consumer electronics
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Meetings should have a clear purpose, but instead, they’ve become a way to measure status and reinforce what is colloquially referred to as CYA culture.
There’s a kernel of truth in every joke, so whenever someone quips, “This meeting could have been an email!” you can bet that some small part of them meant it sincerely.
Few people know how to run meetings effectively and keep conversations on track. Making matters worse, attendees often don’t bother to prepare, which makes a boring session even less productive.
And then there’s the complication of workplace politics: How secure do you feel declining an invitation from a co-worker — or a manager?
“Every time a recurring meeting is added to a calendar, a kitten dies,” says Chuck Phillips, co-founder of MeetWell. “Very few employees decline meetings, even when it’s obvious that the meeting is going to be a doozy.”
Full Extra Crunch articles are only available to members.
Use discount code ECFriday to save 20% off a one- or two-year subscription.
Changing your meeting culture is difficult, but given that 26% of workers plan to look for a new job when the pandemic ends, startups need to do all they can to retain talent.
Aimed at managers, this post offers several testable strategies that will help you boost productivity and say goodbye to poorly run, lazily planned meetings.
“Declining a bad meeting should never be taboo, and you should reiterate your trust in the team and challenge them to spend their and others’ time with more intention,” Phillips says. “Help them feel empowered to decline a bad meeting.”
Thanks very much for reading Extra Crunch, and have a great weekend.
Walter Thompson
Senior Editor, TechCrunch
@yourprotagonist
Image Credits: Shein
In the last year, online apparel shopping app Shein grew active daily users by 130%, reports Apptopia.
Each day, thousands of new products arrive on the app’s virtual shelves. Items are rapidly designed and prototyped before Shein’s contractors put them into production in Guangzhou factories — two weeks later, those SKUs arrive in fulfillment centers around the globe.
TechCrunch reporter Rita Liao examined how the company’s agile supply chain has become hot talk among e-commerce experts, but beyond a strong logistics game and data-driven product development, Shein’s close relationships with suppliers are integral to its success.
She also tried to answer a question many are asking: Is Shein a Chinese company?
“It’s hard to pin down where Shein is from,” answered Richard Xu from Grand View Capital, a Chinese venture capital firm.
“It’s a company with operations and supply chains in China targeting the global market, with nearly no business in China.”
Image Credits: Chevrolet
GM Vice President of Innovation Pam Fletcher is in charge of the company’s startups that tackle “electrification, connectivity and even insurance — all part of the automaker’s aim to find value (and profits) beyond its traditional business of making, selling and financing vehicles,” Kirsten Korosec writes.
Fletcher joined TechCrunch at a virtual TC Sessions: Mobility 2021 event to discuss what it’s like to launch a slew of startups under the umbrella of a 113-year-old automaker.
Image Credits: MaC Venture Capital / Wonderschool
MaC Venture Capital founding managing partner Marlon Nichols and Wonderschool CEO Chris Bennett joined Extra Crunch Live to tear down the company’s early deck.
“The first thing that jumped out at all of us was just how bare-bones the presentation is: white text on a blue background, largely made up of bullet points,” Brian Heater writes before noting the CEO admitted that “not much changed aesthetically between that first pitch and the Series A deck.”
“It aligned with what we were valuing at the time,” Bennett says. “We were really focused on getting the product-market fit and really trying to understand what our customers needed. And we’re really focused on building the team.”
Image Credits: Bryce Durbin/TechCrunch
Dear Sophie,
I’ve been working on an H-1B in the U.S. for nearly two years.
While I’m grateful to have made it through the H-1B lottery and to be working, I’m feeling unhappy and frustrated with my job.
I really want to start something of my own and work on my own terms in the United States. Are there any immigration options that would allow me to do that?
— Seeking Satisfaction
Image Credits: Nigel Sussman (opens in a new window)
Alex Wilhelm calls SentinelOne’s looming debut “fascinating.”
“Why? Because the company sports a combination of rapid growth and expanding losses that make it a good heat check for the IPO market,” he writes. “Its debut will allow us to answer whether public investors still value growth above all else.”
Alex delves into an early dataset from SentinelOne and why public market investors still appear to value growth above anything else.
Image Credits: Jenny Dettrick (opens in a new window) / Getty Images
Guest columnist Rob Hudock, a litigator who focuses on helping companies recruit the best talent available while avoiding distracting workplace issues or lawsuits, lays out the importance of putting out any employment-related fires before an exit.
“Inattention to employment issues can have a significant impact on deals — from preventing closings and reducing the deal value to altering the deal terms or significantly limiting the pool of potential buyers,” he writes.
“Fortunately, such issues typically can be resolved well in advance with a little forethought and legal guidance.”
Image Credits: John M Lund Photography Inc (opens in a new window) / Getty Images
Building an excellent product and a standout company culture require the same process, Heap CEO Ken Fine writes in a guest column.
“At Heap, the analytics solution provider I lead, a defining principle is that good ideas should not be lost to top-down dictates and overrigid hierarchies,” he writes. “The best results come when you approach leadership like you would create a great product — you hypothesize, you test and iterate, and once you get it right, you grow it.”
Here, he lays out his method that argues in favor of iterative change, not “one-and-done decrees.”
