cloud_syncCloud
Cloud & DevOps
Resilient infrastructure and fluid CI/CD.
Architect resilience at scale. We build hyper-scalable, secure cloud infrastructures that empower enterprise agility, eliminate operational bottlenecks, and ensure zero-downtime continuous delivery.
Ship a Release
Five gated stages with their own logs. Arm any of them to fail, or push the canary past its error budget and let the gate decide to roll itself back.
Arm a failure
- 01queued
Build
Container image built and signed
- 02queued
Test
Unit, integration, and contract suites
- 03queued
Scan
SBOM diff and CVE gate
- 04queued
Canary
5% of traffic, health checks watched
- 05queued
Promote
Full rollout, previous revision retained
Canary gate: 0.4% observed vs 1.0% budget this run will promote. Nothing scripts that outcome; the stage compares the two numbers you set.
Build log
Five stages, each with its own gate. Arm one to fail, or leave them alone and move the error budget instead.
What We Solve
The recurring engineering hurdles this practice is built to remove.
01
Infrastructure Fragility
Replace brittle legacy systems with self-healing, highly available cloud-native architectures designed for zero downtime.
02
Deployment Bottlenecks
Accelerate time-to-market with automated CI/CD pipelines that ensure rapid, reliable, and secure software delivery.
03
Scaling Complexity
Implement intelligent auto-scaling solutions that dynamically allocate resources based on real-time demand, optimizing costs.
Engineering Capabilities
The disciplines our teams own end to end on every engagement.
01
Infrastructure as Code
Declarative, version-controlled cloud provisioning via Terraform and AWS CloudFormation.
02
Zero-Downtime CI/CD
Automated testing, containerization, and blue/green deployment pipelines.
03
Kubernetes Orchestration
Managing complex microservices with scalable, fault-tolerant cluster architectures.
04
Cloud Optimization
Architectural audits to eliminate waste and reduce AWS/GCP expenditure by up to 40%.
Technology Ecosystem
The production-grade tooling we standardise on for this practice.
AWS
Kubernetes
Docker
Terraform
GitHub Actions
Datadog
ArgoCD
Prometheus
How We Deliver
Six phases, in order. Each one closes before the next opens.
- 01
Infrastructure Audit
Analyzing current architecture for security vulnerabilities and cost inefficiencies.
- 02
Architecture Design
Drafting the ideal cloud-native topology utilizing multi-AZ redundancy.
- 03
IaC Implementation
Translating the architecture into robust, version-controlled Terraform code.
- 04
CI/CD Setup
Building the automated pipelines to safely transition code from repo to production.
- 05
Security Hardening
Implementing IAM least-privilege, network isolation, and continuous vulnerability scanning.
- 06
Observability Integration
Deploying Datadog/Prometheus for 360-degree telemetry and automated alerting.
What You Get
The systems we ship most often within this practice.
Enterprise Kubernetes
Production-ready EKS/GKE clusters handling millions of daily requests.
Data Lake Infrastructure
Scalable S3/Snowflake architectures for massive data analytics.
Serverless Ecosystems
Event-driven AWS Lambda architectures for highly volatile workloads.
Engineering Targets
The service levels we architect and load-test against.
Multi-AZ
Standard, not an upgrade
1 run
To roll a release back
IaC
Every environment in Terraform
Budgeted
Cloud spend reviewed monthly
Featured Case Study
Boring is the goal
Infrastructure earns its keep by never being interesting. Every environment lives in Terraform, releases roll out progressively, and rollback is one pipeline run rather than an incident procedure. If a deploy requires somebody to stay up for it, we have not finished.
Read the full case studyarrow_forwardBefore you start
Every engagement begins with a written architecture brief covering scope, stack, and delivery phases. You keep full ownership of the code, working software ships every two weeks from the first sprint, and nothing is built on a proprietary runtime you would have to keep paying for.
Which cloud providers do you support?
We are cloud-agnostic but hold deep expertise in AWS, Google Cloud Platform (GCP), and Microsoft Azure. We architect solutions tailored to the strengths of your chosen ecosystem.
Do we own the infrastructure code?
Yes. 100%. All Terraform, CI/CD scripts, and Dockerfiles are committed directly to your private repositories. We build it, but you own the keys to the castle.
How do you handle zero-downtime deployments?
By combining Kubernetes rolling updates with Blue/Green or Canary deployment strategies, we shift traffic to new versions only after health checks pass, ensuring users never see a 502 error.
Selected Work
Engagements behind this practice
Full technical write-ups, the constraint we inherited, the architecture we chose, and what it measured after launch.
FinTech
Nexus Global Trading Platform
A reference build: how we would take a decade-old trading system off a shared database and onto an event-sourced, edge-deployed architecture without pausing the market.
Read the case studyarrow_forwardHealthTechAura Patient Portal
A reference build: consolidating a dozen patient-facing apps into one portal, with IoT vitals arriving over MQTT and a HIPAA-shaped control set designed in from the start.
Read the case studyarrow_forwardLogisticsOptiRoute Command Center
A reference build: streaming telematics into a routing model that re-optimises the whole fleet on a fixed cycle, and a dispatcher console that can draw ten thousand vehicles without dropping frames.
Read the case studyarrow_forwardEnterpriseCore Identity Framework
A reference build: one zero-trust identity authority federating a group's inherited directories, so offboarding somebody takes one action instead of eighteen.
Read the case studyarrow_forward
Ready to build with Cloud?
Partner with LogixLoops to engineer platforms that hold up under enterprise load.
Get Started