Carlos Ralli presentation at the London Campus Party Europe 2013.
One of the items presented is the Internet6 Hub collaboration site (http://www.internet6hub.com)
This document discusses the global deployment of IPv6 and the risks of a "digital divide" if not adopted widely. It outlines two mobile revolutions with the explosion of mobile voice in the 1990s and mobile broadband in the 2010s. While 3G began providing limited Internet to mobile devices, 4G/LTE now enables full, high-speed access over an IP-based infrastructure. However, IPv4 addresses are dwindling and carrier-grade NAT poses challenges like reduced address space and functionality. The document argues that IPv6 must be fully adopted to support continued growth of Internet-connected devices on a global scale without technical limitations or digital inequities between early and late IPv6 adopters.
This summary provides an overview of Mohammad Aftab's curriculum vitae in 3 sentences:
Mohammad Aftab has over 11 years of experience in graphic design, multimedia, and marketing. He is currently working as a Senior Officer at Sindh Education Foundation where he designs publications, events, and outdoor marketing. His expertise includes Adobe software, videography, photography, and he has worked on projects for companies like Horizon Agencies, Fact Pvt Ltd, and World Signs.
The document provides an overview of the Health Insurance Marketplace, explaining that it allows individuals to purchase affordable health insurance plans beginning in October 2013, offers financial assistance for qualifying individuals and families, and provides support through navigators, agents, and call centers to help consumers enroll and understand their options.
The document discusses the Global African Swine Fever Research Alliance (GARA), which aims to establish global partnerships to research and develop tools to prevent, control, and potentially eradicate African Swine Fever. GARA will facilitate collaborative research among members, including organizations from various countries. Its goals are to better understand the disease through strategic research, determine its social and economic impacts, and develop improved prevention and control tools. GARA will have an executive committee and structure to coordinate its efforts. It will also use communication channels like a website and meetings to enable information sharing.
Diferentes tipos de planos cinematográficos se describen brevemente, incluyendo primer plano, plano entero, plano paronámico, plano general, ángulo picado, ángulo contrapicado y plano medio.
"Looking beyond exports" at the Finnish-African Society business seminarTamás Nádor
With this presentation I attempted to give alternative perspective for traditional exports. Africa and it's 54 individual nations are hungry for investments, technology and skills transfer rather than plain imports of goods.
This document discusses the global deployment of IPv6 and the risks of a "digital divide" if not adopted widely. It outlines two mobile revolutions with the explosion of mobile voice in the 1990s and mobile broadband in the 2010s. While 3G began providing limited Internet to mobile devices, 4G/LTE now enables full, high-speed access over an IP-based infrastructure. However, IPv4 addresses are dwindling and carrier-grade NAT poses challenges like reduced address space and functionality. The document argues that IPv6 must be fully adopted to support continued growth of Internet-connected devices on a global scale without technical limitations or digital inequities between early and late IPv6 adopters.
This summary provides an overview of Mohammad Aftab's curriculum vitae in 3 sentences:
Mohammad Aftab has over 11 years of experience in graphic design, multimedia, and marketing. He is currently working as a Senior Officer at Sindh Education Foundation where he designs publications, events, and outdoor marketing. His expertise includes Adobe software, videography, photography, and he has worked on projects for companies like Horizon Agencies, Fact Pvt Ltd, and World Signs.
The document provides an overview of the Health Insurance Marketplace, explaining that it allows individuals to purchase affordable health insurance plans beginning in October 2013, offers financial assistance for qualifying individuals and families, and provides support through navigators, agents, and call centers to help consumers enroll and understand their options.
The document discusses the Global African Swine Fever Research Alliance (GARA), which aims to establish global partnerships to research and develop tools to prevent, control, and potentially eradicate African Swine Fever. GARA will facilitate collaborative research among members, including organizations from various countries. Its goals are to better understand the disease through strategic research, determine its social and economic impacts, and develop improved prevention and control tools. GARA will have an executive committee and structure to coordinate its efforts. It will also use communication channels like a website and meetings to enable information sharing.
Diferentes tipos de planos cinematográficos se describen brevemente, incluyendo primer plano, plano entero, plano paronámico, plano general, ángulo picado, ángulo contrapicado y plano medio.
"Looking beyond exports" at the Finnish-African Society business seminarTamás Nádor
With this presentation I attempted to give alternative perspective for traditional exports. Africa and it's 54 individual nations are hungry for investments, technology and skills transfer rather than plain imports of goods.
Internet6 is transforming Digital businesses, products and companies. If you develop software or products related to Internet, this presentation is useful for you.