Image Credits: Nigel Sussman (opens in a new window)
The big news on Thursday was the announcement of Andreessen Horowitz’s new cryptocurrency-focused fund. Most focused on the eye-popping $2.2 billion figure, but Alex Wilhelm dug a bit deeper into the announcement to note that a16z isn’t just pumping a ton of money into the crypto space, it’s putting on gloves to fight for it.
Alex writes that “a16z intends to run defense for crypto in the American, and perhaps global, market. Crypto-focused startups are likely unable to tackle the regulation of their market on their own because they’re more focused on product work in a particular region of the larger crypto economy. The wealthy and connected investment firm that backs them will take on the task for its chosen champions.”
Image Credits: Nicholas Kamm / AFP / Getty Images
Alex Wilhelm dives headfirst into BuzzFeed’s announcement that it plans to go public via a blank check company.
He looked at its historical and anticipated revenue growth (the latter is very sunny, which is not atypical for SPAC presentations), what makes up that revenue (more “commerce” as time goes on), its long-term profitability projections, as well as fun stuff, like the Pulitzer Prize-winning BuzzFeed News.
Admit it. You’re curious.
Image Credits: SaskiaAcht (opens in a new window) / Getty Images
Moving from a pay-as-you-go model to a subscription service is more than just putting a monthly or yearly price tag on a product, CloudBlue’s Jess Warrington writes in a guest column.
“Executives cannot just layer a subscription model on top of an existing business,” Warrington writes. “They need to change the entire operation process, onboard all stakeholders, recalibrate their strategy and create a subscription culture.”
Warrington says that in his role at CloudBlue, companies often approach him for “help with solving technology challenges while shifting to a subscription business model, only to realize that they have not taken crucial organizational steps necessary to ensure a successful transition.”
Here’s how to avoid that situation.
Image Credits: Bryce Durbin
Rebecca Bellan interviewed Veo CEO Candice Xie about the micromobility startup’s “old-fashioned way” of doing business.
“I understand people are eager to prove their unit economics, their scalability and also improve their matrix to the VC to raise another round,” Xie says. “I would say that’s OK in the consumer industry, like consumer electronics or SaaS.
“But we are in transportation. It is a different business, and transportation takes years of collaboration and building between private and public partners. … So I don’t see it happening from day one, turning over a billion-dollar company, while simultaneously having it all make sense for the cities and users.”
Image Credits: jayk7 (opens in a new window) / Getty Images
All companies want more or less the same thing: growth. But how do you accomplish it?
Ideally, don’t start from scratch.
The race to grow faster is more pressing than ever before. … “[F]orward-thinking entrepreneurs and growth marketers simply must make time to study their competition, learn best practices and apply them to their own business growth,” Mark Spera, the head of growth marketing at Minted, writes in a guest column.
“Of course, you should still run your own experiments, but it’s just more capital-efficient to emulate than to trial-and-error from scratch. Here are five companies with growth strategies worth emulating — including the most important lessons you can begin applying to your business today.”
Image Credits: ChrisChrisW (opens in a new window) / Getty Images
With more than 50 million Americans suffering from chronic pain and musculoskeletal (MSK) medical problems, a number of startups are offering patients new products “that don’t resemble the cookie-cutter status quo,” reports Natasha Mascarenhas.
Startups hoping to enter this space have an uphill climb. Setting aside regulations that cover aspects like product packaging and marketing, they must compete with well-entrenched competition from Big Pharma as they try to partner with health insurance companies.
Natasha profiles three companies that are each taking a different approach to personalized health: Clear, Hinge Health and PeerWell.
Image Credits: Nigel Sussman (opens in a new window)
In the second part of an Exchange series looking at the global early-stage venture capital market, Alex Wilhelm and Anna Heim unpacked the scene in Latin America, discovering it looked a lot like the situation in the United States: slow Series A rounds, fast B rounds.
“Mega-rounds are no longer an exception in Latin America; in fact, they have become a trend, with ever-larger rounds being announced over the last few months,” they write.
Despite that, the funds aren’t being equitably distributed, and the region still lags behind its peers: Brazil has the most $1 billion startups in Latin America, with 12. The U.S., meanwhile, has 369, and China has 159.
But the Latin American market remains hot, if not quite as scorching as the U.S. and China.
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Sweden’s Exeger, which for over a decade has been developing flexible solar cell technology (called Powerfoyle) that it touts as efficient enough to power gadgets solely with light, has taken in another tranche of funding to expand its manufacturing capabilities by opening a second factory in the country.
The $38 million raise is comprised of $20M in debt financing from Swedbank and Swedish Export Credit Corporation (SEK), with a loan amounting to $12M from Swedbank (partly underwritten by the Swedish Export Credit Agency (EKN) under the guarantee of investment credits for companies with innovations) and SEK issuing a loan amounting to $8M (partly underwritten by the pan-EU European Investment Fund (EIF)); along with $18M through a directed share issue to Ilija Batljan Invest AB.
The share issue of 937,500 shares has a transaction share price of $19.2 — which corresponds to a pre-money valuation of $860M for the solar cell maker.
Back in 2019 SoftBank also put $20M into Exeger, in two investments of $10M — entering a strategic partnership to accelerate the global rollout of its tech and further extending its various investments in solar energy.
The Swedish company has also previously received a loan from the Swedish Energy Agency, in 2014, to develop its solar cell tech. But this latest debt financing round is its first on commercial terms (albeit partly underwritten by EKN and EIF).
