Financial Services

Ensure service availability

Deliver innovative customer experiences, accelerate time-to-market, and improve application reliability and availability with LiveRecorder.

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Financial Services

Ensure service availability

Deliver innovative customer experiences, accelerate time-to-market, and improve application reliability and availability with LiveRecorder.

Ensuring service availability

Business challenges

Highly complex codebases in a highly-regulated environment

High-volume financial transaction systems must be highly secure, perform at incredible speed,  and be available 24/7 and defect free.

But monolithic or distributed cloud architecture with microservices make this kind of software difficult to maintain and debug.

These pressures are further exaggerated by the highly-regulated environment which specific auditing and documentation requirements which can absorb considerable resources when things go wrong.

Solution

Secure and fasterdeployments

The good news is that it is entirely possible to dramatically cut down defect slippage and deploy secure and reliable applications for your customers.

It’s also possible to do it faster by accelerating software defect resolution during development and test, so you can innovate faster.

The solution? Time travel debugging.

THE SOLUTION

Accelerate software defect resolution with time travel debugging

LiveRecorder is the leading time travel debugging platform for C/C++ and Java applications.

  • Reduce defect slippage before they hit users in production
  • Provide software engineers with the toolkit to make bugs 100% reproducible and start debugging failures instantly
  • Decrease time spent on root-cause analysis and fix errors faster

LiveRecorder comes in two flavors depending on what language your applications is written in: C/C++ or Java.

HOW IT WORKS

Record. Replay. Resolve.

Traditional methods of software debugging rely on being able to reproduce software failures; this is costly and take huge amounts of time. LiveRecorder simply records “what happened”.

All events, interrupts, memory allocation, changes to disk contents, user inputs, and device output are captured in the recording. This recording gives engineers a carbon copy of what occurred, without having to waste time trying to reproduce the problem.

With the recording, engineers can swiftly and efficiently zero-in on the problem by stepping forward and backward in their program’s execution.

Time-to-resolution is accelerated. For regulatory purposes, bugs and their causes can be easily identified, documented and explained.

LiveRecorder can help in test environments as well as in production environments.

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HOW IT WORKS

Record. Replay. Resolve.

Traditional methods of software debugging rely on being able to reproduce software failures; this is costly and take huge amounts of time. LiveRecorder simply records “what happened”.

 

All events, interrupts, memory allocation, changes to disk contents, user inputs, and device output are captured in the recording. This recording gives engineers a carbon copy of what occurred, without having to waste time trying to reproduce the problem.

 

With the recording, engineers can swiftly and efficiently zero-in on the problem by stepping forward and backward in their program’s execution.

 

Time-to-resolution is accelerated. For regulatory purposes, bugs and their causes can be easily identified, documented and explained.

 

LiveRecorder can help in test environments as well as in production environments.

KEY BENEFITS

Maintain systems availability and protect your reputation

Deliver first-class customer experiences
Ensure you deploy reliable applications and minimize the risk of down-time. Boost your Net Promoter Score and customer loyalty.
Reduce time-to-resolution of defects
Dramatically decrease time-to-resolution of software defects by eliminating guesswork and obtaining an exact recording of the events that led to the software failure.
Support compliance and security
By recording a failed process, engineering teams no longer need to waste time trying to reproduce failures. A full recording of events can be captured on-demand.

Want to discuss if this could work in your environment?