NVIDIA VP Claire Delaunay will discuss empowering robotics startups at TC Sessions: Robotics+AI

Robotics, AI and automation are the future of business. This much seemingly everyone can agree on. Finding the resources to implement these technologies, on the other hand, is a different question entirely. Resource strapped startups and even established companies with sufficient know-how may find it difficult to adapt to changing technologies.

NVIDIA’s VP of Engineering Claire Delaunay will be returning to TC Sessions: Robotics + AI at U.C. Berkeley on March 3 to discuss the component giant’s work in AI and robotics. After showing of NVIDIA’s Isaac platform at last year’s event, the former Google robotics lead will discuss how the company is working to create a platform to help accelerate robotics development.

Delaunay will be joined by Scott Phoenix, the cofounder and CEO of Vicarious, which works to develop AI and general intelligence for robotics and Joshua Wilson, cofounder and CEO of Freedom Robotics, which works to help companies launch and scale robotics systems.

Tickets are on sale now for $345 and you’ll save $50 when you book now as prices go up at the door.

We have two Startup Demo Packages left for $2200. Each package comes with a demo space and 4 tickets to the show. Grab yours here.

Student tickets, are still available at the super discounted $50 rate when you book here.

NVIDIA VP Claire Delaunay will discuss empowering robotics startups at TC Sessions: Robotics+AI

Robotics, AI and automation are the future of business. This much seemingly everyone can agree on. Finding the resources to implement these technologies, on the other hand, is a different question entirely. Resource strapped startups and even established companies with sufficient know-how may find it difficult to adapt to changing technologies.

NVIDIA’s VP of Engineering Claire Delaunay will be returning to TC Sessions: Robotics + AI at U.C. Berkeley on March 3 to discuss the component giant’s work in AI and robotics. After showing of NVIDIA’s Isaac platform at last year’s event, the former Google robotics lead will discuss how the company is working to create a platform to help accelerate robotics development.

Delaunay will be joined by Scott Phoenix, the cofounder and CEO of Vicarious, which works to develop AI and general intelligence for robotics and Joshua Wilson, cofounder and CEO of Freedom Robotics, which works to help companies launch and scale robotics systems.

Tickets are on sale now for $345 and you’ll save $50 when you book now as prices go up at the door.

We have two Startup Demo Packages left for $2200. Each package comes with a demo space and 4 tickets to the show. Grab yours here.

Student tickets, are still available at the super discounted $50 rate when you book here.

Aptiv’s self-driving cars have given 100,000 paid rides on the Lyft app

What started out as a temporary pilot project to test a robotaxi service in Las Vegas has turned into a multi-year partnership between self-driving software company Aptiv and Lyft and a new milestone that suggests the operation is ramping up.

The companies announced Tuesday that they’ve given 100,000 paid rides in Aptiv’s self-driving vehicles via the Lyft app.

“To our knowledge this is the largest open-to-the-public commercial pilot,” Aptiv Autonomous Mobility President Karl Iagnemma said in a recent interview. “To me this partnership is a great example of the next-generation ecosystem at work.”

The milestone has a few important caveats. Aptiv’s self-driving vehicles — which initially began with BMW 5 series — have a human safety driver behind the wheel to take over if needed. The human driver operates the vehicle manually in parking lots and hotel lobby areas. 

The program, even if with those human safety drivers behind the wheel, has proven invaluable to the companies, according to Iagnemma and Jody Kelman, who leads the self-driving platform team at Lyft.

“We’ve got something here,” Kelman said. “This is really a blueprint for what future mobility partnerships can look like.”

Companies in this so-called “race” to commercially deploy on-demand ride-hailing services using self-driving vehicles must master more than the technical bits. Fleet management, real-time routing, and designing an approachable user interface are just a few critical components needed to operate a profitable robotaxi service.

The program has taught Aptiv how to “get and keep a fleet of autonomous vehicles on the road and keep them highly utilized,” Iagnemma said, later adding that this project positions Lyft and Aptiv to be major winners in this space. The companies also learned how to work with various regulatory bodies, in this case, with the city of Las Vegas, Clark County and the region’s transit authority.

Lyft and Aptiv first launched the pilot in January 2018 as a one-week experiment and then announced plans to extend the program. The program surpassed 5,000 self-driving rides by August and jumped to more than 25,000 paid autonomous rides by December 2018, all while maintaining an average passenger rating of 4.95 out of five stars, Aptiv said at the time. 