Telefonica is piloting an IPv6 smart city project in Seville, Spain to test monitoring of public fountains. IPv6 adoption is growing and bringing benefits to digital businesses and their customers. The Internet of Things market demands IPv6 and IPv6-only solutions due to the large number of devices that would require network address translation with IPv4. Telefonica's pilot in Seville uses the open source FIWARE platform and aims to demonstrate the benefits of IPv6 for smart cities and developers.
1) IPv4 addresses are running out as the number of internet devices grows exponentially. IPv6 is needed to support continued growth.
2) IPv6 is already deployed on large networks like Google and Verizon Wireless and works well, with over 50% of traffic delivered via IPv6 to some sites.
3) IPv6-only networks can support all applications, including those requiring IPv4 like Skype, through technologies like NAT64 and 464XLAT address translation which allow IPv6-only devices to access IPv4 internet resources.
The document discusses the World IPv6 Launch event scheduled for June 6, 2012. It notes that IPv4 addresses are exhausted, IPv6 is the replacement standard that has been available for over 15 years, and the 2012 event aims to fully transition the internet to IPv6 without the ability to rollback to prevent future growth issues due to IPv4 exhaustion. Major internet organizations are participating to ensure all content and services are fully accessible over IPv6.
IPv6 Internet is transforming Digital Companies, business and products. Know about it. Do not miss the train if you are a startup, developer or an Internet products company!
Why Ipv6 May Be Adopted Later Rather Than SoonerClaudia Brown
This document discusses the transition from IPv4 to IPv6, comparing the key differences between the two protocols. IPv6 was developed to address limitations in IPv4, such as the limited number of available IPv4 addresses. Some of the improvements IPv6 offers over IPv4 include a larger address space, built-in security features, easier configuration, and support for new applications and technologies. While IPv6 is meant to eventually replace IPv4, a full transition will take time, and both protocols will coexist during the transition period.
The document discusses the need to redesign the routing and addressing architecture of the Internet as identified by the Internet Architecture Board due to concerns over the scalability of today's routing system and the impending exhaustion of IPv4 addresses. It focuses on proposals to resolve these issues that are based on a common philosophy of separating location and identity in addressing, called the 'Loc/ID split'. The article will focus on achieving consensus on an addressing method that incorporates location.
This document provides an overview of IPv6, the latest revision of the Internet Protocol. IPv6 was developed by IETF to address the problem of IPv4 address exhaustion, as IPv4 addresses were being depleted. IPv6 features a much larger 128-bit address space compared to 32-bits in IPv4, providing vastly more unique IP addresses. It also includes improvements in routing, network autoconfiguration, security, quality of service, and mobility support. The document discusses the history and development of IPv6, its addressing modes and types, headers, communication methods, transitioning from IPv4, routing, and the future of IPv6.
This document provides an overview of IPv6, the latest revision of the Internet Protocol. IPv6 was developed by IETF to address the problem of IPv4 address exhaustion, as IPv4 addresses were being depleted. IPv6 features a much larger 128-bit address space compared to 32-bits in IPv4, providing vastly more unique IP addresses. It also includes improvements in routing, network autoconfiguration, security, quality of service, and mobility support. The document discusses the history and development of IPv6, as well as its addressing modes, address types, headers, communication methods, and transition technologies from IPv4 to IPv6 networks.
IOT with Drupal 8 - Webinar Hyderabad Drupal CommunityPrateek Jain
This document discusses the Internet of Things (IoT) and provides examples of IoT applications and platforms. It defines IoT as integrated systems with monitoring, sensing and computing capabilities that allow both analog and digital devices to transmit data over a network. The document notes that IoT projects are often more difficult than expected due to the complexity of working with different organizations and technologies. It then provides examples of using Raspberry Pi, sensors, and cloud platforms like ThingSpeak to build basic IoT applications. Finally, it discusses how Drupal can be used as a platform for IoT applications and content services.
The purpose of this project is to control robot with an interface board of the Raspberry Pi, sensors and software to full fill real time requirement.
Controlling DC motors, different sensors, camera interfacing with raspberry Pi using GPIO pin.
Live streaming, Command the robot easily, sends data of different sensors which works automatically or control from anywhere at any time.
Design of the website and control page of robot is done using Java tools and HTML. This system works on IOT concept.
This will enable Raspberry Pi to be used for more robotic applications and cut down the cost for building an IOT Robot.
