This document provides an overview of strategies for developing smart ports. It discusses four levels of digital transformation that ports can undergo: internal digital transformation, connecting the port, connecting the port community, and becoming a hyperconnected port. The document outlines the key components of smart ports, including digital technologies, digital strategy, and people. It also discusses drivers for smart port solutions such as climate change, energy changes, and the circular economy. Overall, the document provides a comprehensive conceptual framework for understanding smart ports and developing strategies to transform ports digitally.
The Impact on the Information Technology, Automation Technology and Equipment...Siddharth Chandrasekar
This document discusses the impact of information technology, automation technology, and equipment on port supply chains. It notes that integration of the supply chain and use of technologies like EDI and a terminal operating system have increased efficiency at ports like Singapore. Automation technologies like a terminal logistics control system, equipment monitoring systems, remote-controlled cranes, and RFID have increased speed, safety, and flexibility while reducing congestion. The document concludes that ports integrated with value-added services through efficient information sharing and technology innovation can better connect to the global supply chain.
IoT Harbour solutions & smart ports by Vertical M2M with CommonSense IoT Plat...Robert Vivanco Salcedo
This document discusses IoT solutions from Vertical M2M for port optimization. It describes Vertical M2M's CommonSense IoT platform and ecosystem, then outlines several potential use cases for ports including logistic optimization through vessel tracking, asset maintenance through predictive monitoring, energy efficiency through metering, and environmental monitoring of air and water quality. Implementing these IoT solutions through Vertical M2M's turnkey products could help ports address challenges around sustainability across logistic operations, asset upkeep, energy use, and environmental impact.
Recent technology developments in the information technology space have opened new horizons for the maritime industry. "Digital ports" refers to application of digital technologies of digital technologies such as machine learning, data analytics, visualization, cloud and advanced wireless communications technology to the Port Ecosystem that are driving innovations and enabling business efficiency.
The document discusses the concept of a "smart port" and how Internet of Things (IoT) technologies can enable ports to become more efficient and optimized. It provides examples of ports that have implemented IoT solutions, such as the Port of Barcelona which uses sensors and networks to track vehicles and equipment, monitor air quality, and automate processes. The document also discusses how blockchain could be applied to port logistics for secure data sharing. Finally, it argues that smart ports should be considered within the context of the surrounding city and region, with all locations sharing and analyzing data through the IoT to improve operations across the "smart axis" of port, city and region.
Recently, numerous #Transportation & #Logistics companies are emerging to applicate the usage of #Blockchain Technology in their business #sustainable #development goals. In fact, the automated #Port_of_Rotterdam (as the largest port in Europe) is developing its Blockchain-base logistics system ...
The Emergence of Smart Ports and Their Impactful ImplicationsMehdi Rastegary
This document discusses the emergence of smart ports and their implications. It begins by outlining challenges currently facing ports, including ship size growth and increased competition. New technologies like the Internet of Things, big data, and port automation are transforming the ports industry. These technologies can help ports improve productivity, decision making, and develop new services. The concept of a "smart port" is introduced, which relies on an intelligent information infrastructure to optimize operations, environmental impact, and energy consumption through integration of management areas. The document concludes that smart ports represent a new way of thinking that can help ports develop their intellectual capital and structural resources through information technologies.
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
This document provides an overview of strategies for developing smart ports. It discusses four levels of digital transformation that ports can undergo: internal digital transformation, connecting the port, connecting the port community, and becoming a hyperconnected port. The document outlines the key components of smart ports, including digital technologies, digital strategy, and people. It also discusses drivers for smart port solutions such as climate change, energy changes, and the circular economy. Overall, the document provides a comprehensive conceptual framework for understanding smart ports and developing strategies to transform ports digitally.
The Impact on the Information Technology, Automation Technology and Equipment...Siddharth Chandrasekar
This document discusses the impact of information technology, automation technology, and equipment on port supply chains. It notes that integration of the supply chain and use of technologies like EDI and a terminal operating system have increased efficiency at ports like Singapore. Automation technologies like a terminal logistics control system, equipment monitoring systems, remote-controlled cranes, and RFID have increased speed, safety, and flexibility while reducing congestion. The document concludes that ports integrated with value-added services through efficient information sharing and technology innovation can better connect to the global supply chain.
IoT Harbour solutions & smart ports by Vertical M2M with CommonSense IoT Plat...Robert Vivanco Salcedo
This document discusses IoT solutions from Vertical M2M for port optimization. It describes Vertical M2M's CommonSense IoT platform and ecosystem, then outlines several potential use cases for ports including logistic optimization through vessel tracking, asset maintenance through predictive monitoring, energy efficiency through metering, and environmental monitoring of air and water quality. Implementing these IoT solutions through Vertical M2M's turnkey products could help ports address challenges around sustainability across logistic operations, asset upkeep, energy use, and environmental impact.
Recent technology developments in the information technology space have opened new horizons for the maritime industry. "Digital ports" refers to application of digital technologies of digital technologies such as machine learning, data analytics, visualization, cloud and advanced wireless communications technology to the Port Ecosystem that are driving innovations and enabling business efficiency.
