---
title: "Architectural Flaws Behind Breaches | Firevault"
description: "Address fundamental architectural vulnerabilities with Firevault's physically disconnected storage. Remove the design flaws that enable attacks."
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Recent Breaches 

Breaches 

[2026 PowerSchool 62.4M records ](/learn/breaches)[2026 DISA Global Solutions 3.3M records ](/learn/breaches)[2026 Globe Life 850K records ](/learn/breaches)[2026 Lidl GB Customer contact data ](/learn/breaches)[2026 Asahi Group Production systems disrupted ](/learn/breaches)[2026 Kido International 8K records ](/learn/breaches)[2026 Collins Aerospace (RTX) Check-in and boarding disruptio... ](/learn/breaches)[2026 Jaguar Land Rover Production and IT systems disru... ](/learn/breaches)[2026 Peter Green Chilled Order and logistics data ](/learn/breaches)[2026 Adidas UK Customer contact details ](/learn/breaches)[2026 PowerSchool 62.4M records ](/learn/breaches)[2026 DISA Global Solutions 3.3M records ](/learn/breaches)[2026 Globe Life 850K records ](/learn/breaches)[2026 Lidl GB Customer contact data ](/learn/breaches)[2026 Asahi Group Production systems disrupted ](/learn/breaches)[2026 Kido International 8K records ](/learn/breaches)[2026 Collins Aerospace (RTX) Check-in and boarding disruptio... ](/learn/breaches)[2026 Jaguar Land Rover Production and IT systems disru... ](/learn/breaches)[2026 Peter Green Chilled Order and logistics data ](/learn/breaches)[2026 Adidas UK Customer contact details ](/learn/breaches)

[View All →](/learn/breaches)

[![Firevault - offline secure storage, physically disconnected from the internet](/assets/logo-color-DBVl0KCg.png)](/)

Products

Solutions

[Why OSS](/why-oss)

More

[Help](/help)[Get started](/get-started)

Overview

The ProblemRelated RisksGet Started

Root Cause 

# Architectural Flaws

Most security failures are not about inadequate controls. They are about fundamental design choices that keep data permanently reachable. Offline Secure Storage® fixes the design, not just the configuration.

100%

Of breaches need a path

Firevault Architecture Analysis

62%

Via third-party connections

Ponemon Institute 2024

94%

Rely on cloud architecture

Gartner 2024

01 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.

### 

Traditional Approach

-   ✗ Data remains online and reachable 24/7
-   ✗ Security depends on perfect configuration
-   ✗ Attackers only need one vulnerability
-   ✗ Recovery requires negotiation or rebuilding

### 

Firevault Approach

-   ✓ Data physically disconnected by default
-   ✓ Security guaranteed by architecture
-   ✓ No network path means no remote attack
-   ✓ Recovery from clean, untouched copies

### 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.

02 Related Risks 

## Architecture-Related Risks We Address

[

### Third Party and Supplier Exposure

Vulnerabilities introduced through vendor connections and shared infrastructure.

62% Of breaches via third parties 







](/control-for-supply-chain-risk)

[

### Operational Disruption

Architectural weaknesses that enable cascade failures and extended downtime.

£1.5M Average hourly downtime cost 







](/oss-for-ransomware-recovery)

[

### Data Breach

Always-connected architecture that keeps data permanently reachable.

277 days Days average breach detection 







](/oss-for-customer-data)

[

### Cloud Concentration Risk

Over-reliance on single providers creating systemic vulnerability.

94% Of enterprises use cloud 







](/control-for-supply-chain-risk)

[

### Network Attack Surface

Every connection point is a potential entry for attackers.

11sec Between ransomware attacks 







](/oss-for-ransomware-recovery)

[

### Legacy System Vulnerabilities

Outdated systems that cannot be patched but must remain connected.

67% Still run legacy systems 







](/oss-for-ransomware-recovery)

How Offline Secure Storage helps 

## 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](/offline-secure-storage)

![Mark Fermor](/assets/mark-fermor-aWtKNSv7.jpg)

![David Bailey](/assets/david-bailey-Dgqj8eaE.jpg)

![Kenny Phipps](/assets/kenny-phipps-CVyooRsR.jpg)

Online Now 

Concierge 

## Which offline secure storage solution is right for you?

Answer a few quick questions and we will recommend the right solution, whether that is a personal vault or a scalable offline storage system built for your needs.

Takes about 2 minutes. No account needed.

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