This is a little description of FastCLOUD PaaS infrastructure based on oVirt as virtualization platform and openshift on top of it as kubernetes orchestrator of the container native applications developed
The document discusses the network layer of the OSI model and the Internet Protocol (IP). It focuses on IP version 4 (IPv4), including the IPv4 packet structure, addressing modes of IPv4, and address resolution protocols. The network layer is responsible for identification of hosts based on logical addresses and routing data between hosts over underlying networks. IPv4 currently dominates but is being replaced by IPv6 due to address exhaustion issues in IPv4.
The IPv4 address space is depleted, with the last blocks of addresses being allocated. IPv6 must be adopted to allow for continued growth of the internet. IPv6 deployment has begun but both IPv4 and IPv6 will need to coexist for many years. All internet stakeholders including access providers, content providers, enterprises, equipment vendors and governments need to develop plans and take action to support IPv6 adoption.
IPv6 provides a much larger address space than IPv4 to accommodate continued growth on the internet. Sensor networks and other applications will need to support IPv6 to take advantage of its features like automatic configuration and mobility. While global IPv6 deployment is still low at around 1%, many countries like Brazil have over 45% deployment. Network operators are encouraged to implement dual-stack networks to support both IPv4 and IPv6 and allow a transition as IPv4 addresses run out. Developers are also encouraged to update applications to support IPv6.
Mohamed Amine Abdessemed – Real-time Data Integration with Apache Flink & KafkaFlink Forward
This document summarizes a presentation about Bouygues Telecom's use of Apache Flink for real-time data integration and processing of mobile network event logs. Bouygues Telecom processes over 4 billion logs per day from their network equipment to calculate mobile quality of experience (QoE) indicators within 60 seconds for business intelligence, diagnostics and alerting. They were previously using Hadoop for batch processing but needed a real-time solution. After evaluating Apache Spark and Flink, they chose Flink for its true streaming capabilities, backpressure handling, and high performance on limited resources. Flink helped them process a day's worth of logs in under an hour from 10 Kafka partitions across 10 TaskManagers, each with only
The document discusses the need for standardization in the Internet-of-Things (IoT). It notes that IoT involves a highly heterogeneous set of sensors, devices, and data that needs interoperability standards. It describes some existing standards for different IoT layers including networking, data formats, protocols, and interfaces. The document advocates for both syntactic and semantic interoperability standards and outlines Tata Consultancy Services' contributions to various standards bodies.
Internet6 is transforming Digital businesses, products and companies. If you develop software or products related to Internet, this presentation is useful for you.
Telefonica is piloting an IPv6 smart city project in Seville, Spain to test monitoring of public fountains. IPv6 adoption is growing and bringing benefits to digital businesses and their customers. The Internet of Things market demands IPv6 and IPv6-only solutions due to the large number of devices that would require network address translation with IPv4. Telefonica's pilot in Seville uses the open source FIWARE platform and aims to demonstrate the benefits of IPv6 for smart cities and developers.
1) IPv4 addresses are running out as the number of internet devices grows exponentially. IPv6 is needed to support continued growth.
2) IPv6 is already deployed on large networks like Google and Verizon Wireless and works well, with over 50% of traffic delivered via IPv6 to some sites.
3) IPv6-only networks can support all applications, including those requiring IPv4 like Skype, through technologies like NAT64 and 464XLAT address translation which allow IPv6-only devices to access IPv4 internet resources.
The document discusses the World IPv6 Launch event scheduled for June 6, 2012. It notes that IPv4 addresses are exhausted, IPv6 is the replacement standard that has been available for over 15 years, and the 2012 event aims to fully transition the internet to IPv6 without the ability to rollback to prevent future growth issues due to IPv4 exhaustion. Major internet organizations are participating to ensure all content and services are fully accessible over IPv6.
IPv6 Internet is transforming Digital Companies, business and products. Know about it. Do not miss the train if you are a startup, developer or an Internet products company!
Why Ipv6 May Be Adopted Later Rather Than SoonerClaudia Brown
This document discusses the transition from IPv4 to IPv6, comparing the key differences between the two protocols. IPv6 was developed to address limitations in IPv4, such as the limited number of available IPv4 addresses. Some of the improvements IPv6 offers over IPv4 include a larger address space, built-in security features, easier configuration, and support for new applications and technologies. While IPv6 is meant to eventually replace IPv4, a full transition will take time, and both protocols will coexist during the transition period.
The document discusses the need to redesign the routing and addressing architecture of the Internet as identified by the Internet Architecture Board due to concerns over the scalability of today's routing system and the impending exhaustion of IPv4 addresses. It focuses on proposals to resolve these issues that are based on a common philosophy of separating location and identity in addressing, called the 'Loc/ID split'. The article will focus on achieving consensus on an addressing method that incorporates location.
