AI behavior.
Explore pageHuman approval, access, logging, data-boundary, and incident-response rules.
Explore pageDocumentation and ownership so the client can operate the system after launch.
Explore pageStart with repetitive, reversible workflows where outcomes and failure boundaries can be measured.
Use eval sets, adversarial scenarios, and explicit go/no-go criteria tied to business impact.
With authority boundaries, confidence thresholds, escalation packets, and complete execution traces.
Treat model and prompt changes as releases: test, review, approve, and roll out with rollback paths.
Coverage map
A scoring worksheet for deciding whether a workflow is ready for autonomous or semi-autonomous execution.
Explore pageA control matrix that maps AI capability scope to data access, tool authority, approvals, logging, and incident response.
Explore pageA starter evaluation set for testing source grounding, citation behavior, permission boundaries, and answer quality.
Explore pageA production runbook for model routing, fallback, cost controls, latency, tracing, degraded mode, and release review.
Explore pageRelevant pages
Downloadable implementation outlines for teams planning, evaluating, governing, and operating production AI systems.
Explore pageA scoring worksheet for deciding whether a workflow is ready for autonomous or semi-autonomous execution.
Explore pageA control matrix that maps AI capability scope to data access, tool authority, approvals, logging, and incident response.
Explore page