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Cloud, DevOps & Platform Engineering

Infrastructure that scales from 10 projects to 100 without chaos. Automated testing, zero-downtime deploys, and predictable cloud costs.

"Your staging environment is someone's laptop."

Manual deploys might work at 10 projects. At 100, they become a liability. One bad deploy costs you hours of downtime and angry clients. We build infrastructure that prevents this — automated testing, zero-downtime deploys, real-time monitoring, and cost controls that keep your cloud bill predictable.

What this looks like:

  • Cloud architecture design and migration (Azure, AWS)
  • CI/CD pipeline setup (GitHub Actions, automated testing, preview deploys)
  • Infrastructure as code and environment management
  • Real-time monitoring and alerting across all systems
  • Performance optimization and cloud cost management
  • Security hardening and compliance (SOC 2 readiness, data encryption)
  • Multi-region deployment for global operations

Why This Matters

Most clean energy software teams start the same way: deploy from a laptop, test in production, and hope nothing breaks on a Friday afternoon. That works when you have one application and ten users. It stops working when you have clients across multiple time zones, compliance requirements that demand audit trails, and uptime expectations that don’t allow for “we’ll fix it Monday.”

The cost of a bad deploy isn’t just downtime — it’s lost client trust, compliance exposure, and engineering hours spent firefighting instead of building.

What We Build

We design infrastructure that lets your team ship confidently and scale without chaos:

  • Cloud architecture designed for the specific requirements of clean energy software — handling SCADA data volumes, multi-region compliance, and the burst-load patterns of reporting and analytics workloads.
  • CI/CD pipelines that run automated tests, type checking, and security scans on every pull request. Merges to main deploy to staging automatically. Production promotion is a single click with automatic rollback on failure.
  • Infrastructure as code so your environments are reproducible, auditable, and version-controlled. No more “it works on my machine.”
  • Monitoring and alerting that catches issues before your clients do — application performance, error rates, cloud costs, and system health all tracked in real time.
  • Security hardening aligned with SOC 2 and industry compliance requirements — data encryption, access controls, audit logging, and vulnerability management.

How We’ve Done It

For our client portal deployment, we set up Azure Web Apps with staging slots for zero-downtime deploys, GitHub Actions CI/CD with automatic rollback, and a Turborepo monorepo strategy that cut developer onboarding from two weeks to three days. The team went from monthly manual deploys to shipping updates 4x faster.

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