The 2021 Interactive Cargo Webinar presents the progress of the IATA Interactive Cargo project. More details at www.iata.org/interactive-cargo.
14:00-14:30 The IATA Interactive Cargo project achievements and next steps
This presentation will give an overview of the Interactive Cargo project’s achievements: (1) The recommended practice on IoT device data sharing in air cargo, (2) The recommended practice on the approval of the use of portable electronic devices onboard aircraft for air cargo, and (3) the amendment to the conditions of carriage for cargo.
Sonia Ben Hamida, Project Manager Interactive Cargo, IATA
Carlos Tornero, Deputy General Counsel, IATA
14:30-14:45 Safely and efficiently approving the use of cargo tracking devices
The presentation will share the progress of the pilot project “Approval of the use of Portable Electronic Devices (PEDs) approval for air cargo”. The goals of this pilot are to adopt the IATA recommended practice and checklists for the approval of Portable Electronic Devices (PEDs) onboard aircraft for air cargo in order to standardize information required for approval and decrease the total duration required for carriers to complete an approval request.
Jeff Clark, Founder & CEO, 7PSolutions, LLC
14:45-15:00 Sharing IoT device data in air cargo with ONE Record: Outcomes and lessons learnt
The presentation will share the progress of the pilot project “Visibility, Tracking and Alerts at the Piece Level”. The goals of this pilot are to demonstrate autonomous delivery of in-shipment status messaging and sensor-based alerts, mirror Cargo iQ milestones in cargo facilities, and track ULDs integrated with tracking devices.
Tomal Sohoral, Manager, Cargo Solutions Strategy and Business Development, Air Canada Cargo
15:00-15:15 The handling of interactive cargo: Main challenges and potential solutions
The use of smart tracking devices presents shippers and cargo owners with the ability to monitor not just the whereabouts of air cargo shipments but also their physical condition and their immediate environment. But these are sophisticated devices, often powered by lithium batteries with some models capable of interacting with local devices and transmitting data in-flight. Shippers respect and appreciate the need for clear rules for the use of these devices yet they sit in a hybrid regulatory environment - part-dangerous goods, part-perishable load, part-radio communications device and part-data logger able to interact with third party systems. So, there is a data privacy and protection issue too.
GSF has been supporting and encouraging the air cargo community in its development of processes and procedures for the handling and acceptance of these devices and this presentation will set out the shippers’ perspectives and expectations of procedures that will make the use of these devices as seamless and trouble-free as possible.
James Hookham, Secretary General, Global Shippers Forum
[AWS Dev Day] 앱 현대화 | AWS Fargate를 사용한 서버리스 컨테이너 활용 하기 - 삼성전자 개발자 포털 사례 - 정영준...Amazon Web Services Korea
삼성전자 개발자 포탈은 SmartThings Cloud, Bixby 와 같은 삼성전자의 어플리케이션 에코시스템에 개발자 도구를 활용하여 어플리케이션을 개발할 수 있게 해주는 플랫폼입니다. 이 플랫폼을 컨테이너로 개발하고, 컨테이너에 패키징하는 어플리케이션 로직에만 집중 할 수 있다면 배포와 관리가 얼마나 손쉬워 질까요? 삼성전자의 실제 사례를 통하여 Fargate 를 활용한 컨테이너 환경의 장점에 대해서 알아봅니다.
대용량 트래픽을 처리하는 최적의 서버리스 애플리케이션 - 안효빈, 구성완 AWS 솔루션즈 아키텍트 :: AWS Summit Seoul 2021Amazon Web Services Korea
서버리스는 오늘날 클라우드에서 가장 인기있는 디자인 패턴 중 하나입니다. 서버 및 운영 체제 운영의 부담은 덜고 서비스의 개발 및 구축을 통해 빠르게 혁신에 집중할 수 있기 때문입니다. 본 강연에서는 클라우드 네이티브한 방식으로 서버리스 애플리케이션을 고도화 하는 방법에 관해 알아봅니다. 아키텍처를 디커플링하고 비동기적으로 구성함으로써 보다 유연한 확장이 가능하게 됩니다. Amazon API Gateway, AWS Lambda 를 활용한 기본적인 서버리스 애플리케이션을 Lambda의 신규 기능과 Amazon SQS, Amazon RDS Proxy, AWS Secrets Manager 등을 활용해 보다 안정적으로 확장하는 방법에 관해 알아봅니다.
Amazon Cognito와 함께 서버리스를..! - 이재일 (강남비기너모임) :: AWS Community Day 2017AWSKRUG - AWS한국사용자모임
AWS 자원을 효율적으로 이용하기 위해 Cognito를 사용하게 되었습니다. Cognito의 기능과 Cognito를 사용하면 좋은 점, 서비스를 개발하면서 생겼던 이슈 등을 발표합니다. 시연으로 Cognito + S3 + Lambda 를 이용한 서버리스 아키텍처 기반의 포토 갤러리 웹 서비스를 소개합니다.
[Games on AWS 2019] AWS 사용자를 위한 만랩 달성 트랙 | AWS에서 분산 서비스 거부 공격(DDoS)을 고민하지 않는 ...Amazon Web Services Korea
게임 서비스는 종종 악의적인 사용자에 의해 의도적인 서비스 거부 공격을 받습니다. 서비스 거부 공격은 인프라 수준의 공격인 경우와 어플리케이션 수준의 공격으로 나눌 수 있는데, 두 가지 공격에 대해 AWS 기반으로 어떻게 피해를 최소화 할 수 있는지와 사례를 소개합니다.
Monitoring Kubernetes with Elasticsearch Services - Ted Jung, Consulting Arch...Amazon Web Services Korea
This document provides an agenda and overview of a presentation on using the Elastic Stack to gain observability of a Kubernetes environment. The presentation covers introducing the Elastic Stack and its components, challenges of monitoring and logging Kubernetes, and a demonstration of using Filebeat, Metricbeat, and APM tools to collect logs, metrics, and traces from a Kubernetes cluster.
