Interface Contracts
Define allowed event sequences and interaction rules between components.
Verum Dezyne · Design by Contract
Formal Design Verification for Concurrent Software
Model concurrent control behaviour explicitly, verify interface and component interactions before software integration, explore counterexamples and generate implementation artefacts from the verified design.
MethodDesign by Contract
FocusConcurrent control
VerificationFormal semantics
GenerationC · C++ · C#
Capabilities
Core Capabilities
Capabilities and terminology aligned to the current partner portfolio and target application.
Component Modelling
Represent state, behaviour and concurrency explicitly in the Dezyne language.
Formal Verification
Check supported behavioural properties over the model state space.
Counterexample Traces
Inspect traces that explain deadlocks, contract violations or other discovered defects.
Graphical Exploration
Use state, sequence and system views to understand architecture and behaviour.
Code Generation
Generate C, C++ or C# artefacts for integration into the target application.
Standards & Compliance
Standards and Regulatory Context
Relevant standards, coding guidelines and assurance frameworks for the technology and its application areas.
ISO 26262 workflow context
IEC 61508 workflow context
IEC 62304 workflow context
DO-178C workflow context
EN 50716 workflow context
Industries
Industry Applications
Industry connections are included where the technology addresses a defined engineering, verification or product-security requirement.
Integrations & Deployment
Toolchain and Deployment
Connect the technology with the existing engineering environment, lifecycle tools, CI/CD platform and target architecture.
Desktop
Dezyne language, LSP and graphical tools
Automation
Batch-mode verification for CI/CD
Integration
Generated source code with surrounding application and platform software