3IPK is a blockchain-based platform that automates certification, supply chain, and maintenance processes, ensuring data integrity and traceability for industries such as aerospace and Earth observation. By providing tamper-proof data trails, 3IPK helps businesses prevent fraud and enhance trust in their operational workflows.

The company operates a constellation of 16 low‑Earth‑orbit satellites that capture optical and infrared imagery to detect active wildfires as small as 5 m at night and 10 m in daylight. Onboard processing filters false positives and streams real‑time alerts through a secure web portal and REST API, enabling fire‑management agencies, insurers, and industrial operators to respond quickly. The platform also stores detection metadata for historical analysis and risk assessment.

Aadyah is an interactive web platform that visualizes Earth’s relationship to the Moon and upcoming missions to Mars using real‑time data, immersive graphics, and educational narratives. It offers dynamic visualizations of distances, mission trajectories, and timelines, along with modules that explain the scientific and historical significance of lunar and Martian exploration for space enthusiasts, educators, and the general public.

Acquora utilizes satellite imagery and AI-driven analytics to optimize water resource management for businesses, enabling real-time monitoring and predictive insights. This technology helps organizations reduce operational costs and environmental impact while enhancing sustainability practices.

Adaptive Insurance offers climate risk insurance products, helping businesses and individuals protect themselves against financial losses caused by extreme weather events. Their policies are designed to provide payouts based on pre-defined weather triggers, offering rapid and reliable financial support when it's needed most.

Allocation offers FCA‑regulated OTC derivatives—swaps and options—that trigger on publicly sourced space‑weather and launch performance data to hedge orbital risks such as solar storms, launch failures, and debris collisions. The platform provides standardized contract templates and an API for direct integration with satellite operators, insurers, and investors, enabling transparent price discovery, collateral management, and liquidity in the orbital risk market.

Aloft provides a cell biomanufacturing platform for low Earth orbit that uses microgravity to improve nutrition, gas exchange, and growth uniformity of cultured cells. Its system integrates bubble‑control, automated aeration, and uniform culture chambers with real‑time monitoring, enabling pharmaceutical and biotech firms to produce biologics and conduct experiments in space at scale.

Amini utilizes artificial intelligence and satellite technology to collect and analyze environmental data across Africa, addressing the continent's significant data scarcity. The platform provides actionable insights for climate resilience, agricultural practices, and supply chain intelligence, enabling stakeholders to make informed decisions.

ANGOKA provides secure and resilient machine-to-machine communications for intelligent and autonomous systems across digital infrastructure. The company offers solutions including machine identity management, zero trust management, and threat analysis to enhance operational resilience. These technologies help organizations in sectors like defense, smart mobility, and industrial systems maintain compliance and service uptime.

AnsuR offers software‑defined communication tools that compress and stream high‑resolution imagery and video over bandwidth‑constrained links as low as 100 kbps, using adaptive bitrate, region‑of‑interest selection, and proprietary low‑overhead protocols. The platform includes GNSS geo‑tagging, cross‑platform runtimes, and an API/SDK for integration into command‑and‑control, UAV, and security systems, with optional cloud or on‑premises deployment.

Aquascope offers an environmental insights platform that de-risks nature-based projects by providing comprehensive monitoring, measurement, and reporting of carbon, water, and biodiversity metrics. Its API-first architecture integrates real-time data from multiple sources, enhanced by machine learning, to deliver auditable and scalable insights for accurate project valuation and regulatory compliance.

Arkisys provides a reusable in‑orbit platform that combines hardware, software, and on‑orbit services to give customers frequent, standardized access to microgravity and vacuum conditions. The modular bus offers interchangeable payload bays, standard interfaces, and remote operation support, enabling pharmaceutical firms, aerospace hardware developers, optics manufacturers, and material scientists to test, qualify, and iterate space‑based technologies without building their own spacecraft.

Array Labs provides high-resolution 3D geospatial data using a constellation of radar cubesats. Their all-weather, day/night imaging system captures detailed terrain and object models at 20 cm resolution, offering a cost-effective alternative to traditional aerial methods for applications like digital twin creation and defense intelligence.

Artemis Earth provides quantifiable biodiversity metrics that enable organizations to enhance their environmental reporting and informed decision-making. By offering precise data on ecosystem health, the company helps businesses meet regulatory requirements and improve sustainability practices.

AscendArc develops high-bandwidth, small geostationary satellites using LEO manufacturing efficiencies to reduce cost and deployment time. These software-defined, reconfigurable satellites offer resilient connectivity solutions for evolving commercial and military demands. The company fundamentally changes satellite communications economics through volume production and lower operational costs.

Astrogate Labs develops laser communication solutions for small satellites, enabling secure, high-speed data transmission with downlink speeds of up to 1 Gbps. Their technology addresses the need for reliable space-to-ground and space-to-space communication in the challenging conditions of space, particularly for cube and nanosatellites.

Astrolight builds high‑performance laser communication terminals that provide secure, multi‑gigabit per second links for satellite‑to‑satellite, satellite‑to‑ground, and ship‑to‑satellite communications. Using narrow‑beam optical carriers and adaptive pointing, the ATLAS‑2 and POLARIS solutions deliver high data rates with inherent resistance to jamming and low probability of intercept, supported by modular optical ground stations for end‑to‑end operation.

ATMOS Space Cargo develops reusable spacecraft and return logistics to establish circular infrastructure for spaceflight access. Their PHOENIX orbital transfer and return vehicle (OTRV) facilitates routine access to LEO, autonomous orbital operations, controlled re-entry, and rapid payload recovery. This service provides governments and industry with reliable and autonomous continuity for their space operations.

Auriga Space provides electrically powered hypersonic launch services using linear electric motors and magnetic levitation technology to accelerate payloads to over six times the speed of sound. This approach enables frequent, on-demand launches while minimizing vibration and aerodynamic drag, addressing the need for efficient and flexible access to space.

aXenic designs and manufactures GaAs Mach‑Zehnder and IQ electro‑optic modulators for satellite, aerospace and defense communications. Their compact, low‑SWaP devices deliver flat frequency response up to 50 GHz with drive voltages under 5 V and radiation‑tolerant performance, eliminating the need for active temperature control. aXenic also provides full‑service engineering, from custom design and prototyping to qualified production, packaging and testing.

Bamboo Systems provides an ARM server architecture that significantly reduces energy consumption and carbon emissions in data centers, achieving up to 74% lower emissions compared to traditional x86 servers. Their B1000N series optimizes resource allocation for modern workloads, allowing for higher throughput while using 25% of the energy and 20% of the rack space of legacy systems.

BioOrbit develops hardware for protein crystallization in space, enabling the production of higher-quality protein crystals for pharmaceutical drug development. This allows for the creation of more effective and stable protein-based drugs.

BlackStar Orbital Technologies develops reusable satellites and space cargo vehicles for autonomous deployment of cubesats, enabling efficient Earth observation and intelligence, surveillance, and reconnaissance (ISR) capabilities. Their technology addresses the high costs and logistical challenges associated with traditional satellite launches, providing rapid and flexible access to space for various applications.

This company likely specializes in manufacturing or supplying high-performance shoelaces, potentially utilizing carbon fiber or advanced materials for enhanced durability and function. Their products cater to athletes or consumers seeking superior lace technology for footwear. The core offering centers on providing specialized, durable lacing solutions for various shoe types.