Isha Technologies helps engineering teams design, automate and operate cloud infrastructure — from initial cloud architecture through delivery pipelines, Kubernetes platforms, reliability engineering and infrastructure security.
We work with startups scaling their first production environment, growing engineering teams standardizing their delivery process, and organizations modernizing infrastructure that has outgrown how it was originally built.
Foundational cloud architecture, migration and cost efficiency — the infrastructure layer everything else in your stack runs on.
We design secure, scalable cloud environments across AWS, Microsoft Azure, Google Cloud, DigitalOcean and Hetzner — aligned with your applications, workloads and operational requirements.
We help teams assess existing infrastructure, plan migration paths and move workloads to cloud environments — including containerization and application modernization — with a structured, validation-driven approach.
We help teams maintain cloud infrastructure through monitoring, maintenance, operational support, backup oversight, security practices and continuous improvement.
We analyze cloud usage, infrastructure architecture and resource allocation to identify practical opportunities for improving efficiency, controlling unnecessary spend and building lasting cost governance.
Delivery automation, secure pipelines and internal platforms that make shipping software repeatable and less error-prone.
We build repeatable delivery workflows that connect source control, testing, infrastructure, security and deployment into a reliable engineering process — using Jenkins, GitHub Actions, GitLab CI/CD and Docker.
We integrate practical security controls into infrastructure and delivery workflows — secure CI/CD, dependency and container scanning, and secrets management — so security becomes part of the engineering process rather than a final checkpoint.
We create internal developer platforms, self-service infrastructure and golden paths that give engineering teams a consistent, supported way to provision and manage infrastructure.
We design and implement Terraform and Ansible-based infrastructure as code, plus Git-based GitOps workflows — reusable modules, remote state management and CI/CD-integrated automation that make infrastructure changes reviewable and repeatable.
Kubernetes, observability and reliability engineering for systems built to run at scale, in production, continuously.
We design, deploy and improve Kubernetes and Amazon EKS environments with a focus on reliability, security, scalability, networking and operational visibility.
We bring metrics, logs and traces together — using Prometheus, Grafana, AWS CloudWatch and the ELK Stack — to help engineering teams understand system behavior, identify issues and respond with real operational context.
We help teams improve production reliability through measurable service objectives, incident response processes, capacity planning and practical operational automation.
AI-assisted operations, infrastructure for AI workloads, and security built into the cloud layer rather than bolted on.
We help teams use AI to speed up incident investigation, log analysis and alert triage — an assistant that correlates signals and suggests next steps alongside your engineers, not a replacement for their judgment.
We design cloud infrastructure for AI workloads — scalable compute, containerized model serving and Kubernetes-based orchestration — built and monitored with the same operational discipline as any other production system.
We assess and strengthen cloud security posture — identity and access management, network security, secrets management and audit visibility — across AWS, Microsoft Azure and Google Cloud environments.
Our engineering toolkit spans cloud platforms, infrastructure automation, containers, delivery pipelines, security and observability — allowing us to design and operate modern infrastructure around your technical requirements.
Not sure which service fits your situation? Tell us what you're building and we'll help you figure out where to start.
