Recent Breaches
Breaches
2026PowerSchool62.4M records stolen2026DISA Global Solutions3.3M records stolen2026Globe Life850K records stolen2026Lidl GBCustomer contact data (subset via supplier) records stolen2026Asahi GroupProduction systems disrupted records stolen2026Kido InternationalPhotos and personal data of ~8,000 children records stolen2026Collins Aerospace (RTX)Check-in and boarding disruption across Heathrow, Brussels, Berlin records stolen2026Jaguar Land RoverProduction and IT systems disrupted records stolen2026Peter Green ChilledOrder and logistics data records stolen2026Adidas UKCustomer contact details (subset) records stolen2026Lidl GBCustomer contact data (subset via supplier) records stolen2026Asahi GroupProduction systems disrupted records stolen2026Kido InternationalPhotos and personal data of ~8,000 children records stolen2026Collins Aerospace (RTX)Check-in and boarding disruption across Heathrow, Brussels, Berlin records stolen2026Jaguar Land RoverProduction and IT systems disrupted records stolen2026Peter Green ChilledOrder and logistics data records stolen2026Adidas UKCustomer contact details (subset) records stolen2026PowerSchool62.4M records stolen2026DISA Global Solutions3.3M records stolen2026Globe Life850K records stolen
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← Offline Secure StorageRoot Cause

Architectural Flaws

Most security failures are not about inadequate controls. They are about fundamental design choices that keep data permanently reachable.

100%of breaches need a path
62%via third-party connections
94%rely on cloud architecture
The Problem

The Foundation Is Flawed

Traditional IT architecture was designed for convenience and collaboration, not for a world of sophisticated, persistent threats. The result: built-in vulnerabilities.

1
Always-On Connectivity

Traditional architecture assumes data must be constantly accessible. This creates permanent attack surface.

2
Shared Infrastructure

Cloud and SaaS models mean your security depends on others. One tenant's breach can affect all.

3
Flat Network Design

Once inside, attackers move laterally. Segmentation helps but cannot eliminate the fundamental flaw.

4
Backup Connectivity

Even backup systems remain network-connected, making them reachable and encryptable by ransomware.

The Firevault Solution

Firevault addresses architectural flaws at Layer 1, the physical layer. By removing network connectivity entirely, we eliminate the design assumptions that make traditional systems vulnerable.

Related Risks

Architecture-Related Risks We Address

How OSS Fixes Architectural Flaws

OSS addresses flaws at Layer 1, the physical layer. No always-on connections, no shared infrastructure, no flat network design. By removing network connectivity entirely, Offline Secure Storage eliminates the design assumptions that make traditional systems vulnerable.

Learn more about Offline Secure Storage
Mark Fermor
David Bailey
Kenny Phipps
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