AERIS — Adaptive Energy Robotic Intelligence Systems

Engineering expertise and modular system architecture.

Our work draws on eight years of senior full-stack development experience and the design of modular hardware and software systems.

About us

Technologies

Software development

Integration of autonomous decision-making systems, computer vision and swarm intelligence.

Specialisation

Production UAVs

Fixed-wing and hybrid aircraft for commercial and industrial applications.

BWB Laboratory

Research into autonomous atmospheric robots with blended-wing-body configurations. Building our technological foundation.

Future aircraft

AERIS F³ AI PILOT

Beyond a single future scenario

Explore F³

Core services

01.

Service

UAS Software Development

We develop onboard, mission and ground software for flight control, payloads, data processing and application-specific tasks.

01.

Service

Aerial Operations and UAS Rental

AERIS carries out aerial operations and offers unmanned systems for rental under agreed operating scenarios.

01.

Service

UAS Technical Support

We maintain the technical readiness of supplied UAS through diagnostics, maintenance, configuration control, software updates and system development throughout operation.

01.

Service

Production UAS

We select and supply production UAS from third-party manufacturers to match flight conditions, payloads, data requirements and operational constraints.

01.

Service

AERIS Platforms

We develop and supply AERIS unmanned aircraft systems for projects whose autonomy, aerodynamics, payload or operating requirements go beyond off-the-shelf solutions.

Developing technology for the next generation of autonomous aviation

Core expertise

GNSS-denied navigation

Integrated airframe

AI pilot

Clean aerodynamics

Mission autonomy

Composite shell

The AERIS approach

AERIS Lab

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UAS design

Engineering for real operating scenarios

The AERIS team treats an unmanned aircraft system as an interconnected platform, payload, communications, navigation and software architecture. This approach helps account for operating, integration and maintenance constraints from the outset.

Engineering team

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Autonomous systems

A focus on autonomy and resilience

Our projects consider operation without reliable GNSS navigation, data acquisition requirements and the reliability of onboard electronics. These factors matter in industrial, research and infrastructure applications.

AERIS Aerospace

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Robotic platforms

A clear architecture for product development

We design platforms to accommodate new payloads, software capabilities and applications without requiring the entire system to be rebuilt.

Discuss a project

AERIS

In

Engineering notes

Adaptive Energy Robotic Intelligence Systems

Engineering expertise and modular system architecture.

Software development

Production UAVs

BWB Laboratory

Beyond a single future scenario

Core services

UAS Software Development

Aerial Operations and UAS Rental

UAS Technical Support

Production UAS

AERIS Platforms

Developing technology for the next generation of autonomous aviation

Core expertise

The AERIS approach

AERIS NEXUS: Collective Intelligence for Autonomous Robots

AERIS F³: Multi-Scenario Forecasting and Mission Management