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Hyperprobe

HyperProbe is an AI-native production debugger that captures live variable states and identifies root causes for incidents without requiring code changes, redeployments, or service restarts.

Code & ITCaptures live variable state at…Performs root cause analysis without…Operates with less than 1% overhead at…Integrates with PagerDuty, Datadog, and…
Hyperprobe product interface screenshot
Estimated monthly visits
4K
Data period:
Listed on AIToolly

What Is Hyperprobe? Product Overview

What the product does and how it is positioned

HyperProbe functions as an automated debugging assistant that places read-only, non-blocking virtual breakpoints directly into running production services. By capturing the exact state of variables at the moment of failure, it allows engineering teams to diagnose complex issues that traditional logging often misses.

The platform is designed to minimize the time spent on incident investigation by eliminating the need for manual log insertion and deployment cycles. It operates within the user's own infrastructure, so that sensitive data remains private while providing deep visibility into live application behavior.

What Can You Use Hyperprobe For?

Source-supported ways to use the product

Silent Failure Diagnosis

Identifies issues where services return successful status codes despite incorrect data processing or business logic errors that do not trigger standard exceptions.

Race Condition Resolution

Captures thread state at the precise moment of overlap to debug concurrency issues and duplicate processing errors that are difficult to reproduce locally.

How to Use Hyperprobe

The documented workflow, where available

  1. 1

    Alert Detection

    The system automatically picks up incident alerts from integrated platforms like PagerDuty, Datadog, or Slack.

  2. 2

    Automated Planning

    HyperProbe analyzes existing logs and traces to identify the specific file and line number associated with the reported issue.

  3. 3

    Probe Placement

    A read-only virtual breakpoint is placed on the suspect line of code to capture live data without pausing the service.

  4. 4

    Evidence Capture

    The breakpoint fires on real traffic to record the exact variable state, which is then used to verify the root cause.

How HyperProbe Debugging Works

HyperProbe differentiates itself from traditional debuggers by utilizing non-blocking, read-only probes that operate asynchronously. This mechanism is designed so that production services continue to run at full speed, maintaining user experience while providing developers with the granular data necessary to resolve incidents quickly.

  • Zero thread pause during breakpoint execution
  • Asynchronous firing to maintain request speed
  • Immutable audit trail for all probe activity
  • Approval-gated access for security compliance

What to Test Before Choosing Hyperprobe

Checks to run with your own material and workflow

  • Confirm that the service environment supports the required languages, including JavaScript, TypeScript, Java, Python, or Ruby.
  • Review the security and privacy documentation to ensure that PII redaction and self-hosted deployment options meet internal compliance requirements.

Hyperprobe Sources and Last Checked

What was checked and when

Official source
https://hyperprobe.co/
Last checked
Category
Code & IT

Hyperprobe Frequently Asked Questions

Answers based on the source-checked product record

Does HyperProbe require me to restart my services?

No, HyperProbe is designed to operate without requiring any redeployments, service restarts, or manual code changes to the production environment.

How does HyperProbe impact application performance?

The platform is engineered for minimal impact, maintaining less than 1% overhead at 3,000 requests per second by using asynchronous, non-blocking breakpoints.

Is my data sent to external servers?

HyperProbe runs within your own infrastructure, such as a private VPC or self-hosted environment, so that your data does not leave your control.

Can HyperProbe modify my production code or data?

No, the probes are strictly read-only. The agent is incapable of writing to memory or executing code, and it cannot modify the state of your running application.

What happens to PII during the debugging process?

Personally Identifiable Information is redacted at the agent level before any capture occurs, so that sensitive data is protected according to your security definitions.

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