TISAX assessed
Information security practices independently assessed.
Engineering systems that run
From infrastructure to intelligence.
We design, modernize and operate production platforms—from secure infrastructure to integrated AI and data systems. Architecture, implementation and operational ownership for your toughest engineering challenges.
Built for production
Engineering beyond deployment.
We design, build and operate platforms where reliability, security and operational ownership matter.
Kubernetes expertise
Kubernetes and OpenShift architecture, engineering and operations.
Production-first
Designed for real operational constraints and long-term ownership.
What we do
One engineering partner. Three connected layers.
We combine infrastructure, platform engineering and AI to create solutions that scale - from the data center to the edge into intelligent applications
How to work with us
Start small. Build what matters.
Bring us a focused technical challenge. We can solve it, build a production outcome, or take ongoing operational responsibility.
013–5 days
Expert Sprint
Assess & Blueprint
Clarify a technical challenge, review an existing system or define an architecture.
025–15 days
Engineering Sprint
Prove & Implement
Deliver a bounded technical implementation against agreed acceptance criteria.
03Agreed individually
Project-based
Build & Integrate
Deliver substantial applications and platforms through defined milestones and iterative engineering.
04Ongoing
Ongoing
Operate & Improve
Operate and improve supported environments under clearly agreed responsibilities.
Proven in practice
Real engineering. Real constraints.
Complex platforms are defined by their operational constraints. We engineer for the conditions that matter in production.
Disconnected infrastructure
Platforms designed for restricted networks, local registries and controlled software supply chains.
Complex platform lifecycles
Upgrades, operator compatibility and platform evolution without losing operational control.
Security-restricted environments
Identity, access, workload security and compliance requirements integrated into the architecture.
Day-2 operations
Observability, incident investigation, recovery and continuous improvement after deployment.
Our approach
The ape factory Method
Senior engineers combine AI-assisted workflows, automation and reusable engineering patterns. AI accelerates the work; engineers remain accountable for the outcome.
- 01
Discover
Understand
- 02
Design
Define
- 03
Build
Engineer
- 04
Verify
Validate
- 05
Operate
Improve
Insights
Engineering knowledge from real systems.
Technical guidance, architecture decisions and perspectives from our engineering work.
ExplanationOpenstackOperations
OpenStack Hibiscus (2026.2): What Changes for Production
A technical analysis of OpenStack Hibiscus (2026.2), covering confidential computing, compute, networking, storage, bare metal, security defaults, API compatibility, and production upgrade considerations.
ExplanationOpenstackOperations
Modern OpenStack Architecture: Why Day-2 Ops Changed
Still think OpenStack is an operational nightmare? Discover how containerized control planes, OVN, and Kubernetes operators made private clouds low-touch.
ExplanationKubernetesOperations
Kubernetes 1.37 (Garhwal): Production-Focused Reliability, Scheduling, and Resource Management
Explore Kubernetes 1.37: key features, deprecations and operational changes, with practical considerations for your next cluster upgrade.
Technology
We work with the technologies modern platforms are built on.
Deep experience across cloud-native infrastructure, platform engineering, storage and open-source systems.
Platform
Kubernetes
Container orchestration for modern application platforms.
Platform
OpenShift
Enterprise Kubernetes platform for application delivery and operations.
Cloud
OpenStack
Open-source infrastructure for private and sovereign cloud platforms.
Storage
Ceph
Distributed software-defined storage for block, file and object workloads.
Storage
Rook
Kubernetes-native orchestration for distributed storage systems.
Open source community
Part of something bigger.
Open source is fundamental to how we engineer modern platforms. Through our memberships in CNCF, Linux Foundation Europe and NeoNephos Foundation, we support open collaboration, shared knowledge and the technologies behind modern infrastructure.
