The document discusses how 3D printing may disrupt intellectual property. It argues that 3D printing could democratize manufacturing by allowing anyone to make things with virtually any functionality. As 3D printing capabilities improve and become more accessible, intellectual property laws may become increasingly irrelevant as customization replaces the need for intellectual property protections. The ability to make nearly anything through 3D printing away from centralized control could fundamentally shift business models and paradigms. Over time, intellectual property infringement may become impractical or impossible to enforce as 3D printing empowers distributed and decentralized production.
3D printing will fundamentally change intellectual property and business models by democratizing manufacturing. As 3D printing capabilities improve and become more accessible at home, intellectual property will become increasingly difficult to protect and enforce. In the long run, intellectual property may become irrelevant as customization replaces the need for branded products that can be freely copied through 3D printing. This document outlines the key technological capabilities still needed for 3D printing to fully disrupt intellectual property and traditional business models.
3D printing has the potential to significantly disrupt intellectual property. As 3D printing becomes more accessible to the average consumer through lower-cost printers and the ability to print complex objects at home, it will become harder to control intellectual property. The document discusses how 3D printing may lead to the democratization of design and manufacturing, lowering barriers to entry and allowing for designs to be printed away from traditional controls. While some industries like aerospace and healthcare still have protection due to technical limitations today, the growing capabilities of 3D printing materials and machines increases the risks to the intellectual property system over time if democratization accelerates.
The document discusses how 3D printing may disrupt intellectual property. It notes that 3D printing could democratize manufacturing by allowing anyone to make anything at home. This may undermine the traditional IP system by making it hard to control designs and easy for people to print patented objects without permission. The document also examines how different industries like aerospace, healthcare, automotive and fashion may be impacted. It considers issues like how protectable designs are with 3D printing and the potential risks to the IP system if democratization of manufacturing increases.
A User's Perspective: Innovating Smarter with Invention Machine GoldfireIHS Goldfire
Customer Co-Host: Mr. William (Bill) Hessler; Mechanical Engineer Leader, Seasoned Innovator & Patent Holder; CSC in Aberdeen Proving Ground, MD
Description: Learn how to take the "hit or miss" out of your product innovation processes from a seasoned innovator and patent holder, Mr. William (Bill) Hessler. Hear first-hand what Bill has learned through more than 14 years of designing next-generation technologies, solving root causes, mining patents and improving existing products at Fortune 1000 and mid-sized industrial and medical manufacturing companies, by applying Goldfire and basic TRIZ principles to his research.
During this informative webinar, you will learn:
* Best practices Bill uses to boost his daily innovation productivity, more rapidly solve problems, and generate breakthrough solutions
* Real world applications of Goldfire
* When to apply the software, the types of problems it helps solve, and the successes achieved as a result
* ...and much more!
This document discusses Ray Speer's background working in technology start-ups and the semiconductor industry. It provides an overview of his experience as CTO and director of ChipSensors, a fabless semiconductor company developing embedded silicon sensors, and as VP of Analog Technology at Parthus Technologies, an analog IC design consultancy. The document also outlines some lessons learned for starting technology companies, including building the right team with diverse skills, developing proofs of concept early, and the importance of networking and partnerships.
MBA Presentation for "Innovation: The Future of Healthcare" that focuses on the Big Data and Precision Medicine and how leveraging these powerful concepts will move healthcare delivery from provider-centric to patient-centered care.
This document discusses the impact of 3D printing on intellectual property. It begins by noting that 3D printing could significantly disrupt intellectual property as it allows for more democratized manufacturing and moves production away from centralized control. The document then examines how 3D printing changes design at both the micro and macro level, allowing for increased customization and new types of complex products. It suggests this could result in blurred industry lines, evolved business models, and IP becoming increasingly irrelevant as customization replaces it. The document considers possible futures where anyone can make anything independently and questions how intellectual property law and business might adapt.
3D printing has the potential to significantly disrupt intellectual property and traditional business models by democratizing manufacturing. As 3D printing capabilities improve and the technology becomes more accessible at home, intellectual property may become increasingly irrelevant. Customization could replace intellectual property as individuals are able to make things with virtually any functionality away from traditional controls. The implications for intellectual property will depend on how quickly 3D printing capabilities spread and manufacturing becomes democratized.
