Anders Carlius's presentation at eComm 2008
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The document discusses TerraNet's mesh networking technology for mobile phones that can connect without base stations. It notes a $240 billion per year market opportunity in providing low-cost mobile service to the 4 billion people currently unconnected. TerraNet's ad-hoc mesh networking phones using GSM can connect up to 7 hops away and provide voice and text services for disaster relief, remote areas, and developing markets at a lower cost than traditional cellular networks. The technology enables affordable mobile access for the billions currently unconnected and represents a huge untapped market opportunity.
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- Growth in internet and e-commerce usage driving increased bandwidth demand on networks.
- Challenges faced by the telecom equipment manufacturing industry after the dot-com bubble burst in the early 2000s.
3 g and 4g 3g techologies
This document provides an overview of 1G, 2G, 3G, and 4G wireless technologies. It discusses the development and key features of each generation. 1G systems from the 1980s supported early analog cell phones at speeds up to 2.4 kbps. 2G digital systems from the late 1980s to 1990s enabled voice transmission at speeds up to 64 kbps. 3G systems developed in the late 1990s support higher bandwidth applications like video streaming at speeds from 144 kbps to 2 Mbps. 4G systems, expected from 2010 onward, will provide even faster speeds of 100 Mbps for mobility and 1 Gbps when stationary through fully packet-switched networks optimized for data.
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Brough Turner\'s presentation at eComm 2008
This document discusses options for communities to take control of their own internet connectivity through owning dark fiber networks. It presents examples from Sweden where communities have built their own fiber networks providing internet speeds up to 1 Gbps for $16/month. It also discusses examples from Quebec and Stockholm where municipalities have built dark fiber networks to entire cities. The document argues that taking local control of internet infrastructure through dark fiber networks can help communities bypass regulated monopolies and have more choices for high-speed connectivity.
Brian Capouch's presentation at eComm 2008
This document discusses twelve-volt telephony and an open source wireless ISP called Peoples Wireless located in northwest Indiana. It notes that Peoples Wireless has been providing wireless internet service since 2002 across approximately 1500 square miles using an open source infrastructure. It also describes a group of seven old houses collectively over 1100 years old that were at risk of being abandoned but are now being preserved through a project called Save Old Houses.
Fabrizio Capobianco's presentation at eComm 2008
This document discusses the concept of Mobile 2.0 and the openness that will drive it. Mobile 2.0 will be enabled by better, cheaper wireless networks and devices that allow advanced mobile services, applications and user-generated content. It will go beyond squeezing the web into mobile devices and involve locally stored apps and data that are updated over-the-air through push notifications. Open networks, open devices, open content and open source will be key to Mobile 2.0 by allowing any applications on any devices and freely shared content and software.
Shirish Andhare's presentation at eComm 2008
The document discusses new opportunities for telecommunications companies to generate revenue through opening up their platforms and services to developers and new types of applications. It suggests that telecom companies could unlock over $1 trillion in value by shifting from closed business models to more open models that allow for multi-play services and by addressing challenges like understanding customer needs and overcoming reluctance to change. The presentation advocates for an approach of cooperation between telecom companies and startups to drive innovation in new user experiences and communication services.
Gary Miner's presentation at eComm 2008
MIR3 provides multi-modal communication services that allow messages to be delivered through a recipient's preferred method such as text, voice, email, or fax. It has over 80 employees and serves various industries including IT, emergency services, and education. MIR3's APIs allow third-party applications to integrate multi-modal communication capabilities without needing telecom expertise. Examples include applications for business continuity, community emergency response, and social networking.
Trevor Baca's presentation at eComm 2008
The document discusses where voice technology fits within different applications and services. It notes examples like buyer verification, critical support conferencing, and weather alerts. It also lists 10 key areas for voice integration, such as writing, urgency, emotion, place, context, scale, integration, verticals, people, and enterprise. The document is a 2008 presentation about how voice can be applied within different sectors.
Jan Macek's presentation at eComm 2008
The document discusses lifestrea.ms, a digital platform that aims to be a user's digital nerve center by integrating their online identities, networks, and activities across different services into a single dashboard. It seeks to address issues with existing social networks like fragmented online identities and information being scattered across multiple accounts. Key features include a unified address book, tracking what's shared online about the user, monitoring friends' and groups' activities, and sharing updates across networks from one place while maintaining privacy controls. The goal is to serve users' real needs through features like communication, reputation building, and access to a mobile app.
Martin Geddes's presentation at eComm 2008
The document discusses how telecom companies can adopt a two-sided business model like other industries such as container shipping and online platforms. It argues that telecom companies have valuable customer data and assets that could be leveraged to provide logistics and value-added services to both upstream business customers and downstream end users, opening up new revenue opportunities beyond traditional voice and data services. By creating open platforms and focusing on scale, packaging solutions, rewards, privacy, and reliability, telecom companies could tap into a potential $350 billion market for these two-sided services.
