Optimal Space/Space Structures GmbH: Based in Berlin, Germany, Space Structures GmbH specializes in the development, manufacturing, testing, and supply of metal and composite structures for space applications. Their expertise extends to primary structures of spacecraft, encompassing a diverse array of applications, including instrument structures, opto-mechanical systems, solar array structures, electronic equipment, propulsion systems, instruments and experiments for the International Space Station (ISS), and Rideshare solutions such as Multi-satellite Launch Vehicle Adapters. They serve institutional, corporate, SME, and New Space clients.
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NavGuard NOCTA Mini is an optimal solution for tactical drone missions where payload capacity and flight time are limited and continuous operation under all conditions is critical.
The Pathfinder platform uses proprietary advanced algorithms along with precise space catalog data, operators' GPS positioning signals, propulsion capabilities, and flight plans to generate optimal maneuver options against collision threats.
The company has implemented technologies such as triple communication networks and parachutes to ensure optimal drone safety.
Satmotion API addresses optimal radio frequency (RF) performance required by the Network Operations Center (NOC).
The collaboration aims to create a perception solution for optimal performance in various situations and environments for autonomous vehicles.
During the 2014 Mojave Desert campaign, the LHD detected rocks and craters, processed those hazards into a comprehensive map, and used the map to select optimal landing sites and execute repeated accurate soft landings.
Four Fire is a smart system that automatically alerts fire departments and provides optimal travel maps to fire incidents using a combination of AI and GNSS technology.
Purdue University researchers during Phase 1 mapped a multi-loop trajectory that becomes a retrograde orbit and determined it to be an optimal orbit for deploying a constellation of surveillance satellites to monitor cislunar space and the geostationary belt.
HERE Advanced Real-Time Traffic enables the display of traffic conditions on highways and arterials and supports traffic-aware routing for optimal ETA calculations.
Organizations can use SkyGrid to facilitate routine inspections and generate optimal flight paths for multiple flight segments.
JAXA aims to establish optimal communication technologies using a newly developed ground station.
EDOM Technology considers InnovizOne as an optimal partner for autonomous driving systems.
The Velabit sensor is engineered as an optimal automotive-grade lidar solution for Advanced Driver Assistance Systems (ADAS) and autonomous vehicles.
NUAIR and AURA are surveying the optimal placement for AURA's command-and-control infrastructure.
The Fortem SkyDome System and TrueView radar are optimal for use in terrain-complex landscapes.
Fugro's Geo-data deliverables inform the cable manufacturing process and guide optimal cable routing and burial depth.
Fugro will use inputs from the MHRA to develop and design optimal retrofit solutions for the port’s ageing seawall.
TCarta is analyzing data captured with multiple types of satellite sensors, including multi-spectral, hyperspectral, green laser, and synthetic aperture radar, to determine which images and methodologies or combinations produce optimal characteristics for SDB.
The DLAP x86 series offers flexibility for deep learning applications by allowing architects to choose the optimal combination of CPU and GPU processors.
The DLAP x86 series is optimal for use in mobility devices or instruments with limited physical space, such as mobile medical imaging equipment.