The document discusses the concept of a "smart port" and how Internet of Things (IoT) technologies can enable ports to become more efficient and optimized. It provides examples of ports that have implemented IoT solutions, such as the Port of Barcelona which uses sensors and networks to track vehicles and equipment, monitor air quality, and automate processes. The document also discusses how blockchain could be applied to port logistics for secure data sharing. Finally, it argues that smart ports should be considered within the context of the surrounding city and region, with all locations sharing and analyzing data through the IoT to improve operations across the "smart axis" of port, city and region.
Recently, numerous #Transportation & #Logistics companies are emerging to applicate the usage of #Blockchain Technology in their business #sustainable #development goals. In fact, the automated #Port_of_Rotterdam (as the largest port in Europe) is developing its Blockchain-base logistics system ...
The Emergence of Smart Ports and Their Impactful ImplicationsMehdi Rastegary
This document discusses the emergence of smart ports and their implications. It begins by outlining challenges currently facing ports, including ship size growth and increased competition. New technologies like the Internet of Things, big data, and port automation are transforming the ports industry. These technologies can help ports improve productivity, decision making, and develop new services. The concept of a "smart port" is introduced, which relies on an intelligent information infrastructure to optimize operations, environmental impact, and energy consumption through integration of management areas. The document concludes that smart ports represent a new way of thinking that can help ports develop their intellectual capital and structural resources through information technologies.
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
ASF and Orange Partnership - Floating Mobile Data technologiessonicludo
The document discusses a collaborative effort between ASF (Autoroutes du Sud de la France) and Orange Business Services to develop a powerful real-time traffic information tool. The partnership aims to improve traffic data collection through new mobile technologies and provide reliable traffic updates every six minutes. This includes travel times, traffic conditions, and incident details. The solution is based on analyzing mobile network signaling data and simulations to determine traffic speeds across road networks in France without additional infrastructure investments. An initial pilot deployment is currently testing the new real-time traffic information platform.
This document discusses various technologies that are improving logistics and transportation, including:
1. RFID tracking technology is being used in yards, shipping, distribution centers, railroads, airports, and other areas to track goods and increase supply chain visibility. However, privacy concerns exist regarding personal information.
2. Sensors using GSM technology can track temperature, humidity, shock, and other factors for pharmaceuticals and medical goods.
3. The growing Internet of Things and connected devices will create large pools of information and data for new software, services and analysis.
4. Amazon uses warehouse robots from Kiva Systems to automate moving items to fulfill orders more efficiently.
Machine learning approaches for fraud analytics in Customs Jonathan285782
The document discusses applying machine learning approaches to automate customs fraud detection and goods classification, highlighting several country efforts using techniques like convolutional neural networks and background nets to classify goods descriptions into HS codes based on text, and noting benefits like reduced costs, time, and errors for traders and governments. It also outlines key capabilities an automated classification system should have, such as multi-language support, spelling correction, and abnormality detection to help risk assessment.
This document discusses the digitalization trends transforming the shipping and logistics industry. Key points include:
- Technologies like GPS, smart containers, vessel sensors are improving efficiency by enabling real-time tracking and monitoring of goods and vessel operations.
- Digitalization benefits include optimized transport, reduced waiting times, improved energy efficiency from weather routing and predictive maintenance.
- However, increased data and connectivity also introduce cyber risks if systems are hacked or data is leaked accidentally. Proper security measures are needed to address risks to cargo tracking systems, vessel navigation and more.
- The shipping industry must work closely with software and hardware providers as well as insurers to continuously enhance data security as digitalization increases complexity and exposure to
Painel sobre “Os impactos da IoT na Logística” no evento sobre Indústria 4.0 do Norway Tech Day, ocorrido em 27/nov/18, no Google Campus, Rua Coronel Oscar Porto, 70, Paraíso, São Paulo - SP, Brasil, referente ao tema: Industry 4.0 and Logistics.
- Assunto: 4IR, IIoT, IoT, Internet das Coisas e o Setor de Logística
- Data: 27/11/2018
- Hora: 15:00h às 16:15h
- Local: Auditório do Google Campus, Rua Coronel Oscar Porto, 70, Paraíso, São Paulo - SP, Brasil
- Realização: Embaixada da Noruega
How the Internet of Things (IoT) will impact customer experience, operational...Navaid Khan
The document discusses how the Internet of Things (IoT) will impact customer experience, operational costs, and new business models. It describes how IoT enables new opportunities through technologies like augmented reality, artificial intelligence, and data analytics. Examples are provided of how IoT has helped industries like manufacturing, transportation, and public safety through applications like predictive maintenance, traffic management, and integrated situational awareness systems.
Logistics stakeholders are under increased pressure to guarantee reliable real-time information exchange. A vast amount of technologies are already available, but these are “island applications” and missing the opportunity to optimize the performance of their cooperation. This session aims to show the benefits of merging two worlds: logistics and cooperative mobility services. The aim is to demonstrate the exchange of information in a secure and controlled way in currently existing freight and transport systems and services, to enhance the mobility of goods in the field of urban mobility and city logistics.
