Managed Services
Backups an attacker can't touch.
Managed data backup, disaster recovery, and private IPFS storage — on-premise, cloud, and decentralized. Immutable and ransomware-proof, verified on every write, and restore-tested before you ever need them.
Traditional backups have one fatal flaw.
If an attacker can reach your backup server, they encrypt the backups too. Ransomware crews know this — the backup infrastructure is the first thing they go after, because a company that can restore doesn't pay. Centralized cloud backups replicate your data but don't solve immutability at the protocol level; air-gapped tape solves immutability but restores in days, which for most organizations is a business-ending outage.
The fix isn't another copy in another bucket. It's making immutability a property of the storage protocol itself — so there is no credential to steal, no console to compromise, and no in-place edit that turns your last clean copy into an encrypted one.
What we manage
Automated Backup Scheduling
Daily, hourly, or continuous backup schedules across PostgreSQL, MySQL, MongoDB, and cloud data warehouses. Incremental and full backups with retention policies tuned to your RPO.
Backup Verification & Testing
Every backup is verified against its content hash. Restore tests run automatically on a schedule — we prove your backups work before you need them, not during an incident.
Multi-Cloud & Hybrid
Backups replicated across AWS, GCP, Azure, and decentralized storage (IPFS/Filecoin). No single provider dependency, no single credential that unlocks everything.
Ransomware-Proof Storage
Immutable backups on IPFS and Filecoin — content-addressed storage that cannot be encrypted, deleted, or held for ransom by an attacker who reaches your primary network.
Real-Time Ransomware Detection
A lightweight agent watches the primary side for encrypt-in-place patterns and abnormal rename velocity. On detection, the backup pipeline isolates — so you restore yesterday's clean copy, not last month's.
Disaster Recovery
Documented recovery runbooks, RTO/RPO targets, and quarterly DR drills. When things go wrong, we restore against a rehearsed plan — we don't improvise.
Compliance & Audit
SOC 2, HIPAA, GDPR — backup policies mapped to your compliance requirements, with a signed, timestamped audit trail for every backup, restore, and isolation event.
Private IPFS Storage
Run your own content-addressed storage network — private IPFS clusters with Filecoin-backed durability, so immutability is a property of the protocol, not a provider's policy.
How it works
Immutable by design, verifiable end to end, and defended in real time — not just replicated and hoped over.
Content-addressed immutability first
The core primitive is CID-based storage: every backup produces a content-addressed hash, and the hash IS the address. Tamper detection is free — a restored file that doesn't match its hash isn't the file. This is the property that makes integrity provable rather than assumed.
Filecoin deals for durability guarantees
IPFS handles addressing; Filecoin handles durability. Backups are pinned into Filecoin storage deals with cryptographic proofs of storage over time — a verifiable answer to “is my backup still there?” that doesn't require trusting a central provider.
Real-time ransomware isolation
Waiting for encryption to propagate into backups defeats the purpose. A behavioral monitor on the primary side catches ransomware in progress and trips the pipeline — new writes stop landing in the durable store, current snapshots are pinned harder, and your IR team is alerted.
Verified restores, on a schedule
A backup you've never restored is a hope, not a plan. We run automated restore tests, validate them cryptographically against the original hash, and report the results — so the first real restore isn't your first restore.
Signed audit trail from day one
Every backup, retrieval, and isolation event produces a signed, timestamped log entry. When a cyber-insurance underwriter or compliance auditor asks for the chain of custody, it already exists.
Proven in production.
This isn't theoretical. We run the storage and protection layers this page describes as live products at scale.
Koneksi
Our production ransomware-protection platform: immutable backups distributed across IPFS, Filecoin-backed durability with cryptographic storage proofs, real-time ransomware detection with automatic backup isolation, and a compliance-ready audit trail for every operation. The property that makes CISOs and cyber-insurance underwriters pay attention: customers can prove their backup is intact, immutable, and beyond the attacker's reach.
Read the Koneksi case studyDelta Storage
~2 PB stored on Filecoin
Our hosted IPFS storage service — the content-addressed durability layer Koneksi and other products build on. Delta Storage has backed up close to 2 petabytes of data on Filecoin-backed infrastructure, with reliable pinning, performance SLAs, and content addressing that makes every restore verifiable against its original hash.
Read the Delta Storage case studyThe stack behind it
Frequently asked
What makes a backup “ransomware-proof”?
Traditional backups share a fatal flaw: if the attacker reaches the backup server or its credentials, they encrypt the backups too. Content-addressed storage on IPFS and Filecoin removes that vector — there is no admin console to compromise and no in-place mutation, so an attacker who owns your primary network still cannot alter or delete the durable copy.
How is this different from cloud object storage with versioning?
Write-once object storage helps, but it's still administered by credentials that live somewhere on the primary network. Decentralized, content-addressed storage makes immutability a protocol-level property rather than a policy that an administrator (or an attacker with admin rights) can change.
How fast can you restore?
We set explicit RTO/RPO targets with you and rehearse them in quarterly DR drills. Because backups are content-addressed and distributed, restoration doesn't depend on a single provider's availability, and integrity is verified as part of the restore.
Do you support on-premise and existing cloud environments?
Yes. We back up on-premise systems, cloud databases, and data warehouses, and replicate across AWS, GCP, Azure, and decentralized storage. You're not locked into a single provider or forced to move your primary workloads.
Can this satisfy our compliance and cyber-insurance requirements?
Backup policies are mapped to SOC 2, HIPAA, and GDPR requirements, and every operation produces a signed, timestamped audit entry. That verifiable chain of custody is exactly what underwriters and auditors ask for during an incident review.
Get in touch
Tell us what you need. We'll scope it and get back to you within 24 hours.
