Artificial Intelligence

ROBOTICSSOLUTIONSARTIFICIAL INTELLIGENCE

CONTENTS
01

AAEON AI Introduction

02

Automated Security Patrol

03

Autonomous Mobile Robot

04

AI Assisted Camera Monitoring Unit

AAEON AIIntroduction“AAEON Technology Inc. is an elite partner ofNVIDIA, specializing in delivering innovative
Edge AI computing solutions.

AAEON Technology Inc. is a prominent provider of advanced AI
solutions, offering a wide range of services to cater to diverse AI
needs. Whether you require assistance with AI hardware platforms,software, or complete package solutions, AAEON ensures seamlessintegration and deployment.

Enhancing Security and Monitoring

01

Automated Security Patrol

02

Autonomous Mobile Robot

03

AI Assisted Camera Monitoring Unit

Automated
Security Patrol
The robot employs advanced path planning algorithms,
facilitated by its CPU, and sensor technology via its
interfaces to navigate buildings and patrol designatedareas.

It maps the environment using LiDAR and cameras,
estimates its position, and generates optimal paths
while avoiding obstacles.
It follows predefined patrol routes or inspects specificareas based on programmed instructions or schedules,
adapting its strategy as needed.
Real-time monitoring via wireless communication
allows operators to review captured images andintervene if necessary, while cloud integration enables
advanced functionalities such as remote monitoringand data analysis.

Microphone
Mic inAudioLine out

Full-size Mini Card

Speaker

Wireless Connectivity
IMU

UART
COM

GPIO

Infrared Sensors

I2C

GPS Receiver

SPI
Ultrasonic Sensors
CamerasGPU
PCIe Expansion

AI Accelerator
Frame Grabber

USB

LiDAR

Core Robotics Interfaces and Sensors

BOXER-6842M

Wireless Connectivity

Embedded CPU

Cloud storage of acquired images

Executes control algorithmsEmergency reporting to humanpersonnel

Processes sensor data
Controls overall operation
Communicates with external systems

Remote monitoringSensors
LiDAR

Control System
3D mapping

CamerasIMU

Object detection
Environment perception

Actuators

Motion tracking

Motorized wheels for movement

Orientation estimation

Lights for visibility
Speakers for audio output

Automated
Security Patrol

By integrating AAEON's BOXER-6842M, equippedwith an embedded Intel® Core™ i9-9900T CPU,
the application benefits from powerfulprocessing capabilities and versatile connectivity
options.
This enables efficient execution of complex
algorithms for tasks such as path planning,
sensor data processing, and real-time decisionmaking. AAEON’s system’s support for up to
128GB of DDR4 memory and multiple storage
options ensures ample capacity and high-speed
data transfer, while its multiple Ethernet ports
facilitate reliable network connectivity forcommunication with external systems and cloudservices.
The expansion slots offer flexibility for integrating
additional peripherals, enhancing theapplication's functionality and adaptability todiverse deployment scenarios. AAEON'sembedded computer serves as a reliable andflexible partner capable of meeting therequirements of a range of applications.

Enhancing Security and Monitoring

01

Automated Security Patrol

02

Autonomous Mobile Robot03

AI Assisted Camera Monitoring UnitUSB 3.2 Gen 2

RJ-45 LANCameras

LiDAR

Visual perception andenvironment mapping

Environment
mapping
through laser
scanning

IMUSensor for motion andorientation

Comprehensive I/O and Sensor
Integration for Advanced Robotics

COMRS-232

Digital I/O
RS-232/422/485

Light Sensors
Detect ambient light levels

Ultrasonic Sensors

Motor Controllers

Object detection
using sound waves

Regulate motor
movement anddirection

Humidity Sensors
Monitor ambient humidity

Steering Mechanism

Temperature Sensors

Proximity Sensors

Direction control

Measure ambient temperature

Object detection

As an Elite member of the NVIDIA Partner
AGX Orin

Network (NPN), AAEON provides support forOrin NX

the full NVIDIA® Jetson™ SoM roadmap,

Orin Nano

including NVIDIA JetPack™ updates.

