embedd.it
embedd.it provides a platform that models semiconductor chips as digital twins, enabling deterministic generation of software, tests, and simulations across any silicon architecture. The platform aims to simplify development for diverse hardware targets by automating traditionally manual, error-prone processes. This approach supports engineers in building and validating embedded systems more efficiently.
- Artificial Intelligence
- Developer Tools
- Semiconductor
- Software Only
Funding
Founders
Product
Problem
Developing software, tests, and simulations for semiconductor chips is a complex, manual process that is tightly coupled to specific silicon architectures. This makes it difficult and time-consuming to build for diverse hardware targets, slowing development cycles and increasing the risk of errors.
Solution
embedd.it addresses this by modeling chips as digital twins, creating a virtual representation of the hardware. From this digital twin, the platform deterministically generates the necessary software, tests, and simulations. This automation decouples development from the physical silicon, allowing teams to build and validate their work in a consistent, repeatable manner across different chip designs. The approach aims to streamline the entire embedded development workflow, from initial design to final testing.
Target Audience
The primary customers are engineering teams and organizations developing software, firmware, and tests for semiconductor chips and embedded systems.
Features
- Digital twin modeling of semiconductor chips to serve as a single source of truth for development.
- Deterministic generation of software, tests, and simulations from the chip model.
- Support for building on any silicon architecture, reducing vendor lock-in.
- Automation of complex, manual development tasks to improve efficiency and reduce errors.