Exeger says its solar cell tech is the only one that can be printed in free-form and different colors, meaning it can “seamlessly enhance any product with endless power”, as its PR puts it.
So far two devices have integrated the Powerfoyle tech: A bike helmet with an integrated safety taillight (by POC), and a pair of wireless headphones (by Urbanista). Although neither has yet been commercially launched — but both are slated to go on sale next month.
Exeger says its planned second factory in Stockholm will allow it to increase its manufacturing capacity tenfold by 2023, helping it target a broader array of markets sooner and accelerating its goal of mass adoption of its tech.
Its main target markets for the novel solar cell technology currently include consumer electronics, smart home, smart workplace, and IoT.
More device partnerships are slated as coming this year.
Exeger’s Powerfoyle solar cell tell integrated into a pair of Urbanista headphones (Image Credits: Exeger/Urbanista)
“We don’t label our rounds but take a more pragmatic view on fundraising,” said Giovanni Fili, founder and CEO. “Developing a new technology, a new energy source, as well as laying the foundation for a new industry takes time. Thus, a company like ours requires long-term strategic investors that all buy into the vision as well as the overall strategy. We have spent a lot of time and energy on this, and it has paid off. It has given the company the resources required, both time and money, to bring an invention to a commercial launch, which is where we are today.”
Fili added that it’s chosen to raise debt financing now “because we can”.
“The same answer as when asked why we build a new factory in Stockholm, Sweden, rather than abroad. We have always said that once commercial, we will start leveraging the balance sheet when securing funds for the next factory. Thanks to our long-standing relationship with Swedbank and SEK, as well as the great support of the Swedish government through EKN underwriting part of the loans, we were able to move this forward,” he said.
Discussing the forthcoming two debut gizmos, the POC Omne Eternal helmet and the Urbanista Los Angeles headphones — which will both go sale in June — Fili says interest in the self-powered products has “surpassed all our expectations”.
“Any product which integrates Powerfoyle is able to charge under all forms of light, whether from indoor lamps or natural outdoor light. The stronger the light, the faster it charges. The POC helmet, for example, doesn’t have a USB port to power the safety light because the ambient light will keep it charging, cycling or not,” he tells TechCrunch.
“The Urbanista Los Angeles wireless headphones have already garnered tremendous interest online. Users can spend one hour outdoors with the headphones and gain three hours of battery time. This means most users will never need to worry about charging. As long as you have our product in light, any light, it will constantly charge. That’s one of the key aspects of our technology, we have designed and engineered the solar cell to work wherever people need it to work.”
“This is the year of our commercial breakthrough,” he added in a statement. “The phenomenal response from the product releases with POC and Urbanista are clear indicators this is the perfect time to introduce self-powered products to
the world. We need mass scale production to realize our vision which is to touch the lives of a billion people by 2030, and that’s why the factory is being built now.”
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Five years ago I landed the Solar Impulse 2 in Abu Dhabi after flying around the globe powered solely by solar energy, a first in aviation history.
It was also a milestone in energy and technology history. Solar Impulse was an experimental plane, weighing as little as a family car and using 17,248 solar cells. It was a flying laboratory, full of groundbreaking technologies that made it possible to produce renewable energy, store it and use it when necessary in the most efficient manner.
The time has come to use technology again to address the climate crisis affecting us all. As we enter the most crucial decade of climate action — and most likely our last chance to limit global warming to 1.5°C — we need to ensure that clean technologies become the only acceptable norm. These technologies exist now and they can be profitably implemented at this crucial moment.
Hundreds of clean tech solutions exist that protect the environment in a profitable way,
Here are just four innovations from our solar-powered plane that the market can start using now before it’s too late.
The building sector is one of the largest energy consumers in the world. Next to a reliance on carbon-heavy fuels for heating and cooling, poor insulation and associated energy loss are among the main reasons.
Inside Solar Impulse’s cockpit, insulation was crucial for the plane to fly at very high altitudes. Covestro, one of our official partners, developed an ultra-lightweight and insulating material. The cockpit insulation performance was 10% higher than the standards at the time because the pores in the insulating foam were 40% smaller, reaching a micrometer scale. Thanks to its very low density of fewer than 40 kilograms per cubic meter, the cockpit was ultra-lightweight.
This technology and many others exist. We now need to ensure that all market players are motivated to make hyperefficient building insulation their standard operating procedure.
Solar Impulse was first and foremost an electric airplane when it flew 43,000 km without a single drop of fuel. Its four electric motors had a record-beating efficiency of 97%, far ahead of the miserable 27% of standard thermal engines. This means that they only lost 3% of the energy they used versus 73% for combustion propulsion. Today, electric vehicle sales are soaring. According to the International Energy Agency, when Solar Impulse landed in 2016, there were approximately 1.2 million electric cars on the road; the figure has now risen to over 5 million.
Nevertheless, this acceleration is far from enough. Power sockets are still far from replacing petrol pumps. The transport sector still accounts for one-quarter of global energy-related CO2 emissions. Electrification must happen much more quickly to reduce CO2 emissions from our tailpipes. To do so, governments need to boost the adoption of electric vehicles through clear tax incentives, diesel and petrol engine bans, and major infrastructure investments. 2021 should be the year that puts us on a one-way road to zero-emission vehicles and puts thermal engines in a dead end.
