SOLVE SOFTWARE ENGINEERING COMPLEXITY
Validation and automated mathematical verification of complex software designs delivers predictable, reliable and robust results.
Rapidly show that specifications and designs are complete, correct and consistent. Generate code directly from models.
Find and prevent complex design defects early in the development life cycle. Reduce rework and testing, and decrease the occurrence of field defects.
Enable continuous involvement of key stakeholders. Interfaces are first-order citizens in Dezyne. Interfaces unambiguously specify the behavior of the software system context. Simulation enables interface validation by non-software stakeholders (such as user experience designers) and software suppliers untrained in Dezyne.
Align architecture and implementation. Dezyne is both an architectural specification language and a software implementation language. Architects and programmers use the same language and the implementation inherently complies with the architectural design.
Your architecture matures during implementation. Dezyne formal verification ensures trustworthy system behavior after architectural changes. While the system is being implemented the architecture evolves accordingly in a guided modus.
Continuous alignment of implementation and architecture. Dezyne is both an architectural specification language and a software implementation language. Architects and programmers use the same language and the implementation inherently specifies the architectural design. Programmers correct the architecture during development.
Create & don’t repeat yourself: get rid of repetitive tasks. Most of the unit testing is taken care of automatically by the Dezyne formal verification. Spend more time creating functionality rather than creating a test infrastructure which obstructs change.
Let computing power do what it is good at: precise and repetition processing. Humans excel at creation: build what works. Humans find it hard and depressing to imagine how things might fail. Dezyne automates formal verification to let the computer take care of the tough and repetitive work.
A leading developer of software design tools to create, simulate, mathematically verify and automatically generate code for embedded and cyber-physical systems.
At Verum, we help our customers and partners solve the most challenging software issues of today and tomorrow. We support customers with our product Dezyne, a software engineering toolset that enables engineers to specify, design, validate and formally verify software components for embedded systems combined with consultancy services.
Introducing DezyneSoftware design tools for
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 an 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.