NEW RESEARCH REPORT: Overcoming the limitations of coding agents in complex software systems

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Networking

Resolve customer escalation faster

Customer escalations are inevitable. Weeks-long investigations aren’t.

Undo records the exact execution behind a failure — so AI agents and engineers can investigate what actually happened, find the root cause in minutes, and resolve escalations 100x faster.

Scale AI, not technical debt. Close escalations faster.

Escalations that stall the roadmap

One escalation becomes a P1. The roadmap stops, and the team drops into firefighting mode and back-to-back escalation calls.

With UNDO

Resolve escalations in a single cycle. Automated RCA runs against the actual failing execution — no reproduction required.

AI speed without losing control

AI speeds up development — but raises real questions about code quality, maintainability, and whether AI output can be trusted.

With UNDO

Keep your codebase under control. Every AI conclusion is backed by evidence in the recording, so it’s verified, not trusted blindly. Maintainability stays intact.

Defects that drain engineering time

A handful of non-deterministic, hard-to-reproduce defects swallow a disproportionate share of your engineering time.

With UNDO

Boost engineering efficiency. Reduce time to resolve complex defects from weeks to hours – improving delivery predictability and keeping your roadmap on track.

How Undo helps networking vendors

The recording

Give AI the high-quality context it can’t get anywhere else: what actually happened at runtime

A replayable recording of the failure

Undo records the exact process execution that led to a failure, creating a complete, replayable record of the run.

Every plane, captured in one binary file

Control plane, data plane, management plane — any Linux C/C++ component of the networking stack — Undo captures the execution history in one binary file which now contains the bug and acts as ‘the reproducer’. Program behavior remains the same anytime, anywhere, for everyone.

Runtime context your AI agent can use

Now you can feed the recording to your AI agent and ask it to diagnose the root cause of the issue for you. The recording provides AI the runtime context it needs to perform accurate, automated root cause analysis.

Automation & verification

Automate root cause analysis

Ask in plain language

Engineers simply ask questions such as: ‘Why did this process crash?’ or ‘Where was the memory corrupted?’

What the AI agent does

Investigates the recording – following the control flow, inspecting memory, picking up on state changes and identifying where the failure originated.

Explain the root cause.

Backs its conclusion with evidence that engineers can verify.

Engineers stay in control

Every AI recommendation or prediction is grounded in the recorded execution, so engineers stay in control while AI performs the heavy lifting of complex root cause analysis.

AI coding agent chat tracing a reference count back to its root cause: input_queue object changed without locking

Use cases

Production flow from customer network fault to Undo recording, AI root cause analysis, fix PR, review and deployment

Production

Debugging customer issues

Before Undo — laborious and time-consuming

  • Receive a customer report.

  • Set up a lab environment to replicate the customer’s network.

  • Attempt to reproduce the problem (when lab access is finally available).

  • Add diagnostic logs and instrument functions, recompile, investigate — and repeat logging/instrumentation until you have enough clues.

With Undo — straightforward

  • Record the process with the issue in it.

  • Feed the Undo recording to your AI agent and ask it a question (e.g. ‘why did this process crash?’).

  • Let AI agent analyze the recording and get you a reliable answer based on the runtime context the AI now has access to.

Development and test

Debugging issues in development

Before Undo — unreproducible and stalled

The hardest defects consume weeks of engineering effort because they can’t be reproduced e.g. threading issues in packet handling code, or a memory corruption during system integration testing.

Because it’s impossible to recreate the failure, the investigation stalls. Releases get delayed, impacting on engineering efficiency – or worse, tickets remain unresolved.

With Undo — resolved in minutes, not weeks

Automated RCA is finally achievable. Integrate Undo into your CI / Automated Test system, so recordings can automatically be created when tests fail.

Let your AI agents use that ‘reproducer’ to autonomously investigate what happened during that failing run and diagnose the root cause of the issue within minutes.

Development flow from failing routing daemon test to Undo recording, AI root cause analysis, fix PR and engineer sign off

Benefits

Resolve customer escalations fast

Resolve customer escalations before the next status call. Move from days of uncertainty to confirmed root cause within a single escalation cycle.

Scale autonomous software engineering without sacrificing quality

Every recommendation is grounded in a real recording and backed by verifiable evidence — so engineering teams adopt AI while preserving maintainability and engineering confidence.

Recover weeks of engineering time

Investigations that once took weeks now take hours, freeing your team to deliver the roadmap and keep releases on schedule, instead of hunting hard-to-reproduce issues.

Palo Alto Networks

Case study

Palo Alto Networks resolve a long-standing firewall defect in 15 minutes

What software engineers say

  • Software Engineer

    An intermittent stack overflow crash was left unresolved for over 6 months. We solved the issue in a week with Undo.

    Software Engineer

    Global networking vendor

  • Routing Engineer

    We fixed a memory corruption issue in 10 minutes which would have initially taken up to 5 days.

    Routing Engineer

  • Sanjay Khanna

    Undo enabled me to resolve an issue in half a day that I might have never been able to resolve.

    Sanjay Khanna

    Distinguished Engineer, Juniper Networks

  • Harshith K

    Before Undo AI was introduced, I would have taken 1 to 2 days to debug things. With it, we got the exact root cause in 15 minutes.

    Harshith K

    Software Engineer, Palo Alto Networks

  • An intermittent stack overflow crash was left unresolved for over 6 months. We solved the issue in a week with Undo.

    Software Engineer

    Global networking vendor

  • We fixed a memory corruption issue in 10 minutes which would have initially taken up to 5 days.

    Routing Engineer

  • Undo enabled me to resolve an issue in half a day that I might have never been able to resolve.

    Sanjay Khanna

    Distinguished Engineer, Juniper Networks

  • Before Undo AI was introduced, I would have taken 1 to 2 days to debug things. With it, we got the exact root cause in 15 minutes.

    Harshith K

    Software Engineer, Palo Alto Networks

TRUSTED BY INDUSTRY LEADERS

  • Cadence
  • Juniper Networks
  • Palo Alto Networks
  • SAP
  • Altair
  • Actian
  • Siemens
  • Synopsys
  • AMD
  • Infineon
  • Cadence
  • Juniper Networks
  • Palo Alto Networks
  • SAP
  • Altair
  • Actian
  • Siemens
  • Synopsys
  • AMD
  • Infineon
  • Cadence
  • Juniper Networks
  • Palo Alto Networks
  • SAP
  • Altair
  • Actian
  • Siemens
  • Synopsys
  • AMD
  • Infineon

See root cause in minutes, not weeks

Explore the solution in more detail and see how it helps uncover the exact execution behind complex networking defects.

Undo technical paper titled Fix customer bugs in hours, not weeks, on speeding up root cause analysis in networking software