ErrorLens

Turn system issues into a clearer next step.

AI-assisted debugging, monitoring, and issue visibility supporting engineering investigation and response.

An internal engineering tool within the Digital Cubic stack.

Technology · People · Real progressAI-assisted debugging and monitoring

Engineering Intelligence

A clearer view for the engineering team.

A failure signal is only the start of the work. ErrorLens supports visibility, triage, and debugging so engineers can understand the issue and decide what needs investigation next.

01 / ErrorLens

Issue visibility

Bring application issues into a view engineers can work from.

02 / ErrorLens

Triage

Review the available context and identify what needs attention.

03 / ErrorLens

AI-assisted debugging

Support investigation with assistance that engineers evaluate against the evidence.

04 / ErrorLens

Reliability monitoring

Follow signals related to application behaviour and reliability.

05 / ErrorLens

Response analytics

Look at the engineering work around issues and response.

06 / ErrorLens

Cross-product observability

Support engineering visibility across the product stack.

Explore the workflow

From a signal to an engineering investigation.

This conceptual example shows issue intake, triage, and investigation. AI assistance supports the engineer’s judgement; the demonstration does not apply changes to a system.

ErrorLens.CONCEPTUAL WORKFLOW
01 / Identify

Put the issue and its context together.

Review the application signal and the information available for investigation.

Examples illustrate issue visibility, not live incidents or reliability metrics.

Signal
Request failure
Area
Application API
Next step
Review context
Signal
Job exception
Area
Background task
Next step
Inspect record
Signal
Slow operation
Area
Application
Next step
Investigate path

Illustrative records and interactions — this is not a live product session.

A shared issue view

Engineers have a place to start investigating.

Context for triage

Available signals inform the next action.

Human-reviewed assistance

Engineers check explanations and proposed changes.

Feedback into the build

Investigation findings inform ongoing development.

A connected sequence

Every step has a purpose.

This example shows how the work moves between people and records. Your roles, configuration, and requirements are reviewed in a product discussion.

  1. 01

    Observe

    Receive a signal with the available application context.

  2. 02

    Triage

    Assess the issue and identify an investigation owner.

  3. 03

    Investigate

    Use context and assistance to form a testable explanation.

  4. 04

    Validate

    Check the proposed change and its effects.

  5. 05

    Learn

    Use the findings to improve the engineering response.

Before we get started

A few useful answers.

Can I purchase ErrorLens as a standalone product?

It is presented as internal engineering tooling within the Digital Cubic stack. Standalone availability is not advertised here. Contact us to discuss your debugging and visibility needs.

Does it automatically fix application errors?

This page describes AI-assisted debugging and engineering visibility, not autonomous remediation. Engineers investigate, review, and validate changes.

How does it relate to Vloud?

Vloud concerns cloud deployment and runtime operations. ErrorLens concerns issue visibility, debugging, and engineering response. Together they describe complementary parts of the operating stack.

Explore the wider stack

Connected capabilities. Different responsibilities.

These products address related parts of the operation. The right combination depends on your workflow and the systems already in place.

Start with your requirements

See where ErrorLens fits.

Walk us through your workflow, the people involved, and your existing systems. We’ll discuss the current product scope and the right next step.

Discuss engineering visibility
  1. 01
    Understand the operation

    People, processes, and existing systems.

  2. 02
    Review product fit

    Modules, workflows, and configuration needs.

  3. 03
    Define the next step

    Agree scope, integration, and rollout considerations.