To fly for several days and nights, reaching a theoretically endless flight potential, Solar Impulse relied on batteries that stored the energy collected during the day and used it to power its engines during the night.
What was made possible with Si2 on a small scale should guide the way to future-proofing power-generation systems that are made up entirely of renewable energy. In the meantime, microgrids, like those used in Si2, could benefit off-grid systems in remote communities or energy islands, allowing them to abolish diesel or other carbon-heavy fuels already today.
On a larger scale, we are looking at smart grids. If all “stupid grids” were replaced by smart grids, it would allow cities, for example, to manage production, storage, distribution and consumption of energy and to cut peaks in energy demand that would reduce CO2 emissions dramatically.
Solar Impulse’s philosophy was to save energy instead of trying to produce more of it. This is why the relatively small amount of solar energy we collected became enough to fly day and night. All the airplane parameters, including wingspan, aerodynamics, speed, flight profile and energy systems, had therefore been designed to minimize energy loss.
Unfortunately, this approach still stands out against the inefficiency of most of our energy use today. Even though the IEA found energy efficiency improved by an estimated 13% between 2000 and 2017, it is not enough. We need bolder action by policymakers to encourage investors. One of the best ways to do so is to put strict energy efficiency standards in place.
For example, California has set efficiency standards on buildings and appliances, such as consumer electronics and household appliances, estimated to have saved consumers more than $100 billion in utility bills. These measures are as good for the environment as they are for the economy.
When we used all these different innovations to build Solar Impulse, they were groundbreaking and futuristic. Today, they should define the present; they should be the norm. Next to the technologies mentioned above, hundreds of clean tech solutions exist that protect the environment in a profitable way, many of which have received the Solar Impulse Efficient Solution Label.
Just as for the Si2 technologies, we must now ensure that they enter the mainstream market. The faster we scale them, the faster we will set our economy on track to achieve the Paris Agreement goals and attain sustainable economic growth.
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I’ve been following consumer audio electronics company Nura with great interest for a few years now — the Melbourne-based startup was one of the first companies I met with after starting with TechCrunch. At the time, its first prototype was a big mess of circuits and wires — the sort of thing you could never imagine shrunk down into a reasonably sized consumer device.
Nura managed, of course. And the final product looked and sounded great; hell, even the box was nice. If I’m lucky, I see a consumer hardware product once or twice a year that seems reasonably capable of disrupting an industry, and Nura’s custom sound profiles fit that bill. But the company was unique for another reason. A graduate of the HAX accelerator, the startup announced NuraNow roughly this time last year.
Hardware as a service (HaaS) has been a popular concept in the IT/enterprise space for some time, but it’s still fairly uncommon in the consumer category. For one thing: A hardware subscription presents a new paradigm for thinking about purchases. That is a big lift in a country like the U.S., which spent years weaning consumers off contract-based smartphones.
That Nura jumped at the chance shouldn’t be a big surprise. Backers HAX/SOSV have been proponents of the model for some time now. I’ve visited their Shenzhen offices a few times, and the topic of HaaS always seems to come up.
In a recent email exchange, General Partner Duncan Turner described HaaS as “a great way to keep in contact with your customers and up-sell them on new features. Most importantly, for startups, recurring revenue is critical for scaling a business with venture capital (and will help appeal to a broad set of investors). HaaS often has a low churn (as easier to put onto long-term contracts).”
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Sony said on Thursday that it is investing $400 million to secure a 4.98% stake in Chinese entertainment giant Bilibili.
10-year old Bilibili started as an animation site, but has expanded to other categories including e-sports, user-generated music videos, documentaries, and games. The service, which has amassed over 130 million users, has attracted several big investors over the years, including Chinese giants Tencent and Alibaba.
The announcement pushed Bilibili’s share up by 7.6% in pre-market trading. Sony has made the investment through its wholly-owned subsidiary Sony Corporation of America.
In a statement, Sony said the company believes China is a key strategic region in the entertainment business. BiliBili says it targets China’s Gen-Z. The vast majority of its users — about 80% — were born between 1990 and 2009.
The two companies have also agreed to pursue collaboration opportunities in the entertainment field in China, including animation and mobile game apps, they said.
You can read more about Bilibili’s business and dominance in China in my colleague Rita Liao’s piece here.
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Chances are you mostly think of Samsung as a consumer-focused electronics company, but it actually has a very sizable B2B business as well, which serves more than 15,000 large enterprises and hundreds of thousands of SMB entrepreneurs via its partners. At its developer conference this week, it’s putting the spotlight squarely on this side of its business — with a related hardware launch as well. The focus of today’s news, however, is on Knox, Samsung’s mobile security platform, and Project AppStack, which will likely get a different name soon, and which provides B2B customers with a new mechanism to deliver SaaS tools and native apps to their employees’ devices, as well as new tools for developers that make these services more discoverable.
At least in the U.S., Samsung hasn’t really marketed its B2B business all that much. With this event, the company is clearly thinking to change that.
At its core, Samsung is, of course, a hardware company, and as Taher Behbehani, the head of its U.S. mobile B2B division, told me, Samsung’s tablet sales actually doubled in the last year, and most of these were for industrial deployments and business-specific solutions. To better serve this market, the company today announced that it is bringing the rugged Tab Active Pro to the U.S. market. Previously, it was only available in Europe.