Entrepreneurship Strategies and Business Opportunities in Future Cities - Dan...Future Cities Project
The document discusses the Future Cities Project which aims to:
1. Form interdisciplinary teams to build world-class city-scale testbeds using connected vehicles, buses, roadside units and electronic devices to collect data.
2. The project has deployed an experimental testbed in Porto, Portugal involving over 400 connected buses and taxis to study mobility patterns.
3. Early results from the testbed show opportunities to optimize fleet operations and provide free public WiFi using the data collected.
This document discusses mobile NFC ticketing solutions in France. It outlines how adding digital ticketing to existing NFC infrastructure through mobile apps provides benefits without requiring additional investments. Mobile NFC ticketing saw rapid growth during the COVID pandemic as it allows contactless payments. The company Wizway developed SDKs for transit card emulation and reading that have been integrated into mobility apps in several French cities, processing over 3,500 transactions per quarter.
ICT is the proverbial level playing field today. Every company in the logistics industry now has access to the same standard software. Does that eliminate the need for a CIO? During the Amsterdam Logistics CIO Forum in November 17-18 we'll discuss turning data into value for supply chain and logistics and the future role of the CIO.
Business intelligence on the chinese greentech marketEC2i
EC2i objective is to support the internationalisation of European Cleantech SMEs in China and the United States by conducting cluster missions and facilitating cross-cluster partnerships. In this sense, attention is paid to developing tools to guide SMEs through the process of forming consortia and developing projects with clients.
Business intelligence for relevant US and Chinese markets have been collected in reports and are here disseminated to SMEs.
The tools presented here address general barrieres to internationalisation as well as more specific problems SMEs face when integrating themselves into complex, international value chains.
IATA Interactive Cargo Project Overview_2020-06-20Sonia Ben Hamida
“When something goes wrong, it takes time to get information”. Air cargo customers demand more end-to-end visibility and real-time information about their shipments. The demand for these capabilities is exploding with the growth of e-commerce. The online retailers and shoppers need and want to know where their shipments are at any time. Equipping the air cargo industry with this capability is imperative to improve the value proposition of air cargo and help our members to capitalize on e-commerce growth.
The vision of the Interactive Cargo project is to equip 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.
Connected and Autonomous Vehicles: Unlocking the Opportunities - SMMTtechUK
The document discusses connected and autonomous vehicles (CAVs) and opportunities to unlock their potential. It describes how CAVs could improve lives through safety improvements and increased mobility. The document outlines key challenges including technology, infrastructure, policies/regulations, public acceptance, and business models. It provides projections that the UK CAV market could grow substantially and generate over £50 billion in economic benefits by 2030. The document also reviews UK government funding and industry partnerships that are helping advance CAV testing and development.
The document discusses how the planning process is being transformed by incorporating data from the Internet of Things (IoT). It outlines how IoT connects products, machines, infrastructure and people, generating vast amounts of new data. This data from across the entire value chain can improve planning accuracy by removing latency and allowing events to be predicted. The reference architecture shows how IoT data on logistics, transportation, weather and more can enhance planning effectiveness. The key takeaway is that tomorrow's planning must leverage IoT to adapt in real-time and remain agile in increasingly complex operating environments.
Driving New Mobility Business Models - DeloittetechUK
The document discusses how the future of mobility is driving changes to business models. It notes that the UK extended mobility ecosystem generates approximately £500 billion in revenues annually across various industries. The emergence of autonomous vehicles and shared mobility will likely result in four future states of mobility that exist in parallel. Autonomous and shared mobility offer significant economic benefits to passengers by lowering costs. This disruption will cause massive shifts in economic value across various industries as new business models emerge. The automotive value chain will also experience changes as technology players potentially manage in-vehicle services and platforms. Mobility as a service providers are exploring business models that orchestrate transportation across modes. More questions remain around the future mobility operating platform and who will process and monetize the
The document discusses opportunities for Industrial Internet of Things (I2oT) applications in Iran's oil and gas industry. I2oT involves using sensors, connectivity, and data analysis to gather operational insights from equipment and infrastructure. It describes how I2oT can help optimize areas like pipeline monitoring, equipment maintenance, and supply chain management by providing real-time performance data. While basic machine-to-machine monitoring has been used for some time, new trends around data volumes, costs, and security are making broader I2oT implementations more viable for oil and gas companies in Iran.
The document discusses trends in terminal operating systems (TOS) for ports, including growing integration between TOS and other systems to increase automation and efficiency. It notes that TOS providers are developing solutions to interface with more external technologies like automation systems, security systems, and equipment tracking. This allows the TOS to gain real-time data from these systems to improve visibility and control over terminal operations. Security is also a growing focus, with TOS integrating with gate and driver verification systems to prevent cargo theft and ensure accountability.
Management and Use of Identities in Mobility and Transport Powered by NFC Tec...NFC Forum
This session is focused on using NFC technology when deploying eID in MaaS application. NFC technology provides users an intuitive, touchless and convenient interface to onboard and use eID within MaaS applications.
