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Where the Impossible is Just the Beginning.

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[ Intro to space ]

Where the Impossible is Just the Beginning.

Swiss innovation lab dedicated to research and development in post-quantum cryptography and hardware security. We deliver sovereign solutions that safeguard communications, critical infrastructure, and aerospace systems - building the trust layer for a quantum-secure future.

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[ Next-Gen Protection ]

To revolutionize global security by developing cutting-edge Post-Quantum Cryptography (PQC) solutions that safeguard communications and data across industries, with a focus on aerospace, national security, and critical infrastructure.

EnsoLab aims to lead the transition into a quantum-secure future by creating innovative, scalable technologies that ensure the highest level of protection against emerging cyber threats.

[ Quantum Leap ]

Sky Bridge

EnsoLab‘s Orbital Trust Network

Sky Bridge is EnsoLab Tech AG's groundbreaking demonstration of post-quantum secure communications in orbit.

Designed and developed by our Swiss R&D team, Sky Bridge will be the first real-world hardware trust layer between Earth and Space.

[ Launch in February '26 ]

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A defining leap forward

The launch of Sky Bridge into orbit

This mission will deliver the world’s first post-quantum secure communication channel between Earth and Space - an intelligent, adaptive trust layer engineered with neuro-like reflexes that can sense, respond, and evolve against threats in real time.

More than just a launch

It is the creation of a hardware trust layer in orbit, proving that quantum-resistant security is not theory but reality.

Unhackable connections. Future-ready security. Designed for Earth, space, and beyond.

[ Future-Proof Encryption ]

EnsoLab has engineered a suite of complementary technologies that form a continuous chain of trust — from the true randomness that seeds cryptographic keys to the quantum-resistant algorithms that safeguard data, and the adaptive intelligence that evolves against emerging threats. Together, they create a living, self-defending architecture built for the quantum era.

Core
Technologies

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True Random Number Generation

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Post-Quantum Cryptography (PQC

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Hardware Security Architecture

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Secure Key Management

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Asymmetric & Symmetric Cryptographic

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Orbital & Aerospace Security

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Quantum-Safe Networking Protocols

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AI-Enhanced Security Systems

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Previous
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[ To New Era of PQC ]

Research & Innovation

EnsoLab’s technologies are protected under international patents, with several additional filings in progress.

[ Year ]
[ Status ]
[ Description ]

2026

Patent Pending

Several filings in progress

2025

Patent Awarded

Hardware Transactional Memory

2024

Patent Awarded

Learning Based Service RNG

2024

Patent Awarded

Protection of Information Infrastructure

[ Applications & Industries ]

Securing Critical Systems Across Industries

Aerospace & Defense

Post-quantum secure channels for satellites, command systems, and defense-grade communications.

[001]

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National Security & Intelligence

Protecting sovereign data and mission-critical networks from quantum-enabled adversaries.

[002]

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Critical Infrastructure

From power grids to transport and financial systems - ensuring resilience against quantum breaches.

[003]

Digital world map with data points, connected lines, and bar charts symbolizing global data networks and cybersecurity.

Smart Cities & IoT

Future-proofing billions of connected devices to safeguard everyday life in urban environments.

[004]

Digital network connections over a glowing map of North America on Earth at night, symbolizing global communication and smart cities.

Enterprise & Finance

Securing corporate IP, global banking transactions, and cross-border trade in the quantum era.

[005]

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[ Quantum Security Risks ]

Why Post-Quantum Security Matters

Quantum computers will soon be able to break today’s encryption standards (RSA, ECC) in minutes. Algorithms that currently secure banking, military systems, satellites, and even your daily online transactions are at risk. What is safe today will be instantly vulnerable tomorrow.

Once broken, decades of encrypted data (financial records, government files, medical data, IP archives) could be exposed. Adversaries are already storing sensitive data now — waiting to decrypt it later. This is known as “harvest now, decrypt later.”

Power grids, defense systems, GPS, communication satellites, and aerospace networks depend on strong encryption. A quantum breach would mean loss of trust, loss of control, and potential global instability.

The world cannot wait. Post-Quantum Cryptography must be deployed today — on Earth and in orbit. EnsoLab’s Sky Bridge is building the trust layer for that future.

