Technical readiness checklist for AI in production
Eight verifiable blocks, each with required evidence, to decide whether an AI system is ready for production — not just for a demo.
Engineering track
Architecture, integration, industrial telemetry and engineering practice: technical decisions explained in enough detail to reproduce.
Topologies that survive network loss and plant change.
Modeling, cardinality, retention and pipeline observability.
From sensor to alert, with temporal validation and named diagnosis.
Eight verifiable blocks, each with required evidence, to decide whether an AI system is ready for production — not just for a demo.
Golden paths, use case catalog, reusable components, environments, CI/CD, SLOs, and a support model for scaling AI beyond the pilot stage.
How to measure tokens and cost per unit of work, attribute spend by team, monitor quality, and back your ROI calculation with real data.
Why most predictive maintenance pilots don't survive past month six — and what changes when the alert is designed together with operations.
From PLC to dashboard: topology, broker selection, topic modeling, and data retention for reliable industrial telemetry.
A technical guide to sizing GPU and memory, applying quantization, continuous batching, and KV cache when serving language models inside the company.
How to build an append-only, hash-chained record of AI decisions — with periodic anchoring, auditable correction, and vendor-independent export.
How to turn your AI usage policy into executable rules: risk classification, attribute-based authorization, guardrails and CI tests.
How to detect, mask, and, when authorized, re-identify personal data in AI pipelines without breaking inference or data-subject rights.
Lexical plus vector search with result fusion, source-inherited ACL applied at query time, revocation, multi-tenancy, and automated leakage tests.
Structure-aware chunking, embedding versioning, reindexing, reranking, and retrieval evaluation — the technical decisions that determine RAG quality.
API contracts, CDC vs. batch, idempotency, identity propagation, and load limits: the engineering of an anti-corruption layer between AI and core systems.
How to design the event schema, partitioning, retention, and indexing needed to turn prompts, retrieved context, and human edits into a reusable knowledge asset.
How a corporate AI gateway becomes the single point of egress — identity, routing, DLP on request and response, cost limits and shadow AI blocking.
How to build a regression dataset from real cases, pick metrics that matter, and use an LLM-as-judge calibrated against human review to block bad deploys in CI.
Prompts and system instructions treated with the same discipline as code: repository, PR review, automated tests, canary rollout, and rollback.
Model gateway, orchestration, retrieval, memory, identity, observability, and audit trail: the technical design behind an enterprise AI that isn't locked to a single vendor.
Put it to work
Everything we cover here — AI governance, legacy system integration, audit trails and preserved corporate knowledge — is available on the e.works platform at eworks.cloud.
e.works infrastructure on AWS
A managed environment protected by e.works on AWS, with encryption, per-company isolation, backup and high availability.
On-premises, in your environment
The same platform running in your company's data center or private cloud, when data sovereignty requires that nothing leaves your perimeter.
In either model your data stays yours — with access control, audit logging, configurable retention and guaranteed availability.
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