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AI Development

We build production AI systems, end to end.

From architecture and data pipelines to deployed, monitored models, Omdena ships custom AI that performs in the real world, and every commit is verified against scope by our Umaku platform.

600+

AI solutions delivered

End to end

Architecture through monitoring

VERIFIED DELIVERY

Scope, Code quality, DevOps, Bugs — reviewed on every commit, with evidence.

What we build

The full surface area of modern AI.

PROGRAM

LLM & GenAI systems

Chat, copilots, RAG pipelines, and content systems grounded in your data.

  • Production-aware
  • Reviewed with evidence
PROGRAM

AI agents & automation

Autonomous agents and multi-agent pipelines that take real action.

  • Production-aware
  • Reviewed with evidence
PROGRAM

Computer vision

Detection, segmentation, classification, and geospatial vision at scale.

  • Production-aware
  • Reviewed with evidence
PROGRAM

Predictive & classical ML

Forecasting, scoring, recommendation, and time-series models.

  • Production-aware
  • Reviewed with evidence
PROGRAM

Data & ML engineering

Pipelines, feature stores, data contracts, and the infrastructure ML runs on.

  • Production-aware
  • Reviewed with evidence
PROGRAM

MLOps & deployment

CI/CD for models, observability, retraining triggers, and production monitoring.

  • Production-aware
  • Reviewed with evidence
PROGRAM

Edge & embedded AI

Optimized models for devices, IoT, and bandwidth-constrained environments.

  • Production-aware
  • Reviewed with evidence
PROGRAM

Evaluation & safety

Eval harnesses, evals-driven development, and safety reviews built into delivery.

  • Production-aware
  • Reviewed with evidence
Technical depth

A reference architecture, not a black box.

We design for production from day one — observable, evaluable, and built on a stack your team can own after handover.

WHAT THIS MAKES PRACTICAL

PythonPyTorchLangGraphvLLMpgvectorRayKafkaKubernetesTerraformMLflow

FLOW - assess - build - embed

01

Scope

Umaku captures structured scope; team and stack confirmed

02

Build

Vetted engineers build against the documented scope

03

Review

Four AI agents check scope, quality, DevOps, bugs per commit

04

Deliver

Documented, provably-complete handover your team can own

Use cases

What teams come to us to build.

Internal copilots

LLM tools embedded in your product or workflow, grounded and evaluated.

Prediction systems

Forecast demand, detect risk, score customers, or classify at scale.

Vision pipelines

Detection, segmentation, and monitoring from imagery or video.

Agent automation

Autonomous pipelines that monitor, decide, and act without manual intervention.

Data platforms

The ML infrastructure a team needs to train, serve, and iterate fast.

Domain AI

Sector-specific systems for healthcare, agriculture, energy, and more.

A simplified process, powered by Umaku

Five steps from scope to verified delivery.

Explore the platform
01

Scope

Umaku generates and maintains structured scope documentation for the engagement.

02

Build

A vetted squad builds the system against the documented scope with live monitoring.

03

Review

Four AI agents review every commit — scope, quality, DevOps, bugs — with evidence.

04

Verify

A dedicated QA pass confirms delivery completeness before handover.

05

Deliver

Documented, provably-complete handover your team can own and operate.

Outcomes

Capability that stays in the building.

Applied

People practice on real AI workflows instead of passive slideware.

1 project

A real deliverable your team owns, produced during the program itself.

In-house

The workflow, tooling and judgement to keep building after the engagement ends.

FAQ

Questions a technical buyer asks.

Do not see yours? Talk to a solutions lead

How much does it cost to move from an AI prototype to a production-ready system?

Costs depend on workflow complexity, integrations, infrastructure requirements, monitoring needs, and long-term support. Smaller team deployments may start lower, while organization-wide AI systems require broader implementation support.

Why do many AI prototypes fail after initial testing?

Many AI prototypes work well in controlled demos but struggle when introduced into everyday workflows. Common issues include unstable outputs, weak integrations, limited monitoring, scaling challenges, and unclear ownership.

Can Omdena work with our existing AI tools or internal team?

Yes. Omdena often works alongside internal engineering or AI teams to help expand, stabilize, integrate, and improve existing AI systems.

What happens after the MVP or PoC stage?

After the MVP stage, organizations often need workflow validation, integrations, monitoring, evaluation, security controls, human review workflows, and long-term maintenance support.

How long does it take to move beyond an AI MVP?

Timelines depend on implementation scope, integrations, infrastructure complexity, and rollout requirements. Focused deployments may take a few weeks, while larger cross-functional systems may require longer implementation timelines.

How does Omdena reduce AI implementation costs?

Omdena reduces implementation overhead through structured delivery workflows, deployment-focused QA, a proprietary agentic AI platform, and a vetted global AI talent network.

Does Omdena support long-term AI maintenance and monitoring?

Yes. Omdena supports ongoing monitoring, evaluation, maintenance, infrastructure management, and long-term AI usage across teams.

What industries does Omdena work with?

Omdena supports organizations across healthcare, climate, energy, logistics, agriculture, finance, insurance, mining, public sector, and other operationally complex industries.

Have a system in mind? Let's scope it.

Get a technical consultation — usually within one business day.

Get a Consultation