AGX Xavier
Xavier NX
TX2 NX
Jetson Nano
Jetpack

4.6

4.6.2

5.0.2

5.1.1

5.1.2/6.0

Hardware
Security• TPM (IC)SoftwareSecurity•••••Secure Boot
Disk Encryption
Root File System Redundancy
Rollback Protection
OP-TEEIn a smart factory environment, the Autonomous Mobile Robot (AMR) built with the aforementioned features and components could play a
crucial role in executing various tasks, such as material handling, transportation, and environmental monitoring. Here's how it could operate.

1

2

3

4

5

Material Transportand Handling

Inventory Management

Quality Control

EnvironmentalMonitoring

Data Collection andAnalysis

The AMR would
autonomously navigate
through the factory floor,transporting raw materials,components, or finishedproducts between different
workstations, assembly lines,
or storage areas. Equippedwith sensors like Lidar andcameras, it can safely
navigate around obstacles,machinery, and workers.

The AMR could be
programmed to perform
inventory managementtasks, such as scanningbarcodes or RFID tags totrack the movement andlocation of goods within thefactory. This information canbe relayed to the central
management system forreal-time inventory
monitoring and optimization.

Utilizing its sensor suite,
including cameras andenvironmental sensors, theAMR could perform quality
control inspections as it
moves around the factory
floor. It could capture
images of products, detectdefects or anomalies, andalert operators or trigger
automated processes forcorrective actions.

With environmental sensors
such as temperature,humidity, and gas sensors,
the AMR can monitor thefactory environment forfactors like temperaturefluctuations, humidity levels,and gas emissions. This data
can be used to maintain
optimal working conditions,ensure worker safety, andidentify any environmental
hazards.

Through its communication
stack, the AMR can transmit
data collected from its
sensors to the factory's
central management systemor cloud-based platforms forfurther analysis. This data
can provide valuable insights
into production processes,
resource utilization, andoverall factory performance,
enabling continuousimprovement initiatives.

Enhancing Security and Monitoring

01

Automated Security Patrol

02

Autonomous Mobile Robot

03

AI Assisted Camera Monitoring Unit

AI Assisted
Camera Monitoring Unit

By leveraging Innodisk’s EV2M-GOM1 MIPI
camera, the application is able to obtain highquality data from a broader visual scope, withthe model containing an integrated ISP to dewarp the data input.
With 26 TOPS of AI inferencing performance
via its onboard Hailo AI accelerator, AAEON’ssingle-board, based on the UP Squared Pro
710H Edge standard product, was able todetect and identify a range of objects,including people, within the unit’s field ofvision.
The board’s low-power Intel® Processor N97
Embedded CPU provided ample processing
speeds to prevent latency, despite runningcomplex algorithms.

This example not only shows the utility ofAAEON’s products themselves, but also
AAEON’s ability to accommodate and integrate
peripheral devices that suit the requirementsof specific projects.

Two back-to-backInnodiskEV2M-GOM1 MIPI FixedFocus Camera Modules
with integrated ISP forfisheye de-warping

Onboard Hailo AI acceleration chip

AAEON developer board with Intel®
Processor N97 SoC

Artificial intelligence
Changes the worldIntel® Processor N97 Embedded CPU

Onboard Hailo-8™ Edge AI Processor

Future of AI :Hailo driver support on Ubuntu OSLorem ipsum dolor sit amet, per te mutat doming rationibus, te dicit
iriure persequeris has, ex sumo lucilius mei. No per iusto instructior,ne vis nobis possim, est errem laudem latine te. Delicata

MIPI-CSI via 61-Pin FPC Connector
USB for interface control

HDMI Display Output

180°180°

Two back-to-back Innodisk
EV2M- GOM1 MIPI cameras set toLorem ipsum dolor sit amet, per te mutat doming rationibus, te dicit
FOV 180° Mode
capture images from both
iriure persequeris has, ex sumo lucilius mei. No per iusto instructior,ne vis nobis possim,
est errem
laudem latine te.
Delicata
front and rear vantage
points,allowingforbilateral 360° coverage

Future of AI :

Object detection model developed using Hailo Models ZooIntegrating Cameras with AI ProcessingCameras capture
images and feed data
to motherboard

Image data analyzed
and processed with
Hailo inferencing
model

Real-time object
detection results areoutput via HDMI
displayWith AAEON,

the Future ofWebsite: www.aaeon.com
If you have any questions, please fill out this form,
and we will assign a colleague responsible for yourarea to contact you.

Focus • Agility • Competitivenessis Now