Aerise engineers unmanned systems around the mission, rather than around a fixed catalogue. Drawing on UAV, UGV and UUV integration experience since 2015, we bring platform engineering, autonomy, perception and operator control together for research, education and industrial applications.
Engineering Capabilities Built Around the Mission
Each workstream can be delivered independently or combined into a complete system. Select an area below to see the engineering scope Aerise can tailor around your platform, operating environment and project objectives.
01 | PLATFORM ENGINEERING
UAV & UGV Customisation
Purpose-built platform configurations combining structure, payload, sensing, computing and control.
02 | BOUNDED AUTONOMY
Geofencing & Autonomous Control
Layered operating boundaries and autonomous behaviours developed around the intended mission.
03 | MACHINE PERCEPTION
Detection & Object Avoidance
Onboard perception that helps supported systems identify people, objects and obstacles.
04 | MISSION OPERATIONS
Ground Control Station Customisation
Operator interfaces and system connections shaped around real mission and monitoring workflows.
01 | PLATFORM ENGINEERING
UAV & UGV Customisation
From adapting an existing platform to preparing a research-ready configuration, Aerise brings the mechanical, electrical and software layers together around what the system must accomplish.
Mission-Led Platform Architecture
Translate payload, endurance, mobility, operating-space and computing requirements into a practical UAV or UGV configuration.
Payload, Sensor & Compute Integration
Integrate supported cameras, LiDAR, positioning, communications and onboard computers without treating them as isolated add-ons.
Autopilot & ROS Integration
Connect supported flight or vehicle controllers with modular software, ROS-based development and the interfaces required by the application.
Prototype, Validate & Handover
Assemble, configure and test the integrated platform, then support practical handover for research, education or deployment teams.
02 | BOUNDED AUTONOMY
Geofencing & Autonomous Control
Autonomy is only useful when it respects the mission area and system limits. Aerise develops supported control functions around defined boundaries, operating conditions and intended behaviours.
Multi-Layer Geofencing
Define layered operating zones and boundary conditions appropriate to the platform, site and project objectives.
Model-Predictive Geofencing
Apply dynamic, model-predictive geofencing approaches where supported system behaviour must account for motion and operating constraints.
Mission & Behaviour Logic
Configure autonomous actions and responses around the required route, task sequence, safety boundary and operator workflow.
Environment-Based Validation
Test and refine supported functions against the intended indoor or outdoor operating environment before practical use.
03 | MACHINE PERCEPTION
Detection & Object Avoidance
Aerise combines supported sensors, onboard computing and perception software so an unmanned platform can interpret relevant features of its surroundings and respond appropriately.
Human Detection
Integrate human-detection functions for supported research, monitoring and autonomous-system applications.
Object Detection
Develop detection around the object classes and visual conditions that matter to the intended operating task.
Obstacle Sensing & Avoidance
Combine supported perception inputs with object-avoidance behaviour appropriate to the platform and environment.
Edge AI Integration & Tuning
Deploy supported perception workloads on suitable onboard computers and tune performance against project-specific conditions.
04 | MISSION OPERATIONS
Ground Control Station Customisation
A ground control station should reflect how operators plan, supervise and understand a mission. Aerise adapts supported interfaces and system connections around the information and controls the team actually needs.
Mission Control Interface
Arrange supported mission planning, command and supervision functions around the operator’s working process.
Telemetry & System Visibility
Present relevant vehicle state, positioning, mission progress and system information in a clearer operational view.
Payload & Subsystem Control
Bring supported payload actions and subsystem controls into the mission interface where the application requires them.
Communications & Workflow Integration
Connect supported vehicle, operator and application data flows into a coherent control and monitoring workflow.
Engineering scope is project-specific. Final functions depend on platform compatibility, sensors, computing hardware, communications, operating environment and validation requirements.
Discuss Your Unmanned Systems Project
Tell us about the platform, mission, operating environment and technical outcome you need. Aerise will review the requirements and recommend an appropriate engineering path.