Trusted by the world-leading enterprise software teams
Undo’s time travel debugging technology is widely used by software engineering teams building large-scale complex software who care about delivering a quality product to their customers or need the capability to quickly fix customer-reported defects.
Global technology players like SAP, Juniper, Palo Alto Networks, Siemens, Synopsys and AMD all use Undo to fix non-trivial bugs in hours, not weeks (with minimal engineering effort).
Check out their success stories below.
Trusted by the world-leading enterprise software makers
LiveRecorder is increasingly being adopted into Continuous Integration and DevOps workflows to enable developers to understand complex code and fix bugs faster.
Global technology players like SAP, Juniper Networks, Synopsys, and Siemens use LiveRecorder to radically improve developer productivity and code quality.
Debugging large test cases and customer-reported issues faster
July 11, 2024How Verific engineers quickly debug complex scenarios like memory corruptions in their SystemVerilog & VHDL parsers
How Synopsys saw a boost in customer satisfaction & developer productivity after investing in Undo
April 19, 2024How Synopsys uses time travel debugging to deliver a first-class customer experience
Improving software quality in SAP
June 22, 2023Improving software quality in SAP HANA with Undo’s LiveRecorder
How Altair accelerates bug-fix time and delivers a superior customer experience with Undo
June 22, 2023Altair reproduces customer-reported issues within hours - dramatically reducing bug-fix time to deliver a 1st class customer experience.
Debugging a memory corruption and logic errors
June 22, 2023Simplifying the debugging workflow for Juniper Network engineers and boosting productivity
Cadence tracks down mission-critical bugs on customer sites within hours, not months
June 22, 2023Cadence Design Systems - Finding customer-critical bugs
Siemens EDA accelerates defect resolution with Undo
June 22, 2023Reproducing a production defect under time pressure and IP protection constraints