Alba Orbital

United Kingdom | NATO DIANA Energy & Power 2026

Worlds smallest commercial Earth Observation satellites, to image earth more frequently

Founded:
Team: 10-50
Funding: Private
Website: https://albaorbital.com

DIANA Status

NATO DIANA 2026 Cohort

Technology

Alba Orbital specializes in designing, manufacturing, and operating PocketQube satellites, which are the world's smallest commercial Earth Observation satellites. Their primary platforms are the 1P Unicorn-1 and the more capable 3P Unicorn-2, designed for frequent imaging. They also produce Albapod deployers in 6P and 96P sizes, facilitating the launch of these pico-satellites. Additionally, Alba Orbital provides an end-to-end service including ground station operations via Albaconnect and various test services.

Key Differentiators

Alba Orbital's key differentiators include their focus on the PocketQube standard, offering the world's smallest commercial Earth Observation satellites for frequent imaging. They provide a unique end-to-end service from satellite manufacturing to launch brokerage and ground station services, dramatically lowering the cost of access to space. Their Unicorn-2 platform is noted as the world's most capable Picosat by specification, and they specialize in nighttime imaging capabilities. This integrated approach simplifies space access for a broad range of users.

Data Center Value Proposition

Alba Orbital's low-cost, frequent access to space and resilient small satellite constellations are highly relevant for defense. Their ability to deploy numerous small, distributed assets enhances space domain awareness and reduces single points of failure, crucial for resilient space operations. The frequent Earth Observation capabilities, especially nighttime imaging, provide persistent monitoring and intelligence gathering, offering a cost-effective alternative or complement to larger, more expensive systems. This democratized access to space allows for rapid experimentation and deployment of defense-specific payloads.

Cost / ROI

Alba Orbital offers dramatically lowered costs for access to space, with satellite launches starting as low as €25K, which represents a significant return on investment for defense applications. This low cost enables the deployment of larger, more resilient constellations compared to traditional monolithic satellites, reducing the overall risk and cost of space-based capabilities. The ability to frequently image earth provides persistent data at a fraction of the cost of larger EO satellites, allowing defense budgets to stretch further while maintaining critical surveillance. Rapid deployment and replenishment capabilities also minimize downtime and associated costs in dynamic operational environments.

Technology Readiness

Based on their successful launch of 57 PocketQube satellites on 10 missions and the operation of a Unicorn-2 constellation publishing images since 2025, Alba Orbital's technology is at a high Technology Readiness Level (TRL). Their platforms, deployers, and services are operational in orbit, demonstrating mature and proven capabilities. The continuous collection and publication of Earth Observation imagery further confirms their operational readiness and reliability.

Summary

Alba Orbital is the world's leading PocketQube satellite manufacturer and launch broker, democratizing access to space with the smallest commercial Earth Observation satellites. Founded in 2012, they offer an end-to-end service including their Unicorn-2 platforms, Albapod deployers, launch brokerage (as low as €25K), and Albaconnect ground station services. With 57 successful launches and an operational constellation providing frequent nighttime imagery, Alba Orbital delivers resilient space operations and persistent ISR capabilities to government and commercial clients globally. They are headquartered in Glasgow, Scotland, with entities in the US and Germany, having raised $3.4M in seed funding.

Contact: info@diana.nato.int
Prepared by: NATO DIANA | NATO DIANA Business Development
Date: March 2026 | DCD-NY Edition