// Platform page function PlatformPage() { const cards = [ { t: 'Harvest Now, Decrypt Later Threat', b: 'Nation-state adversaries collect encrypted data today to decrypt it once quantum computers mature. Data with a shelf-life beyond five years is already at probabilistic risk.' }, { t: 'Compliance-Driven Procurement', b: 'NSM-10, CNSA 2.0, and EU NIS2 create binding migration mandates. QDI Silbersperre is designed specifically to satisfy these compliance requirements.' }, { t: 'Zero Rip-and-Replace', b: 'QDI Silbersperre licenses quantum-safe algorithms into existing infrastructure. No hardware replacement, no operational downtime, no service disruption during transition.' }, { t: 'Crypto-Agile by Design', b: 'Cryptographic algorithms are modular and swappable without system redesign. NIST algorithm updates — including HQC selection (July 2025) — are already on the product roadmap.' }, { t: 'Patent-Pending IP', b: 'Core Dual-Spectrum architecture protected under CIPO Application #3,286,218, filed September 2024. PCT international filing in progress.' }, { t: 'FIPS 140-3 Roadmap', b: 'Architecture built toward FIPS 140-3 validation. NIST PQC-standardised algorithms implemented as the cryptographic foundation.' }, ]; return (
{/* Header */}
Our Platform

QDI{' '} Silbersperre

Dual-Spectrum Quantum-Safe Security Architecture

QDI Silbersperre is QDI's unified security platform, designed to simultaneously protect critical infrastructure against today's conventional cyber threats while immunising it against tomorrow's quantum-enabled attacks — with zero operational disruption and no hardware replacement required.

{/* Architecture */}
The Architecture

Dual-Spectrum Design

Most security platforms address either classical threats or quantum threats — not both simultaneously. QDI Silbersperre's Dual-Spectrum Architecture runs both protection layers in a single unified deployment. Classical threat detection and response operates in real time. Post-quantum cryptographic layers protect data and communications against future quantum decryption.

Both layers are managed through one unified interface, one deployment cycle, one vendor relationship.

{/* Capabilities */}
Capabilities

Six pillars, one platform.

{cards.map((c, i) => (
{String(i + 1).padStart(2, '0')}

{c.t}

{c.b}

 ))}
{/* HOW IT WORKS / Architecture Layers */} {/* Target Sectors */}
Target Sectors

Designed for regulated operators.

{[ { t: 'Critical Infrastructure', d: 'Power grids, utilities, and transport systems' }, { t: 'Government & Defence', d: 'Sovereign data and national security systems' }, { t: 'Healthcare', d: 'Patient data and medical research protection' }, { t: 'Financial Services', d: 'Banking infrastructure and transaction security' }, { t: 'Energy & Utilities', d: 'Grid control systems and SCADA protection' }, ].map((s) => )}
{/* Deployment Phases */}
Deployment Model

Three phases to scale.

{[ { ph: 'Phase 01', when: 'Now', name: 'Validation', bullets: ['Enterprise Proof-of-Value licensing', '$50K–$250K per engagement', 'Direct sales'] }, { ph: 'Phase 02', when: '18–36 months', name: 'Anchor', bullets: ['Government & defense multi-year contracts', '$1M–$5M contract value', 'Public tenders (RFP)'] }, { ph: 'Phase 03', when: '36+ months', name: 'Scale', bullets: ['Quantum-as-a-Service API model', 'Recurring usage (ARR)', 'Channel partners'] }, ].map((p, i) => (
{p.ph.toUpperCase()} {p.when}

{p.name}

    {p.bullets.map((b) => (
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    • ))}
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); } function ArchitectureDiagram() { return (
QDI Silbersperre Architecture · Simplified
{/* Classical Threat Layer */} LAYER 01 Classical Threat Layer Real-time detection · Response {/* Post-Quantum Layer */} LAYER 02 Post-Quantum Cryptography Layer NIST-standardised {/* Connecting lines */} {/* Core */} CORE QDI Silbersperre {/* Deployment targets */} Enterprise PoV licensing Government Multi-year Defense Sovereign contracts
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); } // ---------- How It Works ---------- const HOW_LAYERS = [ { badge: 'LAYER 01', title: 'Classical AI Threat Detection Grid', desc: 'An intelligent AI-driven perimeter grid operates as a wide-spectrum capture net — modelled like a spider web across the entire network surface. Every packet, signal, and connection attempt is monitored in real time. Anomalous patterns, known threat signatures, and behavioural deviations are flagged instantly. Nothing crosses this layer undetected.', bg: 'rgba(10, 30, 42, 0.55)', leftBorder: 2, visual: 'web', visualTint: 'rgba(18,196,168,0.35)', }, { badge: 'LAYER 02', title: 'Classical AI Cyber Honeypot', desc: 'Threats that pass initial detection are funnelled into a sophisticated classical honeypot environment. Adversarial actors, malware, and intrusion attempts are redirected into isolated decoy infrastructure that mirrors real systems. Attackers are neutralised, their methods are analysed, and intelligence is fed back into the threat detection grid — continuously improving the outer net.', bg: 'rgba(8, 26, 36, 0.7)', leftBorder: 3, visual: 'comb', visualTint: 'rgba(234, 181, 67, 0.38)', }, { badge: 'LAYER 03', title: 'QKD + PQC Quantum Honeypot', desc: 'A second, deeper honeypot layer built specifically for quantum-enabled adversaries. Quantum Key Distribution (QKD) and Post-Quantum Cryptography (PQC) algorithms create cryptographically secure decoy channels. Any attempt to exploit classical encryption vulnerabilities — including Harvest Now, Decrypt Later attacks — is trapped, logged, and isolated at this layer before reaching core systems.', bg: 'rgba(6, 22, 32, 0.82)', leftBorder: 4, visual: 'lattice', visualTint: 'rgba(170, 120, 230, 0.42)', }, { badge: 'CORE', title: 'QDI Silbersperre — The Core Algorithm', desc: 'The Dual-Spectrum kernel at the heart of the platform. Only fully verified, sanitised communications reach this layer. The Silbersperre core manages cryptographic key lifecycle, enforces NIST PQC standards, maintains system integrity, and provides the unified control interface for enterprise and government operators. It is the last line — and the strongest.', bg: 'rgba(5, 18, 26, 0.95)', leftBorder: 4, visual: 'shield', visualTint: 'rgba(18,196,168,0.7)', isCore: true, }, ]; function FlowArrow() { return (
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{l.badge}

{l.title}

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); } function HowItWorksSection() { return (
Architecture

How QDI Silbersperre Works

A layered defense architecture that intercepts, isolates, and neutralises threats before they reach critical systems — at both the classical and quantum level.

{HOW_LAYERS.map((l, i) => ( {i < HOW_LAYERS.length - 1 && } ))}
); } Object.assign(window, { HowItWorksSection, SectorBox });