Workshop on Vehicular Networks and Sustainable Mobility Testbed - Bruno Eugén...Future Cities Project
The document discusses the SGT.CMP ecosystem in Porto, Portugal. It notes that SGT.CMP includes 268 connected traffic lights intersections, 105 CCTV cameras, and 10 traffic coordinated zones. A strengths is the mature and implemented system, while weaknesses include a lack of specialized traffic engineering staff and an obsolete copper communications system for traffic lights. Opportunities include added value services for public transit and connecting to Porto Digital's network, while threats are a lack of funding and delays in contracting.
API PRO is an enterprise asset management software for ports and terminals that provides full functionality on both desktop and mobile devices. It offers advantages like keeping equipment operational to maintain productivity, implementing regular maintenance to prevent aging assets, and ensuring safe operations. The software allows for object availability monitoring, advanced counter management, and warranty tracking. It has been implemented in over 20 ports worldwide according to a standardized terminal business model.
Driving port productivity and value proposition leveraging technologyTristan Wiggill
A presentation by Robert Jessing, maritime industry leader, Accenture, Singapore. Presented during African Ports Evolution 2015 in Durban, South Africa.
More like this on www.transportworldafrica.co.za
ASF and Orange Partnership - Floating Mobile Data technologiessonicludo
The document discusses a collaborative effort between ASF (Autoroutes du Sud de la France) and Orange Business Services to develop a powerful real-time traffic information tool. The partnership aims to improve traffic data collection through new mobile technologies and provide reliable traffic updates every six minutes. This includes travel times, traffic conditions, and incident details. The solution is based on analyzing mobile network signaling data and simulations to determine traffic speeds across road networks in France without additional infrastructure investments. An initial pilot deployment is currently testing the new real-time traffic information platform.
This document discusses various technologies that are improving logistics and transportation, including:
1. RFID tracking technology is being used in yards, shipping, distribution centers, railroads, airports, and other areas to track goods and increase supply chain visibility. However, privacy concerns exist regarding personal information.
2. Sensors using GSM technology can track temperature, humidity, shock, and other factors for pharmaceuticals and medical goods.
3. The growing Internet of Things and connected devices will create large pools of information and data for new software, services and analysis.
4. Amazon uses warehouse robots from Kiva Systems to automate moving items to fulfill orders more efficiently.
Machine learning approaches for fraud analytics in Customs Jonathan285782
The document discusses applying machine learning approaches to automate customs fraud detection and goods classification, highlighting several country efforts using techniques like convolutional neural networks and background nets to classify goods descriptions into HS codes based on text, and noting benefits like reduced costs, time, and errors for traders and governments. It also outlines key capabilities an automated classification system should have, such as multi-language support, spelling correction, and abnormality detection to help risk assessment.
This document discusses the digitalization trends transforming the shipping and logistics industry. Key points include:
- Technologies like GPS, smart containers, vessel sensors are improving efficiency by enabling real-time tracking and monitoring of goods and vessel operations.
- Digitalization benefits include optimized transport, reduced waiting times, improved energy efficiency from weather routing and predictive maintenance.
- However, increased data and connectivity also introduce cyber risks if systems are hacked or data is leaked accidentally. Proper security measures are needed to address risks to cargo tracking systems, vessel navigation and more.
- The shipping industry must work closely with software and hardware providers as well as insurers to continuously enhance data security as digitalization increases complexity and exposure to
Painel sobre “Os impactos da IoT na Logística” no evento sobre Indústria 4.0 do Norway Tech Day, ocorrido em 27/nov/18, no Google Campus, Rua Coronel Oscar Porto, 70, Paraíso, São Paulo - SP, Brasil, referente ao tema: Industry 4.0 and Logistics.
- Assunto: 4IR, IIoT, IoT, Internet das Coisas e o Setor de Logística
- Data: 27/11/2018
- Hora: 15:00h às 16:15h
- Local: Auditório do Google Campus, Rua Coronel Oscar Porto, 70, Paraíso, São Paulo - SP, Brasil
- Realização: Embaixada da Noruega
How the Internet of Things (IoT) will impact customer experience, operational...Navaid Khan
The document discusses how the Internet of Things (IoT) will impact customer experience, operational costs, and new business models. It describes how IoT enables new opportunities through technologies like augmented reality, artificial intelligence, and data analytics. Examples are provided of how IoT has helped industries like manufacturing, transportation, and public safety through applications like predictive maintenance, traffic management, and integrated situational awareness systems.
Logistics stakeholders are under increased pressure to guarantee reliable real-time information exchange. A vast amount of technologies are already available, but these are “island applications” and missing the opportunity to optimize the performance of their cooperation. This session aims to show the benefits of merging two worlds: logistics and cooperative mobility services. The aim is to demonstrate the exchange of information in a secure and controlled way in currently existing freight and transport systems and services, to enhance the mobility of goods in the field of urban mobility and city logistics.
Entrepreneurship Strategies and Business Opportunities in Future Cities - Dan...Future Cities Project
The document discusses the Future Cities Project which aims to:
1. Form interdisciplinary teams to build world-class city-scale testbeds using connected vehicles, buses, roadside units and electronic devices to collect data.
2. The project has deployed an experimental testbed in Porto, Portugal involving over 400 connected buses and taxis to study mobility patterns.
