Cloud Architecture & DevOps for systems that must not fail.
Architecture, migrations, and CI/CD automation for production-grade Google Cloud platforms that stay stable as your traffic and team scale.
- Production-first architecture
- Faster release velocity
- Lower operational risk
Reference Architecture
[ Users ]
|
[ Global LB ]
|
[ GKE Services ]---[ Cloud SQL ]
|
[ Pub/Sub ]---[ Observability Stack ]CI/CD Pipeline
GitHub -> Actions -> Docker Build
-> Artifact Registry -> GKE DeployTrusted Tools Across The Delivery Stack
Google Cloud
Platform
Kubernetes
Orchestration
Terraform
Infrastructure
Docker
Containers
GitHub Actions
CI/CD
Supabase
Data
Problems We Solve
From operational fire drills to stable delivery.
What Teams Are Facing
- Failed migrations
- Slow CI/CD
- Rising cloud costs
- Breaks under load
What We Deliver
- Resilient architecture
- Automated deployments
- Cost optimization
- Production monitoring
Core Services
Architecture, DevOps, and reliability engineering.
Modular service tracks designed for modernization programs and production operations.
GCP Architecture & Migration
- Landing zone
- IaC (Terraform)
- GKE-ready
DevOps & CI/CD Modernization
- Pipelines & gates
- Safe releases
- Rollback strategy
Security & Observability
- IAM & secrets
- Logging/metrics/tracing
- Alerting that matters
How We Build Cloud Systems
Reference architectures and delivery pipelines you can run on day one.
Client -> Cloud Load Balancer -> GKE GKE -> Cloud SQL / Redis GKE -> Pub/Sub -> Workers All services -> Logging / Metrics / Tracing
- What it is: A baseline production architecture for reliability.
- Why it matters: Reduces migration risk and service fragility.
- What you get: Implementable architecture artifacts and rollout plan.
Case Studies
Delivery proof from real modernization programs.
Featured Case Study | SaaS
Multi-Region SaaS Migration to GCP
Problem: Legacy deployment topology caused unreliable releases and scaling failures.
Approach: Rebuilt platform on Terraform-managed GCP foundation with GKE and staged cutover plan.
Results
- Cut deployment risk with staged rollout controls
- Reduced environment drift through IaC standardization
- Improved reliability during peak traffic events
B2B Platform
CI/CD Modernization for Faster Safe Releases
Problem: Manual release steps caused long lead times and risky deploy windows.
Approach: Introduced automated pipeline gates, environment promotions, and rollback policy.
Top outcomes
- Increased release frequency with lower incident risk
- Standardized promotion workflow across environments
Fintech
Observability Hardening for Incident Response
Problem: Teams lacked clear telemetry and alerting signal during production incidents.
Approach: Implemented unified logs, metrics, tracing, and on-call alert policy with SLO context.
Top outcomes
- Reduced time-to-detect and time-to-recovery
- Improved signal quality across alerts
Tech Stack
- Google Cloud
- GKE
- Terraform
- Docker
- GitHub Actions
- Cloud SQL
- Pub/Sub
- Supabase
- OpenTelemetry
- Prometheus
- Grafana
- Sentry
Engagement Model
Step 1
Architecture Discovery
Step 2
System Design & Plan
Step 3
Implementation Sprint
Step 4
Handover & Reliability Ops
Chris Harris
Founder — Hivoltg Technology Services
- Engineering-first
- No fluff
- Production reliability
Entry Offer
Cloud Architecture Audit
A focused technical review to identify reliability risks, cost leaks, and modernization priorities.
- Architecture review
- Cost optimization
- Security posture
- 30–60 day roadmap
Final Step
Build infrastructure that actually scales.
If your platform is slowing delivery or creating operational risk, we can map a path to resilient architecture and faster releases.