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Groundbreaking ux
- 1. GROUNDBREAKING UX AFTER THE PERFECT VACUUM @GurkanCekin
- 6. THE PRESENT
- 11. THE FUTURE
- 19. Ubiquitous GPS Social networks smartphones
- 20. Ubiquitous GPS Social networks smartphones
- 21. Scenario
- 27. INEVITABILITY If its possible, it’s necessary
- 31. WHEN YOU START
- 33. Making sense of innovation
- 37. SOURCES & CREDITS • @Gurkan Cekin • Michell Zappa @envisioningtech
Editor's Notes
- Intro\ntiltle\nJared Spool: Mobile & UX:Inside the eye of the perfect storm\n\nquestioning day job\ndid not explain where tech is heading, so I tried to make sense of everything\n\n
- Post digital era\n\n
- evolution of man and tech\n
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- Can anyone see TV?\nCost is going down and speed accelerating\n\n
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- app revolution\n\nthe mobile everything\n\nconnected devices\n\nthe ecosystem\n\n\n
- Apps are not smart phone specific\n\nThey are showing up on ever more specific,\n\nCan we name what else they are appearing on:\n\nSmart TV’s\n\nWith cloud this has got the opportunity to literally appear on any smart device\n\n
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- I love sci-fi because they are not scared to make predications of the future\n\nSurvive 2012\n\nPrepare for 2021\n
- Designers & architects need to be aware of the digitals materials available \n\n
- Crucial starting point\ngives an excellent overview\n\n
- First step was to list the most interesting and relevant emerging technologies\n??\nUBICOMP: Ubiquitous computing, is a post desktop model of HCI in which information processing has been integrated into everyday objects and activities\n
- added a degree of prediction of when each individual tech is likely to become mainstream\n\nThe nodes are organised by area of research similarity\n
- the distance from the centre indicates how far into the future the technology might take place\n\nAnd you can start noticing the critical path necessary to develop the future ones\n
- And you can start noticing the critical path necessary to develop the future ones\n
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- When you start connecting the dots between the individual technologies you start creating unique businesses\n
- Would have been impossible if GPS, smartphones and social networks weren’t already available\n
- Urban intelligence\n
- Scenario: Urban intelligence \n\nWe’re moving toward an internet of things, where all infrastructure is interdependent and connected. \n\nSometimes called the smart city\n
- The surge of personal agents\n
- Coupled with context-aware computers witch know where we are.\n\nCreates a wealth of opportunity\n
- A scenario where the computer, or the network, is smart enough to guide you through your day.\n\nWhich road to take based on traffic patterns\nNotify when a friend is nearby\ncoordinate your calendar etc\n\n\n
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- Envisioning technology aka “roadmap to the singularity” for the next 30 years\nCluster of technologies\nThe idea is to look at all sorts of emerging technologies; from bits to atoms\nNext spread the observation in a timeline\nYou can see it as an “interdisciplinary roadmap for the future”\nTechnologies mentioned\nArtificial Intelligence: High-frequency trading, Software agents, Natural language interpretation, Machine translation, Procedural storytelling, VR-only lifeforms, Machine-augmented cognition\nInternet: Cloud computing, Cyber-warfare, 4G, Mesh networking, Virtual currencies, 5G, Reputation economy, Interplanetary internet, Remote presence, Exocortex\nInterfaces: Multitouch, Gesture recognition, Speech recognition, Augmented reality, 4K, Haptics, Holography, Telepresence, Immersive virtual reality\nSensors: Depth imaging, Near-field communication, Pervasive video capture, Biometric sensors, Smart power meters, Biomarkers, Machine vision, Computational photography, Optogenetics, Neuroinformatics\nUbicomp: Tablets, Volumetric (3D) screens, Flexible screens, Boards, Picoprojectors, Eyewear-embedded screens, Context-aware computing, Fabric-embedded screens, Reprogrammable chips, Skin-embedded screens, Retinal screens\nRobotics: Appliance robots, Smart toys, Robotic surgery, Self-driving vehicles, Powered exoskeleton, Commercial Unmanned aerial vehicles, Domestic robots, Swarm robotics, Embodied avatars, Utility fog\nBiotech: Personal gene sequencing, Organ printing, Synthetic blood, Smart drugs, Personalized medicine, In-vitro meat, Synthetic biology, Stem-cell treatments, Gene therapy, Hybrid assisted limbs, Artificial retinas, Nanomedicine, Anti-aging drugs\nMaterials: Additive manufacturing, Self-healing materials, Graphene, Personal fabricators, Meta-materials, Optical invisibility cloaks, Carbon nanotubes, Biomaterials, Molecular assembler, Nanowires, Programmable matter\nEnergy: Inductive chargers, Tidal turbines, Fuel cells, Bio-enhanced fuels, Multi-segmented smart grids, Photvoltaic glass, Piezo-electricity, Biomechanical harvesting, Nano-generators, Artificial photosynthesis, Enernet, Thorium reactor, Traveling wave reactor, Space-based solar power\nSpace: Commercial spaceflight, Sub-orbital spaceflight, Space tourism, Lunar outpost, Mars mission, Space elevator, Solar sail\nGeoengineering: Weather engineering, Vertical farming, Seasteading, Desalination, Carbon sequestration, Climate engineering, Arcologies\n\n
- with a comparison of relative importance \n
- and the relative commercial appeal (indicated by thickness)\n
- When you start connected the dots:\n\nits possible to vision how future business models may evolve\n\n\n
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