3D printing will fundamentally change intellectual property and business models by democratizing manufacturing. As 3D printing capabilities improve and become more accessible at home, intellectual property will become increasingly difficult to protect and enforce. In the long run, intellectual property may become irrelevant as customization replaces the need for branded products that can be freely copied through 3D printing. This document outlines the key technological capabilities still needed for 3D printing to fully disrupt intellectual property and traditional business models.
3D printing has the potential to significantly disrupt intellectual property. As 3D printing becomes more accessible to the average consumer through lower-cost printers and the ability to print complex objects at home, it will become harder to control intellectual property. The document discusses how 3D printing may lead to the democratization of design and manufacturing, lowering barriers to entry and allowing for designs to be printed away from traditional controls. While some industries like aerospace and healthcare still have protection due to technical limitations today, the growing capabilities of 3D printing materials and machines increases the risks to the intellectual property system over time if democratization accelerates.
The document discusses how 3D printing may disrupt intellectual property. It notes that 3D printing could democratize manufacturing by allowing anyone to make anything at home. This may undermine the traditional IP system by making it hard to control designs and easy for people to print patented objects without permission. The document also examines how different industries like aerospace, healthcare, automotive and fashion may be impacted. It considers issues like how protectable designs are with 3D printing and the potential risks to the IP system if democratization of manufacturing increases.
A User's Perspective: Innovating Smarter with Invention Machine GoldfireIHS Goldfire
Customer Co-Host: Mr. William (Bill) Hessler; Mechanical Engineer Leader, Seasoned Innovator & Patent Holder; CSC in Aberdeen Proving Ground, MD
Description: Learn how to take the "hit or miss" out of your product innovation processes from a seasoned innovator and patent holder, Mr. William (Bill) Hessler. Hear first-hand what Bill has learned through more than 14 years of designing next-generation technologies, solving root causes, mining patents and improving existing products at Fortune 1000 and mid-sized industrial and medical manufacturing companies, by applying Goldfire and basic TRIZ principles to his research.
During this informative webinar, you will learn:
* Best practices Bill uses to boost his daily innovation productivity, more rapidly solve problems, and generate breakthrough solutions
* Real world applications of Goldfire
* When to apply the software, the types of problems it helps solve, and the successes achieved as a result
* ...and much more!
This document discusses Ray Speer's background working in technology start-ups and the semiconductor industry. It provides an overview of his experience as CTO and director of ChipSensors, a fabless semiconductor company developing embedded silicon sensors, and as VP of Analog Technology at Parthus Technologies, an analog IC design consultancy. The document also outlines some lessons learned for starting technology companies, including building the right team with diverse skills, developing proofs of concept early, and the importance of networking and partnerships.
MBA Presentation for "Innovation: The Future of Healthcare" that focuses on the Big Data and Precision Medicine and how leveraging these powerful concepts will move healthcare delivery from provider-centric to patient-centered care.
This document discusses the impact of 3D printing on intellectual property. It begins by noting that 3D printing could significantly disrupt intellectual property as it allows for more democratized manufacturing and moves production away from centralized control. The document then examines how 3D printing changes design at both the micro and macro level, allowing for increased customization and new types of complex products. It suggests this could result in blurred industry lines, evolved business models, and IP becoming increasingly irrelevant as customization replaces it. The document considers possible futures where anyone can make anything independently and questions how intellectual property law and business might adapt.
3D printing has the potential to significantly disrupt intellectual property and traditional business models by democratizing manufacturing. As 3D printing capabilities improve and the technology becomes more accessible at home, intellectual property may become increasingly irrelevant. Customization could replace intellectual property as individuals are able to make things with virtually any functionality away from traditional controls. The implications for intellectual property will depend on how quickly 3D printing capabilities spread and manufacturing becomes democratized.
The document discusses 3D printing terminology and processes. It begins by explaining that 3D printing, additive manufacturing, direct digital manufacturing, and rapid prototyping are interchangeable terms. It then describes the six main industrial 3D printing processes according to the International ASTM standards organization. The document goes on to discuss how 3D printing is different from traditional manufacturing in that it democratizes the process and moves it away from centralized control. It concludes by examining potential reactions from industries at risk from 3D printing disruption and considerations for intellectual property strategies related to 3D printing.