This document provides an overview of IPv6, the latest revision of the Internet Protocol. IPv6 was developed by IETF to address the problem of IPv4 address exhaustion, as IPv4 addresses were being depleted. IPv6 features a much larger 128-bit address space compared to 32-bits in IPv4, providing vastly more unique IP addresses. It also includes improvements in routing, network autoconfiguration, security, quality of service, and mobility support. The document discusses the history and development of IPv6, its addressing modes and types, headers, communication methods, transitioning from IPv4, routing, and the future of IPv6.
This document provides an overview of IPv6, the latest revision of the Internet Protocol. IPv6 was developed by IETF to address the problem of IPv4 address exhaustion, as IPv4 addresses were being depleted. IPv6 features a much larger 128-bit address space compared to 32-bits in IPv4, providing vastly more unique IP addresses. It also includes improvements in routing, network autoconfiguration, security, quality of service, and mobility support. The document discusses the history and development of IPv6, as well as its addressing modes, address types, headers, communication methods, and transition technologies from IPv4 to IPv6 networks.
IOT with Drupal 8 - Webinar Hyderabad Drupal CommunityPrateek Jain
This document discusses the Internet of Things (IoT) and provides examples of IoT applications and platforms. It defines IoT as integrated systems with monitoring, sensing and computing capabilities that allow both analog and digital devices to transmit data over a network. The document notes that IoT projects are often more difficult than expected due to the complexity of working with different organizations and technologies. It then provides examples of using Raspberry Pi, sensors, and cloud platforms like ThingSpeak to build basic IoT applications. Finally, it discusses how Drupal can be used as a platform for IoT applications and content services.
The purpose of this project is to control robot with an interface board of the Raspberry Pi, sensors and software to full fill real time requirement.
Controlling DC motors, different sensors, camera interfacing with raspberry Pi using GPIO pin.
Live streaming, Command the robot easily, sends data of different sensors which works automatically or control from anywhere at any time.
Design of the website and control page of robot is done using Java tools and HTML. This system works on IOT concept.
This will enable Raspberry Pi to be used for more robotic applications and cut down the cost for building an IOT Robot.
This is a little description of FastCLOUD PaaS infrastructure based on oVirt as virtualization platform and openshift on top of it as kubernetes orchestrator of the container native applications developed
The document discusses the network layer of the OSI model and the Internet Protocol (IP). It focuses on IP version 4 (IPv4), including the IPv4 packet structure, addressing modes of IPv4, and address resolution protocols. The network layer is responsible for identification of hosts based on logical addresses and routing data between hosts over underlying networks. IPv4 currently dominates but is being replaced by IPv6 due to address exhaustion issues in IPv4.
The IPv4 address space is depleted, with the last blocks of addresses being allocated. IPv6 must be adopted to allow for continued growth of the internet. IPv6 deployment has begun but both IPv4 and IPv6 will need to coexist for many years. All internet stakeholders including access providers, content providers, enterprises, equipment vendors and governments need to develop plans and take action to support IPv6 adoption.
IPv6 provides a much larger address space than IPv4 to accommodate continued growth on the internet. Sensor networks and other applications will need to support IPv6 to take advantage of its features like automatic configuration and mobility. While global IPv6 deployment is still low at around 1%, many countries like Brazil have over 45% deployment. Network operators are encouraged to implement dual-stack networks to support both IPv4 and IPv6 and allow a transition as IPv4 addresses run out. Developers are also encouraged to update applications to support IPv6.
Mohamed Amine Abdessemed – Real-time Data Integration with Apache Flink & KafkaFlink Forward
This document summarizes a presentation about Bouygues Telecom's use of Apache Flink for real-time data integration and processing of mobile network event logs. Bouygues Telecom processes over 4 billion logs per day from their network equipment to calculate mobile quality of experience (QoE) indicators within 60 seconds for business intelligence, diagnostics and alerting. They were previously using Hadoop for batch processing but needed a real-time solution. After evaluating Apache Spark and Flink, they chose Flink for its true streaming capabilities, backpressure handling, and high performance on limited resources. Flink helped them process a day's worth of logs in under an hour from 10 Kafka partitions across 10 TaskManagers, each with only
The document discusses the need for standardization in the Internet-of-Things (IoT). It notes that IoT involves a highly heterogeneous set of sensors, devices, and data that needs interoperability standards. It describes some existing standards for different IoT layers including networking, data formats, protocols, and interfaces. The document advocates for both syntactic and semantic interoperability standards and outlines Tata Consultancy Services' contributions to various standards bodies.
