Un-encrypt the attack. Literally.

Traditional recovery means finding a backup that predates the infection, restoring terabytes over the network, and praying the attacker wasn't already inside that copy. The average enterprise takes 21+ days to fully recover. Every one of those days is revenue lost, SLAs breached, and regulators circling. The data was never destroyed — it was encrypted in place. So why rebuild what you can simply reverse?

1. 01

   SnapRewind™ I/O Journaling

   A lightweight kernel-level agent journals every block write on protected Windows and Linux workloads — continuously, with negligible overhead.

2. 02

   CryptoLock Intercept™

   Behavioral telemetry detects mass-encryption patterns in real time and freezes the attack timeline the moment entropy spikes.

3. 03

   Encryption Reversal Engine™ (ERE)

   The ERE walks the journal backwards, undoing malicious writes at the block level while preserving legitimate transactions.

4. 04

   Clean-Point Certification

   Every recovery point is scanned and cryptographically attested before promotion — you resume on provably clean data, with an audit trail regulators accept.

1. 01

   Surgical reversal

   undo the attacker's writes, keep the business's writes

2. 02

   VSS snapshot protection

   stops ransomware from deleting shadow copies first

3. 03

   Works alongside your existing EDR and backup stack

   no rip-and-replace

4. 04

   Recovery orchestrated by ARIA

   the Resilix autonomous recovery agent

1. 01

   BFSI

   Core banking and payments workloads where hours of downtime are board-level events

2. 02

   Enterprise IT

   ERP and database servers where nightly-backup RPO means losing a full day of transactions

3. 03

   Compliance

   Regulated entities needing forensically attested recovery evidence for RBI / SAMA / CBUAE reporting

Backup vendors restore copies. EDR vendors block signatures. Only Rewind reverses the encryption event itself — because it was watching every write before the attack began. That is a structural advantage, not a feature.

1. 01

   Does Rewind replace my backup?

   No — it removes backup from the critical path of cyber recovery. Backups remain your archive; Rewind is your comeback.

2. 02

   What is the performance overhead?

   [Confirm: <3%] on typical OLTP workloads; journaling is asynchronous and block-level.

3. 03

   Which platforms are supported?

   Windows Server (minifilter driver) and major Linux distributions (eBPF/FUSE-based capture). [Confirm current matrix.]

Resilix is the Autonomous Cyber Recovery platform. While security tools try to keep attackers out, Resilix assumes the breach and guarantees the comeback — sensing the attack, containing the blast radius, rewinding encrypted data, and restoring certified-clean operations in minutes, not weeks.

1. 01

   SENSE → CONTAIN → REWIND → REVERSE → RESTORE → ASSURE

2. 02

   Resilix Rewind

   Rewinds encrypted workloads to a certified clean point using I/O journaling and the Encryption Reversal Engine™.

3. 03

   Resilix Vault

   Immutable, air-gapped cyber vault with AIRlock™ isolation — the copy ransomware can't reach.

4. 04

   Resilix Replicator

   Continuous replication and orchestrated failover for near-zero RTO/RPO across data centers and cloud.

5. 05

   Ember™

   Endpoint self-recovery for laptop and desktop fleets — rebuild any machine to a working state, anywhere, without IT hands-on.