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  • True Random Number Generation (TRNG) — EnsoEntropy

  • EnsoEntropy is EnsoLab’s flagship next-generation True Random Number Generator, built to deliver the unpredictable randomness essential for security in a post-quantum world. By combining diverse natural entropy sources with patented validation methods, it achieves exceptional quality, scalability, and resilience. EnsoEntropy forms the trusted foundation for cryptographic keys, digital signatures, authentication, and secure communications — ready to power applications from enterprise systems and blockchain to advanced chips, aerospace, and space-hardened platforms.

  • Key Capabilities

    • Multi-Entropy Aggregation — Integrates thermal, quantum, and electromagnetic entropy sources.
    • Adaptive ML Validation — Continuously assesses and optimizes entropy quality.
    • FPGA/ASIC Deployable — Designed for scalable, space-hardened hardware implementation.‍
    • Trusted Cryptographic Foundation — Provides secure roots for keys, signatures, and authentication.
  • Symmetrical futuristic tunnel with glowing pink and white lights and metallic structures converging at the center.

  • Post-Quantum Cryptography (PQC) Algorithms & Crypto-Agility

  • EnsoLab’s PQC framework is engineered to redefine digital security for the quantum era. Built on proven lattice-based and hash-based algorithms, it introduces true crypto-agility — the ability to switch encryption methods in real time, adapting to each message or session. This dynamic design ensures that even as quantum computing evolves, data and communications remain uncompromised. Seamlessly integrable across chips, networks, and space-grade systems, EnsoLab’s PQC layer provides enduring protection where trust, performance, and adaptability are mission-critical.

  • Key Capabilities

    • Dynamic Runtime Algorithm Switching — Enables real-time adaptation per message or session.
    • Hybrid Classical-Quantum Compatibility — Ensures secure coexistence with current standards.
    • Hardware Acceleration Ready — Optimized for FPGA, ASIC, and embedded platforms.‍
    • Future-Proof Cryptographic Stack — Evolves with emerging post-quantum standards and threats.
  • Abstract digital grid with glowing blue and pink lights forming a complex three-dimensional network.

  • Hardware Security Architecture

  • EnsoLab is redefining the foundation of security by building protection into the very heart of computing — the hardware itself. Our next-generation architecture fuses post-quantum cryptography and true randomness directly into silicon, creating a self-defending system immune to software-level compromise. Designed for the most demanding environments — from critical infrastructure and defense systems to satellites in orbit — EnsoLab’s hardware delivers unparalleled resistance to tampering, side-channel intrusion, and electromagnetic interference. This is not just secure hardware — it’s trust, engineered at the atomic level.

  • Key Capabilities

    • Quantum-Embedded Security — Fuses post-quantum cryptography and true randomness directly within the chip’s architecture.
    • Self-Defending Systems — Detects, isolates, and neutralizes tampering or intrusion at the hardware level.
    • Signal & Field Immunity — Engineered to withstand side-channel analysis, electromagnetic interference, and environmental stress.‍
    • Enduring Trust Core — Establishes an immutable hardware root-of-trust that safeguards every connected system on Earth or in orbit.
  • Abstract digital interface with glowing blue, pink, and yellow data grids and lines on a dark background.

  • Secure Key Management & Distribution

  • At the heart of every secure system lies the key — and at EnsoLab, we protect it from its very first pulse of entropy. Our quantum-resilient key management framework ensures that every key is generated, stored, and distributed with uncompromising integrity. Anchored by hardware-based trust and post-quantum encryption, it establishes a secure chain that cannot be broken — whether across data centers, defense networks, or satellites in orbit. EnsoLab’s system enables seamless, authenticated key exchange between devices and domains, empowering organizations to communicate with absolute confidence in a world where trust is engineered, not assumed

  • Key Capabilities

    • Hardware-Backed Trust Anchor — Rooted in secure silicon to safeguard key generation, storage, and access.
    • Quantum-Resilient Exchange — Employs post-quantum cryptography for uncompromised key distribution across networks.
    • End-to-End Integrity Chain — Maintains cryptographic assurance from device origin to communication endpoint.‍
    • Autonomous Authentication Layer — Enables seamless and verifiable trust between systems, devices, and domains.
  • Large satellite dish antenna silhouetted against a starry night sky with the Milky Way visible.