The document discusses guest access configuration using ArubaOS captive portal capabilities. It describes the captive portal authentication process which uses initial and post-authentication roles to redirect users to a login page after getting an IP address. Guest provisioning allows non-IT staff to create guest accounts using the internal database for authentication. Amigopod provides additional advanced guest management features while the base ArubaOS supports basic functionality with authentication to a single controller's internal database.
[AWS Dev Day] 앱 현대화 | AWS Fargate를 사용한 서버리스 컨테이너 활용 하기 - 삼성전자 개발자 포털 사례 - 정영준...Amazon Web Services Korea
삼성전자 개발자 포탈은 SmartThings Cloud, Bixby 와 같은 삼성전자의 어플리케이션 에코시스템에 개발자 도구를 활용하여 어플리케이션을 개발할 수 있게 해주는 플랫폼입니다. 이 플랫폼을 컨테이너로 개발하고, 컨테이너에 패키징하는 어플리케이션 로직에만 집중 할 수 있다면 배포와 관리가 얼마나 손쉬워 질까요? 삼성전자의 실제 사례를 통하여 Fargate 를 활용한 컨테이너 환경의 장점에 대해서 알아봅니다.
대용량 트래픽을 처리하는 최적의 서버리스 애플리케이션 - 안효빈, 구성완 AWS 솔루션즈 아키텍트 :: AWS Summit Seoul 2021Amazon Web Services Korea
서버리스는 오늘날 클라우드에서 가장 인기있는 디자인 패턴 중 하나입니다. 서버 및 운영 체제 운영의 부담은 덜고 서비스의 개발 및 구축을 통해 빠르게 혁신에 집중할 수 있기 때문입니다. 본 강연에서는 클라우드 네이티브한 방식으로 서버리스 애플리케이션을 고도화 하는 방법에 관해 알아봅니다. 아키텍처를 디커플링하고 비동기적으로 구성함으로써 보다 유연한 확장이 가능하게 됩니다. Amazon API Gateway, AWS Lambda 를 활용한 기본적인 서버리스 애플리케이션을 Lambda의 신규 기능과 Amazon SQS, Amazon RDS Proxy, AWS Secrets Manager 등을 활용해 보다 안정적으로 확장하는 방법에 관해 알아봅니다.
Amazon Cognito와 함께 서버리스를..! - 이재일 (강남비기너모임) :: AWS Community Day 2017AWSKRUG - AWS한국사용자모임
AWS 자원을 효율적으로 이용하기 위해 Cognito를 사용하게 되었습니다. Cognito의 기능과 Cognito를 사용하면 좋은 점, 서비스를 개발하면서 생겼던 이슈 등을 발표합니다. 시연으로 Cognito + S3 + Lambda 를 이용한 서버리스 아키텍처 기반의 포토 갤러리 웹 서비스를 소개합니다.
[Games on AWS 2019] AWS 사용자를 위한 만랩 달성 트랙 | AWS에서 분산 서비스 거부 공격(DDoS)을 고민하지 않는 ...Amazon Web Services Korea
게임 서비스는 종종 악의적인 사용자에 의해 의도적인 서비스 거부 공격을 받습니다. 서비스 거부 공격은 인프라 수준의 공격인 경우와 어플리케이션 수준의 공격으로 나눌 수 있는데, 두 가지 공격에 대해 AWS 기반으로 어떻게 피해를 최소화 할 수 있는지와 사례를 소개합니다.
Monitoring Kubernetes with Elasticsearch Services - Ted Jung, Consulting Arch...Amazon Web Services Korea
This document provides an agenda and overview of a presentation on using the Elastic Stack to gain observability of a Kubernetes environment. The presentation covers introducing the Elastic Stack and its components, challenges of monitoring and logging Kubernetes, and a demonstration of using Filebeat, Metricbeat, and APM tools to collect logs, metrics, and traces from a Kubernetes cluster.
The document discusses guest access configuration using ArubaOS captive portal capabilities. It describes the captive portal authentication process which uses initial and post-authentication roles to redirect users to a login page after getting an IP address. Guest provisioning allows non-IT staff to create guest accounts using the internal database for authentication. Amigopod provides additional advanced guest management features while the base ArubaOS supports basic functionality with authentication to a single controller's internal database.
The document describes how to navigate to and interact with the recycle bin interface in Alfresco:
1. The recycle bin can be accessed from the user dashboard or from within a specific site.
2. Items in the recycle bin are filtered based on the site context or lack thereof.
3. Recent items deleted are also visible without accessing the recycle bin directly.
4. Individual or multiple documents can be selected and moved to the recycle bin to delete.
Building AWS Lambda Applications with the AWS Serverless Application Model (A...Amazon Web Services
Learning Objectives:
- Learn how to build serverless applications in a simple and repeatable manner
- Understand the fundamentals of the AWS Serverless Application Model
- Gain best practices for serverless application development
When building applications with AWS Lambda, you need a way to easily model and deploy the resources in your serverless application such as Lambda functions, APIs, Amazon DynamoDB tables, and more. The AWS Serverless Application Model (AWS SAM) is an open source specification which defines simplified syntax for expressing serverless resources. In this session, we will teach you the essentials of using AWS SAM to model and deploy serverless applications in a simple and repeatable manner. You will learn best practices for using AWS SAM and how to deploy it using services like AWS CloudFormation and AWS CodePipeline.
The best way to run Elastic on KubernetesElasticsearch
Elastic Cloud on Kubernetes (ECK) automates the deployment and orchestration of the Elastic Stack on Kubernetes. Learn about the available options for underlying storage and the tradeoffs between local disks and network-attached volumes.
This document provides an overview of Ingress in Kubernetes, including:
1) It describes the different types of Kubernetes services - ClusterIP, NodePort, LoadBalancer, ExternalName, and Headless - and examples of using each type.
2) It explains that Ingress resources define routing rules to services, and Ingress controllers watch for Ingress resources and update rules to satisfy conditions.
3) Ingress allows for name-based and path-based routing to services, and controllers provide a default backend for requests not handled by Ingress rules.