The Active Pro, with its 10.1″ display, supports Samsung’s S Pen, as well as Dex for using it on the desktop. It’s got all of the dust and water-resistance you would expect from a rugged device, is rated to easily support drops from about four feet high and promises up to 15 hours of battery life. It also features LTE connectivity and has an NFC reader on the back to allow you to badge into a secure application or take contactless payments (which are quite popular in most of the world but are only very slowly becoming a thing in the U.S.), as well as a programmable button to allow business users and frontline workers to open any application they select (like a barcode scanner).
“The traditional rugged devices out there are relatively expensive, relatively heavy to carry around for a full shift,” Samsung’s Chris Briglin told me. “Samsung is growing that market by serving users that traditionally haven’t been able to afford rugged devices or have had to share them between up to four co-workers.”
Today’s event is less about hardware than software and partnerships, though. At the core of the announcements is the new Knox Partner Program, a new way for partners to create and sell applications on Samsung devices. “We work with about 100,000 developers,” said Behbehani. “Some of these developers are inside companies. Some are outside independent developers and ISVs. And what we hear from these developer communities is when they have a solution or an app, how do I get that to a customer? How do I distribute it more effectively?”
This new partner program is Samsung’s solution for that. It’s a three-tier partner program that’s an evolution of the existing Samsung Enterprise Alliance program. At the most basic level, partners get access to support and marketing assets. At all tiers, partners can also get Knox validation for their applications to highlight that they properly implement all of the Knox APIs.
The free Bronze tier includes access to Knox SDKs and APIs, as well as licensing keys. At the Silver level, partners will get support in their region, while Gold-level members get access to the Samsung Solutions Catalog, as well as the ability to be included in the internal catalog used by Samsung sales teams globally. “This is to enable Samsung teams to find the right solutions to meet customer needs, and promote these solutions to its customers,” the company writes in today’s announcement. Gold-level partners also get access to test devices.
The other new service that will enable developers to reach more enterprises and SMBs is Project AppStack.
“When a new customer buys a Samsung device, no matter if it’s an SMB or an enterprise, depending on the information they provide to us, they get to search for and they get to select a number of different applications specifically designed to help them in their own vertical and for the size of the business,” explained Behbehani. “And once the phone is activated, these apps are downloaded through the ISV or the SaaS player through the back-end delivery mechanism which we are developing.”
For large enterprises, Samsung also runs an algorithm that looks at the size of the business and the vertical it is in to recommend specific applications, too.
Samsung will run a series of hackathons over the course of the next few months to figure out exactly how developers and its customers want to use this service. “It’s a module. It’s a technology backend. It has different components to it,” said Behbehani. “We have a number of tools already in place we have to fine- tune others and we also, to be honest, want to make sure that we come up with a POC in the marketplace that accurately reflects the requirements and the creativity of what the demand is in the marketplace.”
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Fairphone, the Dutch social enterprise that’s on a mission to rethink the waste and exploitation that underpins the business of consumer electronics, has unboxed its third smartphone.
The handset, which is sold with the promise of longevity rather than cutting edge obsolescence, goes on pre-sale from today in Europe via Fairphone’s website with a suggested retail price of €450 (depending on local taxes and levies). It will ship to buyers on September 3.
Like its predecessor, the design is modular to allow the user to swap out damaged parts for replacement modules that Fairphone also sells.
Out of the box the phone comes with Android 9 preloaded. A post-launch update will make it easy for buyers to wipe Google services off their slate and install the Android Open Source Project instead.
Commenting in a statement, CEO Eva Gouwens said: “We developed the Fairphone 3 to be a real sustainable alternative on the market, which is a big step towards lasting change. By establishing a market for ethical products, we want to motivate the entire industry to act more responsibly since we cannot achieve this change alone.”
“We envision an economy where consideration for people and the planet is a natural part of doing business and according to this vision, we have created scalable ways to improve our supply chain and product,” she added.
Fairphone 3 running Android 9 out of the box
Since 2013, the hardware startup has focused on selling smartphones attached to a pledge of fairer working conditions for the people who assemble them, and greater transparency around the sourcing of minerals and materials needed to make them — as well as designing for longevity and repairability.
More than 80% of the volume of the Fairphone 3 is recycled, according to founder (and former CEO) Bas van Abel. He also touts its own research that suggests a Fairphone 3 owner who’s able to keep and maintain the device can save 30% of CO2 emissions or more over the product’s lifetime.
In seeking to achieve its flagship ‘fair phone’ pledge the team behind Fairphone has had to go beyond the surface hardware — and innovate on developing supply chains that can live up to an ethical agenda.
Fairphone 3’s PR flags “responsibly sourced and conflict-free tin and tungsten, recycled copper and plastics”, as well as fair trade gold which it sourced for the handset (and is working to integrate into its supply chain). It also says it’s in the process of setting up an initiative for “better sourcing of cobalt”, aka the key mineral for energy transition.
Malachite, copper and cobalt. Image credit: Fairphone
On the labor and human rights front, the Fairphone 3 is assembled by Taiwanese manufacturing partner Arima — which Fairphone says it has collaborated with to “improve employee satisfaction by improving worker representation, health and safety and by paying a bonus to workers with the aim to bridge the gap between minimum and living wages in the factory”.
