Solve software engineering complexity

Software design tools to create, simulate, mathematically verify and automatically generate code for cyber-physical systems.

Discover Dezyne

Software design tools - Dezyne

Analytical Model-Based Design: Trust what you build

First time right

Validation and automated mathematical verification of complex software designs delivers predictable, reliable and robust results.

Faster results

Rapidly show that specifications and designs are complete, correct and consistent. Generate code directly from models.

Reduce cost of defects

Find and prevent complex design defects early in the development life cycle. Reduce rework and testing, and decrease the occurrence of field defects.

Introducing Dezyne: Software design tools for cyber-physical systems

Dezyne is a software engineering toolset that enables engineers to specify, design, validate and formally verify software components for industrial, medical & automotive systems. Dezyne’s unique automated verification engine ensures that software designs can be trusted from the start.

The result is automatically generated code of irrefutable quality that can be used to meet product safety and security requirements. Overall, Dezyne results in reduced Product Lifecycle Management costs and lower Total Cost of Ownership.

  • Design reliable concurrent systems

  • Validate the design of complex behaviour

  • Generate correct code from verified models

 
Philips logo
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“Our conclusion is that across the projects that we have done, over the full development cycle, we save about 35% of cost.”

Ron WillemsDirector, Sioux Embedded Systems BV

“It is absolutely true that there is an increased productivity, resulting in reduced development and maintenance costs and therefore more room for adding customer value.”

Michaël van de VenSoftware Technology Specialist, Sioux Embedded Systems BV

“Their fully integrated design, verification and code generation toolset has delivered major benefits for FEI in terms of finding errors early and delivering better software at a lower cost.”

Martijn KabelR&D SW Manager, FEI Company
medical devices

Medical devices

Medical Devices have all the complexity of Industrial Systems, but with the added challenge of meeting stringent safety requirements. Dezyne provides a solution for ensuring that software designed for healthcare purposes is mathematically complete and formally correct for a range of essential behavioural properties.

scientific equipment

Scientific Equipment

Dezyne is ideal for designing software components that control the operation of scientific equipment. Applications include the supervisory control of products of all kinds, but also the control of axes, stages, pumps and all other types of hardware components.

robotics

Robotics

Robots are rapidly becoming highly sophisticated. Dezyne is perfect for ensuring that they behave as intended, that they communicate reliably with their environment and that they operate safely at all times.

industrial systems

Industrial systems

The operation and behaviour of industrial and manufacturing systems of all types can be designed and built with Dezyne. Applications include controlling the normal operation, cyclic behaviour and workflow of any machine, but also extend to initialisation and shutdown, error handling and recovery, and all other kinds of behaviour.

agricultural applications

Agricultural Equipment

Dezyne is applicable to a wide range of agricultural applications, from the controlling the operation of a milking robot, through sorting fruit and vegetables to the control of greenhouses. Examples include the design and verification of user interactions and workflows, the control of processes and the implementation of reliable communication across sensor networks and distributed devices or actuators.

Defence systems

When software simply must work under all circumstances and in resource constrained environments, nothing beats the power of Dezyne. Dezyne’s verification engine “tests” every possible way in which a software component can behave and finds design errors that cannot be found any other way, least of all by conventional testing. Code generation can be optimised for bare silicon, memory limited platforms.

Automotive Systems

Advanced Driver Assistance Systems are driving the adoption of multi-core/multi-cpu platforms in automotive systems. Dezyne provides an assured way of developing the kinds of reactive, event driven, concurrent applications necessary to realise future ADAS applications. Dezyne eliminates all the difficult problems of concurrency, including deadlocks, live locks and race conditions.

Financial Systems

The security and robustness of payment applications is paramount. Don’t leave a back door open by accident. Use Dezyne to ensure that your application does only what it is supposed to do, nothing more and nothing less. Armour its interfaces to legacy to code detect and trap errant behaviour by less trusted code. In short, use Dezyne to leave nothing to chance when building applications that must be secure.

Free trial

Register now for a free evaluation of Dezyne and get software design freedom today!

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