Arm 기반의 AWS Graviton 프로세서로 구동되는 AWS 인스턴스 살펴보기 - 김종선, AWS솔루션즈 아키텍트:: AWS Summi...Amazon Web Services Korea
발표영상 다시보기: https://youtu.be/qLWJ6-Hyj_0
AWS Graviton 프로세서는 다양한 클라우드 워크로드에 대해 최고의 가격 대비 성능을 제공하기 위해 64비트 Arm Neoverse 코어를 사용한 맞춤형 제품입니다. 애플리케이션 서버, 마이크로서비스, 고성능 컴퓨팅, 게임, 오픈 소스 데이터베이스 및 인 메모리 캐시를 포함하여 다양한 워크로드에 적용 가능한 Graviton 프로세서 기반 EC2를 자세하게 소개합니다.
2021년 11월 18일(목)
- 14:00 ~ 15:00 MySQL Operator for Kubernetes
: Kubernetes 환경에서 MySQL에 대한 더 쉬운 운영
- 15:00 ~ 15:15 MySQL HA and Auto-Failover
: MySQL replication과 오픈소스 MHA를 통한 고가용성 확보
사내 발표자료 겸 만들었는데, ECS Fargate를 이용하실 분들이라면, 편리하게 쓰실 수 있도록 최대한 상세하게 만들어 보았습니다.
사실 CloudFormation 등 배포는 좀 더 편리하게 할 수 있지만, 회사 사정도 있고, 제가 일단 그런 기술을 너무 늦게 알았기 때문에 다루지는 않았습니다.
AWS, I Choose You: Pokemon's Battle against the Bots (SEC402-R1) - AWS re:Inv...Amazon Web Services
Join us for this advanced-level talk to learn about Pokemon's journey defending against DDoS attacks and bad bots with AWS WAF, AWS Shield, and other AWS services. We go through their initial challenges and the evolution of their bot mitigation solution, which includes offline log analysis and dynamic updates of badbot IPs along with rate-based rules. This is an advanced talk and assumes some knowledge of Amazon DynamoDB, Amazon Kinesis Data Firehose, Amazon Kinesis Data Analytics, AWS Firewall Manager, AWS Shield, and AWS WAF.
[AWS Builders 온라인 시리즈] AWS, 최적의 비용 효율화 방법은? - 조효원, AWS Cloud Financial ManagerAmazon Web Services Korea
발표자료 다시보기: https://youtu.be/7o9UzHZ_sN0
AWS는 클라우드 컴퓨팅을 활용하여 인프라 운영 및 관리에 자원을 분산하지 않으면서도 최신 IT 기술을 골라 적용함으로써 고객이 실제 비즈니스 핵심 역량에만 집중할 수 있게 도와 드리고 있습니다. 빠른 속도로 시장의 요구에 맞게 움직일 수 있다는 장점 뿐만 아니라, 초기 투자 없이 사용한 만큼만 금액을 지불함으로써 얻는 비용 절감은 AWS 클라우드의 큰 이점 중 하나입니다. 본 세션에서는 AWS 클라우드의 비용 관리 방법에 대해 알아보고, 실제로 비용 절감을 하기 위한 다양한 방법들을 소개해 드립니다.
AWS Amplify를 통한 손쉬운 모바일 애플리케이션 개발하기 - 김필중 솔루션즈 아키텍트, AWS :: AWS Summit Seoul ...Amazon Web Services Korea
AWS Amplify를 통한 손쉬운 모바일 애플리케이션 개발하기
김필중 솔루션즈 아키텍트, AWS
AWS는 모바일 개발 및 배포를 위한 다양한 서비스를 제공하고 있습니다. 본 세션에서는 간단한 모바일 데모 애플리케이션의 개발 시작부터 배포까지 모든 영역에서 활용할 수 있는 서비스에 대해 알아보고 그 활용 방법을 소개합니다. AWS Amplify를 사용한 기능 개발 및 배포, Amazon Cognito를 통한 계정 관리, AWS AppSync를 통한 데이터 동기화, 서버리스 기반의 백엔드 등에 대해 자세히 알아볼 수 있습니다.
The document discusses Amazon EC2 Container Service (ECS) and Amazon EC2 Container Registry (ECR). It provides an overview of how ECS manages Docker containers across server instances in a cluster, including task scheduling and service deployment. It also summarizes ECR as a fully managed private Docker container registry that provides security, reliability and integration with ECS and other AWS services. The document highlights key capabilities like load balancing, auto scaling, private access control and integration with tools like the Docker CLI.
This guide details the advanced guest access features available to organizations through the combination of Aruba’s Amigopod and Mobility Controller solutions. This includes details of workflow management, RADIUS configuration, AAA configuration, and testing of the solution. This guide builds on the network defined in the Campus VRD.
To learn more, visit us at http://www.arubanetworks.com/wlan. Join the discussion at https://community.arubanetworks.com
Vehicles are an integral part of the Internet of Things, with over 3/4 of new vehicles in developed countries expected to have internet connectivity by 2020. Connected vehicles communicate with backend servers, edge services, traffic hubs, and endpoint devices using various technologies like cellular, DSRC, Wi-Fi, and Bluetooth. Emerging technologies like LTE-V are poised to replace the 15-year old IEEE 802.11p standard for vehicle-to-infrastructure communication, providing benefits like existing network infrastructure and low latency. Over-the-air software updates are necessary for automated vehicle software, and organizations like ITU and UNECE are working on standards to ensure the cybersecurity of these updates.
The document describes how to navigate to and interact with the recycle bin interface in Alfresco:
1. The recycle bin can be accessed from the user dashboard or from within a specific site.
2. Items in the recycle bin are filtered based on the site context or lack thereof.
3. Recent items deleted are also visible without accessing the recycle bin directly.
4. Individual or multiple documents can be selected and moved to the recycle bin to delete.
Building AWS Lambda Applications with the AWS Serverless Application Model (A...Amazon Web Services
Learning Objectives:
- Learn how to build serverless applications in a simple and repeatable manner
- Understand the fundamentals of the AWS Serverless Application Model
- Gain best practices for serverless application development
When building applications with AWS Lambda, you need a way to easily model and deploy the resources in your serverless application such as Lambda functions, APIs, Amazon DynamoDB tables, and more. The AWS Serverless Application Model (AWS SAM) is an open source specification which defines simplified syntax for expressing serverless resources. In this session, we will teach you the essentials of using AWS SAM to model and deploy serverless applications in a simple and repeatable manner. You will learn best practices for using AWS SAM and how to deploy it using services like AWS CloudFormation and AWS CodePipeline.