Industrial 3D printing has reached an inflection point where the cost and quality are now good enough to displace the $100B injection molding market. While 3D printing was used extensively for prototyping in the past due to high costs, new printing technologies now enable cost competitive plastic part production in the thousands of units. There are three market segments where additive manufacturing immediately applies: on-demand manufacturing, on-demand supply chains, and new on-demand and custom products and business models. Fast Radius aims to leverage additive manufacturing's potential through a global network of production facilities replicated around the world.
The webinar will cover emerging and disruptive technologies. Fraser Henderson will host and discuss topics like quantum computing, nuclear fusion, hydrogen economy, nanotechnology, and how COVID-19 may impact innovation. The webinar will also explore what it takes to foster a culture of innovation within an organization, including creating time and space for new ideas, funding challenges, collaboration, and experimentation. Participants will have an opportunity to discuss how disruptive trends and technologies may impact their business and how to take advantage of innovations.
Robobusiness Europe 2014 presentation - future of industrial roboticspreben Hjornet
This document discusses disruptive innovation in industrial automation and robotics. It mentions serial entrepreneurship, mass customization, navigating disruption scopes, and solar energy disruption. It also discusses 3D scanning technology from 1992, enabling tech performance and price indexes, modular display inspection, and compliant assembly. Finally, it discusses challenges for perceptive robotics, including price consciousness, productivity, quality, time to market, and increased product variants.
- The speaker observes trends in how research infrastructure is changing more rapidly than IT can refresh systems, creating challenges. This includes new instruments generating vastly more data.
- There is a blurring of roles between scientists, sysadmins, and programmers as everything becomes more automated and "scriptable." Sysadmins must learn programming and researchers can now self-provision resources.
- Virtualization is widely used even in HPC to provide flexibility and address business needs. Very large "fat node" servers are replacing clusters of smaller nodes. Local disk is coming back as a hedge against big data requirements.
- Object storage is becoming more viable and approachable on commodity hardware for a
The document summarizes Architecture Week Göteborg occurring from October 6-10, 2014. It will have over 1,000 attendees from 10 countries discussing digital customer innovation over 5 days in 14 cities. Speakers will discuss topics like remaining successful in the Industry 4.0 age, the 3 faces of digital innovation, and SAP's next generation manufacturing path. It also provides an agenda for the event.
This document discusses the concept of "curated computing" and its key aspects:
1. A "curator" would simplify technology and business models to design standardized applications and appliances with consistent interfaces.
2. The curator would decide which technologies enter their roadmap and release schedule to create a unified ecosystem.
3. Examples of potential curators mentioned are Oracle, Microsoft, IBM, SAP, and Android/Google.
4. Curated computing is proposed as a new 5th generation of computing that focuses on 24/7 connectivity through application-based appliances and peer-to-peer cloud applications.
Remaining Successful in the Industry 4.0 age - Joakim LindbomJoakim Lindbom
The 4th industrial revolution is starting now. What innovation is affecting and what could you build upon? How do you plan for what's essentially unplannable? How do you compete when startups are 100 times faster than you? What is Open Innovation? And why do old, stable and profitable companies die?
Use open source and rapid prototyping to put magic in magical products in IoTMoe Tanabian
Open Source and rapid prototyping puts the Magic in Magical Products.
How to take an IoT concept from Paper to a Successful Product in less than 6 months, repeatedly!
------------
Makers leverage Open Source to benefit from a great of deal of already done work in open source HW and open source SW space to make things. With rapid growth of open source prototyping platforms, it has become incredibly easier to prototype and bring IoT concepts to life. This has made going through the cycle of "Design / Build / Measure" which is key to creating great products, incredibly fast and viable for all product innovation and development teams, whether in startups or large companies.
This Hands-on talk touches both the Design and Technical sides of leveraging Open Source for getting IoT products right. It additionally discusses how to bring IoT ideas to life quickly using cost effective and ready to use Open Hardware Sensors and components and Open Source Software.
3D printing allows physical objects to be produced from digital designs in layers. It is used widely, from shoes to medical devices. 3D printers work by building objects layer by layer using various technologies like inkjet printing. While 3D printers were once large, desktop versions are now available for around $20,000. 3D printing could disrupt traditional manufacturing by enabling on-demand printing of custom products and parts.