Michel Bauwens's presentation at eComm 2008
The document discusses peer-to-peer (P2P) as a third mode of production, governance, and property alongside centralized hierarchy and decentralized markets. P2P enables distributed autonomy through peer production, peer governance without centralized control, and peer property models like Creative Commons that enable open access. Lower costs of participation online allow non-capitalist models to emerge. P2P challenges traditional concepts of scarcity and abundance and could inform a new post-capitalist political economy based on real abundance and sharing of knowledge and resources.
Nathan Eagle's presentation at eComm 2008
The document discusses three main challenges for the mobile industry: sensing, scaling, and sustaining. For sensing, it discusses using data from phone calls and social networks to understand individual and group behavior. For scaling, it discusses analyzing large networks of hundreds of millions of users to understand aggregate behavior and diffusion. For sustaining, it discusses using mobile technologies in developing areas like Africa to support entrepreneurship, education, and community services through approaches that can work on basic phones.
Stanley Chia's presentation at eComm 2008
The document discusses future trends in the mobile industry including:
1. Convergence of the telecom and IT industries towards a single standard for mobile broadband networks and devices.
2. The disruption caused by voice over IP technology and the trend towards full interconnectivity across communication systems.
3. The need to meet customer needs through open innovation, engaging with the internet community, and shaping devices and software for a mobile web experience.
4. Developing new applications and business models around near field communication technology using the SIM card as a secure element.
Rocky Nevin's presentation at eComm 2008
The document discusses four models of interaction between humans and machines: 1) Following pre-defined decision trees, 2) Search queries based on keyword intersections, 3) Neural networks using pattern recognition, and 4) "Neural-like" processing that treats data and functions as fused and stateful. It argues that today's methods like relational databases are brittle for natural language queries and that a neural-like approach may enable more flexible and precise answers by representing data and inputs in a neural-like way. The document also contains examples of Java code for integrating data and functions across different applications and systems.
Phil Wolff's 's presentation at eComm 2008
The document discusses the evolution of social networking and communication technologies from 1977 to 2008. It focuses on how programs like Skype have developed zones of interoperability that allow for relationship actions, account management, synchronization of profiles and contacts, discovery of people, and other social functions across different platforms. The emergence of these social stacks and their integration is changing how users interact online.
Jonathan Christensen's Panel Intro at eComm 2008
This document discusses the lack of a widely adopted mobile VoIP platform. It notes that while platforms like Windows Mobile and Symbian have audio interfaces, they are inconsistent. WiFi devices and tablets also do not have broad adoption. The document questions if there are any solutions to this dilemma of not having a mobile VoIP platform that is open, powerful, connected, and widely used.
Bob Frankston's presentation at eComm 2008
The document discusses the opportunities available by moving away from a telecom-centric view of connectivity and embracing an approach focused on networking and the sharing of infrastructure. Key points made include:
1) Networking is something we do and we can use any means available to innovate, unlike the telecom model which focuses on predefined networks and services.
2) Abundant connectivity is possible if we are not constrained by the past and recognize that bits have no intrinsic scarcity or value assigned by providers.
3) The telecom model aims to monetize networks and bits but this is inherently dysfunctional since the internet is based on abundance and costs are effectively zero.
4) We should focus
Adrian Cockcroft's presentation at eComm 2008
1. Millicomputing refers to using very small, low-power computers called millicomputers that can fit in your pocket. Examples include the Gumstix and devices using ARM processors.
2. Millicomputers are becoming more powerful yet efficient, with multicore processors, more memory and storage, and faster networking. Devices like phones and tablets now rival laptops in capability.
3. Open hardware and software allow for customization and innovation, with fully open specifications, schematics, and designs shared freely. This supports continued improvements and new applications for pocket-sized computers.
Evan Plath's presentation at eComm 2008
The document discusses a new location sharing service called FireEagle that aims to give users control over how their location data is shared. It allows for sharing at different levels of precision, from exact addresses down to just the country. The service also plans to have both mobile apps and APIs available at launch across different platforms. It emphasizes user privacy and an open approach.
Gabriel Sidhom's presentation at eComm 2008
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John Waclawsky's presentation at eComm 2008e
The document discusses emerging technology trends related to increasing connectivity and the growing number of wireless technologies being integrated into mobile devices. It predicts that future mobile devices will have 7 or more radios and antennas to support various connectivity options simultaneously. This raises issues around how to manage and control the flexibility of connecting to different networks. The document also discusses how peer-to-peer networks could help address this by providing connectivity at both short and long distances through independent networks.
Mark Jacobstein's presentation at eComm 2008
The document discusses how mobile operators have traditionally viewed VoIP as a threat that could reduce voice revenue by filling data networks and cannibalizing voice minutes of use. However, the iSkoot solution allows VoIP to work with mobile operators by using the existing voice network for calls and only utilizing data networks for supplementary features like presence and messaging. This preserves high-margin voice revenue while providing IP telephony benefits. The solution was recognized as highly commended at Mobile Congress as an effective customer acquisition tool used by operators in 8 countries with tens of millions of minutes of use.
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