Happy Friday. The Sims debuted 21 years ago yesterday, giving us the building blocks for ever more immersive virtual worlds—and an uncanny valley full of AI-enabled NPCs (non-player characters).
It also gave Hayden the building blocks for her Halloween costume as a college freshman—with a DIY diamond-shaped plumbob hat.
In today’s edition:
Aerial vaccine delivery Qualcomm 5G Revel’s EV hub
—Ryan Duffy, Hayden Field
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Francis Scialabba
Zipline operates the world’s largest drone delivery network. It’s familiar with airdropping sensitive medical items, like blood and medication, at scale. In the past year, Zipline has delivered 1 million non-Covid vaccines in Africa.
You probably see where this is going
Zipline is getting ready to deliver the vaccine we’re all thinking about. Yesterday, the seven-year-old startup said it’s developing end-to-end cold chain capabilities with an unnamed Covid vaccine manufacturer. By April, the infrastructure should be all-systems-go in the countries where Zipline is active: Rwanda, Ghana, and soon, Nigeria. Oh, and Zipline is also flying in North Carolina.
Cold chain refresher: The most effective Covid vaccines require ultracold refrigeration. Pfizer’s must be kept colder than Antarctica. Moderna’s, by comparison, only needs to be chilled at a balmy -20° Celsius.
- These Ice Age requirements pose a huge distribution challenge. From sub-zero fridges to temperature-controlled trucks, key parts of the vaccine’s supply chain may not exist in less-developed parts of the world, including harder-to-reach rural communities.
Any item that Zipline delivers must first go through a node: the distribution center. Zipline is adding ultracold capacity to these hubs, which serve a wide geographical web of clinics. The distribution center is conveniently colocated with a drone airport, which runs on-demand flights. This “Uber for healthcare, in the air” design reduces the probability of a vaccine expiring or spoiling.
- Zipline’s drones have a 100-mile round-trip range. Centers can service 8,000 square miles, give or take. And deliveries are completed in 30–45 minutes.
- The three new distribution centers in Nigeria will each have 30 drones, running 24/7, and serve roughly 1,000 health clinics across 37,000+ square miles.
Drone deliver is already plenty difficult
It doesn’t fly in more populated areas or congested airspaces. Technological constraints still exist. But drones could work well for the vaccine use case in the markets Zipline serves, helping governments leapfrog cold storage constraints.
Big picture: The technology is nearly ready, but a broader problem persists—Western nations have earmarked doses of the most effective vaccines for themselves, making it hard for African countries to secure access.
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Francis Scialabba
On Wednesday, Qualcomm brought home an earnings report card stacked with As—thanks to lots and lots of chips.
The bright side
At about $8.24 billion, last quarter’s revenue was the second-highest on record—up 62% year-over-year.
Breakup tech → makeup tech: After burying the hatchet on a two-year legal dispute with Apple, Qualcomm began supplying iPhone processors again in 2020—which led to an 81% revenue increase for its chip business.
New chip flavor: RF front end chips are one of Qualcomm’s newest moneymakers. The 5G-friendly semiconductors live near a smartphone’s antenna and brought in $1 billion last quarter (more than 2x this time last year).
The plight side
Bullish Wall Street analysts had been expecting an A+, in the form of $8.25 billion in revenue. Qualcomm pointed to the global semiconductor shortage as the primary reason for the difference.
- A combination of poor planning from automakers and surging demand for consumer electronics and IoT chips caused a litany of silicon supply chain issues.
Looking ahead: “The shortage in the semiconductor industry is across the board,” said Cristiano Amon, president and CEO-elect, on the earnings call. “We expect…this to normalize toward the later part of 2021 as capacity is put in place.”
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With distributed workforces and remote collaboration as the new normal, creating high-quality video at scale might seem time-consuming and expensive.
Enter OpenReel, a single solution to replace the inadequate tools you’ve cobbled together to film.
Not only can you remotely control the camera on a subject’s smartphone, tablet, or computer, but OpenReel also empowers global stakeholders to collaborate together on a digital set while footage is immediately accessible in the cloud.
The result? Professional HD/4K video without the logistical and financial constraints of lugging cumbersome film equipment, overnighting storage devices, or sending the PA out for bagels.
This gives brands like VerizonMedia, ViacomCBS, MIT, and RBC Global Management the ability to film video content in a timely, scalable way without sacrificing production value, creative control, or the bottom line.
With OpenReel, you can shout “lights, camera, action!” from over 125 countries and enable your team to produce the final cut—all in one day.
Start filming—from anywhere—with OpenReel today.
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Revel
Revel, the shared electric moped startup, is switching gears a bit. This spring, it’s building a quick-charge hub for electric vehicles in New York City.
Like the city, the hub won’t sleep: Its 30 stations will be open 24/7 and, according to Revel, 20 minutes of charging = 100 miles of driving.
Plug it in, change the world
Located a 15-minute walk from Hayden's apartment in Williamsburg, this charging hub is the first of several that Revel has planned for NYC. The company is aiming to encourage electric transport of all kinds.
- Since EV sales spiked 30% in 2020, and are projected to increase 71% in 2021, charging stations should be in high demand.
Bottom line: “If New York City is going to push large-scale electrification, somebody needs to be building the infrastructure,” Frank Reig, Revel’s co-founder and CEO, told the WSJ.
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Francis Scialabba
Stat: The cloud infrastructure market grew to $129 billion last year, per Synergy Research Group—up from ~$97 billion in 2019.
Quote: “We have a product called Snowmobile. It’s a gas-guzzling truck...It's like a modular datacenter on wheels...There's an armed guard in it at all times.”—An anonymous Amazon worker in a December interview with Logic Mag.
Read: VentureBeat’s case studies of successful AI startups.
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When it comes to work, these peeps worked out what works. In Asana’s “Anatomy of Work 2021” report, they dig into what it’ll take for orgs, teams, and individuals to fight burnout and busywork and thrive in the year ahead. For insights informed by a survey of 13 thousand global workers, read Asana’s report.
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Apple mixed-reality headset specs, c/o The Information: $3,000+ price tag, 8k displays, eye-tracking, and 12+ cameras.
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More Apple: CNBC reports the company’s EV will most likely be manufactured by Kia, designed for last-mile autonomy, and tentatively scheduled for 2024 production.
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The UK and EU will open probes into Nvidia’s $40 billion Arm acquisition, per the FT.
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GM is idling three North American plants due to the auto chip shortage. Mazda is also cutting production.
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Amazon will begin using AI-powered cameras to monitor delivery van drivers, per The Information.
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Myanmar’s military junta ordered internet service providers to block Facebook in the country. The ISPs are complying.
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Four of the following news stories are true, and one...we made up. Can you spot the odd one out?
- Dubai made a space court to settle off-planet commercial disputes...
- ...but SpaceX’s ToS say disputes “will be settled through self-governing principles, established in good faith, at the time of Martian settlement.”
- You can now buy robotic “diamond hands.”
- Scientists “taught” spinach to send emails.
- Verizon is building a stadium in Fortnite for the Super Bowl.
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Today’s research that caught our attention comes from the corporate labs. Scientists in Cupertino published research showing that the Apple Watch could help monitor Parkinson’s disease symptoms. Meanwhile, starting next month, Google Pixel owners will be able to use their phone cameras to measure pulse and breathing rates.
The takeaway: Smart devices’ biometric features are increasingly doubling as diagnostic tools, a trend that’s only accelerated in the past year.
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Catch up on the top Emerging Tech Brew stories from the past few editions:
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There is no robotic diamond hands (that we know of).
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Written by
Hayden Field and Ryan Duffy
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