MLOps & AI Infrastructure

The model is only 10% of the system. The rest is infrastructure. We build secure, automated MLOps Pipelines that transform experimental code into Production-Grade Systems—ensuring reliability, observability, and governance at enterprise scale.

Stop "Throwing Models Over the Wall"

Reproducibility

Every model version can be traced back to the exact code and data used to train it. No more "it works on my machine."

Observability

We detect Data Drift and Concept Drift in real-time, alerting you exactly when a model's performance dips.

Governance

Full audit trails of who deployed what model and when. Crucial for compliance in FinTech and Healthcare.

Our MLOps Engineering Capabilities

End-to-End CI/CD for ML

Automated Deployment.

  • Automated Unit & Integration Testing.
  • Canary Deployments & Blue/Green Rollouts.
  • Accuracy Gates” that block bad models from reaching Production.

Model Serving & Inference

Low-Latency APIs.

  • Real-time REST/gRPC Endpoints (FastAPI, Triton).
  • Serverless Batch Processing pipelines.
  • Auto-scaling on Kubernetes (K8s HPA).

Observability & Drift Detection

Automated Monitoring.

  • Data Drift: Detect when input data changes (e.g., demographics shift).
  • Concept Drift: Detect when model logic becomes outdated.
  • Real-time Alerting via Slack/PagerDuty.

Feature Stores

Consistent Data.

  • Centralized Feature Registry (Feast/Databricks).
  • Point-in-time correctness for training.
  • Real-time feature serving for online inference.

Model Governance

Compliance & Registry.

  • Model Versioning (v1.0 vs v1.1).
  • Approval Workflows (Human sign-off).
  • Artifact tracking (Weights, Biases, Docker Containers).

Infrastructure as Code (IaC)

Reproducible Environments.

  • Terraform/CloudFormation modules.
  • GPU Resource Optimization (Spot Instances).
  • Multi-Cloud / Hybrid Deployments.

Enterprise Tooling & Platforms

We integrate with your existing cloud and DevOps ecosystem.

Cloud Platforms

AWS-Bedrock

AWS SageMaker

Azure ML

Google Vertex AI

Google Vertex AI

Databricks

Databricks

Orchestration

Kubeflow

Airflow

Airflow

Prefect

MLflow

MLflow

Serving

NVIDIA Triton

NVIDIA Triton

TorchServe

TorchServe

BentoML

KServe

KServe

Infrastructure

Kubernetes

Kubernetes (EKS/AKS)

Docker

Docker

Terraform

The "Continuous Training" Loop

A self-healing system that detects degradation and triggers retraining automatically.

Diagram of MLOps Lifecycle.

Operations in Production: Real Results

Real-Time Credit Scoring Pipeline

Built a low-latency inference engine serving predictions in <50ms, with automated retraining every week based on new transaction data.

Multi-Region Demand Forecasting

Scaled a forecasting model to 10,000+ SKUs using Ray on Kubernetes, reducing compute costs by 40% via Spot Instances.

Edge AI Deployment

Automated the deployment of optimized quantization models to 500+ edge devices in manufacturing plants via OTA updates.

Solutions Relying on MLOps

Infrastructure is the backbone of these high-scale applications.

Infrastructure Questions

Yes. For defense and healthcare clients, we deploy full MLOps stacks on OpenShift or bare-metal Kubernetes, with no internet connectivity required.

We set up statistical monitoring (e.g., KS-test) on the model’s output distribution. If the distribution shifts beyond a threshold, our pipeline automatically triggers a retraining job or alerts a data scientist.

Yes. A common engagement is “MLOps Modernization,” where we refactor monolithic Python scripts into modular, containerized pipelines (Docker/Kubeflow) for better scalability.

Delivering AI Solutions Across the Globe

Stop Maintaining Scripts. Start Managing Products.

Scale your AI from one model to one hundred.
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