Good pilot signal
Recurring work, known users, measurable baseline, governed data, clear owner, and executive visibility.
Evaluation & Pilot Playbook
The goal is not to install AI and hope usage proves the case. A strong pilot starts with a bounded workflow, measures before-and-after outcomes, captures the evidence available from the tested deployment, and ends with an executive decision on production expansion.
Pilot Operating Model
Srasta pilots should connect the business workflow to the runtime evidence. The loop below keeps the pilot from becoming a demo: every phase creates evidence that can be reviewed by business, security, platform, and executive stakeholders.
Use-Case Selection
Srasta is strongest when the pilot involves company-specific context, governed access, repeatable expert work, and a real decision loop. Avoid broad "AI assistant" pilots. Start with one workflow where better answers, faster review, fewer escalations, or clearer evidence matters.
Recurring work, known users, measurable baseline, governed data, clear owner, and executive visibility.
Vague experimentation, no baseline, no sponsor, no policy constraints, no path to budget, or no production owner.
One workflow, a small user group, approved examples, one compatible client, and a review owner.
Expand only after the evidence supports it. Check each additional model, client, integration, and deployment profile separately.
Stakeholders
Defines the business decision, budget path, and production expansion threshold.
Owns the baseline process, user adoption, output review, and final value judgment.
Reviews identity, data boundaries, audit evidence, model access, and tool policy.
Owns install, topology, runtime health, backup posture, upgrades, and support handoff.
Run real tasks, provide feedback, flag corrections, and expose workflow edge cases.
Guides deployment, measures outcomes, tunes the loop, and prepares the executive readout.
Success Metrics
A pilot that only measures model output is incomplete. Srasta should prove that the enterprise can run AI inside real constraints: identity, retrieval, model route, applicable policy, audit, recovery, and user feedback.
Cycle time, manual effort reduced, throughput, review time, escalation rate, and rework avoided.
Groundedness, answer usefulness, repeatability, correction rate, accepted outputs, and failure patterns.
Identity and role checks, denied-access cases, model access, data scope, and available audit evidence.
Install time, health checks, drift visibility, backup verification, rollback posture, and support bundle quality.
Available deployment health, licensed usage, inference calls, last-seen recency, and cap posture, paired with a manual workflow review.
Named production owner, budget owner, urgency, expansion path, license size, and renewal readiness.
Reviewable evidence
Keep a small evidence log: the input and expected result, the reviewed output, supporting sources or tests, the model and client configuration, latency, access checks, and operator observations. Use it to decide what to fix and whether the workflow is worth expanding.
Measure Loop is a separate roadmap concept, not a pilot feature available today.
Current workflow effort and quality compared with measured Srasta-assisted output.
Approved example, configuration, reviewed output, source or test result, latency, and access decision where applicable.
Prompt, retrieval, client, configuration, and operating changes the team can retest.
Proceed only when quality, access boundaries, cost, and operating responsibilities meet the agreed threshold.
Timeline
Confirm sponsor, workflow, data boundary, infrastructure path, users, and success rubric.
Confirm a supported deployment, activate the license, and configure identity, model route, and the approved workflow.
Users run representative tasks; reviewers record outcomes, access behavior, limitations, and operator observations.
Review evidence pack, ROI narrative, risks, expansion design, commercial fit, and production recommendation.
Executive Readout
Baseline vs observed value, user adoption, workflow impact, and qualitative feedback.
Identity, RBAC, policy, audit, data boundaries, and security-review findings.
Topology, health, runtime truthfulness, backup readiness, rollback readiness, and support posture.
Time saved, risk reduced, quality improved, rework avoided, and the cost of not operationalizing the workflow.
Promote, iterate, pause, or expand, with the next deployment topology and license shape.
Additional roles, knowledge sources, integrations, workflows, and reporting needs; proposed tool policies require separate product scoping.
FAQ
Use the free trial for self-serve evaluation. Move to a pilot when the team has a concrete workflow, an executive sponsor, regulated or security-sensitive data boundaries, and a need to prove governance, operator visibility, and measurable workflow value.
A good pilot use case has a real user group, repeatable work, company-specific context, measurable baseline pain, clear policy constraints, and an outcome that an executive can value.
Measure workflow quality, answer grounding, repeatability, time saved, user adoption, escalation rate, access and policy behavior, operator health, and inference latency. Choose measures the current deployment can actually produce.
The readout should include the baseline, pilot scope, users and roles, reviewed workflow results, security and audit evidence available from the tested deployment, operator findings, risks, costs, and a go/no-go recommendation.
Next Step
The best pilot is specific enough to measure and important enough to fund when the evidence is clear.