The document summarizes a team's proposal for developing neural network algorithms that can run on quantum computing platforms. The team consists of researchers from the University of Pavia with expertise in quantum technologies. Their idea is to develop neural network circuits (algorithms) that can accelerate applications by training networks much faster and with less energy than classical computers on quantum cloud platforms. They plan to target the oil and gas industry initially by creating customized algorithms as partners rather than pure customers. In the future, they may offer algorithms-as-a-service or software licenses. They are already testing algorithms on IBM Q and have collaborations with quantum computing hardware firms and an oil and gas company.
This is the presentation which I presented for my talk on the 'Advancements of Additive Manufacturing' which was conducted by Bangalore Institute of Technology as a 5 day Faculty Development program. We received a great response and had about 300 attendees across the country.
The presentation covers a few upcoming and interesting developments in the field of 3D Printing. There is a lot of innovation happening around but tried to compile the most interesting developments for the hour long presentation.
Open to any feedback and suggestions!
Industrial Internet of Things: Recipe for Innovating the Businesses through...Eurotech
Industrial Internet of Things (IIoT) allows fusion of information technology and operational technology through connecting devices to generate data. This enables improving operational efficiency, new business models like pay-per-use, and collaborating between humans and machines. Successfully adopting IIoT requires planning for change as industries will experience disruption not seen in decades. IIoT platforms provide modular building blocks for fast development while securely connecting edge devices to cloud using standards like MQTT. This transforms device data into actionable insights across business applications.
DevOps: Who Will Create $2.6 Trillion In Business Value Per Year?Gene Kim
This document discusses the benefits of adopting DevOps practices. It notes that wasted IT spending amounts to $2.6 trillion per year and that traditional divisions between development and operations hamper business goals. Adopting DevOps allows for faster delivery of code changes, more reliable systems through better feedback, and an organizational culture of continual learning through experimentation. Companies that have implemented DevOps see benefits like 30x more frequent deployments, 8,000x faster lead times, and higher success rates and availability. The document advocates that all organizations can achieve these gains through DevOps.
The document discusses unidentified flying objects (UFOs) and the possibility of extraterrestrial life. It defines UFOs as unusual anomalies in the sky that are not readily identifiable as known objects. It also defines extraterrestrial life as any life form that does not originate from Earth, ranging from simple bacteria to beings more complex than humans. While many scientists consider the existence of extraterrestrial life to be plausible, there is currently no evidence of it. Studies of UFOs have found that most reported sightings can be explained as misidentified natural or man-made objects, but some observations remain unexplained.
OCLI is a global manufacturer of optical components known for its innovations in thin film coatings and precision optics. It has design, development and large-scale manufacturing capabilities unmatched worldwide. OCLI's components provide critical performance advantages for innovative products in markets such as displays, instrumentation, office automation, projection displays, solar power, and telecommunications.
This document provides an overview of trends from the 2015 Bio IT World Expo presented by Chris Dag from the BioTeam. It discusses trends around DevOps, automation, converged infrastructure, compute, storage, cloud computing, and specific projects. Key points include the need for sysadmins to learn scripting and automation, the growing role of APIs, and how object storage is the future for managing scientific data and metadata. Specific examples highlight high performance computing configurations, small file ingest solutions, low-cost storage approaches, and a petascale storage system built using Intel Lustre, Linux, and ZFS on commodity hardware.
Presentation given at PrefabAus 2014. http://www.prefabaus.org.au/conference/
The material has been sourced from a number of researcher, including: Nico Adams, Robert Zlot, Paul Flick, Alberto Elfes, Laurent Lefort, Sarah King, Peter King, Peter Kambourios, Craig James, Leila Alem, Swee Mak.
Solving Problems with Authentication discusses common authentication attacks and issues with passwords. It notes that passwords are inherently insecure due to susceptibility to brute force attacks and human error. While services have implemented measures like multifactor authentication and minimum password requirements, these solutions can be complex, costly, and disruptive. The document recommends removing passwords and using alternative authentication methods like biometric authentication and physical security keys. It also suggests decentralizing authentication and allowing multiple login options to improve security without reducing usability.