In practice van Abel says this means Fairphone pays the assembly workers employed by Arima a bonus based on increased performance around its social goals. Rather than, per more usual industry practice, punishing the manufacturing partner if it fails to hit stringent delivery targets — which then encourages a punishing spiral of forced overtime that erodes workers rights and welfare.
It also has social incentives programs in three other factories that put together components for the device, such as its speakers.
Despite what are clearly laudable and lofty goals, selling fairer and more ethical smartphones remains a niche business for now, with Fairphone’s total shipments to date representing less than 0.1% of the Western European smartphone market. It is also still a European-only business. But it’s a niche that van Abel says is “growing at high speed”.
“I do believe it’s very feasible for Fairphone to [ship 200,000 smartphones per year] in the next couple of years,” he says, adding: “We can address a small part of the conscious consuming market” — pointing to Gouwens’ background at a Dutch confectionary company, Tony’s Chocolonely, which was set up in 2005 to campaign for fair trade and slave-free chocolate, and now has the biggest marketshare on chocolate in Holland.
Phones are of course far more complex to make than bars of chocolate. But in recent years a maturing smartphone market has seen a slow down in the pace of technological innovation coupled with rising commoditization that’s made differentiation a major challenge for Android OEMs especially.
So if there’s a point in time when a fair trade smartphone might stand a chance against the Samsungs, Huaweis, Xiaomis, Oppos, LGs and so on then the current moment has a fair bit to recommend it.
At the same time, concern about the environmental cost of business models that depend upon continuous resource use and generate mountains of e-waste is also growing — thanks to greater visibility and awareness of the damage caused at both ends of the pipe (including as countries like China put hard limits on the types of foreign waste they’ll accept).
“I believe that we are more and more ready for [sustainability and fair trade] in consumer electronics and I do see that the conversation in consumer electronics is definitely changing — it’s much more mature on sustainability,” says van Abel. “More and more companies are looking into it, and it’s also more demanding from the consumer perspective. You see that that’s changing as well. So it will happen. It’s just that it’s not happening fast enough.”
“We’ve been not so successful in disconnecting the [consumer electronics] business models from the use of resources yet but that is a legacy from an economic system that was set up centuries ago,” he adds. “Where growth is connected to the use of resources — and that has to do with sustainability and change and a changing mindset.”
The wider conviction, for Fairphone as a social enterprise, is to work to generate momentum that pushes the consumer electronics industry towards a circular future — where fairer conditions for workers and a reduction in waste and resource use; a focus on product longevity via repairable design and component reuse; and end of life recycling are no longer exceptional but what every player strives for.
The project is indeed a massive one. And Fairphone remains very much a work in progress — an ambitious attempt at reforming all the tarnished links in the smartphone supply chain. So yes, it’s by no means perfect.
The industry that it has to interact with still contains plenty of murky corners which a tiny company has only very limited power to sway. Even as Fairphone has punched above its weight by using campaigning roots to build consumer awareness and industry buy in that’s enabled it to enact small on-the-ground changes which have the potential to scale into something bigger.
Its investors include Bethnal Green Ventures, Pymwymic, Doen Participaties, Quadia, Dutch Good Growth Fund and ABN Amro Fund. More than $40M has gone into the business since Fairphone was founded — in seed, VC and debt financing.
“The problem with the industry is that the deeper you go into the supply chain — like the third, fourth tier — the worse it gets,” says van Abel. “So the assembly factories where you have a direct relationship are basically the ones that are doing pretty well, also because they have all these rules and things put upon them by big manufacturers. Companies are most vulnerable on the ODMs.
“So the further you go into the supply chain where they’re really making the plastics and the small metals and that kind of stuff the worse it gets. So we really want to also make sure that that is being surfaced and that we put some attention on it… Are we able to change that deep into the supply chain? It’s really difficult to get that far as a small player but we’re trying.”
“On the supply chain we’ve been going along investing into programs all along the way,” he goes on, giving the example of a child-labor free mining program it’s set up in Uganda to source fair trade gold.
“We’re working really hard with lots of partners on the ground. It’s getting off the ground now but the gold that we get from there is not connected to the supply chain of the [Fair]phone yet — so that will be an innovation that will come along the way, coming in 2020.
“What we do now is we’ve taken all the supply chains that we had for Fairphone 2 and were able to get that into Fairphone 3. So at least we have everything that we covered with Fairphone 2 but in a way that is also more scalable. Previously we had the gold through our own supply chain going into the factories. Right now we have it set up in such a way that other companies can use that same gold and the factory can scale up with that gold as well. So it’s a higher amount, it’s more scalable but we’re also setting up new initiatives.”
“Another one is cobalt which we’re investing in a lot — which is used for batteries,” he adds. “If we get that initiative up and running it’s also very interesting for the car industry to actually use that same supply chain. Because one of the things that a lot of the industry is focusing on is recycling. But we all know that there’s not enough to recycle to actually feed the supply chain with the amount of minerals we need to make our products. So we still need mining. And that’s one of the things that the industry has not been very open about.”
Virgin resources being necessary to manufacture shiny gadgets and electronics-packed machines is the industry’s dirty not-so-little secret. This means mines where minerals are dug out of the earth in order to be refined or smelted for use in the modules and components packed inside devices.