The best way to run Elastic on KubernetesElasticsearch
Elastic Cloud on Kubernetes (ECK) automates the deployment and orchestration of the Elastic Stack on Kubernetes. Learn about the available options for underlying storage and the tradeoffs between local disks and network-attached volumes.
This document provides an overview of Ingress in Kubernetes, including:
1) It describes the different types of Kubernetes services - ClusterIP, NodePort, LoadBalancer, ExternalName, and Headless - and examples of using each type.
2) It explains that Ingress resources define routing rules to services, and Ingress controllers watch for Ingress resources and update rules to satisfy conditions.
3) Ingress allows for name-based and path-based routing to services, and controllers provide a default backend for requests not handled by Ingress rules.
Arm 기반의 AWS Graviton 프로세서로 구동되는 AWS 인스턴스 살펴보기 - 김종선, AWS솔루션즈 아키텍트:: AWS Summi...Amazon Web Services Korea
발표영상 다시보기: https://youtu.be/qLWJ6-Hyj_0
AWS Graviton 프로세서는 다양한 클라우드 워크로드에 대해 최고의 가격 대비 성능을 제공하기 위해 64비트 Arm Neoverse 코어를 사용한 맞춤형 제품입니다. 애플리케이션 서버, 마이크로서비스, 고성능 컴퓨팅, 게임, 오픈 소스 데이터베이스 및 인 메모리 캐시를 포함하여 다양한 워크로드에 적용 가능한 Graviton 프로세서 기반 EC2를 자세하게 소개합니다.
2021년 11월 18일(목)
- 14:00 ~ 15:00 MySQL Operator for Kubernetes
: Kubernetes 환경에서 MySQL에 대한 더 쉬운 운영
- 15:00 ~ 15:15 MySQL HA and Auto-Failover
: MySQL replication과 오픈소스 MHA를 통한 고가용성 확보
사내 발표자료 겸 만들었는데, ECS Fargate를 이용하실 분들이라면, 편리하게 쓰실 수 있도록 최대한 상세하게 만들어 보았습니다.
사실 CloudFormation 등 배포는 좀 더 편리하게 할 수 있지만, 회사 사정도 있고, 제가 일단 그런 기술을 너무 늦게 알았기 때문에 다루지는 않았습니다.
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발표자료 다시보기: https://youtu.be/7o9UzHZ_sN0
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This guide details the advanced guest access features available to organizations through the combination of Aruba’s Amigopod and Mobility Controller solutions. This includes details of workflow management, RADIUS configuration, AAA configuration, and testing of the solution. This guide builds on the network defined in the Campus VRD.
To learn more, visit us at http://www.arubanetworks.com/wlan. Join the discussion at https://community.arubanetworks.com
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POTHOLE DETECTION SYSTEM USING YOLO v4 ALGORITHMIRJET Journal
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◦ Node-RED for data processing and visualization
◦ Dronekit for drone control
◦ Sensortag for environmental data
Pilot E: Port Area Monitoring
Innovation
- Real-time monitoring of port areas using drones and sensors
- Early detection of incidents like fires or explosions
- Improved situational awareness for emergency responders
- Automated data collection from hard to reach areas
- Integration of multiple sensor types (thermal, gas, video etc)
- Processing of sensor data to detect anomalies
Benefits:
- Faster response times in emergencies
- Improved safety for emergency workers
- Detection of environmental hazards
- Continuous monitoring for security
Pilot
Robotics - Mainstream or Marginal for Process Industries?Yokogawa1
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IRJET - Automobile Enhanced Security System using LabVIEW based on IoTIRJET Journal
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Verification of IVI Over-The-Air using UML/OCLSeungjoo Kim
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This document summarizes a survey on vehicle tracking systems using IoT. It discusses various approaches taken in previous research projects that implemented vehicle tracking using technologies like Arduino, Raspberry Pi, GPS, GSM, and databases. The survey compares using Arduino vs Raspberry Pi as the embedded platform and on-chip vs server-side data storage. It is concluded that Raspberry Pi provides faster processing and more RAM compared to Arduino, and server-side storage offers more security and flexibility than on-chip storage.
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IATA Interactive Cargo Webinar 2021
1. Your host:
Sonia Ben Hamida
Project Manager Interactive Cargo
IATA
Episode 3 : Interactive Cargo
Digital Cargo
Webinars 2021
2. This webinar is recorded
for future use
The video recording is available on
YouTube: https://youtu.be/z70OIjbee1I
3. 2021 Digital Cargo Webinars Calendar
Register on www.iata.org/en/events/e-cargo
1 Executive session Recording of webinar (YouTube)
2 Digital Cargo 24 June, 14:00 - 15:30 CEST
3 Interactive Cargo 29 June, 14:00 - 15:30 CEST
4 Pilots & Hackathon 1 July, 14:00 - 15:30 CEST
5 ONE Record 6 July, 14:00 - 15:30 CEST
6 EU FEDeRATED Project 8 July, 14:00 - 15:30 CEST
7 Digital Cargo Products & Tools 13 July, 14:00 - 15:30 CEST
4. Agenda
Part 1
Part 2
Part 3
Part 4
Part 5
The IATA Interactive Cargo project achievements and next steps
Sonia Ben Hamida, Project Manager Interactive Cargo, IATA
Carlos Tornero, Deputy General Counsel, IATA
Safely and efficiently approving the use of cargo tracking devices
Jeff Clark, Founder & CEO, 7PSolutions, LLC
Sharing IoT device data with ONE Record: Outcomes and lessons learnt
Tomal Sohorab, Manager, Cargo Solutions Strategy and Business Development, Air Canada Cargo
The handling of interactive cargo: Main challenges and potential solutions
James Hookham, Secretary General, Global Shippers’ Forum
Networking session
Webinar participants
5. Part 1
The IATA Interactive Cargo project
achievements and next steps
2021 Interactive
Cargo Webinar
Sonia Ben Hamida
Project Manager Interactive Cargo
IATA
Carlos Tornero
Deputy General Counsel
IATA
6. The Time to
Prepare for COVID-
19 Vaccine
Transport is Now
iata.org/en/pressroom/pr/2020-09-09-01
7. Air cargo is an
essential
component of
cross-border e-
commerce
iata.org/en/programs/cargo/cargo-operations/e-commerce-logistics
8. Our vision
To equip airlines and the air cargo
supply chain with responsive air cargo
services based on intelligent systems
able to:
• self-monitor;
• send real-time alerts;
• respond to deviation to meet
customers’ expectations;
• and report on the cargo journey to
allow data-driven improvements.