Global Capital Markets & Industry OutlookMecklerMedia
This document provides an overview of the robotics and industrial automation sector from Mooreland Capital Markets. It introduces the presenters Rick Dalton and Bryan Dow and their backgrounds in technology M&A. The document then summarizes Mooreland's focus on key industrial technology sectors including advanced manufacturing, robotics, drones, and the industrial Internet of Things. It analyzes trends in private funding and M&A activity for robotics companies, noting increasing investment in new applications beyond traditional industrial uses. Major opportunities discussed include collaborative robots, consumer and commercial drones, agricultural robotics, autonomous vehicles, and medical/surgical robots.
More Related Content
Similar to 3 d printingfuturedemiseinside3dprinting150412
The document discusses 3D printing terminology and processes. It begins by explaining that 3D printing, additive manufacturing, direct digital manufacturing, and rapid prototyping are interchangeable terms. It then describes the six main industrial 3D printing processes according to the International ASTM standards organization. The document goes on to discuss how 3D printing is different from traditional manufacturing in that it democratizes the process and moves it away from centralized control. It concludes by examining potential reactions from industries at risk from 3D printing disruption and considerations for intellectual property strategies related to 3D printing.
Industrial 3D printing has reached an inflection point where the cost and quality are now good enough to displace the $100B injection molding market. While 3D printing was used extensively for prototyping in the past due to high costs, new printing technologies now enable cost competitive plastic part production in the thousands of units. There are three market segments where additive manufacturing immediately applies: on-demand manufacturing, on-demand supply chains, and new on-demand and custom products and business models. Fast Radius aims to leverage additive manufacturing's potential through a global network of production facilities replicated around the world.
The webinar will cover emerging and disruptive technologies. Fraser Henderson will host and discuss topics like quantum computing, nuclear fusion, hydrogen economy, nanotechnology, and how COVID-19 may impact innovation. The webinar will also explore what it takes to foster a culture of innovation within an organization, including creating time and space for new ideas, funding challenges, collaboration, and experimentation. Participants will have an opportunity to discuss how disruptive trends and technologies may impact their business and how to take advantage of innovations.
Robobusiness Europe 2014 presentation - future of industrial roboticspreben Hjornet
This document discusses disruptive innovation in industrial automation and robotics. It mentions serial entrepreneurship, mass customization, navigating disruption scopes, and solar energy disruption. It also discusses 3D scanning technology from 1992, enabling tech performance and price indexes, modular display inspection, and compliant assembly. Finally, it discusses challenges for perceptive robotics, including price consciousness, productivity, quality, time to market, and increased product variants.
- The speaker observes trends in how research infrastructure is changing more rapidly than IT can refresh systems, creating challenges. This includes new instruments generating vastly more data.
- There is a blurring of roles between scientists, sysadmins, and programmers as everything becomes more automated and "scriptable." Sysadmins must learn programming and researchers can now self-provision resources.
- Virtualization is widely used even in HPC to provide flexibility and address business needs. Very large "fat node" servers are replacing clusters of smaller nodes. Local disk is coming back as a hedge against big data requirements.
- Object storage is becoming more viable and approachable on commodity hardware for a
The document summarizes Architecture Week Göteborg occurring from October 6-10, 2014. It will have over 1,000 attendees from 10 countries discussing digital customer innovation over 5 days in 14 cities. Speakers will discuss topics like remaining successful in the Industry 4.0 age, the 3 faces of digital innovation, and SAP's next generation manufacturing path. It also provides an agenda for the event.
This document discusses the concept of "curated computing" and its key aspects:
1. A "curator" would simplify technology and business models to design standardized applications and appliances with consistent interfaces.
2. The curator would decide which technologies enter their roadmap and release schedule to create a unified ecosystem.
3. Examples of potential curators mentioned are Oracle, Microsoft, IBM, SAP, and Android/Google.
4. Curated computing is proposed as a new 5th generation of computing that focuses on 24/7 connectivity through application-based appliances and peer-to-peer cloud applications.
Remaining Successful in the Industry 4.0 age - Joakim LindbomJoakim Lindbom
The 4th industrial revolution is starting now. What innovation is affecting and what could you build upon? How do you plan for what's essentially unplannable? How do you compete when startups are 100 times faster than you? What is Open Innovation? And why do old, stable and profitable companies die?
Use open source and rapid prototyping to put magic in magical products in IoTMoe Tanabian
Open Source and rapid prototyping puts the Magic in Magical Products.
How to take an IoT concept from Paper to a Successful Product in less than 6 months, repeatedly!
