Built for a world where threats outpace skills and architectures remain exposed. Storage keeps critical data offline exactly what best practice now demands.
Storage is deployed to match your risk architecture: clear controls, restricted access paths and defined operational windows. Built to support the NCSC’s focus on exposure reduction and resilient system design.
Verified Super Admins, strict legal recovery control and zero third-party access. Designed to meet resilience expectations in GDPR, NIS2 and NCSC best practice.
Data is easy to monetise when it’s online: it can be found, copied, and sold in seconds. Recent breaches show the spread & cost at scale production halted at JLR (multi-£bn hit), 16M PayPal records, 9.4M M&S customers, 100k HMRC taxpayers, 6.5M Co-op members, 280k TPG customers, contractor-credential leaks at Google, even image troves (Tea app) targeting individuals. If your crown-jewel data lives on a live network, it’s on an attacker’s shopping list.
Cyber Essentials, ISO 27001, GDPR Art.32, NIS2/CAF, UK Companies Act & TSA all improve hygiene, process & duty of care but none of them remove reachability. Audits prove controls, not disconnection. If storage, replicas, and cloud buckets remain online, they remain in-scope for credential theft, API abuse, and lateral movement. Boards feel covered; attackers see an always-on target.
Modern setups optimise for uptime & efficiency, but each choice leaves data reachable:
What changes with Firevault Storage: crown-jewel data is offline by default, access is time-boxed & ID-verified, and the system re-locks on timeout—so even a fully “compliant” environment finally becomes unreachable when it matters.
If storage can be discovered, it can be stolen. Cloud and network repositories are probable, so attackers phish, pivot, and ransom. Firevault Storage breaks that chain: crown-jewel, commercial, critical, and customer data stays offline, encrypted, and on a system you own nothing online to scan or seize.
Includes response, downtime & lost business. Keeping crown-jewel data offline removes this exposure.
Lower licences, patching, egress & attack-surface overhead by moving critical data offline.
Only connects when you authorise it. Your Super Admin opens a time-bound window, then the system hard-disconnects on timeout or command.
Credentials alone can’t open Storage. Access requires Safe Word + trusted device and Super Admin approval. Every request is logged.
Datasets stay physically disconnected and encrypted on systems you own, so there’s nothing online to scan, lock, or ransom.
Every Firevault Storage deployment follows a simple but uncompromising cycle of control. Your Super Admin determines who is issued secured offline access and how that access is applied, while storage remains physically disconnected and offline.
Each deployment starts with a session between your Super Admin and our Firevault engineering team to configure schedules, permissions, and safeguards tailored to your organisation’s needs.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo.
An offline-first home for crown-jewel files. It stays physically disconnected until a verified owner opens a short, approved access window. When the window ends, it re-locks.
Reachability. Ransomware, credential theft, API abuse, and lateral movement all depend on access. Storage is offline by default, so there’s nothing to reach until you allow it.
Board papers, legal/M&A files, IP/design assets, PII datasets, OT/SCADA configs, evidence bundles, financials, cryptographic keys, gold images, backup sets, and restore points.
A Storage Super Admin opens a time-boxed window via out-of-band control. You connect, do the work, and the system hard-disconnects on timeout or command. Every action is logged.
A named company owner (often CISO or Director). They control policy, approvals, and emergency actions. Firevault verifies the organisation and the person before authority is issued.
Through short, deliberate access windows with identity-bound approvals. No standing sessions, no background sync, and no open endpoints.
Ransomware can’t hit what it can’t reach, and insiders can’t wander into a system that isn’t open. Windows are brief, verified, and recorded; the store is offline the rest of the time.
Storage helps prove sensitive data isn’t continuously exposed. It supports least-privilege access, immutable logs, and clear accountability for GDPR, NIS2, ISO 27001, and sector rules.
Data is encrypted at rest and during controlled movement. Keys remain under your governance. Decryption and access require verified identity and explicit approval—no shared logins, no persistent tokens.
Start around 20 TB and grow in 20-TB steps. Deploy standalone for maximum isolation or surface telemetry to your monitoring tools without making data continuously reachable. Process: discovery → design → provisioning → offline-by-default enforcement → validation drills → training → live operation.