Our Uncrewed Autonomous Vehicles have real-time secure communications which can integrate with existing “in-service” networks, or with our equivalent of BAE’s NetVIPR™. This was part of our demonstrations to NATO’s Allied Rapid Reaction Corps (ARRC) and the combined QinetiQ/Dstl Wireless Showcase event at Portsmouth in 2023. & Defence Security.

2025年1月9日 · Unmanned Aerial Vehicles (UAVs), adept at aerial surveillance, are often constrained by their limited battery capacity. Refueling on slow-moving Unmanned Ground Vehicles (UGVs) can significantly enhance UAVs’ operational endurance.

Tactical Unmanned Aerial Vehicle (TUAV) Shadow 200 provides the Army Brigade Commander with dedicated Reconnaissance, Surveillance and Target Acquisition (RSTA), Intelligence, Battle Damage Assessment (BDA) and Force Protection.

2022年5月30日 · multi-slot mode (MSM), in which the sensing slot is divided into multiple mini-slots within a UAV . Then, the CSS process is developed into a composite hyp othesis...

A UK Defence Aligned SME Limited Company that designs, prototypes and builds Uncrewed Autonomous Vehicles. We lead projects, but deliver without delays, by partnering with small, local UK manufacturing companies. We are supported by four UK universities, whose Research PhD Professors, enjoy the freedom and autonomy they experience by helping us and our customers with technology research.

2025年1月17日 · UAV Navigation LLM：通过引入UAV-Need-Help基准任务，构建相关数据集，利用Vicuna-7B和EVA-CLIP提取视觉特征，并采用分层轨迹生成机制进行高效的自然语言导航。

2024年8月19日 · This paper proposes a weight-sharing MSM-Transformer network architecture to address the cross-view geo-localization problem between UAV and satellite images. The network utilizes a weight-sharing DaViT network for feature extraction, enhancing the understanding of global image features and significantly improving the network’s ability to ...

operational in both the Army and Marine Corps. To provide the tactical maneuver commander near real-time reconnaissance, surveillance, target acquisition, and force protection during day/night and adverse weather conditions.

MoD, Secure Communications between UAV’s, UUV’s and USV’s. The MoD funded us to develop a TRL 6 Project, whose capabilities are similar to a combined; BAE NetVIPR™ , BAE Trinity™ and OpNet. We developed and built this to TRL 6 in six months.

When given images or videos from UAV view, the identification system can match these with similar satellite images, use GPS data such as latitude and longitude to locate the object, and verify the localization results. We constructed a real-world multi-source dataset called UAV-166 for UAV-based geo-localization.