------------
Makers leverage Open Source to benefit from a great of deal of already done work in open source HW and open source SW space to make things. With rapid growth of open source prototyping platforms, it has become incredibly easier to prototype and bring IoT concepts to life. This has made going through the cycle of "Design / Build / Measure" which is key to creating great products, incredibly fast and viable for all product innovation and development teams, whether in startups or large companies.
This Hands-on talk touches both the Design and Technical sides of leveraging Open Source for getting IoT products right. It additionally discusses how to bring IoT ideas to life quickly using cost effective and ready to use Open Hardware Sensors and components and Open Source Software.
3D printing allows physical objects to be produced from digital designs in layers. It is used widely, from shoes to medical devices. 3D printers work by building objects layer by layer using various technologies like inkjet printing. While 3D printers were once large, desktop versions are now available for around $20,000. 3D printing could disrupt traditional manufacturing by enabling on-demand printing of custom products and parts.
The document summarizes a team's proposal for developing neural network algorithms that can run on quantum computing platforms. The team consists of researchers from the University of Pavia with expertise in quantum technologies. Their idea is to develop neural network circuits (algorithms) that can accelerate applications by training networks much faster and with less energy than classical computers on quantum cloud platforms. They plan to target the oil and gas industry initially by creating customized algorithms as partners rather than pure customers. In the future, they may offer algorithms-as-a-service or software licenses. They are already testing algorithms on IBM Q and have collaborations with quantum computing hardware firms and an oil and gas company.
This is the presentation which I presented for my talk on the 'Advancements of Additive Manufacturing' which was conducted by Bangalore Institute of Technology as a 5 day Faculty Development program. We received a great response and had about 300 attendees across the country.
The presentation covers a few upcoming and interesting developments in the field of 3D Printing. There is a lot of innovation happening around but tried to compile the most interesting developments for the hour long presentation.
Open to any feedback and suggestions!
Industrial Internet of Things: Recipe for Innovating the Businesses through...Eurotech
Industrial Internet of Things (IIoT) allows fusion of information technology and operational technology through connecting devices to generate data. This enables improving operational efficiency, new business models like pay-per-use, and collaborating between humans and machines. Successfully adopting IIoT requires planning for change as industries will experience disruption not seen in decades. IIoT platforms provide modular building blocks for fast development while securely connecting edge devices to cloud using standards like MQTT. This transforms device data into actionable insights across business applications.
DevOps: Who Will Create $2.6 Trillion In Business Value Per Year?Gene Kim
This document discusses the benefits of adopting DevOps practices. It notes that wasted IT spending amounts to $2.6 trillion per year and that traditional divisions between development and operations hamper business goals. Adopting DevOps allows for faster delivery of code changes, more reliable systems through better feedback, and an organizational culture of continual learning through experimentation. Companies that have implemented DevOps see benefits like 30x more frequent deployments, 8,000x faster lead times, and higher success rates and availability. The document advocates that all organizations can achieve these gains through DevOps.
The document discusses unidentified flying objects (UFOs) and the possibility of extraterrestrial life. It defines UFOs as unusual anomalies in the sky that are not readily identifiable as known objects. It also defines extraterrestrial life as any life form that does not originate from Earth, ranging from simple bacteria to beings more complex than humans. While many scientists consider the existence of extraterrestrial life to be plausible, there is currently no evidence of it. Studies of UFOs have found that most reported sightings can be explained as misidentified natural or man-made objects, but some observations remain unexplained.
OCLI is a global manufacturer of optical components known for its innovations in thin film coatings and precision optics. It has design, development and large-scale manufacturing capabilities unmatched worldwide. OCLI's components provide critical performance advantages for innovative products in markets such as displays, instrumentation, office automation, projection displays, solar power, and telecommunications.
This document provides an overview of trends from the 2015 Bio IT World Expo presented by Chris Dag from the BioTeam. It discusses trends around DevOps, automation, converged infrastructure, compute, storage, cloud computing, and specific projects. Key points include the need for sysadmins to learn scripting and automation, the growing role of APIs, and how object storage is the future for managing scientific data and metadata. Specific examples highlight high performance computing configurations, small file ingest solutions, low-cost storage approaches, and a petascale storage system built using Intel Lustre, Linux, and ZFS on commodity hardware.
