About Xronos

Xronos provides a ready-to-deploy software infrastructure for building scalable and safe AI-driven robotics and mobility solutions. Its component-based framework offers deterministic development from simulation to deployment, ensuring reproducible behavior. The platform integrates real-time telemetry and system visualization to accelerate testing and reduce integration time for automation systems.

```xml <problem> Developing software for cyber-physical systems that integrate embedded, edge, and cloud platforms is complex, requiring expertise in concurrency, distributed systems, and real-time performance. Traditional methods often lead to unreliable systems with concurrency bugs, flaky tests, and unintended behavior, especially as system complexity grows. Existing design documentation can quickly become outdated and difficult to maintain, hindering team communication and collaboration. </problem> <solution> Xronos provides tools and services that simplify the development of software-defined cyber-physical systems, enabling engineers to build scalable and reliable systems without deep expertise in concurrency or distributed systems. The platform offers a deterministic programming model that ensures predictable outcomes and eliminates common concurrency issues. Fine-grained observability tools allow for precise monitoring of events and their timing, facilitating debugging and system tuning. Xronos also automates the generation of architectural diagrams directly from the code, ensuring that documentation remains synchronized with ongoing development and improving team communication. </solution> <features> - Deterministic programming model that eliminates deadlocks and race conditions - Fine-grained observability tools for precise monitoring of events and timing - Automated generation of architectural diagrams from code - Component-based programming model with intuitive specification of timing constraints - Event-based runtime for collecting accurate time-series data from sensors - Support for specifying and enforcing timing constraints - Tools for testing and validating code, building new systems from existing components, and closing the gap between model and implementation </features> <target_audience> The primary users are developers, engineers, and architects in industries such as automotive, critical infrastructure, industrial automation, and space tech who are building software-defined intelligent systems. </target_audience> ```

What does Xronos do?

Where is Xronos located?

Xronos is based in Berkeley, United States.

When was Xronos founded?

Xronos was founded in 2023.

Who founded Xronos?

Xronos was founded by Christian Menard and Marten Lohstroh.

Christian Menard - Co-Founder/Software Architect/Compiler Expert
Marten Lohstroh - Co-founder/CEO

Location

Berkeley, United States

Founded

2023

Employees

5 employees

Investors

Iasv

Xronos

Berkeley, United StatesFounded 20235200+ followers3/10 TractionRelative Traction Score based on online presence metrics compared to companies in the same age group.

Updated 3 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Product

Problem

Developing software for cyber-physical systems that integrate embedded, edge, and cloud platforms is complex, requiring expertise in concurrency, distributed systems, and real-time performance. Traditional methods often lead to unreliable systems with concurrency bugs, flaky tests, and unintended behavior, especially as system complexity grows. Existing design documentation can quickly become outdated and difficult to maintain, hindering team communication and collaboration.

Solution

Xronos provides tools and services that simplify the development of software-defined cyber-physical systems, enabling engineers to build scalable and reliable systems without deep expertise in concurrency or distributed systems. The platform offers a deterministic programming model that ensures predictable outcomes and eliminates common concurrency issues. Fine-grained observability tools allow for precise monitoring of events and their timing, facilitating debugging and system tuning. Xronos also automates the generation of architectural diagrams directly from the code, ensuring that documentation remains synchronized with ongoing development and improving team communication.

Target Audience

The primary users are developers, engineers, and architects in industries such as automotive, critical infrastructure, industrial automation, and space tech who are building software-defined intelligent systems.

Features

Deterministic programming model that eliminates deadlocks and race conditions
Fine-grained observability tools for precise monitoring of events and timing
Automated generation of architectural diagrams from code
Component-based programming model with intuitive specification of timing constraints
Event-based runtime for collecting accurate time-series data from sensors
Support for specifying and enforcing timing constraints
Tools for testing and validating code, building new systems from existing components, and closing the gap between model and implementation