3. Early results from the testbed show opportunities to optimize fleet operations and provide free public WiFi using the data collected.
This document discusses mobile NFC ticketing solutions in France. It outlines how adding digital ticketing to existing NFC infrastructure through mobile apps provides benefits without requiring additional investments. Mobile NFC ticketing saw rapid growth during the COVID pandemic as it allows contactless payments. The company Wizway developed SDKs for transit card emulation and reading that have been integrated into mobility apps in several French cities, processing over 3,500 transactions per quarter.
ICT is the proverbial level playing field today. Every company in the logistics industry now has access to the same standard software. Does that eliminate the need for a CIO? During the Amsterdam Logistics CIO Forum in November 17-18 we'll discuss turning data into value for supply chain and logistics and the future role of the CIO.
Business intelligence on the chinese greentech marketEC2i
EC2i objective is to support the internationalisation of European Cleantech SMEs in China and the United States by conducting cluster missions and facilitating cross-cluster partnerships. In this sense, attention is paid to developing tools to guide SMEs through the process of forming consortia and developing projects with clients.
Business intelligence for relevant US and Chinese markets have been collected in reports and are here disseminated to SMEs.
The tools presented here address general barrieres to internationalisation as well as more specific problems SMEs face when integrating themselves into complex, international value chains.
IATA Interactive Cargo Project Overview_2020-06-20Sonia Ben Hamida
“When something goes wrong, it takes time to get information”. Air cargo customers demand more end-to-end visibility and real-time information about their shipments. The demand for these capabilities is exploding with the growth of e-commerce. The online retailers and shoppers need and want to know where their shipments are at any time. Equipping the air cargo industry with this capability is imperative to improve the value proposition of air cargo and help our members to capitalize on e-commerce growth.
The vision of the Interactive Cargo project is to equip 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.
Connected and Autonomous Vehicles: Unlocking the Opportunities - SMMTtechUK
The document discusses connected and autonomous vehicles (CAVs) and opportunities to unlock their potential. It describes how CAVs could improve lives through safety improvements and increased mobility. The document outlines key challenges including technology, infrastructure, policies/regulations, public acceptance, and business models. It provides projections that the UK CAV market could grow substantially and generate over £50 billion in economic benefits by 2030. The document also reviews UK government funding and industry partnerships that are helping advance CAV testing and development.
The document discusses how the planning process is being transformed by incorporating data from the Internet of Things (IoT). It outlines how IoT connects products, machines, infrastructure and people, generating vast amounts of new data. This data from across the entire value chain can improve planning accuracy by removing latency and allowing events to be predicted. The reference architecture shows how IoT data on logistics, transportation, weather and more can enhance planning effectiveness. The key takeaway is that tomorrow's planning must leverage IoT to adapt in real-time and remain agile in increasingly complex operating environments.
Driving New Mobility Business Models - DeloittetechUK
The document discusses how the future of mobility is driving changes to business models. It notes that the UK extended mobility ecosystem generates approximately £500 billion in revenues annually across various industries. The emergence of autonomous vehicles and shared mobility will likely result in four future states of mobility that exist in parallel. Autonomous and shared mobility offer significant economic benefits to passengers by lowering costs. This disruption will cause massive shifts in economic value across various industries as new business models emerge. The automotive value chain will also experience changes as technology players potentially manage in-vehicle services and platforms. Mobility as a service providers are exploring business models that orchestrate transportation across modes. More questions remain around the future mobility operating platform and who will process and monetize the
The document discusses opportunities for Industrial Internet of Things (I2oT) applications in Iran's oil and gas industry. I2oT involves using sensors, connectivity, and data analysis to gather operational insights from equipment and infrastructure. It describes how I2oT can help optimize areas like pipeline monitoring, equipment maintenance, and supply chain management by providing real-time performance data. While basic machine-to-machine monitoring has been used for some time, new trends around data volumes, costs, and security are making broader I2oT implementations more viable for oil and gas companies in Iran.
The document discusses trends in terminal operating systems (TOS) for ports, including growing integration between TOS and other systems to increase automation and efficiency. It notes that TOS providers are developing solutions to interface with more external technologies like automation systems, security systems, and equipment tracking. This allows the TOS to gain real-time data from these systems to improve visibility and control over terminal operations. Security is also a growing focus, with TOS integrating with gate and driver verification systems to prevent cargo theft and ensure accountability.
Management and Use of Identities in Mobility and Transport Powered by NFC Tec...NFC Forum
This session is focused on using NFC technology when deploying eID in MaaS application. NFC technology provides users an intuitive, touchless and convenient interface to onboard and use eID within MaaS applications.
Workshop on Vehicular Networks and Sustainable Mobility Testbed - Bruno Eugén...Future Cities Project
The document discusses the SGT.CMP ecosystem in Porto, Portugal. It notes that SGT.CMP includes 268 connected traffic lights intersections, 105 CCTV cameras, and 10 traffic coordinated zones. A strengths is the mature and implemented system, while weaknesses include a lack of specialized traffic engineering staff and an obsolete copper communications system for traffic lights. Opportunities include added value services for public transit and connecting to Porto Digital's network, while threats are a lack of funding and delays in contracting.
