Back to Resources
Reading online — 6 pages
Download PDF
MEJONA · RESEARCH & INSIGHTS
FRAMEWORK GUIDE

Enterprise AI & Automation Playbook

From pilot to production — a framework for shipping AI that survives contact with real operations.

Mejona Technology LLP
Edition 2026 · Mejona AI Strategy Team
Published
24 August 2026

Introduction

Most AI projects don't fail because the model is wrong. They fail because the surrounding system — the data, the workflow, the evaluation, the rollout — wasn't designed. This playbook is the framework we use with our own clients when we move an AI initiative from a demo to a production workload.

It is not a research survey and it does not benchmark model providers. It is a sequence of decisions and artefacts that have to exist before a system is worth turning on for real users.

Phase 1 — Process selection

The single most common mistake is to start with a model. Start with a workflow. The right workflow for AI has three properties:

  1. High volume — automation pays back even at modest per-task accuracy gains.
  2. Tolerant of partial accuracy — a human can repair the output without redoing the task.
  3. Bounded inputs and outputs — the system can be evaluated against a ground truth.
If you cannot describe the workflow in one paragraph with named inputs and outputs, you are not yet ready to automate it. Write that paragraph first.

Phase 2 — Architecture patterns

Four patterns cover most of what we build. They are not mutually exclusive — production systems usually combine several.

2.1 Retrieval-Augmented Generation (RAG)

The model answers questions grounded in documents you control — product manuals, policies, SOPs, historical tickets. Use RAG when accuracy and freshness matter more than open-ended generation.

2.2 Single-agent task automation

An agent receives a structured task, calls tools, and returns a result. Use it for back-office work — reconciliation, enrichment, ticket triage — where the task shape is fixed but the inputs vary.

2.3 Multi-agent orchestration

Specialised agents hand work to each other. A Lead Qualifier hands off to a Researcher, then to a Drafter. Use this when the workflow has distinct roles and the handoff itself carries information.

2.4 Human-in-the-loop

Every production AI system we ship has a place where a human takes over. Either because the task is too sensitive, the confidence too low, or the override is a regulatory requirement. Design this path before you design the model.

Phase 3 — Data governance

If the data layer is wrong, no amount of model quality recovers it. Three artefacts have to exist on day one:

  • Consent capture and record — what data, for what purpose, for how long
  • Retention and deletion policy — automatic, auditable, testable
  • Access control — RBAC enforced at the data layer, not just the application
If you operate in India, the DPDP Act applies from the moment you hold personal data. The legal posture is part of the architecture, not a compliance layer bolted on later.

Phase 4 — Evaluation and guardrails

You cannot ship what you cannot measure. The minimum viable evaluation system has three components:

LayerWhat it measuresExample
QualityTask-level accuracy against a held-out setRAG answer matches reference in 87% of cases
SafetyPII leaks, prompt-injection resistance, refusal rate0 PII leaks across 10k eval queries
OperationsLatency, cost, error budget burnp95 latency under 4s, $0.06 per task

Run the eval on every prompt and model change. Block the release if a metric regresses more than an agreed threshold.

Phase 5 — Phased rollout

  1. Pilot — 5 to 20 users, manual fallback always available, weekly review
  2. Soft launch — one team or one region, human approval before any external action
  3. Canary — shadow traffic + sampled real traffic, automatic rollback on SLO breach
  4. General availability — full traffic, on-call rotation, monthly model and eval refresh
Each phase has its own exit criteria in writing. Do not promote until the criteria are met. Most production incidents we have seen came from a team skipping a phase.

Build vs buy

A simple decision matrix covers most cases:

SituationRecommendation
Off-the-shelf product covers 80%+ of the workflowBuy and configure
Differentiating capability, regulated data, or unique data moatBuild with a partner
Workload is bursty or experimentalUse managed APIs until volume is predictable

Common failure modes

  • Optimising the demo instead of the workflow
  • Skipping the eval system because the demo looked good
  • No rollback path — once the AI is live, no one knows how to turn it off
  • Treating the model as the product instead of the system around the model

Where to start

If you are starting an AI initiative this quarter, the first deliverable is not a model. It is a one-page brief that names the workflow, the evaluation metric, the human override path, and the data governance posture. We can help you write that brief on a free 30-minute call.

Chat with us