Tesla: Driving Into the AI Future?
This post examines the impact of machine learning and public perception on Tesla's autonomous vehicle product development process.
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The Missing Piece: How Lego Found Open Innovation at a Critical Time
Lego was facing financial distress in the mid-2000s. In this time of turmoil, it turned to open innovation to restart its business.
Operation Love Serenade: Fighting corruption in Brazil with an open-source, Machine Learning-powered robot
Motivated to fight corruption in Brazil, tech-savvy citizens used crowdfunding to start a non-profit, open-source project that uses data science for the purpose of monitoring public spending.
HTC Vive: Overcoming Developer Hesitance Through Open Innovation
This post details how Valve, the developers of the VR headset HTC Vive, used open innovation to provide a wide variety of video games despite the lack of support from major game developers.
HackerOne: Using Open Innovation to Foster a Cyber Secure Environment
The world of cybersecurity can be a complex place. With the advent of the internet, increasingly more data is ripe for hacking and companies are scrambling to protect it. HackerOne thinks it has a solution to keep information protected for the long term.
Keeping It Fresh in Packaged Food: An Examination of Open Innovation at Mondelez International
This piece briefly examines the adoption of various open innovation practices by Mondelez International to better react to competitive pressures and position itself for long-term sustainable growth
Rolls-Royce: Optimising jet engine maintenance with machine learning
Rolls-Royce is looking to machine learning to optimise how it maintains over 13,000 jet engines currently flying around the world
A 3D-printed liver: not ready for prime time?
Additive manufacturing – also known as 3D-printing – has gained significant traction in commercial industries. In the medical community, there is promise of applying additive manufacturing techniques to tissue engineering, with the hope of developing replacement organs, ending the current unsatisfiable demand for transplants.
Organovo is a company developing 3D-bioprinted products for pharmacologic research and development, with a longer-term goal of developing printed tissue platforms. But is there truly a need for 3D-bioprinted products in this space? And is the idea of a 3D-printed organ merely a pipe dream?
Increasing financial security with machine learning
Introduction: using machine learning in household finance Household finance is one area where machine learning has the potential to positively impact consumers’ lives at scale. Mint.com has developed algorithms to classify each of its 10 million users’ expenses and predict […]
OrCam: A New Vision for Machine Learning
Can machine learning help people see again? OrCam says yes.