Managed AI

Keep your AI working after it goes live.

Production AI needs more than hosting and technical support. It needs to be monitored, evaluated, maintained and continuously improved as models, data, users and the business around it change.

Margins operates the AI systems we put into production — monitoring performance, reliability, cost, usage and business impact so your team doesn’t have to build an AI operations function internally.

From go-live to everyday operation.

PRODUCTION AIUsersDataModelsAgentsSystemsRivermindMANAGED AIPerformanceReliabilityCostQualityUsageValueImprove
Go-live isn’t the finish line

It’s when the real work starts.

Before production, an AI system operates against assumptions and test cases. After production, it encounters reality.

  • New data.
  • New questions.
  • New edge cases.
  • Different user behaviour.
  • Changing business conditions.
  • New models.
  • Changing costs.
  • Systems going offline.
  • Processes evolving.
  • Thousands of interactions nobody could predict.

AI doesn’t become static when you deploy it. Neither should the team responsible for it.

Why Managed AI

Traditional monitoring tells you whether the system is running. AI monitoring needs to tell you whether it’s working.

Conventional application● Running
  • Is the server up?
  • Did the API respond?
  • How long did the request take?
  • Did an error occur?

Those things still matter.

AI system? Working
  • Was the answer good?
  • Did the model use the right information?
  • Is output quality changing?
  • Are users actually adopting it?
  • Are costs increasing unexpectedly?
  • Are certain requests repeatedly failing?
  • Should a human have been involved?
  • Is the system producing the business outcome it was built for?

Healthy infrastructure does not necessarily mean healthy AI.

Managed AI operations

One operating layer across the production system.

Six dimensions. The last one is what makes this Margins Managed AI rather than DevOps for AI.

01 / 06

Is the AI performing as intended?

  • Model outputs
  • Response quality
  • Retrieval quality
  • Accuracy
  • Failure patterns
  • Evaluation metrics
02 / 06

Can the business depend on it?

  • Availability
  • Latency
  • API failures
  • Workflow failures
  • Integration health
  • Infrastructure
03 / 06

Is it operating efficiently?

  • Model usage
  • Token consumption
  • Infrastructure costs
  • API costs
  • Cost per workflow
  • Cost trends
04 / 06

Is the organization actually using it?

  • Active users
  • Workflow adoption
  • Feature usage
  • Drop-off
  • Interaction patterns
  • Human overrides
05 / 06

Where is the system getting things wrong?

  • Edge cases
  • Low-confidence outputs
  • Hallucinations
  • Incorrect retrieval
  • Unexpected behaviour
  • Recurring exceptions
06 / 06 · what makes this Margins Managed AI

Is it changing what it was built to change?

  • Time saved
  • Work automated
  • Revenue protected
  • Errors reduced
  • Capacity created
  • Decisions improved
The operating loop

Don’t just observe the system. Improve it.

  1. 01
    Monitor

    Continuously observe the technical and AI-specific signals that matter.

  2. 02
    Detect

    Identify degradation, failures, anomalies, unusual cost or recurring problem patterns.

  3. 03
    Investigate

    Determine whether the root cause sits in the model, data, retrieval, prompt, workflow, integration, infrastructure or user behaviour.

  4. 04
    Act

    Correct the problem or route it to the engineering discipline required.

  5. 05
    Verify

    Confirm that the change actually improved system behaviour.

  6. 06
    Improve

    Use what production teaches us to make the system better.

MonitorDetectInvestigateActVerifyImprovePRODUCTIONoperating loop

Monitoring without an improvement loop is just a dashboard.

Production never stays still

Imagine a customer-facing AI system has been running successfully for six months. Then something changes.

Traditional support waits for something to break. Managed AI asks: what changed, what does it affect, and what should we do about it?

End-to-end operations

AI is a system, not a model.

A failure anywhere in the stack can become an AI problem for the user. Margins can investigate across the complete system rather than treating each component as somebody else’s responsibility.