By May 2019, the companies reported they had given more than 50,000 paid self-driving rides in Las Vegas.

Aptiv’s investment in Las Vegas expanded as those ridership numbers grew. The company opened in December 2018 a 130,000-square-foot technical center in the city to house its fleet of autonomous vehicles as well as an engineering team dedicated to research and development of software and hardware systems, validation and mapping.

Students: Score $50 tickets to TC Sessions: Robotics + AI 2020

Are you a student enthralled by robots and the AI that powers them? Do you live within striking distance of UC Berkeley? Ready to learn from the greatest minds and makers in the field? Then we want you at TC Sessions: Robotics + AI 2020 on March 3 at UC Berkeley’s Zellerbach Hall.

We’re investing in the next generation of makers by making our day-long conference super-affordable. Buy your $50 student pass right here.

If you’re not familiar with our Robotics/AI session, listen up. It’s a full day of interviews, panel discussions, Q&As, workshops and demos. And it’s all dedicated to these two world-changing technologies. Last year, we hosted1,500 attendees. We’re talking the industries’ top leaders, founders, investors, technologists, executives and engineering students.

As a student, you’ll rub elbows with the greats. You’ll have ample time to learn and network. Who knows? You might impress the pants off the right person and land an internship, a prime job — or find the co-founder of your dreams.

If networking feels like a chore, never fear. CrunchMatch, our free business matching platform, removes the pain and adds efficiency. Win-win!

You’ll hear from our great slate of speakers, including VCs Eric Migicovsky (Y Combinator), Kelly Chen (DCVC) and Dror Berman (Innovation Endeavors). You’ll also hear from plenty of founders, including experts focused on agricultural, construction and human assistive robotics. And that’s just for starters.

Here are a few more examples of presentations you’ll find in our program agenda.

  • Fostering the Next Generation of Robotics Startups: Robotics and AI are the future of many or most industries, but the barrier of entry is still difficult to surmount for many startups. Joshua Wilson (co-founder & CEO, Freedom Robotics) and Scott Phoenix (co-founder & CEO, Vicarious) will discuss the challenges of serving robotics startups and companies that require robotics labor, from bootstrapped startups to large scale enterprises.
  • Live Demo from the Stanford Robotics Club: It just wouldn’t be a robotics conference without the opportunity to see robots in action. We’ve got you covered.
  • Pitch Night Pitch-off Finalists: Early-stage companies, hand-picked by TechCrunch editors, will take the stage and have five minutes to present their wares.
  • Saving Humanity from AI: UC Berkeley’s Stuart Russell argues in his acclaimed new book, “Human Compatible,” that AI will doom humanity unless technologists fundamentally reform how they build AI algorithms.

TC Sessions: Robotics + AI 2020 takes place on March 3. We’re making the event affordable for students, because there’s no future tech without them. Invest $50 in your tomorrow — buy your student ticket today, and join us in Berkeley!

Is your company interested in sponsoring or exhibiting at TC Sessions: Robotics & AI 2020? Contact our sponsorship sales team by filling out this form.

Advocating reform, activist investor Elliott Management takes a $2.5B stake in SoftBank

The activist investment firm Elliott Management has steadily amassed a $2.5 billion stake in the headline-grabbing, Japanese technology conglomerate SoftBank even as a series of missteps battered the company’s share price.

Famous for its investments in companies like Slack and Uber and infamous for betting billions on the co-working real estate marketplace and development company, WeWork, SoftBank presented an enticing target for Elliott’s brand of financial speculation, according to an initial report in The Wall Street Journal.

Last November, SoftBank Group reported a $6.5 billion loss thanks in part to its efforts to bail out its investment in WeWork — a company once valued in private markets at $47 billion.

Those losses sent the stock price tumbling, but despite its troubles, SoftBank still holds a vast stable of portfolio companies. It’s those assets that Elliott Management thinks are appealing enough to carve out some of its $34 billion in assets under management for a minority stake.

Elliott’s substantial investment in SoftBank Group reflects its strong conviction that the market significantly undervalues SoftBank’s portfolio of assets,” a spokesperson for the firm wrote in an email. “Elliott has engaged privately with SoftBank’s leadership and is working constructively on solutions to help SoftBank materially and sustainably reduce its discount to intrinsic value.”

