ENSOFT
helps companies develop and modernize high-assurance software. Today our products and services are used by over 450 companies worldwide including every major automotive, aerospace, and defense company in North America, Europe, and Asia. ENSOFT’s clients also include companies in construction, energy, healthcare, media, consumer electronics, and finance. Our research portfolio spans cybersecurity, program analysis, algebra, and graph theory. ENSOFT has executed multiple high-profile DARPA research projects, as well as aided in clients’ internal research projects.
Services
Specialized Software Development
ENSOFT’s senior engineers now use agentic coding to develop specialized software on timelines and budgets that no longer require a permanent specialized team. Clients supply the domain knowledge, and ENSOFT turns it into production software the client owns.
M&A and Transaction Support
ENSOFT helps acquirers and sellers value the software an acquisition target already has. We also assess how lower development costs change that software’s defensibility and the options available after close.
Post-M&A Integration
ENSOFT helps acquirers turn diligence findings on software assets into a practical integration path. We reduce overlap, modernize where it pays, and capture the performance improvements that lower development costs now make feasible.
Simulink Team Collaboration Training
This half-day course applies modern configuration management and version-control practices to Simulink projects, with a live demonstration of how SimDiff supports accurate merging and review. Trainers adapt the examples to the tools your team already uses, with particular emphasis on Git-based workflows.
Products
Compare, merge, and prepare a model for review.
Review those changes with no Simulink license.
SimDiff for DevOps automation.
Automatically transforms Simulink models for standards compliance, modernization, and more.
Convert C code to Simulink models.
Analysis and visualization platform for understanding software systems.
Build highly-scalable solutions to graph alignment problems.
