When AI attacks at machine speed, your recovery must too.

AI agents can destroy production databases and their backups in seconds. Eon keeps your recovery outside the blast radius, so you can restore in minutes, not months.

AI changes the speed of attacks. Traditional backup solutions weren’t built for this

AI agents operate with valid credentials, call legitimate APIs, and can move faster than any human incident response. Most backup architectures sit inside the exact same blast radius they're supposed to protect against.

Shared credentials, shared fate

When AI agent deletes infrastructure with wild permissions, snapshot-based backups inside the same account disappear along with production. Your recovery is gone before the alert fires.

Attack timelines now measured in hours

AI-powered tools can discover vulnerabilities, build exploits, and target backup infrastructure, all before a human analyst has opened their first alert of the day.

Detection built for the wrong signals

Valid SQL operations (e.g., row drops, schema changes, mass deletes) look normal to traditional monitoring. By the time a human realizes what changed, data is already gone.

Recovery that’s too coarse and too slow

Restoring a table means rehydrating an entire database. Restoring an object means rebuilding a bucket. Full-environment recovery takes hours or days while your business stands still.

An Independent Resilience Plane for Cloud Infrastructure

Eon separates backup and recovery infrastructure from production environments to ensure recovery remains operational during modern compromise scenarios.

Immutable, Air-Gapped Recovery

Backups are isolated from production credentials and protected from modification or deletion.

Cross-Cloud Recovery

Recover workloads across AWS, Azure, and Google Cloud from a centralized platform.

Continuous Threat Detection

Detects suspicious encryption patterns, corruption, schema anomalies, and mass deletion behavior inside backups.

Granular, Instant Recovery

Restore files, objects, rows, databases, or workloads without full snapshot restores.

Cloud-Native Architecture

Read-only IAM access with no software agents or appliances deployed into workloads.

Key Use Cases

01

Protect Against AI Agent Data Loss

Recover quickly from autonomous workflow failures, accidental deletions, and corrupted infrastructure changes.

02

Recover from Cloud Ransomware

Maintain clean, isolated recovery points even during active compromise scenarios.

03

Reduce Cross-Cloud Recovery Risk

Enable portable recovery across AWS, Azure, and Google Cloud environments.

04

Accelerate Security Investigations

Query historical backup data directly for forensic analysis and incident response.

01

Protect Against AI Agent Data Loss

Recover quickly from autonomous workflow failures, accidental deletions, and corrupted infrastructure changes.

02

Recover from Cloud Ransomware

Maintain clean, isolated recovery points even during active compromise scenarios.

03

Reduce Cross-Cloud Recovery Risk

Enable portable recovery across AWS, Azure, and Google Cloud environments.

04

Accelerate Security Investigations

Query historical backup data directly for forensic analysis and incident response.