SoftBank made waves in the technology investment world with its massive $100 billion Vision fund, which was designed to take stakes in emerging technology companies that required lots of cash, but could potentially transform various industries.

The audacious investment strategy was financed by working with sovereign wealth funds like the Saudi Arabian Public Investment Fund (whose principals are linked to a leadership known for ordering the assassination of journalists) and companies like Apple and Microsoft.

Through its limited partners and with its own cash, SoftBank was able to take large equity stakes in companies across a range of different industries. However, it now appears that those large equity stakes will be difficult to maintain or justify.

Over the last year, several of SoftBank’s portfolio companies have run into trouble, and it’s an open question whether any changes Elliott might be able to effect at the top of the organization would have an impact on the performance of the underlying portfolio.

Indeed, given SoftBank founder Masayoshi Son’s 22% ownership stake in the business, any corporate activism that Elliott may initiate or advocate for could have limited results.

There are good businesses in the SoftBank portfolio, and public investors have rushed in to buy the company’s stock on the back of the disclosure of Elliott Management’s investment.

However, the flood of capital that came into the venture market in 2018 seems to have crested, which could leave SoftBank and its new investors soaked.

CrunchMatch simplifies networking @ TC Sessions: Robotics + AI 2020

With just about 1 month until go-time, TC Sessions: Robotics + AI 2020 (March 3 in Berkeley, Calif.) is going to be a true powerhouse event. Prepare to spend the day engaging with the leading innovators, makers and investors bent on shaping the future of these two game-changing technologies.

Don’t have a ticket yet? Beat the price hike at the door and book your ticket now.

Last year 1,500 attendees packed the house, and we’re on track to surpass that number come March. Talk about an opportunity for focused networking. Here’s more great news. CrunchMatch, TechCrunch’s free business match-making tool will be available to all attendees.

What can CrunchMatch do for you? Excellent question. It’s a curated, automated networking platform that helps you connect with people based on your criteria, goals and interests. No more time spent chatting up the wrong people. No matter who you’re hoping to meet with — founders, investors, technologists, researchers or engineering students — CrunchMatch makes networking a crowd as efficient and painless as possible.

Here’s how it works. When CrunchMatch opens, you’ll get an email to sign-up. Fill out your profile listing your role (technologist, founder, investor, etc.) and the type of connections you want to make at the event. The CrunchMatch algorithm will get to work and suggest people to meet and even set appointments, which you can approve or decline.

You never know who you’ll meet at a TechCrunch event or where that connection might lead. Wet your networking whistle with a look at some of the companies attending TC Sessions: Robotics + AI 2020.

  • ABB Technology Ventures
  • Amazon
  • Ceres Robotics Inc
  • Deloitte
  • Facebook
  • Google X
  • Hyundai CRADLE
  • John Deere
  • LG Electronics
  • Misty Robotics
  • Silicon Valley Bank
  • Stanford
  • Toyota AI Ventures
  • UC Berkeley
  • WaymoLG Electronics
  • Misty Robotics
  • Silicon Valley Bank
  • Stanford
  • Toyota AI Ventures

While you’re at it, check out our program agenda for more than 17 presentations including live robot demos, panel discussions, interviews and Q&As — where the audience gets to ask speakers their most burning questions.

Oh, and one more game-changer. We’ve added Pitch Night — a mini pitch-off competition that takes place the night before the conference starts. The application window closed tomorrow, February 1, so apply right now and — who knows — you might end up as a finalist pitching live on the Main Stage.

TC Sessions: Robotics + AI 2020 takes place on March 3, and with CrunchMatch at your side, you’ll network better than ever before. Don’t miss this opportunity to spend a full day connecting and engaging with your community of movers, makers and influencers. Buy your ticket today!

Is your company interested in sponsoring or exhibiting at TC Sessions: Robotics & AI 2020? Contact our sponsorship sales team by filling out this form.

Uber issued permit to test self-driving vehicles on California public roads

Uber Advanced Technologies Group has been issued a permit that would allow the company to put its autonomous vehicles back on public roads in California nearly two years after the company scaled back its testing program following a fatal crash in Arizona that killed a pedestrian.