API PRO is an enterprise asset management software for ports and terminals that provides full functionality on both desktop and mobile devices. It offers advantages like keeping equipment operational to maintain productivity, implementing regular maintenance to prevent aging assets, and ensuring safe operations. The software allows for object availability monitoring, advanced counter management, and warranty tracking. It has been implemented in over 20 ports worldwide according to a standardized terminal business model.
Driving port productivity and value proposition leveraging technologyTristan Wiggill
A presentation by Robert Jessing, maritime industry leader, Accenture, Singapore. Presented during African Ports Evolution 2015 in Durban, South Africa.
More like this on www.transportworldafrica.co.za
Modern ports & global supply chain optimisationTristan Wiggill
This document discusses modern ports and global supply chain optimization. It identifies several key challenges faced in global logistics networks, including lengthened supply chains and lack of technology support. Ports play an important role in supply chain integration through parameters like adopting information technologies, relationships with shipping lines, and providing value-added services. Developing strong port infrastructure is important for a country's export competitiveness by reducing trade costs and improving trade facilitation.
This document provides a summary of the contents of the book "Port Management and Operations" by Professor Patrick M. Alderton. It discusses 12 chapters that will cover topics related to port development, changing ship technology, port approaches, administration, policy, berths, cargo handling, labor, time in port, costs, and environmental matters. It includes a preface by the author providing background on the book and its third edition. It also lists several other titles in the Lloyd's Practical Shipping Guides series.
The document describes an Analytic Port Information System (APIS) that integrates and analyzes data from various port-related sources to provide comprehensive analytics and business intelligence. The key components of APIS include:
1) Integrating data from multiple sources like port community systems, statistics, and transportation systems using extract-transform-load engines.
2) Developing key performance indicators and visualizations to provide insights and manage port operations and strategy.
3) Powerful analysis tools to analyze trends, perform in-depth desktop analysis, and network analysis.
4) Self-service reports and visualization tools for stakeholders to perform their own analysis without IT assistance.
The system aims to provide an integrated
Port operation is affected by several key factors including berth allocation problems which deal with assigning space for vessels, tide levels which impact sea levels, weather conditions that involve temperature, wind and precipitation, equipment troubles that delay productivity, and manpower issues relating to worker health, attitude, deployment and management. Addressing these port problems can help lower consumer prices for imported goods and materials.
Operational Analytics at Credit Suisse from ThousandEyes ConnectThousandEyes
Darrell Westbury, Director of Operational Analytics at Credit Suisse, presents on how the global bank collects five types of IT operations data, analyzes it and uses it to derive insights.
India has a coastline which is more than 7,517 km long, interspersed with more than 200 ports. Most cargo ships that sail between East Asia and America, Europe and Africa pass through Indian territorial waters.
There are 13 major and about 200 non-major ports in the country. The total cargo traffic in India stood at 911.5 million metric tonnes (MMT) during FY12 and is expected to touch 1,758 MMT by FY17. Port traffic at major and non-major ports in India is set to rise at a compound annual growth rate (CAGR) of 22 per cent and 5.5 per cent respectively over FY12-14.
The rising demand for port infrastructure, strong growth potential, favourable investment climate, and sops provided by state governments provide private players with an opportunity to enter the Indian ports sector to serve the spill-off demand from major ports. During FY13, 29 projects are scheduled to be executed adding capacity of 208 million tonnes per annum (MTPA) at the cost of US$ 8.8 billion. Non-major ports are also expected to benefit from strong growth in India's external trade.
The Government of India (GOI) has initiated National Maritime Development Programme (NMDP), an initiative to develop the maritime sector with an planned outlay of US$ 11.8 billion. The government has also allowed foreign direct investment (FDI) of up to 100 per cent under the automatic route for projects related to the construction and maintenance of ports and harbours and a 10-year tax holiday for enterprises engaged in ports.
This document discusses different types of equipment used to handle containers at ports and container terminals. It describes empty container handlers, reach stackers and loaded container handlers, fork lift trucks, rubber tyred gantry cranes, straddle carriers, rail mounted gantry cranes, container cranes, and different types of container cranes classified by their lifting capacity and the size ship they can service.
Port material handling aims to efficiently transport goods between ships, rail, and trucks. Key equipment includes container cranes to load and unload ships, stackers and reclaimers to organize containers, ship loaders and unloaders to transfer bulk goods, forklifts for short-distance lifting, and rail facilities for coal and ore. Safety and timely transfer of various cargo types, from containers to bulk materials, requires specialized equipment tailored to the physical properties and volume of each good.
Kandla port is located in Kutch district of Gujarat. Some key developments at Kandla port include the commencement of container handling in 1981 and commissioning of various cargo berths between 1978-1983. The port plans to add 4 new dry cargo berths and develop offshore berthing facilities. Mormugao port in Goa handles around 33 million tons of iron ore annually, making it India's premier iron ore exporting port. It has opportunities in coal handling, container terminals, and offshore energy. JNPT near Mumbai ranks 31st globally among container ports and handles over half of India's container cargo using automated facilities.
