JOLT addresses critical capability gaps for first responders by ensuring robust, interoperable and secure communication and data fusion during disaster response and emergency scenarios, particularly when traditional communication infrastructures are compromised or destroyed. The system uniquely integrates legacy and commercial sensor platforms (including drones, cameras and radar) into a unified, AI-driven command-and-control interface, delivering real-time situational awareness, precise geolocation and seamless coordination among dispersed teams. JOLT has reached Technology Readiness Level 9, fully proven through successful operational deployments with NATO military units, demonstrating resilience, reliability and operational effectiveness under severe conditions. The solution leverages AI-powered edge computing, providing rapid data processing directly on-site without reliance on remote servers, ensuring uninterrupted functionality and security in disaster scenarios. Within the market, JOLT represents technology known and actively utilized for less than 1 year. It introduces unprecedented differentiation through its plug-and-play capability, minimal logistical footprint and integration flexibility with existing operational systems.
This significantly enhances its potential to rapidly upscale responder capabilities during emergencies, considerably surpassing current industry standards.
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JOLT aims to radically enhance disaster resilience operations by providing first responders with an advanced, integrated communications and sensor fusion solution. Its primary objectives focus on real-time situational awareness, uninterrupted command and control and rapid integration into existing response frameworks. These objectives directly tackle well-known capability gaps observed in disaster and crisis management operations—particularly the breakdown of communication infrastructures, fragmented operational picture and delays in information dissemination that routinely hinder emergency response effectiveness. The solution’s relevance is underscored by escalating climate-related disasters and other large-scale emergencies across Europe, where robust, adaptable and resilient technological infrastructures are urgently required. JOLT’s AI-driven edge computing not only ensures rapid data analysis on-site but also substantially increases mission-critical decision-making speed. Consequently, the proposal is strategically aligned with European resilience priorities, offering immediate practical benefits and broader implications for civilian protection, public safety and cross-border collaboration among EU member states and allied countries.
The innovative strength of JOLT resides in its ability to fuse real-time data streams from diverse and legacy sensors (including drones, cameras and radar systems) into a unified, coherent operational picture accessible via an intuitive, customizable user interface. Unlike traditional systems, JOLT eliminates the need for external cloud or server dependencies by using advanced AI edge computing directly at the incident site, ensuring data security, privacy and operational continuity under extreme conditions. Furthermore, JOLT uniquely incorporates plug-and-play capabilities, enabling rapid deployment by responders without extensive technical training or specialized logistics. This drastically reduces deployment time, significantly enhancing operational agility and adaptability. The incorporation of advanced geolocation and passive detection capabilities further distinguishes JOLT by enabling first responders to maintain situational awareness even in GPS-denied or electronically contested environments, a frequent scenario in large-scale disasters and crises. This innovative combination ensures that JOLT stands out markedly within current disaster resilience technologies.
JOLT directly resolves critical operational gaps faced by first responders during disaster management, notably compromised communication infrastructure, inadequate real-time situational awareness and fragmented sensor integration. By merging diverse legacy and modern sensors—including drones, radar and EO/IR cameras—into a single AI-driven platform, JOLT ensures accurate, real-time data interpretation and seamless communication even under infrastructure failure. The solution significantly reduces response times by providing responders with immediate geolocation, visual identification and tracking capabilities in environments where conventional communications and GPS signals fail or are actively denied. Additionally, its intuitive interface and plug-and-play nature ensure rapid deployment, facilitating quick scalability and widespread adoption by diverse responder units across EU member states.
Delian’s expert team comprises seasoned specialists in electronic warfare, AI-driven software engineering, hardware integration and emergency response systems with NATO and EU certifications.
Delian’s expert team comprises seasoned specialists in electronic warfare, AI-driven software engineering, hardware integration and emergency response systems with NATO and EU certifications.