Automation and autonomy that always stay up. nova8 Technologies designs, builds, and operates the systems that edge devices and businesses run on, from nova8OS, our container foundation platform, up to the applications people use every day.
We build systems and then run them, from the operating system up. Our work falls into three areas, and the same engineers cover all of them.
Edge hardware runs where the work happens: on factory floors, in field cabinets, on vessels, and at sites with limited connectivity and nobody nearby to fix it. It has to come up fast, stay secure, and recover by itself.
nova8OS is the container foundation platform we built for that job: an immutable operating system and its Cloud Platform, managed from the first boot. The OS ships as a single signed file that boots in seconds, runs from RAM, runs applications as containers, and updates atomically, so every host returns to a known good state.
Every engagement is scoped individually. Before work begins, we agree in writing on the scope, the deliverables, who owns the result, and who operates it afterward.
01We start with how the work is done today and what must never stop, then build the simplest system that does the job well, with recovery and rollback in the first release.
02The engineers who build a system deploy and operate it. Releases, upgrades, certificates, backups, and security patches are part of the job.
03We watch what we run, fix what we find, and keep improving it, so the software keeps serving the business year after year.
The 8 is part of the name, not a version number.
Whitepapers and technical briefs from the team that builds nova8OS, covering secure boot, container hardening, post-quantum cryptography, and fleet operations.
Whitepaper
Most edge fleets start with a general-purpose operating system and then buy the tools needed to make it safe and manageable: endpoint security, patch management, vulnerability scanning, configuration management, remote access, and device management. This paper shows where that money goes, why the attack surface drives the spend, how a single tool update can take down a fleet, and how to build a total-cost model with your own numbers.
Whitepaper
How the Unified Kernel Image format simplifies the edge host operating model by reducing boot-path complexity, shrinking the host attack surface, and making fleet-wide recovery predictable.
Whitepaper
A layered approach to container hardening that combines minimal host design, split-runtime architecture, systemd sandboxing, and OCI policy enforcement for edge deployments.