Uber doesn’t have immediate plans to put its autonomous vehicles on public roads in San Francisco, where it was previously testing. The company says it will notify key local, state, and federal stakeholders before it returns to the city.

“San Francisco is a great city to gather key learnings for self-driving technology given it’s complex and ever changing environment. While we do not have an update as to exactly when we’ll resume autonomous testing, receiving our testing permit through the California DMV is a critical step towards that end in Uber’s home city,” an Uber spokesperson said in an emailed statement.

The permit, which is issued by the California Department of Motor Vehicles, is the latest step by Uber’s self-driving unit to ramp up a program that appeared destined to end just 18 months ago.

Uber ATG ended all testing on public roads after one of its vehicles struck and killed pedestrian Elaine Herzberg in the Phoenix suburb of Tempe. Uber ATG was testing its self-driving vehicles in the Phoenix area, Toronto, Pittsburgh and San Francisco. At the time, the company let go all 100 of its self-driving car operators in Pittsburgh and San Francisco and rumors circulated that the company wanted to sell its self-driving unit.

Uber ATG resumed in December 2018 on-road testing of its self-driving vehicles in Pittsburgh, following the Pennsylvania Department of Transportation’s decision to authorize the company to put its autonomous vehicles on public roads.

Uber has also started mapping Washington, D.C., ahead of plans to begin testing its self-driving vehicles in the city this year. Initially, there will be three Uber vehicles mapping the area, a company spokesperson said. These vehicles, which will be manually driven and have two trained employees inside, will collect sensor data using a top-mounted sensor wing equipped with cameras and a spinning lidar. The data will be used to build high-definition maps. The data will also be used for Uber’s virtual simulation and test track testing scenarios.

Uber intends to launch autonomous vehicles in Washington, D.C. before the end of 2020.

Verana Health aims to organize and analyze doctors’ clinical data sets, whether patients like it or not

If the two-year old healthcare startup Verana Health has its way it could become the Google for physician generated healthcare data.

The company has raised $100 million from GV (one of the corporate investment arms of Alphabet, the parent company of Google), Bain Capital Ventures, Casdin Capital and Define Ventures and counts the famous life sciences investor, Brook Byers, as the chairman of the company’s board.

The company offers products like Verana Practice Insights, which provides aggregated views on practice trends across the U.S, and it also has a service called “Trial Connect” which gives physicians the ability to find patients among their practices who may be suitable for clinical trials.

Verana has also built up the Axon Registry, which tracks the impact of treatments over time for conditions like multiple sclerosis, migraines, and epilepsy. The company points to the registry as an example of how the data collected can provide value for the entire healthcare ecosystem.

Verana has inked data collection deals with the American Academy of Ophthalmology and the American Academy of Neurology to create large pools of de-identified patient data that can be used for drug discovery, population health analysis and medical research. But the company’s story actually begins nearly twenty years ago, when specialty medical associations started building clinical data sets to share information among medical practitioners and standardize reporting required by the federal government.

More recently, as Verana explains, medical associations realized that there was a lot of quality data locked away in those records. And since the medical communities lacked the wherewithal and technical expertise to digitize and analyze those records themselves, they decided to outsource those services to Verana two years ago, according to a blogpost from the company.

“Our society partners have entrusted us with their data to partner with them to advance the quality of patient care and to accelerate the adoption of evidence into practice,” the company states. “Through these partnerships, Verana supports the full operating costs for these registries, which enable physicians to track performance against federal quality measures and submit information for quality reporting at no expense to the physician practices and medical specialty organizations.”

It seems that Verana has made the same pitch to physicians that Google has made to consumers: give us all of your information, and we’ll organize it and manage it for you (as well as collect it to monetize in other ways that physicians have no control over).

Image via Getty Images / Ja_inter

Alongside its new financing, the San Francisco-based company also announced the acquisition of Knoxville, Ten.-based PYA Analytics, a company which has designed data analytics software and services for Medicare and Medicaid.

Verana Health is building the team and technology to unlock deep clinical insights that support the development of new treatments while increasing our understanding of how these treatments can benefit patients more broadly,” said Dr. Krishna Yeshwant, General Partner at GV. “Under the leadership of its strong management team, Verana continues to redefine how we approach medical research.”

