DevOps Built for Dubai's AI-First Engineering Teams

LLMOps pipelines, model serving infrastructure, GPU-aware Kubernetes, and AI application deployment — the DevOps layer that AI-native Dubai companies need.

Duration: 4-12 weeks Team: 1 AI DevOps Engineer + 1 MLOps Specialist

You might be experiencing...

Your Dubai AI team is shipping models manually — no reproducible pipeline, no version tracking, no automated evaluation before production deployment.
Your LLM application is running on infrastructure designed for traditional workloads — cold starts, no autoscaling, and GPU resources sitting idle between inference calls.
Your data science team and platform team are working in silos — models are 'thrown over the wall' to production with no standardised deployment process.
You're running AI workloads on a Dubai cloud setup that wasn't designed for GPU-aware scheduling or the bursty nature of inference traffic.

AI-native DevOps is what happens when you apply production engineering discipline to AI and LLM applications. For Dubai AI companies building production AI products, the infrastructure and deployment practices matter as much as the models themselves.

Contact us for a free AI DevOps assessment — we’ll review your current model deployment workflow and identify the highest-leverage improvements for your Dubai AI team.

Engagement Phases

Week 1-2

AI DevOps Assessment

Audit your current AI/ML deployment workflow. Map model lifecycle: training, evaluation, registration, staging, and production. Identify gaps in reproducibility, versioning, monitoring, and infrastructure efficiency.

Weeks 3-4

LLMOps Pipeline Design

Design the target LLMOps pipeline: model registry, evaluation gates, canary deployment for model versions, and rollback procedures. For RAG-based systems: document pipeline, embedding versioning, and retrieval quality monitoring.

Weeks 5-10

Infrastructure Build

Build GPU-aware Kubernetes configuration, model serving infrastructure (vLLM, TorchServe, or Triton), autoscaling for inference traffic, and cost controls for GPU utilisation. MLflow or similar experiment tracking integration.

Weeks 11-12

Monitoring & Handover

Implement model performance monitoring: latency, token throughput, output quality metrics (where measurable). Runbooks for model incidents. Training for your Dubai AI engineering team.

Deliverables

AI DevOps maturity assessment
LLMOps pipeline design and implementation
Model registry and experiment tracking (MLflow or equivalent)
GPU-aware Kubernetes configuration
Model serving infrastructure (vLLM / TorchServe / Triton)
Autoscaling and cost optimisation configuration
Model performance monitoring and alerting

Before & After

MetricBeforeAfter
Model Deployment FrequencyManual deployments — model updates take days and require a data scientistAutomated pipeline — model promotion takes under 30 minutes
GPU UtilisationGPU instances idle 70% of the time — paying for unused capacity in DubaiAutoscaled inference — GPU resources allocated on demand, cost reduced 60%+
Experiment ReproducibilityCan't reproduce last month's best model — no versioning or artifact trackingEvery experiment reproducible from MLflow registry with full lineage

Tools We Use

MLflow / Weights & Biases vLLM / TorchServe / Triton Kubernetes + NVIDIA GPU Operator ArgoCD Prometheus + Grafana

Frequently Asked Questions

What is LLMOps and why do Dubai AI companies need it?

LLMOps is the practice of applying DevOps principles to Large Language Model applications — versioning, testing, deployment pipelines, and monitoring for AI workloads. Dubai companies building AI-native products face specific challenges: model evaluation is harder than software testing, GPU infrastructure is expensive and requires careful autoscaling, and model behaviour can degrade silently without proper monitoring. LLMOps addresses all of these.

Do you work with both open-source models and commercial LLM APIs?

Yes. We work with teams using both self-hosted open-source models (Llama, Mistral, Qwen) and commercial APIs (OpenAI, Anthropic, Google). The infrastructure and deployment patterns differ significantly — self-hosted models require GPU orchestration and model serving infrastructure; API-based applications require rate limiting, fallback routing, cost tracking, and prompt versioning. We design for both.

What cloud infrastructure do you recommend for AI workloads in Dubai?

For GPU inference in the Dubai and GCC region: AWS me-south-1 (Bahrain) has the widest GPU instance availability for the region. Azure UAE North has GPU capacity for teams with Azure commitments. For training workloads, us-east or eu-west regions typically offer better GPU availability and pricing, with model artefacts replicated back to UAE regions for inference. We design for your specific UAE data residency requirements.

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