  1. 01ApplicationInterfaces · Users · Workflows
  2. 02AIModels · Agents · Prompts · Tools · Evaluation
  3. 03KnowledgeRAG · Vector stores · Documents · Enterprise knowledge
  4. 04DataDatabases · Pipelines · Operational data
  5. 05IntegrationsERP · CRM · APIs · Internal systems
  6. 06InfrastructureCloud · Compute · Networking · Storage
Rivermind logo
Powered by Rivermind

The operational layer behind Managed AI.

We repeatedly encountered the same problem: once AI enters production, enterprises need a way to connect models, data, tools and workflows while maintaining visibility and control over what is happening. So we built Rivermind — the orchestration, integration and operational control layer behind our Managed AI service.

Explore Rivermind (opens in a new tab)
  1. 01Orchestrate

    Models, agents and workflows.

  2. 02Connect

    Enterprise data, applications and tools.

  3. 03Observe

    Execution, performance and operational behaviour.

  4. 04Control

    Rules, routing, access and human intervention.

  5. 05Improve

    Use production information to evolve the system.

Deployed around your business

Managed doesn’t have to mean handing over your intelligence.

Margins can operate AI inside the technology environment appropriate for the customer.

Your cloud

AI operating within the customer’s existing cloud environment.

Private environment

Dedicated architecture with controlled access and data boundaries.

On-premises

AI deployed locally where business, operational or regulatory requirements demand it.

We manage the system. You retain control of the business assets behind it.

Business observability

The most important AI metric may not be an AI metric.

Suppose a predictive system has95%technical accuracy. Is that good?

It depends

  1. 01If nobody acts on its predictions, perhaps not.
  2. 02If it generates too many alerts, perhaps not.
  3. 03If users don’t trust it, perhaps not.
  4. 04If it identifies problems after employees already know about them, perhaps not.
  5. 05If it costs more to operate than the value it creates, definitely not.
AI metrics
  • Accuracy
  • Quality
  • Latency
  • Failures
  • Cost
Operational metrics
  • Adoption
  • Response time
  • Human overrides
  • Actions taken
  • Exceptions
Business metrics
  • Revenue
  • Cost
  • Capacity
  • Risk
  • Speed

We don’t only ask whether the AI is performing. We ask whether the business is performing differently because of it.

Real production AI

What it actually takes to operate.

All client outcomes →
Marikomerc · Predictive AI in distribution

A production system analyzes purchasing behaviour to identify customers showing early signs of revenue decline.

Operating it means more than keeping a model online. It means ensuring new transaction data continues flowing correctly, seasonal behaviour remains accounted for, detections remain useful, and commercial teams receive signals early enough to act.

94.7% · 43-day early warning

Explore the outcome →
CIAK · AI inside field sales

An AI mobile cockpit combining purchasing patterns, ML detection, customer briefings, spoken reporting and an AI assistant inside the customer’s cloud.

Operating a system like this means monitoring not one model, but the complete flow between data, AI, enterprise systems and field users.

Explore the outcome →
Unija · AI inside payroll operations

An AI operations layer works across documents, portals, CRM and ERP workflows while humans handle exceptions requiring judgment.

Here, successful operation depends on continuously understanding where automation succeeds and where work is still falling back to people.

Explore the outcome →
Operate + evolve

Keep the system healthy. Keep the system moving forward.

Managed AI

Operate the system.

  • Monitor performance.
  • Maintain reliability.
  • Control cost.
  • Track quality.
  • Observe adoption.
  • Identify problems.
  • Maintain production health.
Forward Deployed Engineering

Evolve the system.

  • Work with users.
  • Investigate operational friction.
  • Implement improvements.
  • Adapt workflows.
  • Handle new requirements.
  • Solve emerging problems.
  • Extend capabilities.
Explore Forward Deployed Engineering →

Managed AI keeps the system healthy. Forward Deployed Engineering keeps it moving forward.

AI without building an AI operations team

Your company should get the value of AI without becoming an AI company.