3. 3Telefonica Digital
The World is Changing Join the move!02
IPv4
INTERNET
INTERNET6
NATs
- SHORT SIZED
- COMPLEX
- CLIENT-SERVER - HUGE
- SIMPLER
- END2END
Two Internets, not just one
4. 4Telefonica Digital
How many have already joined so far?03
Source & updates: http://www.google.com/ipv6/statistics.html
Getting closer to the Critical mass threshold
5. 5Telefonica Digital
What’s today’s Internet6 offering?04
A relevant subset of the WWW…
but not really lots of (new) services…
- 24% Alexa-500 ranking.
- All Top6 but Twitter.
6. 6Telefonica Digital
Reason behind: Mainstream misconception05
IPv6, just known by IPv4 depletion
Devel/Users: We’ll do things the same way
Source & updates: http://www.potaroo.net/tools/ipv4/index.html
7. 7Telefonica Digital
An Opportunity for Entrepreneurs/ New Developers07
Keep v4 chains
(existing players)
Pioneer a
New World
(entrepreneurs)
Focus: Keep v4 Customers
Focus: Service v6 users
12. 12Telefonica Digital
A New world: New Possibilities (I)12
Public IPs for all devices in all Network
Enable Corporate’s Incoming services
13. 13Telefonica Digital
A new world: New Possibilities (II)12
Overcome forced client-server model
Truly efficient WebRTC Apps
Native P2P: No NAT punching hole
Internet6 at home may significantly change:
14. 14Telefonica Digital
A new world: New Possibilities (II)12
Enable new Protocols: CoAP: UDP REST
Truly Internet of THINGS
(CoAP/6LowPAN)
15. 15Telefonica Digital
Where/How many Internet6 products customers?09
Source & updates: http://the-internet6.blogspot.com.es
29.197.753 Users/Customers waiting for you!
18. 18Telefonica Digital
How to Get started? 6Code@RaspberryPI!14
Raspberry PI Model-B $35
- 512MB RAM
- Ethernet
- 2 USB, GPIO port, HDMI
- Outstanding graphics
- Raspbian (Debian Linux).
Ideal for DIY projects.
19. 19Telefonica Digital
Almost Convinced? Join the “Internet6 Hub”!15
- Develop IPv6 RPI Apps.
- Link existing v6 Apps.
- Share & collect Ideas.
- Tutorials & Experiences.
We’ve got the Inspiration!
Everyone’s invited!
- Developers
- Designers
- Ideators
Sign up! http://www.internet6hub.com -> (collaborate/join)
20. 20Telefonica Digital
Project0: Set up the HUB & server in the Internet618
Fusionforge+Mediawiki
- Members
- Projects
- Internal docs
Join us! http://www.internet6hub.com/
1 Linux Server in a Cloud
- Native Internet6
- Web, Wiki, forge
- Also v6 Services
23. 23Telefonica Digital
Project2: i6Station (II)16
Basic features for conventional users:
- Enjoy Apps leveraging Internet6 access.
- Measure/Compare ISP Internet6 quality.
- Manage home v6 connectivity & prefixes.
Features for geeks/developers:
- Pioneer the Internet6 designing new paradigms & Apps.
- Provide a tunneled connection enabling development if in v4-world.
- Ready-to-use open source system to learn, develop & deploy to users.
- CoAP control of your i6station
- Use multicast to control dozens or hundreds of i6station boxes
Detailed status:
- Ready: List of Features
- ongoing: analyzing existing functions/libraries, arch design
- Pending: test, brainstorming on extension modules, disseminate
24. 24Telefonica Digital
Projects 3-4-5 i6Station Extension Modules16
Module1: Security Realms
Status: Idea, Collaborators needed
Create different realms = IPv6 subnets with different security and access
policies. RPI manages DHCP and configures home CEP.
Module2: CoAP Home Services
Status: Idea, Collaborators needed (TCP/UDP experts)
Expose home services using CoAP-like servers only answering when a
key is received.
Module3: Private Personal Communications (P2P)
Status: Idea, Collaborators needed (VoIP, messengers apps)
A truly P2P messaging/voice app distributed in i6stations so your
messages, files and conversations with others won’t traverse 3rd party
servers.
25. 25Telefonica Digital
Project6: (a real) Web of the Things16
Build 6LowPAN open-source Home Automation.
Status: testing with 6lowpan motes. Investigating commercial-class devices
Embedded SW
@Device
6LowPAN Gateway Platform / User App