Making cargo talk
Locate
Track
Notify / Alert
Monitor
Respond
9. Objectives and key deliverables
Interactivity
Characterization
Policy Paper - Vision of
Interactive Cargo data
capture and sharing
Recommended
Practice - IoT device
data sharing in air
cargo
Standard Operating
Procedures –
Implementation of the
IoT device data model
Device
Certification
Policy Paper - Vision of
the approval of the use
of IoT devices in the air
cargo industry
Recommended
Practice - Approval of
the use of portable
electronic devices
onboard aircraft
Standard Operating
Procedures – Adoption
and use of IoT devices
Data Use
Agreement
Amendment to the
Recommended
Practice Conditions of
Carriage for Cargo
Interactive Cargo
Handling
Creation of a specific
Label for Interactive
Cargo
Recommended
Practice – Use of the
Electronic Monitoring
Device Special
Handling Code
Standard Operating
Procedures –
Interactive Cargo
Handling Process
Pilots for
Operational
Validation
Development of pilot
projects
Validation and update
of Standard Operating
Procedures
The goal is to provide stakeholders in the air cargo supply chain with a set of standards and guidance
documents to enable and ease the use of IoT devices for interaction with cargo.
10. Project timeline: Key milestones
MAY JUL OCT
JUN AUG NOV DEC
SEP Q4
Q2
Q1 Q3
2020 2021
Interactive Cargo Task Force Kickoff
Interactivity Characterization
Device Certification
Data Use Agreement
Policy Papers
Recommended Practices
COVID19 Emergency Response Plan
ONE Record / Interactive Cargo Pilot Projects
Interactive Cargo
Pilot Projects
DEC
2021
DEC
2020
DEC
2020 Data Use Agreement
Standard Operating Procedures
Interactive Cargo Handling
11. Interactive Cargo Project Participants
The Interactive Cargo Task Force is
composed of more than 60
participants, representing the
whole supply chain:
- 20 members;
- Observers;
- IATA Subject Matter Experts;
- Invited experts.
13. Interactivity Characterization
How to integrate Interactive Cargo requirements into ONE Record ?
✓ Understand what interactions we
want to achieve
✓ Define what we want to
capture/measure
✓Identify the data elements required
✓Agree on a standard / common
language
✓Integrate the data elements into
the ONE Record data model
✓Identify and define business
rules as appropriate
Business
Needs
Data
Elements Data
Model &
Business Rules
14. RECOMMENDED PRACTICE –
IOT DEVICE DATA SHARING IN
AIR CARGO
This recommended practice defines the
common vocabulary for air cargo to enable
cargo interactions using IoT devices. This
standard enables data sharing between
supply chain actors through the integration of
these data elements into the ONE Record
data model available on the IATA Cargo
GitHub.
The recommended practice will be available
in the next release of the Cargo Services
Resolution Manual.
15. Pilot project objectives on Interactivity
Characterization
Test and refine the data model of IoT devices in air cargo
Integrate the data model of IoT devices into the ONE Record data model
Validate IATA’s standard API for IoT devices in air cargo
Capture real-time data on cargo conditions
Share IoT data accross the supply-chain
Develop operational procedures to respond to deviations
16. The data model of IoT devices has been
added to the IATA Cargo GitHub
The descriptions of the data elements are
available on the IATA Cargo GitHub
Integrate the data model of IoT devices into the ONE Record data model
17. ONE Record API: Overview of the key
features
The ONE Record Developer Portal provides
the API specifications
Validate IATA’s standard API for IoT devices in air cargo
20. ✓ Understand the technical
constraints
✓ Understand the regulatory
framework (e.g., FAA, EASA)
✓ Understand the current
certification process
✓Identify the pain points
✓Define the priorities
✓Identify commonalities and
harmonization potential
✓Set standard for connected
device certification process
As-is
Analysis
Industry
Challenges Industry
Standard
Device Certification
How to set a standard certification process?
21. What are the regulations and guidance materials?
❖ `AC 91.21-1D Use of Portable Electronic Devices Aboard Aircraft (Advisory Circular 91.21-1D). (2017). Federal Aviation Administration (FAA).
https://www.faa.gov/regulations_policies/advisory_circulars/index.cfm/go/document.information/documentID/1032206
❖ AMC1 CAT.GEN.MPA.140 Portable electronic devices. (2019). In Acceptable Means of Compliance (AMC) and Guidance Material (GM) to Annex IV Commercial air transport operations [Part-CAT]. European Union
Aviation Safety Agency (EASA). www.easa.europa.eu/sites/default/files/dfu/Consolidated%20AMC-GM_Annex%20IV%20Part-CAT_March%202019.pdf
❖ DO-160G—Environmental Conditions and Test Procedures for Airborne Equipment. (2010). American Radio Technical Commission for Aeronautics (RTCA). https://do160.org/rtca-do-160g/
❖ DO-307 Revision A - Aircraft Design and Certification for Portable Electronic Device (PED) Tolerance. (2016). American Radio Technical Commission for Aeronautics (RTCA).
https://global.ihs.com/doc_detail.cfm?document_name=RTCA%20DO%2D307&item_s_key=00500905
❖ DO-363—Guidance for the Development of Portable Electronic Devices (PED) Tolerance for Civil Aircraft. (Dec-16). American Radio Technical Commission for Aeronautics (RTCA).