Presentation given at PrefabAus 2014. http://www.prefabaus.org.au/conference/
The material has been sourced from a number of researcher, including: Nico Adams, Robert Zlot, Paul Flick, Alberto Elfes, Laurent Lefort, Sarah King, Peter King, Peter Kambourios, Craig James, Leila Alem, Swee Mak.
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Solving Problems with Authentication discusses common authentication attacks and issues with passwords. It notes that passwords are inherently insecure due to susceptibility to brute force attacks and human error. While services have implemented measures like multifactor authentication and minimum password requirements, these solutions can be complex, costly, and disruptive. The document recommends removing passwords and using alternative authentication methods like biometric authentication and physical security keys. It also suggests decentralizing authentication and allowing multiple login options to improve security without reducing usability.
Global Capital Markets & Industry OutlookMecklerMedia
This document provides an overview of the robotics and industrial automation sector from Mooreland Capital Markets. It introduces the presenters Rick Dalton and Bryan Dow and their backgrounds in technology M&A. The document then summarizes Mooreland's focus on key industrial technology sectors including advanced manufacturing, robotics, drones, and the industrial Internet of Things. It analyzes trends in private funding and M&A activity for robotics companies, noting increasing investment in new applications beyond traditional industrial uses. Major opportunities discussed include collaborative robots, consumer and commercial drones, agricultural robotics, autonomous vehicles, and medical/surgical robots.
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Why Bitcoin’s Rate of Adoption is Only Going to IncreaseMecklerMedia
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GoodAI was founded in 2014 with a $10 million investment to develop general artificial intelligence as quickly as possible through an agile development process using a brain simulator tool. The company's 30 researchers pursue this goal to be helpful to humanity and gain an understanding of the universe. GoodAI is developing artificial intelligences through a school-based approach that teaches abilities to fulfill requirements at early stages like games, Q&A, and automation, with the goal of later developing more advanced AI applications like scientists, engineers, and doctors.
UC San Diego is looking to build a world-class robotics hub in San Diego by leveraging its strengths in engineering, research funding, and partnerships with industry. The university has over 20 robotics research areas across different departments and over $40 million in annual robotics research funding. It aims to grow the robotics workforce through new education programs and common lab spaces bringing different groups together. San Diego is seen as primed to become a major robotics hub like the Bay Area due to its industry, universities, and supportive environment for partnerships and startups. Over 70 robotics companies have already formed in Southern California.
Watson is a cognitive computing system developed by IBM that is capable of answering questions posed in natural language, analyzing human language, generating hypotheses based on evidence, and ranking hypotheses according to confidence levels. The document outlines Watson's architecture which uses various models to analyze an inquiry, retrieve and deeply analyze evidence from sources, generate and score hypotheses, and synthesize answers with confidence levels.
Steve Beauregard discusses how blockchain currencies could transform global commerce. Millennials are adopting new technologies and want more secure payment methods. GoCoin offers a loyalty program integrated into existing shopping behaviors to incentivize cryptocurrency adoption. By offering digital coupons, mobile/cloud wallets, and reward points, GoCoin aims to address consumer concerns about credit card security and make cryptocurrencies more accessible and appealing for mainstream use. A case study shows how GoCoin helped a merchant reduce credit card fees and drive adoption of bitcoin payments by 30,000 new users.
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This document discusses the development of a social payment platform called Bitholla. It aims to make payments easier and more fun by integrating social media features. The founders realized at a Seoul Bitcoin meetup that paying each other was not easy. They brainstormed ideas to address this and tested an app amongst meetup attendees. The app was released on Google Play and Reddit. The document outlines the team members and their backgrounds, as well as future goals like growing the user base and developing premium features like bill splitting and geolocation-based advertising.
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3 d printingfuturedemiseinside3dprinting150412
1. 3D Printing and the Future (or Demise) of
Intellectual Property
John Hornick
April 2015
2. 2
First, a Disclaimer
“Are these the shadows of the things
that Will be, or are they the shadows
of things that May be?”
» Ebenezer Scrooge, to the Third Spirit
7. 7
Three Reasons
“There is a persistent widespread belief that
intellectual property law (and patents in particular)
encourage innovation. This is intuitive, however,
the evidence to the contrary is now overwhelming
and the unavoidable conclusion is that intellectual
property actually stifles innovation.”
