Intel Labs Day 2020: A Peek into the Future of Computing

by | Dec 6, 2020

Intel Labs Day 2020

Rich Uhlig, Intel Sr. Fellow, VP & Director of Intel Labs

Intel Labs Day 2020 kicked off on December 3, and the virtual event was watched by millions worldwide. The event theme was: Disruptive Research for the Next Decade in Computing.  Intel scientists and technologists gave an update on their breakthrough research in five key areas: neuromorphic computing, machine programming, quantum computing, integrated photonics, and confidential computing. The virtual event featured expert-led sessions supported by demos highlighting Intel Labs’ innovative research in various domains. This was not a marketing event and no product announcements were made.

In his keynote titled “In Pursuit of 1000X: Disruptive Research for the Next Decade of Computing”, Rich Uhlig, Intel Sr. Fellow, VP & Director of Intel Labs quoted science writer William Gibson, “The Future is already here. It is just not evenly distributed.”  He continued, “You are seeing the future every day. You are just not able to recognize it.”

Intel Labs is a multi-disciplinary global research organization focused on the initiatives that shape the future of computing and deliver technological breakthroughs that can scale for broad social impact. The idea is to bring advanced technology out of the lab, commoditize it, and make it available to the masses at affordable costs.

Take DNA testing kits for example.  Thanks to genotyping technology these kits are available to anyone at a reasonable cost, but with limited functionality, like tracing one’s family tree. However, if this product offered more functionality like genome sequencing and the ability to detect biomarkers for certain diseases or offer specific gene therapy – it would provide the world’s population access to personalized medicine. That would speed up recoveries and reduce the amount, of deaths or contain the spread of diseases.

This is the future that Intel wants to pursue – the even distribution of advanced technology for social impact.

Exascale Computing

But when you take an application like scaling health to that extent, it will generate massive amounts of data. And this data needs to be consolidated, stored, moved, analyzed, secured and computed at scale.

At Intel’s Architecture Day, Raja Koduri talked about the data explosion. He said we are generating data at a faster rate than our ability to analyze, understand, transmit, secure, and reconstruct it in real-time.

The proliferation of IoT sensors, for instance, is generating humongous amounts of data every day.

“Intel’s goal is to enable exascale computing for everyone,” said Uhlig.  “We need to deliver those solutions at global scale. The way to do that is to set an ambitious goal with an understanding that we need multiple orders of magnitude improvement – and along several vectors of technologies, spanning  interconnects, compute and memory. And how we program and secure systems.

Intel is thinking “several orders of magnitude” and it calls this vision “In Pursuit of a 1000x.”

Uhlig said it will require thinking differently to bring the vision to fruition. Intel is also bringing together experts from different fields who will work together “at the intersection of domains of knowledge, of science and technology.”

For Intel Labs Day 2020, Intel choose five topics to discuss:

  • Neuromorphic Computing: Intel disclosed new corporate Intel Neuromorphic Research Community (INRC) members, showcase corporate use cases / pilot projects and share an overview of INRC benchmarking results to-date, including new results computed on Loihi.
  • Machine Programming: Intel introduced ControlFlag, a research system that can autonomously detect errors in code. 
  • Quantum Computing: Intel previewed capabilities for its 2nd generation cryogenic quantum controller, Horse Ridge II.
  • Integrated Photonics: Intel demonstrated progress toward bringing critical optical technology building blocks on one silicon platform, tightly integrated with CMOS silicon, paving the way for tighter integration of optical and silicon technologies.
  • Confidential Computing: A spotlight on federated learning and homomorphic encryption, two security-focused research initiatives that expand on today’s confidential computing to eliminate additional barriers that prevent free and full sharing and use of data.

Well, Intel Labs Day gave us a peek into the future and the significant advancements in today’s technological capabilities.

As they are fond of saying at Intel Labs: The Future Begins Here!

View all the videos and read more about details about all these announcements here: Intel Labs Day 2020 | Intel Newsroom

This editor was invited by Intel to attend Intel Virtual Labs (virtually).

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Brian Pereira
Brian Pereira
Brian Pereira is an Indian journalist and editor based in Mumbai. He founded Digital Creed in 2015. A technology buff, former computer instructor, and software developer, Brian has 29 years of journalism experience (since 1994). Brian is the former Editor of CHIP India, InformationWeek India and CISO Mag. He has served India's leading newspaper groups: The Times of India and The Indian Express. Presently, he serves the Information Security Media Group, as Sr. Director, Editorial. You'll find his most current work on CIO Inc. During his career he wrote (and continues to write) 5000+ technology articles. He conducted more than 450 industry interviews. Brian writes on aviation, drones, cybersecurity, tech startups, cloud, data center, AI/ML/Gen AI, IoT, Blockchain etc. He achieved certifications from the EC-Council (Certified Secure Computer User) and from IBM (Basics of Cloud Computing). Apart from those, he has successfully completed many courses on Content Marketing and Business Writing. He recently achieved a Certificate in Cybersecurity (CC) from the international certification body ISC2. Follow Brian on Twitter (@creed_digital) and LinkedIn. Email Brian at: [email protected]
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