Faster Model Deployment
Reduction in Manual ML Ops
Model Lineage & Audit Trail
ML Models Deployed in Production
MLOps is the practice of applying DevOps, DataOps, and ML engineering principles to the machine learning lifecycle. It covers everything from data versioning and experiment tracking through to automated training pipelines, model deployment, A/B testing, and production monitoring.
Without MLOps, data science teams spend the majority of their time on manual, error-prone operational tasks—re-training models by hand, deploying via ad-hoc scripts, and discovering model degradation only after it impacts business metrics. With MLOps, these processes are automated, auditable, and repeatable.
We design and implement every stage of your ML pipeline—from raw data to business-ready predictions in production.
Versioned data pipelines, feature extraction & validation
Tracked experiments, reproducible notebooks & HP tuning
Automated training triggers on data or code changes
Centralised versioned registry with approval workflows
REST/gRPC endpoints, shadow deployments & A/B testing
Drift detection, data quality alerts & retraining triggers
From platform architecture to model governance, our MLOps engineers bring production ML expertise built across finance, e-commerce, healthcare, and SaaS verticals.
Design and implement end-to-end automated ML pipelines using Kubeflow Pipelines, Apache Airflow, MLflow, or ZenML. Eliminate manual steps from data preprocessing through model training, evaluation, and registration.
Implement centralised model registries with MLflow, DVC, or Weights & Biases. Track every model artifact, its training data version, hyperparameters, and performance metrics—enabling full reproducibility and audit trails.
Build automated retraining pipelines triggered by data drift, schedule, or performance threshold breaches. Implement champion/challenger testing so new models are only promoted when they demonstrably outperform the incumbent.
Deploy production monitoring for concept drift, data drift, and prediction distribution shifts using Evidently AI, Whylogs, or Arize. Trigger automated alerts and retraining workflows when model health degrades.
Architect and implement centralised feature stores using Feast, Tecton, or Vertex AI Feature Store. Ensure consistent feature computation between training and serving environments, eliminating training-serving skew.
Deploy Kubeflow, Ray, or Seldon Core on Kubernetes for scalable, GPU-accelerated model training and serving. Configure autoscaling inference endpoints, multi-model serving, and resource isolation for ML workloads.
Implement managed MLOps on AWS SageMaker, Google Vertex AI, or Azure ML. Configure training clusters, model registries, endpoint management, and cost controls so teams can focus on model quality, not infrastructure.
Implement model cards, bias audits, explainability reports (SHAP, LIME), and approval workflows. Ensure AI systems meet regulatory requirements (GDPR, DPDP, SEBI, HIPAA) with complete audit trails and documentation.
Operationalize large language models and generative AI applications with prompt versioning, evaluation pipelines (RAGAS, LangSmith), fine-tuning workflows, and cost-optimised inference serving using vLLM or TGI.
Whether you're running ML for the first time or scaling a mature platform, our engagement model adapts to your MLOps maturity level.
Your team runs experiments in notebooks. We build your first reproducible pipeline, establish experiment tracking, and create a path to production deployment.
You have models in production but manage them manually. We automate your training pipelines, implement a model registry, and add production monitoring with drift alerts.
You run multiple models at scale. We architect a full MLOps platform with feature stores, automated A/B testing, governance workflows, and organisation-wide self-service ML capabilities.
Let Complect's MLOps engineers assess your current ML maturity and design a production-ready platform that scales with your data science ambitions.
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