  • Asymmetric & Symmetric Cryptographic Engines

  • At EnsoLab, cryptography is more than protection — it’s precision engineering for a quantum-secure future. Our asymmetric and symmetric engines are built to deliver unmatched performance and reliability, enhanced with post-quantum algorithms and hardware acceleration. Whether securing communications, powering critical infrastructure, or fortifying national defense systems, EnsoLab’s cryptographic engines ensure that every operation — from encryption to verification — remains fast, resilient, and future-ready.

  • Key Capabilities

    • Dual Cryptographic Framework — Integrates asymmetric (public/private) and symmetric (shared key) systems for full-spectrum protection.
    • Post-Quantum Enhanced Algorithms — Future-proofed to withstand quantum computing threats.
    • Hardware-Accelerated Performance — Optimized for FPGA, ASIC, and embedded architectures.‍
    • Mission-Grade Reliability — Designed to safeguard communications and infrastructure at national and orbital scales.
  • Digital world map with glowing data points and connecting lines overlaid with financial bar charts and graphs.

  • Orbital & Aerospace Security Layer

  • The next frontier of communication and defense lies beyond Earth — and EnsoLab is securing it. Our orbital security layer integrates post-quantum cryptography, hardware hardening, and adaptive communication protocols to protect satellites, spacecraft, and aerospace systems from interception and cyber intrusion. Designed for extreme environments and mission-critical reliability, EnsoLab’s technology safeguards data links, navigation systems, and command networks — ensuring absolute trust in orbit and beyond.

  • Key Capabilities

    • Quantum-Secure Satellite Communication — Protects space-to-ground and inter-satellite links with post-quantum encryption.
    • Radiation & Tamper-Resilient Hardware — Engineered to perform securely in extreme orbital conditions.
    • Autonomous Secure Networking — Enables trusted communication between spacecraft and control systems.‍
    • Defense-Grade Assurance — Provides uncompromised protection for national, commercial, and deep-space missions.
  • Futuristic glowing microchip with circuit patterns and light beams against a dark blue background.

  • Quantum-Safe Networking Protocols

  • Connectivity defines the modern world — and EnsoLab is ensuring it remains secure in the quantum era. Our quantum-safe networking protocols are engineered to protect data in motion across terrestrial, cloud, and orbital networks. By combining post-quantum cryptography, adaptive routing, and hardware-anchored trust, EnsoLab builds communication channels that cannot be broken, intercepted, or decrypted — even by quantum-scale computation. From financial systems and government infrastructure to aerospace and defense networks, our technology preserves confidentiality, integrity, and trust across the world’s most critical connections.

  • Key Capabilities

    • End-to-End Quantum-Resilient Encryption — Secures data in motion against both classical and quantum threats.
    • Hardware-Anchored Trust Layer — Integrates PQC and TRNG at the network edge for uncompromised authenticity.
    • Adaptive Secure Routing — Dynamically shifts communication paths to mitigate interception and latency risks.‍
    • Global-Scale Interoperability — Designed to protect communication across terrestrial, cloud, and orbital systems.
  • Transparent cubes with binary code illuminated by glowing red and blue neon lights in a futuristic tech setting.

  • AI-Enhanced Security Systems

  • As cyber threats grow more sophisticated, EnsoLab is advancing a new paradigm — security that thinks. Our AI-driven systems analyze, learn, and adapt in real time, enabling cryptographic defenses that evolve faster than the attacks they face. By fusing artificial intelligence with post-quantum cryptography, EnsoLab creates an intelligent trust layer capable of detecting anomalies, reinforcing weak points, and optimizing protection across global networks. The result is a living security ecosystem — one that continuously strengthens itself to safeguard enterprises, governments, and critical infrastructure in an unpredictable digital world.

  • Key Capabilities

    • Adaptive Threat Intelligence — Continuously learns from attack vectors to anticipate and neutralize emerging risks.
    • Self-Optimizing Cryptographic Systems — Dynamically tunes algorithms and parameters for maximum resilience.
    • Anomaly Detection & Behavioral Analysis — Identifies irregular patterns across hardware, network, and application layers.‍
    • Autonomous Defense Framework — Enables systems that evolve, respond, and defend independently in real time.
  • Abstract digital grid with glowing blue and pink lights forming a complex three-dimensional network.