CLOUD CERTAINTY
[ 01 ] CLOUD INFRASTRUCTURE, DESIGNED AND OPERATED

Infrastructure you can reason about

We design, build and run cloud platforms for engineering teams. AWS and GCP architecture, Kubernetes operations, Terraform, and the cost discipline that keeps all three sustainable.

A small senior team. No account layer — the person who reviews your architecture is the person who writes the Terraform.

START A CONVERSATION →
RUN ON
Google Cloud
Azure
Hetzner
OVH
On-prem
[ 02 ] REFERENCE PLATFORM — ARCHITECTED, MAINTAINED, COST-CONTROLLED CKA · CKAD · KCNA · KCSA · TERRAFORM
YOUR PLATFORM, LAYER BY LAYERA CHANGE ENTERS AT THE TOP AND REACHES YOUR USERS AT THE EDGEWHAT RUNS HEREWE REVIEW, DESIGN & OPTIMISEDAY-2 OPERATIONSPATCHING · BACKUP · POLICY · AUDIT EVIDENCECONTINUOUS · UNDER EVERY LAYER ABOVENETWORK & EDGEVPN · LOAD BALANCING · CDN · WAF · TLSRUNTIME PLATFORMKUBERNETES · SERVERLESS · BARE METAL · STORAGESOFTWARE DELIVERYGIT · PIPELINES · GITOPS · POLICY GATESWe review what you already run, across allfour layers, against where the business isactually going.Then we say what we would change, what itwould cost, and what we would leave alone.In writing, with the reasoning attached.From there we design the target architectureand optimise what you keep, working throughthe layers with your team rather than aroundthem.
CLUSTERS UNDER MANAGEMENT
68+
PODS RUNNING
1,462
CONTROL PLANE
HEALTHY
SPEND VS BASELINE
−27%
ARCHITECT
We design the platform above — landing zone, network, cluster topology and data layer — for the workloads and the team you actually have.
MAINTAIN
Then we run it: upgrades, autoscaling, observability, secrets, backup and restore drills, with a named engineer and agreed response times.
OPTIMISE
Cost telemetry feeds back into the design. Waste is removed at its cause, and the saving is held in place by budgets, allocation and alerts.
12+
years in production cloud
27%
average spend reduction
68+
clusters managed
05
platforms in daily operation
[ 03 ] SERVICES
01
AWS solution architecture
Landing zones, multi-account structure, networking and workload design — reviewed against the way your team actually operates.
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02
Kubernetes management
Cluster design, upgrades, autoscaling, observability and day-two operations across managed and self-hosted Kubernetes.
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03
Cloud cost management
Find the waste, fix the architecture behind it, then leave reporting in place so the saving does not quietly reverse.
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04
Terraform & IaC
Module libraries, state strategy and pipelines that make infrastructure changes reviewable instead of nerve-racking.
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05
Migrations
Datacenter to cloud, cloud to cloud, or cloud back to owned hardware. Planned in waves, with a rollback path at every step.
06
Managed & retainer support
Ongoing ownership of the platform you already have, with agreed response times and a named engineer who knows it.
07
Security & compliance
IAM boundaries, network segmentation, secret handling, audit logging and evidence collection, ready for an auditor's questions.
[ 04 ] COST ENGINEERING

Most cloud bills are an architecture problem wearing a finance costume.

Dashboards tell you where the money went. They rarely tell you why. We trace spend back to the design decisions that caused it — oversized nodes, idle environments, cross-zone traffic, storage tiers nobody revisited — and fix the cause, not the line item.

HOW THE COST WORK RUNS →
01 Baseline the bill against real workload demand
02 Separate waste, over-provisioning and genuine growth
03 Change the architecture where the waste is structural
04 Leave allocation, budgets and alerts running behind us
[ 05 ] HOW WE WORK
We start narrow
A defined first piece of work with a visible result, before anything longer term is discussed.
We write it down
Decisions, diagrams and runbooks stay in your repositories, in a form your team can maintain.
We hand it back
The goal is a platform your team can run without us. Retainers are for choice, not dependency.
We stay reachable
EU time zone, direct contact, and a response when something is on fire at an inconvenient hour.

Tell us what you have — we make it better and cheaper

Send a short description of your current setup. We will tell you what we would improve, what it would cost, and where the savings are. A considered reply from an engineer, not a sales sequence.

[email protected]