Bringing Intelligent Systems to Life

Xronos develops tools and services for building software-defined intelligent systems that interact with the physical world.

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Enabling a Software-defined Future

Our technology empowers developers, engineers, and architects to build scalable software that they can understand and trust.

Velocity: Go fast and don't break things! Enjoy the speed of rapid prototyping but don't get bogged down as the complexity of the system grows. Focus on features, not on fixing confusing concurrency bugs, dealing with flaky tests, and curbing unintended behavior. Xronos gives you reliable and predictable outcomes with an easy-to-use, deterministic programming model.
Observability: Take advantage of our runtime system that comes with built-in fine-grained observability. Use our tools to monitor events and their timing with great precision, for debugging, learning, and fine-tuning your system. You no longer need to be an expert in concurrent or distributed programming to write intelligent control software that scales.
Visualization: Say goodbye to hand-crafted UML diagrams and never let your design documentation fall out of sync with on-going development. Communicate easily across teams on the basis of easy-to-understand architectural diagrams that are automatically generated from your code. Don't just build your system, architect it!

Our Mission

We raise the level of abstraction in systems engineering, to accelerate developer productivity, and enable a new generation of safe and reliable intelligent systems.

RELIABILITY

Our goal is to create a
smarter and safer world

by enhancing the connection between software-driven products and our physical environment. Xronos specializes in design automation for cyber-physical systems that are software-defined, data-driven, and enhanced with AI. We make it easier and faster to build capable and reliable software for cars, robots, electric grids, factory floors, and space tech.

AUTOMATION

We are accelerating
the pace of innovation

in intelligent systems by automating the most challenging part—getting numerous independent parts to work together reliably and managing interactions between the software and the physical world. This allows developers to focus on the functionality of the system, not its plumbing. Ad-hoc system integration strategies result in solutions that are fragile, poorly modularized, and unsuitable for use in critical safety environments. We believe the only way to scale software-defined systems is to overcome these challenges through design automation, clear abstractions, and separation of concerns.

SIMPLICITY

Our technology helps
unleash the power of AI

into the domain of embedded systems and lower the barrier to entry for programmers that are comfortable with Pytorch but have no idea how to write embedded, parallel, or distributed code. We free programmers from having to track down subtle concurrency bugs or endlessly hack their low-level C code to meet real-time requirements. We offer an intuitive component-based programming model that is deterministic, free of deadlocks and race conditions, and allows developers to conveniently specify timing constraints. Our event-based runtime makes it easier to collect accurate time-series data from sensors. Our turn-key observability support makes it easy spot problems and tune your application.

EASIER - FASTER - BETTER