Multiple tools. No unified incident context.

Modern engineering teams have more visibility into their infrastructure than ever before. They collect metrics, logs, traces, deployment records, application events, and infrastructure telemetry across numerous platforms. Each system provides a different view of what is happening in production. Yet when an incident occurs, bringing those views together remains one of the most time-consuming parts of incident response.

Book a demo

When visibility becomes fragmentation

During an active incident, engineers move between observability platforms, cloud consoles, deployment pipelines, source repositories, and incident management tools. They compare timestamps, examine service dependencies, review configuration changes, and investigate possible relationships between events. This work requires more than finding information. It requires determining which signals matter, how they relate, and whether they represent the cause of a failure or merely its consequences.

The cost of disconnected incident context

The operational impact becomes more significant as engineering environments grow. A single customer-facing request may depend on multiple services, databases, queues, third-party APIs, and infrastructure components. A failure in one dependency can generate alerts across several systems, making a localized problem appear to be a much broader incident.

Different teams may investigate different symptoms without realizing they share an underlying cause. One engineer examines application errors while another investigates infrastructure saturation. A third reviews deployment history. Their findings may eventually converge, but only after considerable coordination.

From isolated signals to connected investigations

Scrubbe approaches fragmented signals as an investigation problem rather than simply a data aggregation problem. Instead of requiring engineers to manually assemble context across disconnected tools, Scrubbe uses autonomous investigation agents to examine available operational evidence, explore competing explanations, and establish relationships between relevant events.

Its Signal Graph provides a foundation for connecting operational signals, service dependencies, incident history, and changes across the engineering environment. This context supports investigations that consider how different parts of a system influence one another.

Context must lead to action

A connected view of an incident is valuable, but investigation alone does not restore service. Once a likely cause has been established, engineering teams still need to determine an appropriate response, understand its potential impact, and verify that the action addresses the failure.

Scrubbe connects investigation with policy-governed remediation. Agents can identify potential corrective actions, but execution remains subject to the operational rules, permissions, and approval requirements established by the organization.

This distinction matters in production environments, where an incorrect action can introduce additional failures or expand the impact of an existing incident.

A proposed rollback, service restart, or configuration change should be supported by evidence and evaluated against its operational risk. When an action is authorized and executed, the resulting system behavior must be checked to determine whether recovery has actually occurred.

This creates a more complete incident response process: from fragmented signals to connected evidence, from investigation to authorized remediation, and from execution to verified recovery.

Incident response needs more than visibility

Reducing approval delays should not come at the expense of decision quality.

The industry has invested heavily in making production systems observable. That investment has improved the ability to detect abnormal behavior and inspect infrastructure at scale. But visibility is only one part of incident response.

The harder problem is understanding how individual signals relate to the failure, determining what can be concluded from the evidence, and taking appropriate action without introducing unnecessary risk. Scrubbe addresses that gap by connecting operational evidence with independent investigation, governed execution, and recovery verification.

Because the measure of an effective incident response system is not how much information it displays. It is how reliably that information helps engineering teams understand what happened and restore service.

See the full incident, not
disconnected signals.

Discover how Scrubbe connects operational evidence, investigates production failures, and helps engineering teams move from detection to verified resolution.

Book a demo

Cookie preferences

We use essential cookies to keep Scrubbe secure and functional. You can choose whether to allow analytics, preferences, and marketing cookies, and update your choices at any time.

Essential cookies

Required for security, session continuity, consent state, and core site functionality. These are always on.

Always active

Analytics cookies

Help us understand usage patterns so we can improve product pages, onboarding paths, and documentation quality.

Allow analytics

Preference cookies

Remember selected settings such as region, UI preferences, and previously chosen site options.

Remember preferences

Marketing cookies

Enable campaign measurement and more relevant follow-up communications across trusted channels.

Allow marketing

Your choices are stored locally in this browser and can be updated at any time from the cookie settings button.