Digitalisierung und Innovation - Atos...Sensors / Payloads Optical Imaging Multispectral Imaging...

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25-09-2019

Digitalisierung und Innovation bei Atos

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Personas

Sketch

ProblemStatement

Journey

Microservices

Scrum

ContinousDeployment

User centereddesign

Testing

Human focuseddesign

Prototype & Test

Canvas

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Customer

Pilot

BlockchainInvoicing

Cloud + AI

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Questions?

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Atos, the Atos logo, Atos Syntel, Unify, and Worldline are registered trademarks of the Atos group. June 2019. © 2019 Atos. Confidential information owned by Atos, to be used by the recipient only. This document, or any part of it, may not be reproduced, copied, circulated and/or distributed nor quoted without prior written approval from Atos.

Danke

Sensors / Payloads

Optical Imaging

Multispectral Imaging

Laser / LIDAR Systems

Ultraviolet Imaging

• High resolution optical imaging with Geo-Coding for general inventory management and damage recognition

• Basis for 3D-Modelling

• Surface Scanning• Material scanning and detection• Assessment of surface condition and structure

(e.g. vegetation)

• Distance measurement• Velocity measurement• Construction of highly precise surface models• Vegetation mapping

• Corona inspection• Detection of electro-magnetic fields• References to defects of isolators

Thermal Imaging • Optical presentation of surface temperature• Recognition of damaged wires• Strucural defects of pipelines (oil/gas)

Ergebnis / BILD

Ergebnis / BILD

UAV – Products SmartDigital / Atos

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Automated and digital preventive maintenance processes

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Customer entrance

How a customer orders her service

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Challenge

UAS mission (drone missions)

Combination of different use cases

Kombiniert17

▪ Maximum rate of detection of anomalies not possible with one source

▪ Different recordings (also sound) need to be combined

▪ Geo- and position matching▪ Comparison with historical data▪ Combination with other sources

(e.g. weather data or line information)

Solution

▪ Advanced Analytics▪ DNN / CNN▪ SVM (Classification)▪ linear Classifier▪ CoCo Dataset▪ Segmentation▪ Detection of edges▪ Filter

Mast B0815 – Isolator 004

▪ UAV flights providing infrared picutes

▪ Atos Advanced Analytics▪ Deep Learning

Challenge Solution

▪ traditional manual inspection method can only support the inspection frequency of once in three months

▪ environmental impacts cause broken solar panel units reducing the power output efficiency

Solar Farm Defect Inspection

Existing use cases for detailed object detection / recognition (AI based)

Kombiniert18

▪ Atos Advanced Analytics▪ Deep Learning▪ Machine Learning▪ Cluster Analysis▪ Trend Analysis

Challenge Solution Result

▪ Manual recognition of diseased oak trees, based on infrared images

▪ Time consuming process▪ Difficult trend analysis

▪ Automated approach with improved accuracy

▪ Classification of different disease states

▪ Amount of infected trees▪ Forecast of distribution of

the disease

Detection of diseases in timber stand

Kombiniert19

Existing use cases for detailed object detection / recognition (AI based)

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Realization of Business Case

Pre-project phases

PhaseAnalysis / Identificationof all Use Cases

Development / Coordination / Release / Implementation

Start Finish BC

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Kick-offOrganisation, Risks, etc.

Identification potential Flight areas

Permissions to fly

Assessment / Procurement of needed Payloads

Flights for getting data basis for AI

Training of AI

Validation of matching recognition

Preparation Repeating

Closing

• Order on request

• Order based on time or flight volume

Acceptance

Contract Realization of customer specific automated preventive maintenance process

Automated and digital preventive maintenance processes

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Flights out of sight• First European company using standardized UAS

• BVLOS-flights due to integration of safety parameters of civil aviation in the UAS

• Cooperation with the Austrian air traffic control, certification of the UAS done successfully

• Integrated safety systems: Transponder, FLARM, ADSB, LTE-A, Strobes, Microprocessor controlled

• Full integration of the “flying” systems into BlockChain and AI processes

Why AI?• Continuous learning of all systems enables high

automation

• Detection of patterns and anomalies, which cannot be seen by human beings

• Quick analysis, detection or damage recognition, efficient process - reduction of process times

• Further development of artificial intelligence due to constant usage

Why BlockChain technology?

• Usage of „Closed BlockChains“ to support high energy efficiency

• Usable for insurance claims, since the BlockChain is immutable and fraud safe (legally robust)

• Good possibility for integration into existing internal customer processes

• High data safety due to encryption and structured data access via identity management and profiles

• Full transparency for system users and easy usage and maintenance

• Reduction of working times, handover and verification processes

Why end-to-end process?

• Full execution of the entire business process, not only several steps or part results

• Definition of a holistic, automated and digital product

• Customers are expecting Result and analysis, so only pieces of information have to be avoided

based on an UAV service

The process

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