Florida-based Ondas is advancing battlefield coordination with a layered command-and-control (C2) system designed to connect military equipment into a unified operational network.
The software, known as LADOS, enables users to collect intelligence, detect threats, coordinate assets, execute missions, and manage responses within a single integrated architecture.
It brings together sensors, operators, and effectors to support the full mission cycle, from sensing and decision-making to coordination, execution, and assessment.
The platform combines multi-source sensing, decision support, AI-based optimization, and mission management to reduce workload in complex operational environments.
LADOS also functions as an integration layer linking the company’s air defense, counter-drone, intelligence, surveillance and reconnaissance (ISR), ground robotics, mission autonomy, communications, and C2 systems.
“LADOS represents the next step in Ondas’ mission autonomy roadmap. The future of defense operations will require more than individual drones, sensors, effectors, or command systems,” said Oshri Lugassy, co-chief executive officer of Ondas Autonomous Systems.
“By connecting Ondas’ autonomous air and ground systems with advanced ISR, edge intelligence, and AI-enabled software capabilities, LADOS is built to help operators move from data collection to coordinated decisions and action.”
Part of Broader Architecture
LADOS forms part of a wider multi-domain software architecture centered on SkyWeaver, an AI system designed to support mission autonomy and long-range ISR-to-assault applications.
SkyWeaver enables persistent ISR, mission planning, targeting workflows, and localized processing of tactical data.
As an execution layer, LADOS complements SkyWeaver by translating intelligence and mission planning outputs into coordinated battlefield operations.
The company showcased the system at Eurosatory 2026 in Paris.
