Valen Systems Inc.

One company.
Connected engineering.

Valen Systems builds computing technology that connects performance, reliability, recovery and human control. Software companies, industrial operators, AI builders and infrastructure teams enter through the systems they need to improve.

The product and its foundation

Different responsibilities.
A coherent system.

Leadership

Two perspectives on
the same systems problem.

The human side.

William Robinson created Core around what people and AI agents want from a computer: a place to see the work, direct it and intervene without fighting for the same screen.

He leads company strategy, project structure, partnerships, commercialization and the connection between Valen Systems’ physical and computational work.

The machine side.

Troy Mallory invented Rubian and Kestowv and leads their technical direction. His systems work addresses execution, responsiveness, resource contention, recovery and better use of the hardware already available.

Commands, user spaces, projects and running work give people and agents a programmable environment on a shared machine.

Why they work together.

A useful interface and a capable machine belong in the same system. William and Troy approached that problem from opposite ends and built a company around the connection.

Arcturus carries the machine-level reliability and management work forward. Core remains the application environment for human- and agent-directed business work.

Independent adoption

Company proof, in the upstream record.

Troy Mallory’s builtin-tracking work was merged into JRuby, expanded across runtime fast paths and shipped in JRuby 10.1+. The deployment story connects the contribution, maintainer integration and release record.

Related work

Core has its own home.

Core is the human- and agent-facing app-switcher made programmable by AI. It’s the product for business applications and customer operations, with its own interface and website.

Work with Valen Systems

Let’s put the technology
against a real problem.

Tell us where the system is under pressure and what needs to change.