https://standards.globalspec.com/std/10072592/RTCA%20DO-363
❖ EASA FAQs—Cargo Tracking Devices. (2020). EASA. https://www.easa.europa.eu/the-agency/faqs/cargo-tracking-devices
❖ ED-14G—Environmental Conditions and Test Procedures for Airborne Equipment. (2011). European Organisation for Civil Aviation Equipment (EUROCAE). https://eshop.eurocae.net/eurocae-documents-and-
reports/ed-14g/#
❖ ED-130A—Guidance for the use of Portable Electronics Devices (PEDs) on Board Aircraft. (2016). European Organisation for Civil Aviation Equipment (EUROCAE). https://eshop.eurocae.net/eurocae-documents-and-
reports/ed-130a/
❖ ED-239—Aircraft Design and Certification for Portable Electronic Device (PED) Tolerance. (2016). European Organisation for Civil Aviation Equipment (EUROCAE). https://eshop.eurocae.net/eurocae-documents-
and-reports/ed-239/
❖ FAA Aid to Operators for the Expanded Use of PEDs. (2014). https://www.faa.gov/other_visit/aviation_industry/airline_operators/airline_safety/info/all_infos/media/2013/info13010sup.pdf
❖ Guidance Document—Battery Powered Cargo Tracking Devices and Data Loggers. (2020). International Air Transport Association (IATA).
https://www.iata.org/contentassets/05e6d8742b0047259bf3a700bc9d42b9/lithium-battery-guidance-document-2020-for-pharma-en.pdf
❖ Recommendations on the Transport of Dangerous Goods, Manual of Tests and Criteria (7th ed.). (2019). United Nations (UN). http://www.unece.org/trans/danger/publi/manual/rev7/manrev7-files_e.html
22. RECOMMENDED PRACTICE –
APPROVAL OF THE USE OF
PORTABLE ELECTRONIC DEVICES
FOR AIR CARGO
This recommended practice introduces a
simplified and standard approval process
for the use of portable electronic devices
onboard aircraft. The standard approval
request form can be downloaded at
www.iata.org/interactive-cargo.
The recommended practice will be
available in the next release of the Cargo
Services Resolution Manual.
23. Overview of the recommended practice
Aircraft PED tolerance
checklist
1.Front Door Coupling
2.Back Door Coupling
Device Electromagnetic
Compatibility checklist
1.Front Door Coupling
2.Back Door Coupling
Process Request Form Checklists
24. Pilot Project Objectives on Device Certification
Validate the approval process recommended by IATA
Standardize the approval request form
Simplify the approval process for interlines
Pre-assess cargo tracking devices by IATA (need to be validated by airlines)
Create a database of approved cargo tracking devices
25. The Interactive Cargo Task Force developed the
recommended practice – Approval of the use
of portable electronic devices for air cargo.
This new IATA standard has been endorsed by
the Cargo Services Conferences in March 2021.
This recommended practice introduces a
simplified 4-step approval process.
Validate the approval process recommended by IATA
26. The Interactive Cargo Task Force also developed a standard approval request form
that can be downloaded at iata.org/interactive-cargo
Standardize the approval request form
28. • Understand risks related to the
use of Interactive Cargo Data
• Understand the data legal
framework with regard to
tracking devices
• Identify the mitigation risks
• Describe the use/disclosure and
outlines parameters of specific
purpose
• Agree on a Data Use Agreement,
either under a charter or an
amendment of the conditions of
carriage
Risks
Mitigation
Actions Data Use
Agreement
Data Use Agreement
What are the rules around the use and disclosure of the data?
29. The adoption of IoT devices introduces new risks and
opportunities
1. Internet of Things (IoT) devices are becoming more predominant, supply chain stakeholders need to be mindful of the
following key issues:
• Safety issues
• Data privacy and protection
• Liability issues
• Data ownership
• Intellectual Property Rights
2. Lithium battery-powered devices are being used and can interfere with aircraft equipment:
• Civil Aviation authorities must approve these devices.
• Airlines want shippers to tell them when and which devices are being used.
3. Quality of service.
30. Amendment of the Recommended Practice 1601
Conditions of Carriage for Cargo
“….3.8 Portable Electronic Devices for Air Cargo (PED)
a) Shipper shall not attach to, or include with, any shipment any equipment used to capture and record data regarding the
shipment (a Portable Electronic Device, also known as a PED) except in compliance with the conditions set forth in
paragraphs (b), (c), and (d).
b) At the time of booking with the Carrier, Shipper will provide the Carrier in writing with (1) the name of the Device
Manufacturer and the model of the PED to be attached; (2) confirmation that such device has been approved/certified for
use in air carriage by the appropriate regulatory authorities if applicable and previously authorized by the Carrier; and (3)
confirmation that any such device that contains a lithium battery has been handled and packaged in accordance with
applicable dangerous goods regulations.
c) Shipper shall also ensure that the PED is in good working order before Carriage.
d) Shipper shall acknowledge that in tendering a Shipment with a PED, Shipper grants the Carrier a perpetual, royalty-free,
irrevocable license to use any data emanating from such PED and Shipper shall make such data available to the Carrier upon
request.
e) Notwithstanding acceptance by the Carrier of a shipment including a PED, Shipper shall remain responsible for any damage
or injury to the Carrier or third parties as set forth in Sections 6.1.1 and 11.9 hereof”.
32. Challenges identified in interactive cargo handling
• Procedures and requirements for using approved tracking devices and data
loggers remain unclear.
• No standard way to declare and describe devices, this most often leads to their
non-declaration.
• Difficult and time-consuming to verify that the device is approved for interline.
If no action is taken, the handling of interactive cargo will evolve inconsistently and
inhibit the movement of goods as shipments will be more likely to be blocked,
delayed, or returned.
34. Pilots for Operational Validation
How to verify the set of standards are fit for purpose?
