Engineering development
We design and deliver unmanned solutions for air, water, and ground, from architecture to production.
Air / Water / Ground architecture
AIR
Full-cycle development of autonomous air systems: architecture, hardware, embedded software, and testing.
UAV platforms
Development of UAVs and autonomous control systems.
Compute modules
Onboard computers, camera integration, and algorithm modules.
GROUND
Development of autonomous ground platforms designed for serial deployment and integration into external systems.
Robotic platforms
Ground robotic platforms for heavy-duty and service tasks.
Agri scenarios
Agri robots and monitoring at scale.
WATER
NEAT develops autonomous water systems based on Water Core for business, infrastructure, and OEM partners.
Marine systems
Autonomous vessels, service platforms, fleet control, and navigation.
Positioning and control
GPS anchors, station keeping, and remote motion control.
A transparent engineering process with architecture control at every stage.
Problem framing and technical brief
System architecture and core platform selection
Hardware, software, and algorithm development
Prototyping and bench testing
Field tests and optimization
Production preparation
When it makes sense to launch a full engineering cycle with NEAT, and when it is better not to start heavy development.
A good fit if
Need a unique autonomous product
Engineering depth is required
Serial production is planned
Not a fit if
No clear understanding of the task
Budget does not cover engineering development
Each project is built on modular NEAT Cores adapted for water, air, or ground.
GROUND
Ground Core creates a shared control stack for agri robots, special vehicles, and ground systems.
AIR
UAV Core provides a shared compute and navigation stack for autonomous airborne platforms.
WATER
Water Core covers navigation, motion control, and telemetry for autonomous water platforms.
Describe the task and we will propose a solution architecture.