Intelic provides Nexus, an advanced military Command & Control software solution designed for unmanned systems. This platform-agnostic software unifies fragmented defense assets, enabling operators to effectively execute missions across various domains. Nexus integrates mission-focused autonomy to enhance operational speed, coordination, and reliability in contested environments.
Funding
$2.2M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Unmanned systems often require direct human control, limiting their autonomy and scalability in complex, contested environments. Coordinating multiple unmanned vehicles (UxVs) across different domains (air, land, sea) for tasks like intelligence, surveillance, reconnaissance (ISR), strike, relay, and decoy missions presents significant operational challenges.
Solution
Avalor AI's Nexus™ platform uses artificial intelligence to enable unmanned systems to autonomously plan and execute complex missions in contested environments. The platform supports multi-domain operations, allowing for coordinated ISR, strike, relay, and decoy missions. Nexus™ features a centralized human-machine interface and integrated behavior kits, enabling a single user to control multiple systems and multiple users to control individual systems. The system is designed for continuous operation in electronic warfare (EW) contested environments and supports combinations of UxVs for new mission types.
Target Audience
The primary customers are military organizations and defense contractors seeking to enhance the autonomy and scalability of their unmanned systems for various operational missions.
Features
- Multi-domain distributed mission autonomy across air, land, and sea.
- Cooperative search, object recognition, object tracking, object localization, object estimation, object engagement, and battle damage assessment.
- Onboard path planning that executes high-level mission orders and adjusts plans in real-time without operator interference.
- Onboard image classification for target recognition in day and night environments.
- Automatic target tracking to maintain target visibility.
- Target position calculation to MGRS or WGS84 coordinates.
- Sensor fusion for object trajectory and state estimation.
- Collaborative and coordinated kinetic engagement of objects.
- Scalable system integration on existing UAVs, with extensions to UGVs.
- Simulator for concept development and operator training, including ATAK integration and real-time video feeds in digital twins.