Infrastructure that gets built once and stays up.
Linux servers, storage, networking, backups and monitoring — designed, built and operated from the ground up, the way the on-premises build reduced internet downtime by 50%.
Ad-hoc infrastructure fails quietly and expensively.
A loose network, scattered storage, templates-forgotten passwords and no monitoring — nothing fails loudly, everything fails eventually, and it always happens at the worst moment. Rebuilding it properly after the fact costs more than building it deliberately in the first place.
A deliberate foundation: measured, not improvised.
Hardened Debian/Ubuntu servers, patched and operated with documented procedures.
High-availability storage — TrueNAS architecture with redundancy and restore-tested backups.
Switching, structured cabling, routing, VLANs, Wi-Fi and failover links.
Failures detected by systems, with metrics, health checks and incident paths.
Proxmox and VM infrastructure that isolates services instead of stacking them on one box.
What happens when something breaks — documented, tested, and fast.
How the build happens
What exists, how it's connected, what it depends on — the real topology, not the diagram someone drew once.
Single points of failure identified and designed out before a single cable is moved.
Networking, then storage, then servers, then monitoring — each layer validated before the next.
Diagrams, runbooks, credentials in a vault, and a recovery plan that doesn't depend on memory.
Monitoring, scheduled maintenance, and incident response with root-cause analysis.
Explore the full stack of services.
Custom software for businesses that have outgrown spreadsheets.
- ERP & business systems
- CRM & portals
- Dashboards & reporting
- APIs & integrations
- Realtime applications
Practical automation for repetitive processes and documents.
- Workflow automation
- Document processing
- Internal AI assistants
- Business intelligence
- Repetitive task automation
Questions people ask.
Both, and the choice is driven by the work. The on-premises case study shows a ground-up build; the ops story shows a cloud environment run with the same discipline. Often the best answer is a deliberate mix.
Automated, versioned, off-site or on redundant storage, monitored, and — the part most setups skip — actually restore-tested on a schedule.
Yes. The audit-first path maps what exists, finds the holes, and produces a prioritized plan to close them without a big-bang rebuild.
Monitoring, patching schedules, backup verification and incident response — either as a retainer or a scheduled-hours arrangement.
The infrastructure that runs your business can't be improvised.
A single weak point — power, link, storage, passwords — is all it takes. Let's find yours before it finds you.
or email joseph.gitau.c@gmail.com