Prof. Joshua Pearce, Materials Science, Mich Tech
15. 15
What Would Happen if?
Anyone could make things
with virtually any functionality
away from control?
16. 16
What Would Happen if?
Anyone could make things
with virtually any functionality
away from control?
17. 17
What Would Happen if?
Anyone could make things
with virtually any functionality
away from control?
Effect on:
– Traditional Business Models?
– IP?
22. 22
Answer: Paradigm Shift
–Democratization of
manufacturing
No entry barriers
Lines will blur
Fundamentally different
products
BACK TO making, not buying
–As democratization increases . . .
46. 46
Star Trek Materials
NC State
– Flexible, stretchable
– Liquid at room temp
U of Warwick:
– Carbomorph
Chinese Academy
of Science
– Self-forming metal
47. 47
Star Trek Materials
Graphene
– Flexible
– Transparent
– Conductive
– Harder than diamond
– 200x stronger
than steel
61. 61
Rocking the IP World
“There is no reason for
patent and trademark law to
repeat the mistakes of
copyright, but there is
every reason to think that
these mistakes will be
repeated” Desai & Magliocca
87. 87
Why the Experts Are Wrong
– “Most 3DP sales will be industrial”
– “Most homes will not have 3DP anytime soon”
– “Home 3DP will be unsophisticated”
88. 88
Why the Experts Are Wrong
Except this one:
“We live in exponential times”
$5M vs. $400
89. 89
Why the Experts Are Wrong
And this one:
“I think every home within 10 years,
probably less than that, will have its own
3D printer, just as many homes now have
a 2D or laser printer”
Andy Bird, Chairman, Disney
International
99. 99
My Vision
Within Control
– Multi-function
machines
– Radically different L&F
– Complement TM
100. 100
My Vision
Within Control
– Multi-function
machines
– Radically different L&F
– Complement TM
– Every classroom
101. 101
My Vision
Within Control
– Multi-function
machines
– Radically different L&F
– Complement TM
– Every classroom
– Flourishing economies
102. 102
My Vision
Within Control
– Multi-function
machines
– Radically different L&F
– Complement TM
– Every classroom
– Flourishing economies
Away from Control
103. 103
My Vision
Within Control
– Multi-function
machines
– Radically different L&F
– Complement TM
– Every classroom
– Flourishing economies
Away from Control
– iFactory
104. 104
My Vision
Within Control
– Multi-function
machines
– Radically different L&F
– Complement TM
– Every classroom
– Flourishing economies
Away from Control
– iFactory
– Every home
105. 105
My Vision
Within Control
– Multi-function
machines
– Radically different L&F
– Complement TM
– Every classroom
– Flourishing economies
Away from Control
– iFactory
– Every home
– Any functionality
106. 106
My Vision
Within Control
– Multi-function
machines
– Radically different L&F
– Complement TM
– Every classroom
– Flourishing economies
Away from Control
– iFactory
– Every home
– Any functionality
– Easy as a breadmaker
107. 107
My Vision
Within Control
– Multi-function
machines
– Radically different L&F
– Complement TM
– Every classroom
– Flourishing economies
Away from Control
– iFactory
– Every home
– Any functionality
– Easy as a breadmaker
– IP increasingly
irrelevant
108. 108
When?
“We always overestimate the change
that will occur in the next two years and
underestimate the change that will occur
in the next ten”
Bill Gates
114. 114
Thank you for your time!
john.hornick@finnegan.com
www.finnegan.com
FOLLOW MY TWEETS: @ JHornick3D1Stop
115. 115
Disclaimer
These materials are public information and have been prepared solely for
educational and entertainment purposes to contribute to the understanding
of U.S. intellectual property law. These materials reflect only the personal
views of the authors and are not a source of legal advice. It is understood
that each case is fact specific, and that the appropriate solution in any case
will vary. Therefore, these materials may or may not be relevant to any
particular situation. Thus, the authors and Finnegan, Henderson, Farabow,
Garrett & Dunner, LLP cannot be bound either philosophically or as
representatives of their various present and future clients to the comments
expressed in these materials. The presentation of these materials does not
establish any form of attorney-client relationship with the authors or
Finnegan, Henderson, Farabow, Garrett & Dunner, LLP. While every
attempt was made to ensure that these materials are accurate, errors or
omissions may be contained therein, for which any liability is disclaimed.