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Concurrency Defect Resolution
Reproduce and fix hard bugs in multithreaded applications in hours, not weeks


Multithreaded application architectures help improve performance; but they also increase the risk of concurrency issues such as threading deadlocks, multithreading race conditions, read-before-writes, and shared memory corruption.


This technical paper reveals the technologies and techniques at your disposal for quickly diagnosing the root cause of concurrency issues.


Learn how to find, replicate and fix these hard-to-reproduce bugs using:

  • Time travel debugging - making bugs 100% reproducible, every time
  • Thread fuzzing - exposing concurrency issues during testing by interfering with the regular scheduling of c++ threads
  • Multiprocess correlation - debugging shared memory corruption more easily

These technologies and techniques are already in use amongst engineering teams at leading tech firms like SAP, Bloomberg, Palo Alto Networks, Juniper, Synopsys, Siemens EDA and more. Don't be left behind. Learn how they could also help you and your team fix bugs you wouldn't otherwise be able to fix or shave off weeks of debugging effort!

Download your technical paper NOW --->

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Download the technical paper


About Undo

Undo is the time travel debugging company for Linux. We equip developers with the technology to understand complex code and fix bugs faster.