This document discusses the key features and importance of sea ports. It outlines that ports are historic commercial hubs that require large investments and provide infrastructure to support national economies. The document describes the evolution of ports from basic cargo facilities to modern integrated hubs. It also outlines different types of ports and approaches to port management, noting the goal of efficiently supporting trade and employment.
Real time Analytics with Apache Kafka and Apache SparkRahul Jain
A presentation cum workshop on Real time Analytics with Apache Kafka and Apache Spark. Apache Kafka is a distributed publish-subscribe messaging while other side Spark Streaming brings Spark's language-integrated API to stream processing, allows to write streaming applications very quickly and easily. It supports both Java and Scala. In this workshop we are going to explore Apache Kafka, Zookeeper and Spark with a Web click streaming example using Spark Streaming. A clickstream is the recording of the parts of the screen a computer user clicks on while web browsing.
The Uber Analytics Test is the second test in the entire interview for General Manager, Associate General Manager, Operations and Logistics Manager and Marketing Manager positions.
If you pass the recruiter screen, the next step is to do this 2 hour timed online analytics test.
Course Outline
Test Details – Here we will cover what to expect on the test.
Theory - Here we’ll go through theory around Uber’s business model, pricing strategy, metrics etc.
Quantitative Questions – First CSV - On the test you will be presented with 2 CSVs. Questions are based on them and we’ll cover both a number of questions and answers in this section.
Quantitative Questions – Second CSV - We’ll go through questions and answers based on the second file in this section.
General Multiple Choice Questions - We’ll then look at general questions aimed at your knowledge of Uber’s business as a whole.
Short Answers – We’ll cover short answers that you’ll be expected to write.
Long Answers We’ll cover long answers that you’ll be expected to write.
Conclusion - We’ll finally conclude the course in this section with some last minute tips.
What You'll Get
185 Page detailed presentation that walks you step by step on what needs to be done.
2 downloadable CSVs.
2 hours of video that walks you through everything.
24/7 support on the actual test.
Get the entire course at - http://coursetake.com/products/uber-analytics-test
Deployment of Beacon Technology in Aviation by LeantegraLeantegra
Check out the Leantegra presentation to learn how beacons, and powered by them RTLS and Proximity Marketing solutions can make every passenger's stay at an airport a positive start of a great adventure!
Improving the efficiency of aircraft turnaroundAppear
Implementing innovative app toolkit for airport workers that improve aircraft turnaround. Airport IQ will develop a mobile information sharing system connecting back-end A-CDM systems with mobile devices (smartphones, tablets and other wearable devices) carried by ground staff. The system will provide the right information at the right place and time to the right people, making it easier for planners to make optimal use of resources.
We are looking for potential partners to participate in the project whether they are Airports, Ground Handlers, Airlines, System providers and other commercial entities. If you would like to know more, then get in touch
The technology partner for core business operations of our clientsIndra Company
Indra is one of the leading global consulting and technology companies and is a technological partner to its clients in key business operations around the world. It offers a comprehensive range of proprietary solutions and cutting-edge services with optimal technological capabilities, supported by a corporate culture of reliability, flexibility and adapting to client requirements. Indra is a world leader in the development of comprehensive technological solutions in fields such as Defense & Security, Transport & Traffic, Energy & Industry, Telecommunications & Media, Financial Services and Public Administrations & Healthcare. Through its Minsait unit it addresses the challenges posed by digital transformation. In 2015 it posted revenues of €2.85 billion and had 37,000 employees, a local presence in 46 countries and projects in more than 140 countries.
1) NavInfo is a leading location big data company in China that collects real-time traffic and road conditions data from over 30 million vehicles and other sources daily.
2) NavInfo provides traffic data and analytic services to automakers, governments, and enterprises through products like real-time traffic maps, traffic predictions, and local hazard warnings.
3) NavInfo has built a location big data platform called MineData that integrates massive traffic and road data to provide tools for visualization, spatial analysis, and custom location services.
Air transport evolution 2011 by Luis FranciscoLuis Francisco
This document discusses the evolution of air transport and technology from the 1960s to present day. It covers the development of computer reservation systems (CRS) by airlines in the 1960s-1970s and the rise of global distribution systems (GDS) like Galileo, Worldspan, and Amadeus in the 1980s. It also discusses how the internet led to direct sales by airlines on their websites, challenging the traditional role of travel agencies. Finally, it contrasts the low-cost carrier model with airlines that have adopted a "healthy quality" approach with luxury amenities on long-haul flights.
Since 1991, the company has researched and developed automatic number plate recognition applications for vehicle transit control. It specializes in computer systems for managing premises where conventional systems cannot monitor individual vehicle entries. The company owns all necessary resources and technology to independently complete projects without relying on other companies. It has developed several innovative vehicle control systems using automatic number plate reading and image processing to offer customized solutions.
Since 1991, the company has researched and developed automatic number plate recognition applications for vehicle transit control. It specializes in computer systems for managing premises where conventional systems cannot monitor individual vehicle entries. The company owns all necessary resources and technology to independently complete projects without depending on other companies. It has developed several innovative vehicle control systems based on automatic number plate reading and image processing.