• Stakeholders
• Scope (i.e., business process)
• Deliverables
• Timeline
• Project team
• Roles & responsibilities
• Organization structure
• Stage-gate process
• Project committee
• Key Performance Indicators
Pilot
Definition
Pilot
Organization Pilot
Governance
35. Ongoing Interactive Cargo Pilot Projects
To take part or propose a pilot, contact us at interactivecargo@iata.org
Interactivity
Characterization Pilots
Real-time cargo tracking for shipments requiring
special handling
Visibility, tracking and alerts at the piece level
Smooth border crossing by data sharing and
logistics transparency
Real-time tracking through a web platform
compliant with ONE Record
IoT data collection, distribution, and reporting
Device Certification Pilots
Approval of the use of Portable Electronic
Device (PED) for air cargo
IATA pre-assessment of cargo tracking devices
36. Airline
Ground Handler
Device Manufacturer
ULD Manufacturer
Visibility, tracking and alerts at the piece level
• Deploying OnAsset’s SENTRY devices for consignment visibility and Sentinel BLE devices to extend the visibility to piece level on Air
Canada Cargo shipments.
• Demonstrating autonomous delivery of in-shipment status messaging and sensor-based alerts with availability through OAInsight API.
Also, to include CargoiQ milestone mirroring through AC Cargo facilities. Additionally, include the visibility and tracking of Unilode
ULDs integrated with the OnAsset Sentinel BLE devices.
Pilot Description
Pilot Participants
Implementation roadmap
✓ Install devices
JAN-21
✓ Define the flow of data
FEB-21
Monitor shipment movements
JUL-21
Evaluate results
JUN-21
37. Shipper
Freight Forwarder
Airline
Ground Handler
Device Manufacturer
IT Service Provider
Real-time cargo tracking for shipments requiring special handling
• Track shipments requiring special handling, using Bluetooth Low-Energy (BLE) tags and sensors to capture real-time geolocation,
temperature and humidity throughout the journey, except in-flight.
• Display the data in the carrier’s platform and connect with supply chain actors using the One Record protocol.
• The pilot team is looking for shippers and freight forwarders to test the real-time tracking.
Pilot Description
Pilot Participants
Implementation roadmap
Find shippers and forwarders
to participate in the pilot JUL-
21
✓ Select airports and
trade lanes DEC-20
✓ Install receivers and
develop platform MAR-21
Monitor shipments and test
procedure JUL-21
Evaluate results
AUG-21
38. Shipper
Freight Forwarder
Device Manufacturer
Airline
IT Service Provider
Real-time tracking through a web platform compliant with ONE
Record
The objectives of the pilot are to enable real-time tracking of shipments and validate the ONE Record data model for IoT devices:
• Visibility of tracking data for temperature-sensitive shipments using the ONE Record data model linking the air waybill and Cargo
iQ events on a web platform.
• Display real-time information of temperature and geolocation information.
• Airport-to-airport (or door-to-door with freight forwarder participation).
Pilot Description
Pilot Participants
Implementation roadmap
Find shippers and forwarders
to participate in the pilot AUG-
21
Interface data
JUL-21
Develop web platform
OCT-21
Test Proof of Concept
JAN-22
Completion
MAR-22
39. Smooth border crossing by data sharing and logistics transparency
• Vedia is seeking One Record for air-road transport and especially focusing on IoT aspects and data sharing in multimodal logistics chains.
• Data collection from road transport via mobile app, IoT device and background systems
• Data sharing between business and authorities
• Data sharing between road and air transport
• Automated border crossing pilot between Norway and Finland is the first place where Vedia will adapt One Record
• Data sharing between road transport, authorities and air cargo
Pilot Description
Pilot Participants
Implementation roadmap
Vedia ONE Record server for border crossing pilot
Q1-21
Finland/Russia/China corridor collaboration
Q2-21
Airline
IT Service Provider
Device Manufacturer
40. IoT data collection, distribution, and reporting
In 2020, the CCS-UK User Group and Nexshore developed a One Record Server which will be enhanced to provide the following:
Real-time alerts to notify parties about cargo movements. Database of en-route personnel involved in handling of special cargoes
tracked by IoT devices. Publication of datasets to feed into Cargo IQ like platforms and directly back to consignment owners.
Aggregation of IoT and consignment data from multiple sources. Data anonymisation to review and share information for overall
shipping improvement. Visualization of route failures and risk areas using heat map overlays.
Pilot Description
Pilot Participants
Implementation roadmap
Find pilot participants
AUG-21
Build new functionalities, consume data and
monitor en-route
OCT-21
Analyze data and produce report
JAN-22
Shipper
Freight Forwarder
Airline
Ground Handler
Device Manufacturer
IT Service Provider
41. Approval of the use of Portable Electronic Devices (PEDs) for air
cargo
• To adopt the IATA recommended practice and checklists for the approval of Portable Electronic Devices onboard aircraft for air cargo,
in order to standardize information required for approval and decrease the total duration required for carriers to complete an
approval request.
Pilot Description
Pilot Participants
Implementation roadmap
✓ Find device manufacturers to
participate in the pilot NOV-20
✓ CAAS to review IATA
Recommended Practice
✓ Singapore Airlines to
implement the IATA standard
approval process
Validate the new process
with device manufacturers
Evaluate total duration of the
approval review OCT-21
Airline
Civil Aviation
Device Manufacturer
42. Approval of the use of Portable Electronic Devices (PEDs) for
air cargo: First outcomes
93
31
BEFORE (Previous Process) AFTER (IATA Standard Process)
Average
duration
(days)
66% reduction in approval duration:
Average approval time decreased from 93
days to 1 month.
Comprehensive set of documentation
received as compared to prior process,
reducing the process turnaround time to
request for supporting documentation.
Next steps:
• Update the request form to ease the review
of supporting documents
66%
43. IATA pre-assessment of cargo tracking devices
To develop for Device Manufacturers a device pre-assessment by an independent validator that verifies the validity of a request for the
approval of a cargo tracking device by airlines. The pre-assessment will validate that:
1. The IATA standard request form is valid
2. and supporting documents that IATA recommends to attach to the request are valid.
Pilot Description
Pilot Participants
Implementation roadmap
IATA to survey airlines to validate the
need AUG-21
Find airline and device manufacturers to
participate in the pilot SEP-21
Test the pre-assessment by an
independent validator SEP-21
Validate the program with device
manufacturers and airlines OCT-21
Airline
Device Manufacturer
IATA
44. SURVEY: How to improve the airline approval process
for cargo tracking devices?
