Cloud Change Intelligence for DevSecOps

Understand, investigate, and recover from risky cloud changes.

PyroTrace connects cloud, runtime, security, backup, and recovery signals so teams can predict impact before change, investigate what broke after change, and restore safe state faster.

Read-only pilot pathAWS-first cloud change intelligenceBuilt for DevSecOps, platform, and SRE

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Cloud change graphRuntime evidence

Changeplanned cloud update

Impactcritical service impact predicted

Recoveryrestore known-good state

Predict

Impact analysis before risky cloud changes ship

Investigate

Runtime evidence, change history, and graph paths in one timeline

Recover

Safe-state recovery and verification workflows

Platform Preview

One operating picture for cloud changes.

PyroTrace connects proposed changes, runtime evidence, graph paths, drift, and recovery state so teams can move from impact prediction to verified remediation.

Proposed changes mapped to services, resources, identities, and data storesRuntime evidence tied to the change that caused itBackup, recovery path, and verification state

Cloud GraphImpact path: critical service

API Gateway

Lambda

RDS

IAM Role

Investigation QueuePrioritized by impact

Planned change impactHigh

IAM policy creepMedium

Backup coverage gapMedium

Impact confidence87%

The Problem

Cloud teams ship changes fast, but no one sees the full impact chain.

A cloud change, access update, deployment, or manual fix can silently affect services, identities, resources, and recovery paths. PyroTrace shows the chain.

Impact blind spots

A cloud change, access update, deployment, or manual fix can affect services no one expected.

Team slices

Security sees the vulnerability, platform sees the deployment, and SRE sees the failure.

Fixes can break prod

Security fixes are still production changes, and each one can cascade.

Drift compounds

Untracked edits, policy creep, and version drift quietly weaken recovery confidence.

Slow investigation

Incident teams lose time reconstructing what changed and what evidence proves it.

Recovery uncertainty

Teams cannot move fast when they do not know the last safe cloud state.

How It Works

Understand impact. Investigate issues. Recover fast.

PyroTrace connects fragmented cloud, security, runtime, and recovery signals into one continuous workflow from proposed change to verified recovery.

Understand Impact

Predict what a change affects before it ships

Map proposed changes and deployments to the services, resources, identities, and data stores they can affect.

Investigate Issues

Prove what changed and what broke

Investigation workflows correlate change history, runtime evidence, errors, graph paths, drift, and service impact into a coherent timeline.

Recover Fast

Restore the last safe state

Use backup and recovery context to generate recovery paths, assign work, and verify remediation.

Why PyroTrace

The layer between change and recovery.

Modern infrastructure changes faster than diagrams, CMDBs, and manual reviews. PyroTrace keeps impact, investigation, and recovery state current.

Connects the tools you already use

PyroTrace adds change context across cloud security, observability, ticketing, and backup tools.

Sees both failure modes

Security fixes and silent drift can each create production risk. PyroTrace models both as cloud changes with downstream impact.

Closes the recovery loop

Impact prediction, runtime evidence, investigation, safe-state recovery, and verification stay connected.

Predict impact before change. Recover faster after change.

Bring PyroTrace into your cloud environment and see the change context, runtime evidence, drift, and recovery paths your teams need in one workflow.

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