While Verana is currently focused on ophthalmic and neurologic diseases, the company intends to expand into additional therapeutic categories over the next year while integrating imaging, genomic, and claims data sources into its data pools.

“Verana is assembling the most comprehensive datasets in medicine across multiple disease types with the goal of accelerating medical research for patients with ophthalmic and neurologic conditions,” said Miki Kapoor, the chief executive officer of Verana Health, in a statement. “The financing and the addition of PYAA enable us to enrich these large clinical databases, creating a longitudinal view of the complete patient journey to inform research and patient care.”

However, the company’s approach seems to disregard the role of the patient in the healthcare process. The emphasis on de-identification is one that new technology companies consistently rely on; however, evidence tells us that these practices aren’t as secure as consumers would want when it comes to sensitive information around health.

In June 2019, the University of Chicago Medical Center and Google were sued for allegedly violating HIPAA regulations by sharing patient records that weren’t de-identified properly. Google used the research for predictive data analysis based on massive population data. Google and the medical center have both filed motions to dismiss the lawsuit.

But even the U.S. Department of Health and Human Services warned that there’s a risk that de-identified data could be linked back to the corresponding patient. Indeed, new machine learning capabilities developed by companies like Google have already been used to re-identify anonymized patient data, according to a study published in the Journal of the American Medical Association.

An app tasked with reporting the results of the Iowa caucus has crashed

A smartphone app tasked with reporting the results of the Iowa caucus has crashed, delaying the result of the first major count in nominating a Democratic candidate to run for the U.S. presidency.

The result of the Iowa caucus was due to be transmitted by smartphone apps from delegates across the state on Monday, but a “quality control” issue was detected shortly before the result was expected.

“We found inconsistencies in the reporting of three sets of results,” said Mandy McClure, a spokesperson for the Iowa Democrats.

“In addition to the tech systems being used to tabulate results, we are also using photos of results and a paper trail to value that all results match and ensure that we have confidence and accuracy in the numbers we report,” said McClure, saying this was “not a hack or an intrusion.”

“The underlying data and paper trail is sound and will simply take time to further report the results,” she said.

Some reports say that the result may not be called before Tuesday.

A report by NPR in January said the smartphone app was designed to save time in reporting the results, but bucked the trend in the use of smartphones in the voting process during a time where there are concerns that voting machines and other election infrastructure are feared vulnerable to hackers. Security concerns were raised about the app, whose developer has not yet been named nor its security practices, fearing that doing so would help hackers break into the system.

But the app was reportedly described as buggy and problematic by official hours before the final results were due to be called.

Screenshots in tweets seen by TechCrunch, but have since been deleted, showed problems with the app as early as 6pm local time.

One of the precinct chairs in Shelby County said they would call in her results instead.

Iowa is an important first round of votes to nominate a Democratic candidate for the presidency. The final candidate will be chosen later this year to run against presumed Republican candidate, President Donald Trump.

Watch experts from Boston Dynamics, Built, Dusty and Toggle discuss robotic construction at TC Sessions: Robotics

After recently doing a survey of the top robotics investment rounds, it became pretty clear: construction is going to be huge for this industry. Global construction is expected to hit $13 trillion by 2022 (with China alone hitting that number in 2030), and there are plenty of dull, dirty and dangerous jobs that seem well positioned for potential automation.

With that in mind, we’ve put together a fantastic — and packed — panel set to examine how robotics, AI and automation are poised to transform the industry. There’s a wide range of potential opportunities for the right startup, from producing construction materials to surveying sites. The latter, in particular, could amount to a big market for a company that can help correct mistakes before they become too costly.

Today we’re excited to announce that Boston Dynamics’ Construction Technologist Brian Ringley will be joining an already packed panel that includes Built Robotics’ Noah Campbell-Ready, Tessa Lau of Dusty Robotics and Toggle’s Daniel Blank at TC Sessions: Robotics+AI on March 3.

A longtime robotics pioneer, Boston Dynamics is a recent entrant into the construction space. The company’s now commercially available Spot robot is currently being piloted at construction sites. With LIDAR and other imaging technologies mounted on its back, the robot is able to give a more complete picture of in-progress construction sites.

 Save $50 when you book your tickets today as prices go up at the door. We still have a small handful of Startup Exhibitor Packages available that can be booked here. Each package comes with 4 tickets so you can divide and conquer the show.