How Red Hat Uses FDO in Device Lifecycle _ Costin and Vitaliy at Red Hat.pdf
Towards a Future Internet
1. Towards a Future Internet Interrelation between Technological, Social and Economic Trends A study for DG Information Society and Media Oxford Internet Institute : Dr Ian Brown, Malte Ziewitz SCF Associates: Simon Forge Individual Experts: Dr Lara Srivastava, Dr Colin Blackman, Dr Karmen Guevara, Dr Motohiro Tsuchiya, Dr Jonathan Cave
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3. The form of a future Internet is governed by four key forces Regulation Economic Policy Operations & Management Governance Social Psychological & human interaction Technical
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Editor's Notes
Mobile handsets – roaming, vulnerable links, small screen, immediacy, temporary contexts Adapt to current technology trends - GPS modules, PDAs and hand-held organizers Wearable computing; smart clothing; body area networks The Internet of Things – consumer durables, cars, machine tools, logistics equipment including RFID-type tracking, Industrial, utility, health and security networks with multiple radio protocols (WiMax, WiFi, LTE, BANs, Bluetooth, etc) Packet switching : IPv6 (Internet Protocol Version 6) Higher data rates and overall throughput, via better packet and packet handling protocols Media handling protocols including isochronous and priority protocol structures and streaming Revised routing, gateway and transmission architectures Revised naming, addressing and identity architecture - eg traceable addressing; or guaranteed delivery, not best-effort Semantic impacts on structure and addressing Support for Advanced human interfaces to reassure and give confidence – needed to prevent exclusion of the naïve user and also those with disabilities, and to protect users. Complete advanced trust architecture with a responsibility framework; authentication, authorisation and audit layers with multiple proofs; real time precision tracking/audit of source addresses for all Internet transactions and communications; spoofing, proxies and alias counter measures; malware prevention Privacy architecture(s) Rethinking resilience – fault tolerance, including self–reconfiguration, disaster recovery, spanning and caching Rethinking architectures for energy conservation Stronger information typing with ontologies and meta-information frameworks for use in formats and protocols Media formats for performance – efficiency and latency, heterogeneity and minimal energy consumption Information structures for the naïve user to interface easily, to search, publish and navigate intuitively Network management architecture upgrade (telco levels) Traffic management for QoS, resilience, energy economy and security
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