Trustworthy AI provides a software platform that integrates with existing testing and simulation infrastructures to identify and prioritize failures in safety-critical autonomous systems. Their TrustworthySearch API quantifies risks and generates actionable insights, enhancing the efficiency of testing processes and improving safety metrics for autonomous vehicles.
Funding
Funding not disclosed
Founders
Product
Problem
Developing and testing safety-critical autonomous systems, such as self-driving vehicles, requires extensive testing and simulation to identify potential failures. Existing testing infrastructures often struggle to efficiently generate actionable insights and prioritize failures that pose the greatest safety risks. This can lead to delays in development and deployment, as well as increased risk of accidents.
Solution
Trustworthy AI provides a software platform that integrates with existing testing and simulation environments to accelerate the development and deployment of safety-critical autonomous systems. The platform uses the TrustworthySearch API to quantify risks, prioritize failures, and generate actionable insights. By efficiently identifying and addressing potential failures, Trustworthy AI enhances the efficiency of testing processes and improves overall safety metrics for autonomous systems. The platform helps organizations transform their testing infrastructure into a risk-assessment and insight-generating platform.
Target Audience
The primary customers are organizations involved in the development, testing, and deployment of safety-critical autonomous systems, particularly those in the automotive, aerospace, and robotics industries.
Features
- TrustworthySearch API for quantifying risks associated with autonomous systems.
- Integration with existing testing and simulation infrastructures.
- Prioritization of failures based on their potential safety impact.
- Generation of actionable insights to improve system safety.
- Tools for evaluating safety metrics and driving continuous integration.