D.3 · Cloud, DevOps & Infrastructure
Kubernetes & Container Platforms
Clusters that scale, isolate tenants, and survive a node disappearing
What we build
Container platforms built to be operated rather than demonstrated. Cluster architecture and multi-tenancy with namespace and network isolation, autoscaling at pod and node level, service mesh where it earns its complexity, ingress and certificate automation, stateful workload patterns with backup and restore that has actually been tested, and upgrade paths that do not require an outage.
Capabilities
- Cluster and multi-tenancy design with namespace, network, and quota isolation
- Autoscaling at pod and node level, tuned to real traffic rather than to a default
- Ingress, certificate, and DNS automation, including internal service discovery
- Stateful workloads with backup and restore procedures that have been rehearsed
- Cluster and workload upgrades performed without downtime, on a documented cadence
- Policy enforcement at admission, so a non-compliant workload never reaches a node
Related services
How it connects
Where it sits in the stack.
This service, and the two it hands off to. None of them can be optimised alone.
Kubernetes Platforms
Container platforms built to be operated rather than demonstrated.
Cloud Migration
Migration to AWS, Azure, or Google Cloud, or to a private cloud, planned as a reversible sequence rather than a weekend.
Cloud, DevOps & Infrastructure · see serviceDevOps & Platform Engineering
Internal platforms that make the correct path the easy one.
Cloud, DevOps & Infrastructure · see serviceBring us the whole problem.
Tell us where the work is stuck, whether that is a model that never reached production, an application nobody can change, a data platform nobody trusts, or a plant the business cannot see. An engineer replies with a first read, not a sales deck.