What are the reasons why requests are
rejected?
1. Missing information
2. Battery issues ; Lithium batteries
exceeding FAA or EASA
recommendations
3. Not compliant with regulations
4. No commercial value
5. Intellectual property issues
49. Approving the use of Portable Electronic Devices (PEDs) Approval for Air Cargo
Pilot Project Goals
• Adopt the IATA recommended practice for the approval of PEDs onboard
aircraft for air cargo shipments
• Establish a standardized checklist to be utilized during the approval process
• Standardize the information required
• Decrease the duration required for airlines to complete an approval request
50. Approving the use of Portable Electronic Devices (PEDs) Approval for Air Cargo
Approval Challenges
• Documents required for the approval process
• The time required for the PED approval
• How to approve different models / types of devices at the same time
• How to approve next generate of PEDs
51. Approving the use of Portable Electronic Devices (PEDs) Approval for Air Cargo
Pilot Project Results
• A detailed device manual was provided to the airline, this was easily passed
to the civil air authorities of their home base country
• Device manual allowed for a simple check-off by airline engineering team as
well as the civil air authorities, reduction of questions
• Improved approval duration
• Improved approval process of two (2) different PED models within the same
process
52. Part 3
Sharing IoT device data with ONE Record:
Outcomes and lessons learnt
2021 Interactive
Cargo Webinar
Tomal Sohorab
Manager, Cargo Solutions Strategy and Business Development
Air Canada Cargo
53. Blue Skies
June 29, 2021
Tomal (Tom) Sohorab
Manager, Cargo Solutions Strategy and Business Development
tomal.sohorab@aircanada.ca
54. Outline:
1
2
3
Air Canada Timeline
The technology milestones and the common denominator.
Beyond Cargo
Transparency creating new opportunities beyond the box.
Build Cars or Roads ?
IoT devices driving the demand for transparency. Transparency requires structure !
65. What Next ?
Cargo and Maintenance
Warehouses
Airports Ground Service
Equipment
Cargo, Maintenance, and
Airports Assets
Passenger Baggage Tracking
AC Altitude Bag Tags
Pet location tags
Unaccompanied Minors
Cargo Piece Level Tracking
(One Record)
67. Thank You
Merci
67
Tomal (Tom) Sohorab
Manager, Cargo Solutions Strategy and Business Development
2580 Britannia Road East, YYZ 2411
Mississauga, ON L4W 2P7
T 905 694-5161| C 416 618-0273
tomal.sohorab@aircanada.ca
68. Part 4
The handling of interactive cargo: Main
challenges and potential solutions
2021 Interactive
Cargo Webinar
James Hookham
Secretary General
Global Shippers’ Forum
69. IATA Digital Cargo Conference 2021
Interactive Cargo Project
29 June 2021
‘The Handling of Interactive Cargo:
Main Challenges and Potential Solutions’
James Hookham
Global Shippers’ Forum
71. Brave new world
Smart trackers & data loggers offer shippers:
• Real-time location tracking
• In-flight comms capability (?)
• Record of environmental conditions
• Alerts for tampering, change of route,
temperature exceedances, mechanical
shock, etc
• Notification of arrival, departure,
jurisdiction change, clearance, etc
72. New technology?
What could possibly go wrong?
• Make and model approved by booked airline or
partner airlines?
• Do I need to provide evidence of conformity?
• Are battery-powered units Dangerous Goods?
• Any additional marking/labelling on packages?
• Any additional entries in Airwaybill?
• Advance notification?
• Additional costs? Additional risk of delay?
• Data access rights, uses and protections
73. Solutions under development …
• Device conformance checking
• Standardised handling procedures
• Simplified DG procedures (?)
• Common documentation requirements
• ‘One-stop’ source for IC requirements
• Handling staff training
• Data protection & security assurances
• Integration of IoT capabilities into Cargo iQ
MOP and shipper KPIs
“Interactive Cargo needs to become routine
in order to become popular”
74. Objectives and key deliverables
Interactivity
Characterization
Policy Paper - Vision of
Interactive Cargo data
capture and sharing
Recommended
Practice - IoT device
data sharing in air
cargo
Standard Operating
Procedures –
Implementation of the
IoT device data model
Device
Certification
Policy Paper - Vision of
the approval of the use
of IoT devices in the air
cargo industry
Recommended
Practice - Approval of
the use of portable
electronic devices
onboard aircraft
Standard Operating
Procedures – Adoption
and use of IoT devices
Data Use
Agreement
Amendment to the
Recommended
Practice Conditions of
Carriage for Cargo
Interactive Cargo
Handling
Creation of a specific
Label for Interactive
Cargo
Recommended
Practice – Use of the
Electronic Monitoring
Device Special
Handling Code
Standard Operating
Procedures –
Interactive Cargo
Handling Process
Pilots for
Operational
Validation
Development of pilot
projects
Validation and update
of Standard Operating
Procedures
The goal is to provide stakeholders in the air cargo supply chain with a set of standards and guidance
documents to enable and ease the use of IoT devices for interaction with cargo.
75. IATA Digital Cargo Conference 2021
Interactive Cargo Project
29 June 2021
‘The Handling of Interactive Cargo:
Main Challenges and Potential Solutions’
James Hookham
Global Shippers’ Forum
76. Part 5
Networking session with our speakers
2021 Interactive
Cargo Webinar
Sonia Ben Hamida
Project Manager Interactive Cargo
IATA
Jeff Clark
Founder & CEO
7PSolutions, LLC
Tomal Sohorab
Manager, Cargo Business Development
Air Canada Cargo
Carlos Tornero
Deputy General Counsel
IATA
James Hookham
Secretary General
Global Shippers’ Forum
77. Networking: Join the IATA Interactive Cargo virtual space
to talk with our speakers and the IATA Digital Cargo Team
How to meet and talk with people in the room?
1. Click and hold and your avatar will move to your cursor.
2. Bring your avatar to another avatar, and a circle will form.
IATA Digital Cargo Team