Arximus Backups
Arximus turns WordPress backup into verified recovery: encrypted offsite backups, signed manifests, storage governance, restore planning, restore drills, ransomware resilience, last-known-clean guidance, and proof reports you can trust during an incident.
Recovery assurance
A backup file is not a recovery plan. Arximus is built to verify that your restore points exist, decrypt, match their manifests, contain readable database dumps, reconstruct file inventory, and can be tested in an isolated restore environment.
You get restore readiness scoring, restore drill reports, last-known-clean guidance, storage health, retention visibility, and recovery proof across every protected site.
Security function
When compromise happens, your backup system becomes part of incident response. Arximus connects backups to malware findings, file integrity changes, database anomalies, containment actions, and incident timelines so you can choose the right recovery point instead of guessing.
Backup lifecycle
Arximus controls the full recovery chain: backup planning, chunked collection, local encryption, offsite storage, manifest signing, verification, drill testing, and proof reporting.
01
Set the schedule, backup type, retention, encryption mode, storage target, verification requirement, and restore expectations for each protected site.
02
Compress and encrypt backup chunks locally before upload. Your unencrypted database contents are not sent to Arximus Cloud.
03
Keep encrypted chunks, signed manifests, hashes, retention state, and verification status in your protected storage pool.
04
Check manifests, chunks, hashes, decryption, database readability, file inventory, and restore drill results.
05
Restore with a signed plan, pre-restore safety backup, staged execution, integrity checks, and a final report.
Verified backup capabilities
Arximus is designed to handle interrupted jobs, large file sets, database size, storage growth, restore uncertainty, and attacker attempts to interfere with recovery.
Protect large WordPress sites without depending on one long process. Arximus backups run in chunks, resume after timeouts, use locks, record progress, and avoid duplicate jobs.
Backup chunks are encrypted locally before offsite upload. Arximus stores encrypted chunks, manifests, hashes, retention metadata, and verification results.
Every backup receives a signed manifest that records database state, file inventory, chunk hashes, encryption mode, environment details, retention class, and verification status.
Arximus verifies database dump structure, table counts, checksums, parse state, and backup metadata so you know the database restore path is viable.
Arximus tracks file count, size, hashes, excluded paths, unreadable files, suspicious executable changes, and reconstruction status.
See whether each protected site is ready to recover based on last backup age, verification level, restore drill status, storage health, key status, and retention coverage.
Test recovery in an isolated environment, confirm the backup restores, check critical pages, capture errors, and generate a report before an emergency happens.
Use incident timing, malware findings, file changes, database anomalies, scan history, and backup verification to identify the safest restore point.
Use immutable retention, deletion delay, dual approval for destructive backup actions, suspicious deletion detection, and backup deletion freeze during active incidents.
Choose managed, self-custodied, or hybrid key modes. Track key rotation, recovery checks, access audit, loss risk, and restore readiness.
Recover even when WordPress itself is damaged through a controlled recovery path with signed authorization, manifest verification, encrypted backup download, and restore execution.
Generate backup verification reports, restore drill reports, restore readiness reports, recovery reports, audit records, and signed evidence that recovery was tested.
Storage governance
Arximus uses a shared storage pool across your protected sites. Add protected storage blocks as your sites, retention windows, and restore points grow. Enable controlled auto-expand so critical backups do not fail silently when storage pressure increases.
You see storage used by backups, immutable snapshots, restore tests, retained manifests, and recovery artifacts before storage becomes a security problem.
No weak tiers
Arximus gives you the same serious recovery architecture from the start. Protect one site, then add more protected sites and more shared storage as you grow. No downgrade-grade backup tier. No confusing package ladder.
During an incident
When a site is under attack or already compromised, Arximus connects recovery to the incident record.
Create a forensic backup, freeze backup deletion, capture security events, and preserve the timeline before changing production state.
Compare first suspicious activity, file changes, database anomalies, malware findings, and verified backups to identify a recovery candidate.
Use a signed restore plan, pre-restore safety backup, staged file restore, database restore checks, cache clearing, and health verification.
Generate a recovery report showing which backup was used, what was verified, what was restored, what failed, and what should be monitored next.
Recovery proof
Arximus gives you evidence for the questions that matter when the site is down, compromised, or under review.
Restore readiness scoring shows whether your latest restore points are complete, verified, encrypted, retained, and usable.
Last-known-clean logic links incident signals to backup history so you can choose a restore point with evidence.
Restore drills test the backup in isolation, check critical pages, capture errors, and report recovery confidence.
Signed manifests, verification results, restore reports, audit logs, and proof reports document the recovery chain.