Robotics

Phase One high-resolution cameras set the standard for professional aerial survey, delivering precise, distortion-free imagery for mapping, photogrammetry, and inspections. With resolutions from 100MP to 280MP, advanced sensors, and UAV or aircraft compatibility, these systems streamline data collection, reduce flight times, and produce high-quality geospatial outputs like orthomosaics, 3D models, and point clouds.

A tactical situational awareness system plays a critical role in modern military operations by delivering real-time intelligence from multiple data sources. By integrating military grade HEVC, these systems efficiently transmit high-quality video with minimal bandwidth and low latency, even in challenging environments. This combination enhances decision-making, operational safety, and mission effectiveness across land, air, and maritime defense scenarios.

Camera artificial intelligence is revolutionizing real-time image processing, enabling smarter surveillance systems, autonomous vehicles, and consumer devices. AI accelerators, such as Hailo’s processors, are at the forefront, optimizing power efficiency and performance. This guide compares key AI accelerators, highlighting Hailo’s advantages in delivering high-performance edge AI for smart cameras with minimal power consumption.

Phase One drone cameras are revolutionizing aerial mapping with their high-resolution imaging and precision photogrammetry capabilities. With options ranging from 100MP to 280MP, these cameras are designed to deliver detailed and accurate geospatial data for industries like surveying, agriculture, and urban planning. Their integration with LiDAR scanners and multi-spectral imaging makes them ideal for complex mapping tasks, including vegetation analysis and 3D modeling. Offering unparalleled efficiency and reliability, Phase One drone cameras streamline workflows and ensure precise results, even in challenging environments. Whether for large-scale surveys or specific applications like forestry and infrastructure, these cutting-edge tools are setting new standards in aerial mapping.

Swarm drone technology is rapidly advancing, revolutionizing military operations with autonomous, coordinated drone fleets capable of executing complex missions. This article compares key players in the field, including Maris-Tech, Antrica, Delta Digital Video, and Haivision, with a focus on Maris-Tech’s leading edge AI solutions for swarm drones. Maris-Tech's integrated platforms, such as the Garnet payload, offer ultra-low-latency video streaming, advanced AI-driven analytics, and compact designs tailored for large-scale swarm deployments. As investments and global conflicts drive the evolution of this technology, Maris-Tech stands out for its all-in-one approach, combining encoding, streaming, and AI to enhance the effectiveness and reliability of swarm drone operations.

AI hardware acceleration is transforming edge computing, enabling fast, efficient AI directly on devices without cloud dependency. This article compares leading AI modules and explains why Hailo-8 stands out with exceptional performance, low power consumption, and scalable architecture, making it the top choice for modern edge AI deployments across vision, robotics, and industrial applications.

Military low latency video encoders are essential for real-time operations, enabling live drone and vehicle feeds with sub-100ms delay. Platforms like Maris-Tech combine edge-AI analytics, multi-channel encoding, and ruggedised hardware to deliver actionable situational awareness, ensuring rapid decision-making in mission-critical environments.