Future proofing defense

Award-winning solution addressing critical risks in AI, IoT, and autonomous systems for secure and resilient operation. IT defense legacy systems need an update layer for the safety of mission-critical assets is what secublox does.
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Why ?

Current defense systems face vulnerabilities from AI-driven attacks, IoT integration, and evolving cyber threats. 
secublox addresses these challenges with secure, tamper-resistant systems and transparent processes to ensure operational resilience, data integrity, and the safety of mission-critical assets.

01.
Identity and device management for 
UAV Operations

secublox enhances the command, mission, and swarm management of unmanned aerial vehicles (UAVs) by implementing secure identity and device management. It ensures that only authorized devices and users can access and control UAV systems, enabling reliable communication and coordination for secure and efficient operations.
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02.
Access and mission management for multi-nation and multi domain command and control (C2) networks

This initiative demonstrates how robust access management can securely control multiple UAVs in real-time. By analyzing response times and access protocols, it determines the suitability of secure identity-based commands for high-level strategic tasks or low-level operational control, ensuring reliability and precision in UAV operations. – that is the NATO thing with flags etc.
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01

Identity and device management for UAV Operations 

Imagine a joint reconnaissance mission involving coalition drones patrolling a contested maritime region. When one drone detects an unauthorized submarine near strategic shipping lanes, it instantly shares tamper-proof data across a blockchain-enabled network. Allied assets—recon drones, naval vessels, and coastal centers—immediately receive verified threat information.

Smart contracts trigger coordinated responses, such as drones from Nations A and B forming a sensor perimeter and a submarine-hunting drone from Nation C deploying based on pre-approved engagement policies. Even amid communication disruptions, these assets autonomously collaborate under predefined rules, ensuring a unified, rapid, and effective defense that enhances situational awareness and leverages each asset’s strengths.

Key advancements driving Defense transformation

Blockchain’s advanced capabilities enable adaptive, self-healing systems that enhance security, ensure operational continuity, and support seamless collaboration across multi-national military assets.

Decentralized governance with shared autonomy.

Enables partner nations to maintain control over their assets while participating in joint operations through secure digital platforms and blockchain-enabled networks.

Integrating data from multiple sources for unified insights

Integrates information across land, sea, air, and cyber domains for comprehensive situational awareness and coordinated response capabilities.

Independent systems seamlessly working together.

Allows systems to communicate and coordinate automatically through smart contracts and blockchain, even during communication disruptions.

Secure, Real-Time Coordination 
Across Every Domain

Discover the power of secure, data-driven decision-making across every domain. Our blockchain-enabled C2 (Command and Control) layer streamlines how information flows between IoT devices, command centers, and operational teams—on land, at sea, and in the air. By blending decentralized, tamper-proof data with automated orchestration and smart contracts, this solution ensures real-time insights, enhanced situational awareness, and uncompromised trust across your entire operations landscape.
With a transparent digital ledger at its core, you gain a single source of verifiable truth, paving the way for predictive analytics, improved resource allocation, and faster, more confident actions. This is the future of multi-domain operations—secured, interconnected, and ready to support mission-critical outcomes.

Modular system enhancing 
legacy architecture

Step by step to a secure defense system.
AWARDED B
Selected for DIANA’s 
Accelerator Programme 
and 2025 Cohort

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02

Strict Access Controls:

Carefully managed access rights to shared resources, ensuring that only authorized stakeholders from participating nations and organizations can allocate, modify, or utilize these assets.
01

Distributed Resource Management:

A secure digital platform enabling partner nations and domains to jointly manage and allocate shared assets (e.g., aircraft, unmanned systems, advanced sensors, weaponry) with high levels of transparency and trust.

04

Complete Accountability

Detailed and unalterable records of resource usage, allowing traceability across all participants, ensuring clear audit trails and compliance with established international agreements.
03

Dynamic Resource Allocation:

Automated, rules-based mechanisms to swiftly assign and reassign critical air systems and supporting technologies based on evolving operational needs, priorities, and mission profiles.

05

Seamless Integration with C2:

Smooth incorporation into existing mission planning and Command & Control systems to enable informed decision-making, maximize resource efficiency, and enhance overall mission effectiveness.

02

Access management for Multi-UAV command and control (C2) networks

Our Blockchain-enabled C2 Layer ensures secure, scalable, and interoperable command systems:
  • Multi-Domain Support: Air, land, sea, cyber, and space.
  • Data Integrity: Immutable and tamper-proof.
  • Encrypted P2P Communication: Advanced security for allied forces.
Validated at TRL 4, this technology is primed for operational deployment.

Imagine an FCAS mission where a sensor detects an enemy missile launch. In a blockchain-enabled network, that sensor could instantly share its data with every friendly asset in range – jets, ships, ground defenses, and command centers. Smart contracts built into the blockchain could automatically assign the best-placed units to respond, even if communications are jammed.

Pilot project with
Blockchain enabled Command and Control within the FCAS project

For Airbus secublox successfully developed a tech demonstrator within FCAS to jointly manage and allocate shared air assets (e.g., aircraft, unmanned systems, advanced sensors, weaponry) with strict access controls, ensuring transparency, trust, and dynamic resource allocation.

The solution provides complete accountability with detailed, unalterable records and seamlessly integrates with existing C2 systems for informed decision-making and enhanced mission effectiveness.

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The future of defense lies in creating secure, interconnected ecosystems rather than merely adding new systems. Success depends on building trust networks that enable seamless information sharing while maintaining strict data privacy. Hello secublox.

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