Correct by Construction
Failures of software intensive systems used in aerospace, defense and industrial applications have huge tangible and intangible costs associated with them. With these systems becoming progressively complex, and the supporting hardware platforms becoming progressively faster, underlying software problems are becoming increasingly hard to detect through exhaustive integration testing.
Scalable approach to building these systems is to (i) focus on correctness of individual subsystems, and (ii) enforce discipline in their interfaces with other subsystems. Using processes and tools, this approach can be employed at multiple levels of abstractions - components and libraries in the lower levels, as well as systems and systems of systems at higher levels.
Our products and services, backed by extensive experience building such systems, help you effectively automate proving the correct operation of software intensive systems.
Scalable approach to building these systems is to (i) focus on correctness of individual subsystems, and (ii) enforce discipline in their interfaces with other subsystems. Using processes and tools, this approach can be employed at multiple levels of abstractions - components and libraries in the lower levels, as well as systems and systems of systems at higher levels.
Our products and services, backed by extensive experience building such systems, help you effectively automate proving the correct operation of software intensive systems.