AERIS articles on UAS and aerial robotics

AERIS

Engineering notes

AERIS NEXUS: Collective Intelligence for Autonomous Robots

AERIS F³: Multi-Scenario Forecasting and Mission Management

Articles on UAS and aerial robotics

AERIS NEXUS collective intelligence: interconnected cognitive nodes in a shared information field.

AERIS NEXUS: Collective Intelligence for Autonomous Robots

Category

Engineering notes

Author

AERIS

How NEXUS connects perception, memory and forecasting across robots in a distributed reasoning process, from assessing a situation to coordinated action.

Read

Autonomous UAS Navigation: Reducing Operator Workload

Category

Engineering notes

Author

AERIS team

Autonomous navigation reduces manual operator workload when route planning, sensors, state monitoring and contingency modes are designed together.

Read

Modular Architecture for Aerial Robotic Systems

Category

Engineering notes

Author

AERIS team

A modular architecture allows sensors, computing hardware, software and mission scenarios to evolve without redesigning the entire UAS.

Read

Visualization of the AERIS N1 Finch shape on the measuring table

Choosing a UAV Airframe for Your Payload

Category

UAS and robotics

Author

AERIS

Choose a UAV airframe around its payload, internal layout, maintenance access and mission requirements.

Read

Illustration of a visual navigation stand with a stereo camera and an onboard computer

GNSS-Denied Navigation for UAS

Category

Testing and applications

Author

AERIS

GNSS-denied navigation combines inertial sensors, vision, lidar, maps and state-estimation algorithms.

Read

Computer Vision for UAS Applications

Category

Sensors and payloads

Author

AERIS

Computer vision must be evaluated as part of a complete UAS mission: sensors, computing, data and validation of the result.

Read

Fixed-Wing UAV or VTOL: Which Fits the Mission?

Category

Engineering notes

Author

AERIS

Fixed-wing and VTOL configurations suit different tasks. The choice depends on the route, launch site, payload and operating requirements.

Read

Planning an inspection of an industrial facility on a ground-based console

Choosing a UAS for Site and Infrastructure Monitoring

Category

UAS and robotics

Author

AERIS

Selecting a UAS for monitoring starts with the site, route, required data and mission frequency.

Read

Preparing a UAS for Regular Operation

Category

Testing and applications

Author

AERIS

Regular UAS operation requires procedures, checklists, maintenance and a clear data workflow as well as an aircraft.

Read

Engineering notes

01.

Architecture, onboard modules, software integration and hardware constraints, explained in practical engineering terms.

Articles

Sensors and payloads

02.

Cameras, computers, navigation sensors and payloads for monitoring, inspection and data analysis.

Articles

Testing and applications

03.

Field testing, validation methods, reliability and preparing autonomous systems for real operations.

Articles

UAS and robotics

04.

Aerial robotic systems: platforms, configurations, operations, payloads and practical applications.

Articles

AERIS F³ AI PILOT

Beyond a single future scenario

Explore F³