Palantir Technologies, Ondas and World View Enterprises have announced a strategic partnership to develop an integrated intelligence and surveillance platform combining sensors in the stratosphere, drones in the air and autonomous systems on the ground. The companies aim to create an AI-controlled network designed for intelligence, surveillance and reconnaissance (ISR) missions.
The initiative focuses on building a multi-domain intelligence architecture in which different sensing systems operate together and share data in real time. According to the companies, this approach should enable continuous monitoring and faster decision-making during operations for defense, border security and protection of critical infrastructure.
Sensors from stratosphere to ground
At the center of the system is World View’s Stratollite platform. These are high-altitude balloons that operate in the stratosphere, a layer of the atmosphere between satellites and conventional aircraft. From this altitude, the platforms can remain over a specific area for extended periods while collecting sensor data such as imagery and other forms of remote sensing.
Ondas contributes autonomous aerial and ground systems, including drones and counter-drone technologies. These systems operate closer to the ground and can perform inspections, track targets or collect additional data when activity is detected.
The different platforms will be connected through a shared software environment. Palantir will provide its Artificial Intelligence Platform (AIP), which will support mission planning, data processing and operational coordination.
From data collection to operational decisions
Traditional ISR systems typically generate large volumes of data that are analyzed later by human operators. The companies state that their joint platform aims to shift that model by bringing analysis and decision support closer to the mission itself.
By combining sensor data from multiple sources and applying AI-based analysis, the system is intended to provide operators with a unified operational picture. Instead of separate data streams, the integrated platform would generate actionable insights that can support real-time responses.
Three development programs
The partnership includes three technical programs designed to support different aspects of the platform.
The first initiative, called Warp Speed, focuses on production and logistics. The system will connect supply chain, engineering and manufacturing data to support the scaling of World View’s Stratollite fleet.
The second program, AI Flight Director, will support mission planning and flight operations. It integrates atmospheric data, telemetry and historical mission data to assist operators in planning and managing stratospheric missions.
The third initiative, SkyWeaver, focuses on edge computing. This system places data processing capabilities directly on the Stratollite platforms so that part of the analysis can be performed onboard rather than relying entirely on ground-based processing.
Multi-domain intelligence architecture
The long-term objective of the collaboration is to build a connected sensing network operating across multiple domains. High-altitude platforms could monitor large geographic areas, while drones and other autonomous systems perform more detailed observation closer to the ground.
According to the companies, this approach is intended to provide persistent surveillance capabilities that bridge the gap between satellites and aircraft. Integration between the systems developed by Ondas and World View is expected to begin as early as the fourth quarter of 2026.