Most traditional businesses don’t need full-time specialists in every one of these areas. They need access to the capability when the system requires it. Margins provides the operating layer and specialist engineering organization behind the AI while your company stays focused on its own business.

  • AI engineering
  • Machine learning
  • Software engineering
  • Data
  • Cloud infrastructure
  • MLOps
  • Evaluation
  • Observability
  • Security
  • Enterprise integrations
Instead of ten hiresOne partner

Own the capability. Not the overhead.

The service

Ongoing responsibility for production AI.

Every engagement is shaped around the system and the service level it needs. It can include:

01

Continuous monitoring

Observe system health, model performance, workflows and integrations.

02

AI evaluation

Measure output quality and identify degradation or recurring failure patterns.

03

Incident investigation

Investigate technical and AI-specific production issues.

04

Cost management

Track and optimize infrastructure, model and API usage.

05

Usage & adoption

Understand how people interact with the system and where adoption is changing.

06

Performance reporting

Provide regular visibility into system performance and business KPIs.

07

Maintenance

Keep dependencies, integrations and operational components healthy.

08

Optimization

Identify opportunities to improve quality, reliability and efficiency.

09

Specialist escalation

Bring the relevant Margins engineering discipline into problems that require deeper intervention.

From model metrics to management visibility

Know what your AI is doing for the business.

One system, three perspectives. CEO → business impact. COO → operational impact. CTO → system performance.

Managed AI · reportingIllustrative UI — not client results
BusinessCEO sees business impact
€1.2MRevenue exposure identified
1,840 hManual work avoided
68%Workflow automated
OperationCOO sees operational impact
87%User adoption
14,320AI-assisted workflows
6.4%Human escalation
TechnologyCTO sees system performance
98.7%Successful execution
1.4 sMedian latency
€0.17Cost per workflow
Getting started

From production system to managed operation.

If Margins built the original implementation, much of the first four steps already exist — another benefit of working end to end.

  1. 01

    Understand

    Review the system, architecture, models, integrations and business objectives.

  2. 02

    Baseline

    Establish the technical, AI, operational and business metrics that matter.

  3. 03

    Instrument

    Put the required monitoring, evaluation and operational visibility in place.

  4. 04

    Transition

    Establish ownership, escalation paths and operating procedures.

  5. 05

    Operate

    Continuously monitor the system and respond when something changes.

  6. 06

    Improve

    Use production information to identify where the system can perform better.

End-to-end by design

The best time to think about AI operations is before deployment.

If Margins is involved from the beginning, we can design observability, evaluation, cost visibility and business measurement into the system itself.

  1. 01DiscoverDefine the outcome.
  2. 02DesignDefine how it will be measured.
  3. 03BuildInstrument the system.
  4. 04DeployEstablish production visibility.
  5. 05OperateManage performance.
  6. 06ImproveUse what production teaches us.

Production operations shouldn’t be an afterthought. They should be part of the architecture.

Why Margins

The team that understands what was built can keep it working.

01

AI engineering depth

Understand the models, agents, retrieval and intelligence inside the system.

02

Full-stack capability

Investigate problems across software, data, integrations and infrastructure.

03

Proprietary operations technology

Rivermind provides an operational foundation for enterprise AI.

04

Business visibility

Connect technical performance to operational and business metrics.

05

Forward Deployed Engineering

Bring engineering directly into the operation when the system needs to evolve.

06

End-to-end ownership

The same partner can identify the opportunity, build it, deploy it and stay responsible in production.

40+Skilled professionals
60+Projects delivered
$100M+Measured client impact
#11Deloitte Technology Fast 50 Central Europe
Margins team member
AI in production

Your AI is live. Now make sure it keeps working.

Margins can take ongoing responsibility for monitoring, operating and continuously improving production AI — without requiring you to build an entire AI operations organization internally.

Talk to our AI team

Explore Rivermind (opens in a new tab)

Build it once. Operate it every day. Improve it continuously.