From data model to code
From data model to code
Deterministic Driver Generation for Production BSPs
Deterministic Driver Generation for
Production BSPs
Generate driver code for every device on your board from a single source of truth. One architecture, predictable output, any OS target.
Generate driver code for every device on your board from a single source of truth. One architecture, predictable output, any OS target.
Enabling hardware decoupling
Enabling hardware decoupling
The Digital Twin holds your hardware model. Drivers are generated from it, not written around it.
The Digital Twin holds your hardware model. Drivers are generated from it, not written around it.
Faster bring-up and integration
Faster bring-up and integration
Generate production-ready drivers in weeks instead of months. Skip the manual development and debugging cycle.
Vendor independence
Vendor independence
The Digital Twin decouples your drivers from any single chip or OS. Switch silicon or retarget without rewriting
Lower migration costs
Lower migration costs
The Digital Twin models hardware independently of the target. Switch MCU families and regenerate drivers. No HAL rewrites.
Resilience to change
Resilience to change
OS updates, kernel changes, and deprecated APIs won't break your platform. Regenerate drivers from the same Twin.
From model to code
From model to code
Hardware logic in your hands, not buried in code.
Hardware logic in your hands,
not buried in code.
Configuring Digital Twins
Browse and configure every register, data type, and constraint for each component. The model structure is consistent across vendors within a device class.
Configuring Digital Twins
Browse and configure every register, data type, and constraint for each component. The model structure is consistent across vendors within a device class.
Function Mapping
Each device class has a standard set of functions. The platform maps your chip's registers and sequences to those functions automatically, regardless of vendor implementation.
Function Mapping
Each device class has a standard set of functions. The platform maps your chip's registers and sequences to those functions automatically, regardless of vendor implementation.
Selecting target
Choose your language, HAL architecture, code style, and OS target. The generation pipeline adapts to match your project requirements.
Selecting target
Choose your language, HAL architecture, code style, and OS target. The generation pipeline adapts to match your project requirements.
Generate code
Code is generated deterministically from your device configuration and target specification. Every output is inspectable, traceable, and structured for functional safety workflows.
Generate code
Code is generated deterministically from your device configuration and target specification. Every output is inspectable, traceable, and structured for functional safety workflows.
Built for production realities
Built for production realities
Full stack coverage
Treat your BSP as a unified system with consistent APIs across interfaces. One System, Not Just One Chip.
Deterministic integrity
No Hallucinations. No Drift. Unlike LLM-based assistants, our engine guarantees byte-for-byte repeatability. Your engineering team can review, certify, and regenerate code confidently, knowing the architecture remains stable.
Multi-target expansion
Migration is a Regeneration Problem. Your hardware model is separate from your software target. Switch OS targets or expand to new platforms without rewriting your hardware models.
Deep low-level control
Abstraction Without Obscurity. You retain precise control over hardware behaviour while automating the tedious syntax.
Device-class awareness
Intent-Based Configuration. Configure devices based on what they do, not just their memory addresses. Drastically reduce configuration errors and speed up onboarding for new engineers.
Traceability & Safety
Built for Rigorous Review. Generated code shouldn't be a black box. Clear boundaries between generated layers and user logic, consistent error handling, and trace links back to configuration nodes. Systematise your code reviews and simplify safety certification workflows.
Full stack coverage
Treat your BSP as a unified system with consistent APIs across interfaces. One System, Not Just One Chip.
Deterministic integrity
No Hallucinations. No Drift. Unlike LLM-based assistants, our engine guarantees byte-for-byte repeatability. Your engineering team can review, certify, and regenerate code confidently, knowing the architecture remains stable.
Multi-target expansion
Migration is a Regeneration Problem. Your hardware model is separate from your software target. Switch OS targets or expand to new platforms without rewriting your hardware models.
Deep low-level control
Abstraction Without Obscurity. You retain precise control over hardware behaviour while automating the tedious syntax.
Device-class awareness
Intent-Based Configuration. Configure devices based on what they do, not just their memory addresses. Drastically reduce configuration errors and speed up onboarding for new engineers.
Traceability & Safety
Built for Rigorous Review. Generated code shouldn't be a black box. Clear boundaries between generated layers and user logic, consistent error handling, and trace links back to configuration nodes. Systematise your code reviews and simplify safety certification workflows.
Deterministic Integrity
Full stack coverage
Multi-target expansion
Deep low-level control
Device-class awareness
Traceability & safety
Traceability & Safety
Built for Rigorous Review. Generated code shouldn't be a black box. Clear boundaries between generated layers and user logic, consistent error handling, and trace links back to configuration nodes. Systematise your code reviews and simplify safety certification workflows.
Device-class awareness
Intent-Based Configuration. Configure devices based on what they do, not just their memory addresses. Drastically reduce configuration errors and speed up onboarding for new engineers.
Deep low-level control
Abstraction Without Obscurity. You retain precise control over hardware behaviour while automating the tedious syntax.
Multi-target expansion
Migration is a Regeneration Problem. Your hardware model is separate from your software target. Switch OS targets or expand to new platforms without rewriting your hardware models.
Full stack coverage
Treat your BSP as a unified system with consistent APIs across interfaces. One System, Not Just One Chip.
Deterministic integrity
No Hallucinations. No Drift. Unlike LLM-based assistants, our engine guarantees byte-for-byte repeatability. Your engineering team can review, certify, and regenerate code confidently, knowing the architecture remains stable.
Generate production-ready
drivers from your hardware model
Generate
production-ready
drivers from your hardware model
Model your hardware once and generate deterministic driver code for any MCU and OS target.
Embedded driver generation FAQ
Embedded driver generation FAQ
How does Embedd.it generate drivers?
Which programming languages are supported?
Does Embedd.it support version control and CI/CD pipelines?
Which architectural targets does Embedd.it support?
Can Embedd.it generate AUTOSAR-compliant drivers?
Can I generate documentation and compliance artifacts along with drivers?
Can I modify the generated drivers?
© 2022-2026 «Embedd». All rights reserved.
© 2022-2026 «Embedd». All rights reserved.
© 2022-2026 «Embedd». All rights reserved.