Vaultize Secure·Immutable vault and recovery
Keep a trusted file version outside the production blast radius.
Vaultize Secure preserves encrypted, versioned golden copies of protected files from configured endpoints and file servers, with a recovery path administered separately from ordinary production access.
Protected versions. Governed deletion. Practical recovery.
The difference
What one bad day can erase.
One ransomware event or one privileged insider can wipe records an enterprise spent decades building. Attackers now study the recovery plan and target it first, so that by the time anyone notices, clean restore points are gone. Drag through the day.
08:00
Illustrative. The clock is the story.
Production
Working normally
Scheduled backups
Last snapshot: yesterday 23:00
Vaultize Secure vault
Continuous protection. Every version kept.
The current way
Most recovery tools protect one tier, a server estate, endpoints, or a document repository, and treat backup as a scheduled job running alongside the very system it depends on. Recovery built for hardware failure does not hold against an adversary who intends the recovery path itself to fail.
With Vaultize Secure
One vault, every asset, every version.
A separately administered, tamper-evident copy of the most critical data, designed to remain usable when primary systems are disrupted, compromised or encrypted. Recovery does not depend solely on primary backup infrastructure. The recovery path is designed to survive the incident.
Client workflow · Immutable golden copy vault
See the clean recovery path before an incident arrives.
See how protected chunks move from in-scope systems into a separately administered vault and recovery follows a governed path.
Vaultize Secure
Capture and protect
Configured endpoint and server changes are encrypted at source, divided into deduplicated chunks and written under the deployment's key model.
Illustrative product workflow. Exact channels, policies and deployment availability are confirmed during solution design.
How it works
Five steps, from write to recovery.
Capabilities
What the vault holds to.
Preservation, resilience, recovery and custody. Each is a property the vault is designed around, and each leaves its own evidence.
- Preservation & integrity
- Write-once, append-only model (patented Vault Knox)
- Cryptographic tamper-evidence on every chunk
- Immutable, continuous versioning
- Resilience
- AES-256 chunk-level encryption with data fragmented across the vault
- Continuous data protection (not scheduled snapshots)
- Recovery
- Granular point-in-time recovery to any historical state
- Scoped recovery, single file, folder, workload or full set, without disturbing unrelated data
- Forensic version history for legal hold and eDiscovery
- Control & custody
- Separately administered plane to reduce blast-radius risk
- Customer-held keys with source-side encryption, cleartext does not leave the customer's trust boundary
- Multi-stakeholder approval can be required for permanent deletion
- Tamper-evident audit on every write, read and administrative action
Deletion governed by separation of duties
Deletion follows a multi-stakeholder approval workflow.
In a deployment configured for multi-stakeholder deletion, permanent deletion requires the selected trusted parties to approve it through a recorded workflow while vault data is separated from the live filesystem. Try the illustrative flow: the action stays locked until its three configured approvals are in.
Deletion request · board-pack-2024.pdf, all versions Illustrative
Data owner
s.iyer
Security officer
k.rao
Compliance
m.dsouza
The workflow requires every configured stakeholder.
- 09:12 deletion requested by s.iyer
Where Secure earns its place
Three days you hope never come, and one copy that is ready for them.
01
Ransomware resilience for critical business data
Primary systems and backups are targeted together.
An immutable, separately administered copy means recovery does not depend solely on primary backup infrastructure. The recovery path is designed to survive the incident.
Explore file-level resilience02
Sovereign record preservation
Digitised master records must be retained, attestable and protected against alteration for years.
One vault preserves every version with tamper-evidence and customer-held keys inside a sovereign deployment.
Explore the golden copy vault03
Legal hold and eDiscovery
Litigation, investigation or audit requires the exact historical state of a record.
Forensic version history surfaces any point-in-time version, with audit evidence of what was recovered and by whom.
Explore audit and investigation
Also: continuous endpoint protection can reduce scheduled gaps, so a lost or encrypted laptop can recover to a recent governed state. The deletion workflow is designed to require configured stakeholder approvals rather than one routine administrative action.
Part of one platform
The resilience promise behind the rest of the platform.
One policy engine, one audit plane, one administrative surface. Vaultize Secure is the recovery lever that stands behind Discover & Classify, Seal, Share and Control.
Discover & Classify
Classification and context
Classification informs what belongs in the vault and how long it stays there.
Explore Discover & ClassifyGovernance and evidence
Role-based control (RBAC)
The vault is built around separation of duties, a property CISOs and DPOs need to demonstrate, not just claim.
01
Recovery operators can run recovery flows but cannot alter the immutable store, retention or holds.
02
Platform administrators cannot silently change retention or quietly weaken the store.
03
Deletion is a deliberately narrow, multi-stakeholder action. The role model is designed to separate policy changes from approval of their consequences.
The result is a design that separates routine administration from permanent deletion and records each configured approval.
FAQ
Questions buyers ask about Secure.
It completes the picture. Backup and perimeter controls restore operations and decide who gets in. Vaultize Secure adds a separately administered copy designed to resist tampering and ransomware-style corruption, so recovery is not the only lever after an incident.
If primary and backup were both compromised tomorrow, what would you trust to recover?
Review which endpoints and file-server paths are in scope, how versions are retained, who approves permanent deletion, and how a required version is recovered.