Since 1991, the company has researched and developed automatic number plate recognition applications for vehicle transit control. It specializes in computer systems for managing premises where conventional systems cannot monitor individual vehicle entries. The company owns all necessary technology and resources to independently complete projects without depending on other companies. It has developed several innovative vehicle control systems based on automatic number plate reading and image processing.
ASM provides data and analytics services to help airports, tourism authorities, and governments deliver new air services and routes. They have over 20 years of experience in this field and a team with over 160 combined years of expertise. Their services include traffic forecasts, future scenario planning, MAPs reports with calibrated traffic data, market research, and econometric forecasting to help identify opportunities and present accurate route forecasts to airlines.
Win customers in Data Analytics & ML SoftwareHerve Flutto
Winning first customer is tough! You are launching a unique Data Analytics Software or SaaS solution and looking to access the most attractive markets? Ignacio Barrios Baños , CEO & Co-founder shares how Kido Dynamics is generating deep knowledge about the mobility behavior of millions of people through machine learning technologies. Ignacio draws from his real-life experience from early startup days to now managing customers across 10 countries.
The Presentation is about how airline industry has evolved and how systems in airline industry have evolved. The presentation further provided a roadmap on system evolution for airlines
Air Transport evolution by Luis S FranciscoLuis Francisco
This document discusses the evolution of air transport and technologies over time, from the early days of air travel to modern innovations. It covers the development of reservation systems, global distribution systems (GDS), direct sales, and how the internet has impacted the airline industry and distribution of travel products. Key topics include the emergence of computerized reservation systems in the 1960s/70s, the rise of major GDS providers in the 1980s, direct sales by airlines in the 1990s, and how alliances and quality carriers have helped airlines survive competitive pressures.
This document discusses applications of artificial intelligence technology in the field of intelligent transportation. It describes how AI can be used for tasks like computer vision, natural language processing, and robotics to help manage traffic flow, enforce traffic laws, and improve transportation efficiency and safety. The document provides examples of AI systems that have been implemented, such as a system in Hangzhou, China that uses 50,000 cameras and AI to reduce the need for traffic police. It also outlines solutions that one company, Vion Technologies, provides for intelligent transportation using equipment like smart cameras and analysis terminals.
The document discusses SITA Airport IT services at Düsseldorf Airport. It provides an overview of Düsseldorf Airport, noting that it handles over 21 million passengers annually and is the 3rd largest airport in Germany. It then discusses how SITA Airport IT provides managed IT services, infrastructure services, carrier services, and business services to tenants at the airport. Specific examples are given of how SITA has helped the airport increase revenues through new concepts like seamless travel initiatives using near field communication technology, RFID technology, and license plate recognition. Additional revenue streams have been created through new products like a block parking system at the airport.
The document is describing an ERP Integration Information System (SIERP) that allows users to analyze business data from various sources like SAP, Navision, CRM systems, and more. It provides predefined reports, key performance indicators, dashboards, simulations, and other visualizations to help users make decisions. The system is 100% web-based, affordable as an open source solution, and empowers business analysts to gain insights from their data independently without an IT department. It offers a 360-degree view of the business including financial, economic, accounting, and other types of data and analysis.
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6. ç
Control information related to goods in transit, passengers, subjects,
etc ...
All indicators from various sources, ports, airports, areas, to analyze
their environment and make comparisons transparently
Independency from IT department, take decisions in seconds
Goods data, economic , routes, passengers, geospatial, etc… offered to
citizens
A powerful analytic environment with Reports, Dashboards, OLAP views…
100% web browser accessible, mobile devices and office integration
The cheapest solution in the market, save up to 80% using Open Source.
Forget licensing costs!!
Airport and Port Information System (SIPORT)
7. ç
Key indicators for harbors and airports
Track and monitor actions
Financial and budgetary efficiency
Revenues generated by transport of goods
Passenger origin-destination
Customer Loyalty & Retention
Alternative routes/journeys and cargo analysis, etc…
Measuring occupation level in flight, ships, aircrafts…
Statistical Analysis for tax office
Environmental indicators tracking
Manage Local E-Administration
Monitor administrative staff efficiency
Airport and Port Information System (SIPORT)
8. ç Airport and Port Information System (SIPORT)
An application that empowers business analysts
9. ç Airport and Port Information System (SIPORT)
From doubts to business efficiency
10. Airport and Port Information System (SIPORT)ç
Total control of ports and airports information
11. Airport and Port Information System (SIPORT)ç
Stats of billings, agents, traffic, goods, passengers, ships ....
12. Airport and Port Information System (SIPORT)ç
Visualization with powerful dashboards.
15. ç Airport and Port Information System (SIPORT)
Stratebi is a Spanish company located in
Madrid, Barcelona and with a
delegation in Sao Paulo, we are a
group of professionals with a wide
experience in Information systems and
Technologic solutions related to the
field of open source software and
Business Intelligence.
Contact details:
info@stratebi.com -
www.stratebi.com
Phones:
(+34) 917883410 – (+34) 931844325