After go-live — Control phase

AI in Production Enablement

Stabilizing, optimizing, and governing AI solutions already in production: operations, cost control, monitoring, and long-term reliability

Deploying AI to production is only the beginning. Keeping it reliable, cost-sustainable, and under control is the real work. The model works and people use it. But after go-live, problems emerge that differ from those of development: unpredictable costs, degrading performance, and quality that drops silently. We take over an AI solution that is already live and work on operations, costs, monitoring, performance, reliability, and security.

At a glance

The service in brief

Service
Stabilization, optimization, and management of an AI solution already in operation.
When you need it
After go-live, when cost, performance, quality, or monitoring issues emerge.
R.O.C.E. phase
Control: the third phase of the Miriade R.O.C.E. methodology (Recover · Optimize · Control · Evolve), with a strong Optimize component.
Scope
Operations, cost control (AI FinOps), performance, monitoring, reliability, and security.
Works on
Solutions built by Miriade, by your team, or by third parties.
Takes over from
AI-Ready Data & RAG Enablement (build/MVP).
Continues with
MirAI (monthly managed service) and AI Context & LLM (in-depth optimization).
When you need it

The question is no longer “How do we build it?” but “How do we keep it under control?”

The development phase is behind you. In production, under real load, the problems change: spending grows without anyone knowing which component weighs most, and quality can drop without any obvious failure.

Costs grow in ways that are hard to predict.
Performance degrades under real load.
Agents consume tokens inefficiently.
Some features stop behaving as expected.
It is unclear when and why response quality drops.
Observability, alerts, and operational metrics are missing.
The provider updates the model and the behavior changes.
There is no process for incidents, regressions, or rollbacks.
The process

How it works

An AI solution in production cannot be optimized by trial and error on the prompt. The starting point is the actual state of the system and how costs, performance, and quality behave over time.

Triage and scoping

We identify which AI solutions are in production, which problems are emerging, and which objectives and constraints apply: costs, SLAs, security.

Assessment

We analyze architecture, models, agents, tools, dependencies, logs, metrics, costs, and incidents, and deliver a map, issues, priorities, and quick wins.

Designing the changes

We define optimizations, monitoring, operational processes, and hardening, with priorities and the expected impact on costs and reliability.

Progressive implementation

We proceed through controlled changes, starting from the points with the greatest impact on costs and reliability.

Measurement

We verify the results on costs, performance, quality, and stability, comparing before and after.

Ongoing operations

We define how to keep the solution reliable and efficient over time: runbooks, incident management, periodic reviews.

What we deliver

We work on costs, performance, monitoring, and security

The scope adapts to the solution and its objectives. The main areas we work on:

AI Production Assessment

Map of architecture, models, agents, and tools; analysis of costs, performance, and reliability; issues, risks, quick wins, and roadmap.

AI Cost & FinOps Optimization

Cost allocation by model, agent, and feature; waste detection; actions on tokens, context, and tools; budgets and estimated savings.

Monitoring & Observability Setup

End-to-end tracing (e.g., LangSmith), technical and quality metrics, alerts and thresholds, operational dashboards, structured logging.

Performance & Reliability Optimization

Bottleneck analysis, caching and parallelization, retry and timeout handling, fallbacks, and optimization of external dependencies.

Model Lifecycle & Provider Management

Testing and comparison of new versions, deprecation management, multi-model strategies, reduced lock-in, and criteria for promotion to production.

AI Operations Model

Runbooks and procedures, incident management, rollback and versioning, escalation and responsibilities, reports, and periodic reviews.

AI Security Hardening

Assessment of exposure to prompt injection and abuse, access control, protection of sensitive data, security auditing, and logging.

How we measure value

Success metrics

The work is measured with concrete indicators, comparing before and after the changes.

Cost per request or per user
Token consumption
Average and tail latency
Incident detection and resolution time
Monitoring coverage across features
Stability of response quality over time
Our approach

What makes the Miriade approach different

Miriade does not treat AI in production as a simple model-tuning problem. We connect it to the real ecosystem it runs in — infrastructure, costs, data, security, processes, and teams — and combine expertise in cloud, development, DataOps, security, FinOps, and AI.

Architecture Agents & tools AI FinOps Performance Monitoring Security Providers & models Operations Incident management

Many AI solutions do not fail because of the chosen model, but because they are not governed in production.

Costs are not governed.
Performance is not monitored.
Quality degrades silently.
Operational processes are missing.
Model changes are not managed.
Security is not reassessed after go-live.
The AI path

Where it fits in the AI path

AI in Production takes over from the build (AI-Ready Data & RAG) and continues toward the monthly managed service (MirAI) or in-depth optimization (AI Context & LLM).

FAQ

Frequently asked questions

Do you only work on solutions you built?

No. We can work on AI solutions already in production that were built by internal teams or by third parties.

Can you really reduce costs?

In most cases, spending is concentrated in a few inefficient points. Finding and fixing them often leads to significant savings without degrading quality.

How is it different from MirAI?

AI in Production Enablement is a targeted stabilization and optimization engagement. MirAI is a continuous monthly managed service for AI in operation.

Do you use specific monitoring tools?

Yes. We can use tools such as LangSmith and observability platforms, and integrate them with the tools your organization already uses.

What happens when the provider updates the model?

We manage the lifecycle of models and providers: testing and comparison of new versions, deprecation management, and criteria for promotion to production, to avoid uncontrolled changes in behavior.

How does it start in practice?

With an assessment of the solution in production: costs, performance, monitoring, and risks. From there, we define the changes and the roadmap.

Technologies

The technologies we use

Some of the technologies and platforms we work with on this service.

AWS
Databricks
Kubernetes
Google Cloud Platform
LiteLLM
LibreChat
Apache Airflow
modulus.ai

Do you want your AI in production to be stable, efficient, and under control?

We start from your actual costs, performance, monitoring, and reliability, and build a path to optimize the solution and manage it over time — even if we did not build it.

Request an assessment

Tell us about your AI in production

A few details about the solution in operation are enough. We will contact you for a call and define the first step of the assessment together.

We also work on solutions built by others.
We start from the actual state: costs, performance, monitoring, and risks.
Targeted optimizations, starting from the points with the greatest impact.

Privacy and security note. Do not enter credentials, passwords, or sensitive data in the form. Access, logs, and technical information will be handled later through agreed secure channels.