Cyberlux Showcases Advanced Rotary Wing UAS at US SOCOM TE 25-1 / Arctic Warrior Experiment
Cyberlux (OTC: CYBL) is participating in the US Special Operations Command (SOCOM) TE 25-1 / Arctic Warrior Experiment in Rena, Norway. The company is showcasing an innovative variant of its rotary wing UAS designed for operations in GPS and radio frequency-denied environments.
The platform features advanced capabilities developed with OKSI, Inc., incorporating their proprietary 'Omniscience' Artificial Intelligence model. Key enhancements include:
- Visual Inertial Odometry (VIO) for GPS-independent navigation
- Automated Target Recognition (ATR) using machine learning algorithms
- Adaptive decision-making capabilities for autonomous operations
The Arctic Warrior Experiment brings together NATO SOF teams to evaluate next-generation solutions for Arctic deployment, focusing on technologies at Technology Readiness Level (TRL) 3 or higher.
Cyberlux (OTC: CYBL) sta partecipando all'esperimento TE 25-1 / Arctic Warrior del Comando delle Operazioni Speciali degli Stati Uniti (SOCOM) a Rena, in Norvegia. L'azienda sta presentando una variante innovativa del suo UAS a rotore progettato per operazioni in ambienti privi di GPS e di frequenze radio.
La piattaforma dispone di capacità avanzate sviluppate con OKSI, Inc., incorporando il loro modello di Intelligenza Artificiale proprietario 'Omniscience'. I miglioramenti chiave includono:
- Odometria Visiva Inertiale (VIO) per navigazione indipendente dal GPS
- Riconoscimento Automatico degli Obiettivi (ATR) utilizzando algoritmi di machine learning
- Capacità decisionali adattative per operazioni autonome
L'esperimento Arctic Warrior riunisce team NATO SOF per valutare soluzioni di nuova generazione per il dispiegamento in Artico, concentrandosi su tecnologie a livello di prontezza tecnologica (TRL) 3 o superiore.
Cyberlux (OTC: CYBL) está participando en el experimento TE 25-1 / Arctic Warrior del Comando de Operaciones Especiales de EE.UU. (SOCOM) en Rena, Noruega. La empresa está mostrando una variante innovadora de su UAS de ala rotatoria diseñada para operaciones en entornos sin GPS y sin frecuencia de radio.
La plataforma presenta capacidades avanzadas desarrolladas con OKSI, Inc., incorporando su modelo de Inteligencia Artificial propietario 'Omniscience'. Las mejoras clave incluyen:
- Odometría Visual Inercial (VIO) para navegación independiente de GPS
- Reconocimiento Automático de Objetivos (ATR) utilizando algoritmos de aprendizaje automático
- Capacidades de toma de decisiones adaptativas para operaciones autónomas
El experimento Arctic Warrior reúne a equipos de fuerzas especiales de la OTAN para evaluar soluciones de próxima generación para el despliegue en el Ártico, centrándose en tecnologías de Nivel de Preparación Tecnológica (TRL) 3 o superior.
Cyberlux (OTC: CYBL)는 노르웨이 레나에서 미국 특수 작전 사령부(SOCOM)의 TE 25-1 / Arctic Warrior 실험에 참여하고 있습니다. 이 회사는 GPS 및 라디오 주파수가 제한된 환경에서 작전을 위한 로터리 날개 UAS의 혁신적인 변형을 선보이고 있습니다.
이 플랫폼은 OKSI, Inc.와 협력하여 개발된 고급 기능을 갖추고 있으며, 그들의 독점 인공지능 모델인 'Omniscience'를 통합하고 있습니다. 주요 개선 사항으로는:
- GPS에 의존하지 않는 내비게이션을 위한 시각 관성측정(VIO)
- 기계 학습 알고리즘을 이용한 자동 목표 인식(ATR)
- 자율 작전을 위한 적응형 의사결정 능력
Arctic Warrior 실험은 북극 작전을 위한 차세대 솔루션을 평가하기 위해 NATO 특수 작전 팀을 모아, 기술 준비 수준(TRL) 3 이상인 기술에 초점을 맞추고 있습니다.
Cyberlux (OTC: CYBL) participe à l'expérience TE 25-1 / Arctic Warrior du Commandement des Opérations Spéciales des États-Unis (SOCOM) à Rena, en Norvège. L'entreprise présente une variante innovante de son Système Aérien Sans Pilote à Voilure Rotative conçu pour des opérations dans des environnements dépourvus de GPS et de fréquences radio.
