Loft Orbital is advancing space-based computing through the on-orbit AI technology and virtual mission platform, enabling customers to develop, test and deploy applications directly in space without the need to build or launch dedicated hardware. Headquartered in San Francisco, California, USA, the company integrates sensing, compute and connectivity resources into a unified satellite infrastructure, supporting real-time data processing and flexible mission execution. Loft Orbital’s approach shifts the traditional model of space missions by allowing users to access existing in-orbit infrastructure, reducing complexity, cost and time-to-deployment.
At the core of Loft Orbital’s offering is the Virtual Mission framework, which provides a software-driven pathway to orbit. Instead of developing complete spacecraft systems, customers can deploy applications onto Loft’s satellites, providing onboard resources such as imagers, software-defined radios, CPUs, GPUs and communication links. This model enables both established operators and new entrants to access space capabilities without hardware development, significantly reducing barriers to entry. Through a cloud-based development environment, applications are validated on a virtual test bench before being securely deployed to orbit, ensuring readiness and operational reliability. Loft Orbital integrates AI and machine learning processing directly onboard satellites, enabling data to be analyzed at the edge rather than relying solely on ground-based systems. This capability supports low-latency object detection and real-time analytics, allowing satellites to identify and respond to events as they occur. Applications include vessel detection, infrastructure monitoring and border surveillance, where rapid detection and response are critical. By processing data in orbit, the system reduces latency and optimizes bandwidth usage, ensuring that only relevant insights are transmitted to Earth.
The company’s on-orbit AI capabilities are further enhanced by a range of Earth observation sensors integrated across its satellite fleet. Combined with onboard processing, these sensors enable applications such as wildfire detection, vegetation analysis and deforestation monitoring. By pairing multi-sensor data with AI-driven analytics, Loft Orbital supports continuous environmental monitoring and provides timely insights for decision-making, particularly in scenarios requiring rapid response to changing conditions. Loft Orbital is developing Altair, a 10-satellite constellation designed to enable near real-time change detection through AI-enabled processing. The constellation provides access to a diverse set of sensors and onboard computing resources, allowing customers to deploy and scale applications across multiple satellites. Altair’s architecture supports multi-sensor data fusion and distributed processing, enabling users to monitor events globally and access insights with reduced latency. This capability enhances situational awareness for both commercial and government applications.
The company’s Ultimate Edge (UE) platform provides an end-to-end solution for building, testing and deploying applications in space. Developers can use flight-representative tools to design and validate their software before deploying it to a secure runtime environment onboard Loft’s satellites. Once deployed, applications have access to onboard computing and sensing resources, enabling continuous operation and real-time data processing. This integrated approach streamlines the transition from development to in-orbit execution. Loft Orbital complements its in-orbit capabilities with Cockpit, a web-based mission control interface that allows users to task satellite payloads and manage operations. The platform is designed to be intuitive, enabling users without prior satellite operations experience to interact with space assets. For advanced users, Cockpit supports integration with existing systems through APIs, enabling seamless incorporation into broader operational workflows. This flexibility enhances accessibility while maintaining compatibility with complex mission requirements.
By combining virtual missions, onboard AI processing and multi-sensor satellite infrastructure, Loft Orbital is enabling a new model of space operations centered on software-defined capabilities and real-time intelligence. This approach allows organizations to deploy applications rapidly, adapt to changing mission needs and access space-based data without the traditional constraints of hardware development. Loft Orbital’s on-orbit AI technology provides a foundation for efficient, flexible and responsive satellite operations.
About Loft Orbital
Loft Orbital is a US-based space infrastructure company that provides satellite platforms and mission services designed to simplify access to space. Headquartered in San Francisco, California, USA, Loft Orbital enables customers to deploy and operate payloads in orbit without building or managing their own spacecraft. The company offers a “payload-as-a-service” model, integrating customer payloads onto its satellite platforms and managing the full mission lifecycle, including integration, launch coordination, and on-orbit operations. Its infrastructure includes onboard computing, communications systems and a range of sensors that support diverse applications such as Earth observation, communications and data processing. Loft Orbital also provides software platforms that allow users to develop, test and deploy applications directly on satellites, enabling real-time data processing and flexible mission control. By combining satellite hardware with software-driven mission management, Loft Orbital supports efficient and scalable space operations for commercial and government users.