Even consumer tech giants that make claims for the labor and welfare standards of their third party assembly factory workers aren’t typically making promises that extend all the way back to the mines where the minerals essential to their devices are dug out and processed. Fairphone is at least trying to dig into the dirtiest stuff.
Conflict-free tungsten mine in Rwanda now integrated into Fairphone’s supply chain. Image credit: Fairphone
“We have an approach where we look at closed pipe supply chains for certain materials from the mines all the way to the component. And we look at the factories that are involved along the line per component because we can’t do all the factories — so we can at least say along that whole supply chain we’ve looked at the factories working it in,” says van Abel.
“If you look at mining there’s nothing beautiful about mining… Mining in itself is bad for the environment, there’s a lot of harsh working conditions, it’s in third world countries many of the times, so it’s not a focus area of a lot of these companies because it’s… a far away story. So many of these manufacturers and phone companies focus on recycling.
“In itself recycling is not bad it’s just that we still need all these virgin materials. Also recycling is kind of a last resort as I see it — reusing components would be a better thing. And even the best thing would be using the phone as long as possible.”
Like its predecessor, the latest Fairphone’s flagship feature — aside from fairer and more ethical assembly — is that it’s designed to be repairable. A fact that’s front and center when you open the box and find a tiny screwdriver nestled alongside what otherwise looks a fairly standard (if slightly chunky) Android smartphone.

There’s no charger, USB cable or headphones in the box — intentional omissions to reduce unnecessary e-waste. The novel presence of a tiny metal and plastic screwdriver seems a fair trade for the usual accessories which Fairphone has calculated most phone buyers will already own. (If not, it can sell you a charger.)
Its big promise with this, its third generation handset, is that it will be supported for the next five to seven years.
van Abel tells TechCrunch he’s confident it can deliver on that “bold” pledge — having learnt some hard lessons over the past five+ years of pushing against ingrained industry habits baked into clockwork component upgrade cycles.
It wasn’t always like this. Some buyers of the first-gen Fairphone were disappointed and even angry when it announced it was ending support for that device in 2017 — meaning an early adopter would only have had between two and 3.5 years’ support for a smartphone that was sold as ‘repairable by design’.
The problem Fairphone found itself first crashing into, and next seeking to tackle head on, is that the consumer electronics industry as a whole is not geared up for sustainability and repairability but rather locked to regular (wasteful) upgrade cycles which in turn drive regular ~two-year component refresh cycles.
This tick-tock onward march of upgrades makes supporting older hardware a challenge. In seeking to go against the grain Fairphone has literally had to stockpile enough components to ensure it can offer years of spare part runway to support its devices.
In parallel, industry software has also needed to evolve so chipsets can be supported for longer — and van Abel says “a lot of software is actually changing. You can upgrade more and more easily to new software” — so it’s finally in a position to be confident that the latest handset can last.
“Our company has gotten much more mature,” he also says. “We are better equipped to deal with the scaling, the financial position has increased and has changed up to a point which is much more solid — so the whole support system, the ecosystem, around the phone has improved a lot.”
The Fairphone 3 is its second handset design to incorporate repairable modules that are designed to be accessible to the user. It comes in a translucent shell that also acts as a protective bumper and is stamped proudly down the side with the words “designed to open”.
Crack into it and you’ll find six modules that can be swapped out with a little bit of elbow grease and a Phillips #00 screwdriver — including the display, speaker and camera, as well as the battery (harking back to days when replaceable batteries were a smartphone norm).
Fairphone 3 — modularity refined
The aim of this type of modularity is not for customization or upgrades but for sustainability by increasing longevity by making it easy and cheaper to replace a damaged or defunct component vs junking the whole phone or having to take it to a specialist shop for expensive repair.
To be clear Fairphone is not offering upgradable hardware modules to boost phone performance over time but like for like replacements. It wants each Fairphone user to keep the same handset for longer — even if it gets dropped and the screen cracked, or used so much the battery loses its capacity to hold a charge.
“One of the biggest changes we’ve seen in the phone industry is that there’s small incremental innovation — which is in our benefit. So I think the time is right now,” says van Abel. “We are able to support phones longer. It has to do with the hardware, it also has to do with the software. The software you see that many of the software platforms… offer a better integration with the chipset. So also for future upgrades.
“You will see the software will run for longer time also on these chipsets — which basically are at a point where you will not run WhatsApp faster on a newer chipset. For some [other] stuff, especially on 3D gaming and the really high end computing stuff, it makes sense to go to the new processors but most of the stuff you will be able to do on the average processor on the phone. So it paves the way to keep phones in the hands of the consumers for a longer time, which makes sense. Because it’s cheaper for consumers… and it also is more sustainable.”
With the Fairphone 3 he says the company sought to dial down the “radical” modularity of its earlier crack at the concept — so the result is less of a ‘party trick’ smartphone design, as the Fairphone 2 was (he dubs it a “show off” phone) — and more, well, dull but worthy; modularity as a utility that’s there to enable (occasional) repairs.
“You don’t need the phone to be so super smooth in taking apart to be able to repair it,” he says. “Fairphone 2 goes beyond the idea of repairability. It’s more a show off phone in that sense. And that also comes with risks.”