La plateforme dispose de capacités avancées développées avec OKSI, Inc., intégrant leur modèle d'Intelligence Artificielle propriétaire 'Omniscience'. Les améliorations clés incluent :
- Odométrie Visuelle Inertielle (VIO) pour la navigation indépendante du GPS
- Reconnaissance Automatique des Cibles (ATR) utilisant des algorithmes d'apprentissage automatique
- Capacités de prise de décision adaptatives pour des opérations autonomes
L'expérience Arctic Warrior rassemble des équipes des forces spéciales de l'OTAN afin d'évaluer des solutions de nouvelle génération pour le déploiement en Arctique, avec un accent sur les technologies ayant un Niveau de Préparation Technologique (TRL) de 3 ou plus.
Cyberlux (OTC: CYBL) nimmt am TE 25-1 / Arctic Warrior Experiment des U.S. Special Operations Command (SOCOM) in Rena, Norwegen, teil. Das Unternehmen präsentiert eine innovative Variante seines rotorgetragenen UAS, das für Operationen in GPS- und funktfrequenzfreien Umgebungen konzipiert ist.
Die Plattform verfügt über fortschrittliche Fähigkeiten, die in Zusammenarbeit mit OKSI, Inc. entwickelt wurden, und integriert deren proprietäres KI-Modell 'Omniscience'. Zu den wichtigen Verbesserungen gehören:
- Visuelle Inertialodometrie (VIO) für GPS-unabhängige Navigation
- Automatische Zielerkennung (ATR) mit maschinellen Lernalgorithmen
- Adaptive Entscheidungsfähigkeiten für autonome Operationen
Das Arctic Warrior Experiment bringt NATO-SOF-Teams zusammen, um Lösungen der nächsten Generation für den Einsatz in der Arktis zu bewerten, wobei der Fokus auf Technologien mit einem Technologievorbereitungsgrad (TRL) von 3 oder höher liegt.
- Partnership with OKSI Inc. for AI integration enhances product capabilities
- Direct engagement with US SOCOM and NATO Special Forces as potential customers
- Development of advanced UAS technology for specialized military applications
- Technology still at relatively early stage (TRL 3+)
- Operating in highly competitive military technology sector
RENA,
Cyberlux is unveiling an innovative variant of its rotary wing UAS, engineered specifically for sustained operations in GPS- and radio frequency-denied environments. This groundbreaking platform integrates advanced capabilities developed in partnership with OKSI, Inc., leveraging their proprietary “Omniscience” Artificial Intelligence model. The collaboration brings the following key enhancements to Cyberlux’s UAS technology:
- Visual Inertial Odometry (VIO): Enables precise navigation and positioning without reliance on GPS, critical for Arctic and electronic warfare (EW) environments.
- Automated Target Recognition (ATR): Advanced machine learning algorithms for rapid identification and classification of targets.
- Machine Learning Integration: Ensures adaptive decision-making and autonomous operations in dynamic, high-threat environments.
“The Arctic Warrior Experiment offers an unparalleled opportunity for SOF teams to engage directly with emerging technologies that address the unique challenges of Arctic warfare,” said Mark Schmidt, CEO of Cyberlux Corporation. “Our rotary wing UAS, enhanced with OKSI’s cutting-edge AI capabilities, exemplifies the innovation required to maintain operational superiority even in the most contested and complex environments.”
Held in Rena,
OKSI’s Omniscience AI model plays a transformative role in ensuring Cyberlux’s UAS can effectively navigate, identify, and engage targets even in heavily jammed EW scenarios. This capability underscores Cyberlux’s commitment to delivering resilient, state-of-the-art solutions tailored to the evolving needs of modern warfare.
About Cyberlux Corporation
Cyberlux Corporation is a leading provider of advanced unmanned aircraft systems, tactical lighting solutions, and innovative technologies designed to meet the needs of military, government, and commercial clients. With a focus on agility and innovation, Cyberlux delivers mission-critical solutions that empower operational success in complex environments.
About OKSI, Inc.
OKSI (Optical Knowledge Systems, Inc.) is at the forefront of artificial intelligence and optical system innovation. Their Omniscience AI model integrates machine learning and advanced analytics to deliver unparalleled capabilities in navigation, target recognition, and decision-making across diverse operational scenarios.
For more information, please visit www.cyberlux.com. For investor information, please contact: ir_cybl@cyberlux.com.
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For media inquiries, please contact: ir_cybl@Cyberlux.com | T: (984) 363-6894
Source: Cyberlux Corporation
FAQ
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