AI Architecture
Retrieval-augmented generation (RAG) pipelines, agent workflows, and safety boundaries designed for measurable outcomes. We ensure your agents don't hallucinate.
Kubernetes automation, Terraform IaC, and production MLOps pipelines.
Built for scale, reliability, and enterprise cloud platforms.
We design practical systems that perform under real business constraints. No black boxes, just reliable engineering.
Retrieval-augmented generation (RAG) pipelines, agent workflows, and safety boundaries designed for measurable outcomes. We ensure your agents don't hallucinate.
Glotech implements MLOps pipelines using Kubeflow and Terraform to reduce model deployment latency and ensure environment reproducibility across enterprise cloud stacks.
Automating Kubernetes (EKS/GKE) scaling with Terraform to optimize cloud spend and maintain 99.9% infrastructure availability for mission-critical AI workloads.
Design and operate mission-critical systems with zero downtime and robust failover strategies to keep your business running 24/7.
Build cloud-native platforms that scale seamlessly with demand, optimizing both cost and performance for your growing needs.
Design secure, auto-scalable systems using AWS services like SageMaker, Lambda, S3, and CloudWatch — ideal for finance, AI, and compliance-heavy workloads.
Implement CI/CD pipelines, monitoring, and alerting for total system visibility and rapid iteration cycles.
Integrate machine learning and AI components into existing products and workflows with clear contracts, observability, and failure boundaries.
Design systems that meet enterprise security, privacy, and compliance requirements without slowing down delivery or operations.
Production-ready computer vision systems — from data to deployment. Built for reliability, iteration, and real-world constraints.
End-to-end computer vision pipelines designed to run in production. Not demos — reliable, auditable systems.
Dataset versioning, labeling, and review workflows that improve model performance through better data.
Object detection, tracking, and classification with reproducible training, safe deployment, and continuous improvement.
Vision models deployed on edge, cloud, or hybrid architectures — optimized for latency, scale, and cost.
Control datasets over time with versioning, comparison, and traceability to ensure reproducible training and reliable model behavior.
Track model performance in production, detect data and concept drift, and route edge cases to human review to keep vision systems accurate over time.