Fairphone 2 — its earlier, flashier crack at modularity
Refining its approach to modularity also means Fairphone has been able to reduce the cost of the handset. Consumers will see that in a cheaper price-tag (€75 less than the prior model) — which puts it in reach of a bigger group of potential buyers.
The design is a cost (and risk) saver for Fairphone too in that it’s easier to manufacturer. And cost and sales volume are important when you’re trying to demonstrate that making sustainable hardware can still turn a profile. (Not that Fairphone is there yet — but finding a path to profitability is a core part of the mission.)
For users the only slight downsize of the reconfigured modular design — which has a full 13 screws just holding the display module in place — is that getting to the guts involves more fiddling than it used to. Which again seems a fair trade given how rarely you should need to get into it.
“Fairphone 3 there’s less risk involved in manufacturing, the design is more sturdy so in that sense it’s also a phone we can scale with as a company — so the whole ecosystem around it; the quality control,” says van Abel. “We have a big team now in China which we didn’t have with Fairphone 2. So we are much more confident with this phone we can offer a very high qualitative product.”
If the aim of your social enterprise is to reduce e-waste and overall environmental impact by selling phones that are designed to last longer than rival devices there is something of a natural tension about releasing any new handset model at all.
When I put this to van Abel he agrees but points to the push and pull around the product, given the unavoidable need for Fairphone “to stay relevant” by appealing to smartphone buyers, and given the industry “not working int he way that we would like it to work”, as he puts it — i.e not being geared for longevity.
Fairphone definitely needs to be able to sell phones if it’s to make a positive dent in consumer electronics practices and processes. Which means enticing buyers is important.
And on that front its last model wasn’t an amazing success — saddled with uninspiring hardware at a fair trade premium price. (A pretty biting 2016 review by Wired called it “ethical but ugly”, complaining also that it had a slow camera and dated hardware.) Closing that ‘compromise gap’ is thus a key aim with Fairphone 3.
van Abel enthusiastically talks up the performance specs, noting particularly that they’ve put a lot of work into improving battery performance (the removable cell is 3000mAh, and includes fast charging) and on software engineering to integrate the camera — which he claims, as far as performance and photo quality goes, is “on par” with high end smartphones “that cost twice as much”.
At a glance the 5.7 inch full-HD screen also looks clear and crisp. Plus there’s a fingerprint reader on board, as well as NFC and 4G. Inside is a Qualcomm Snapdragon 632 engine, 4GB of RAM and a generous 64GB of storage (further expandable via an SD card slot). Dual SIM slots are another welcome touch.
The handset comes preloaded with a vanilla implementation of Android 9 (Pie). But as noted above buyers will be able to switch for a non-Google alternative — via an updater that will let them wipe and install the Android Open Source Project flavor of the OS. (The updater will come post-launch, according to van Abel, who notes that around 5% of Fairphone users opt to go full open source.)
Ethics aside, one straight up hardware boast the Fairphone 3’s got going for it is that it has a 3.5mm headphone jack. Which is something you won’t find on Apple’s latest iPhones. Nor on Samsung’s newest flagship. The march of tech progress has erased the accessory-friendly hole from premium devices.
So it’s a nice additional perk for Fairphone 3 buyers who’ve invested in wired headphones — meaning they can keep using other kit for longer too.
The smartphone industry has marched at a pretty steady clip since Fairphone 2 was released at the back end of 2015, with rivals updating their own much more expansive product portfolios at least annually. So an upgrade more than three years after the last Fairphone doesn’t seem overly wasteful or indulgent.
And while Fairphone has never pretended it’s going to be able to compete, like for like, with top tier smartphones on pure hardware specs and features it does need to be able to offer a phone that’s compelling enough to convince buyers to switch.
Good enough smartphone hardware with a guarantee of repairability and which is combined what it calls “fair specs” — i.e. a minimum wage for a workers in its supply chain plus a bonus that aims to close the gap with that and a living wage — is its sales pitch for Fairphone 3.
Who Fairphone buyers are is also expanding, according to van Abel. So while, two years ago, he talked of the typical user being a ‘Gen X German with a master’s degree’, now the target is any conscientious consumer.
Selling at least 100,000 handsets per year is the goal. To date it’s only sold ~175,000 Fairphones in total — through pre-sales and organic growth — but it reckons the new device will enable it to scale beyond that core fan-base to address a wider community of ethical consumers.
It’s being helped to that end by expanded carrier partnerships — such as one with Orange in France which will see the mobile operator range the handset in 600 stores.
Scaling sales is another necessary part of the social mission, says van Abel — as Fairphone needs to show its social impact investors that it’s growing demand and building a market for ethical alternatives.

When — or even whether — there will be a Fairphone 4 is a question he isn’t keen to engage with. Clearly the hope is Fairphone 3 packs enough smartphone punch to go the distance. Though he hints it might look to offer additional smartphones in order to enter the US, a major market it’s so far not addressed at all.
While Fairphone has had a singular device focus to date, van Abel says it’s thinking about applying its hard won learnings around electronics supply chains to other types of consumer devices — suggesting ‘Fair’ could end up as a brand prefix atop an assortment of consumer gadgets.
“I think Fairphone has developed itself — even though it’s called Fairphone — into a brand that I’m pretty sure can go into a full blown, sustainable, consumer electronics brand. Because there are none,” he tells TechCrunch. “There are not so many brands in the industry that can differentiate on what they stand for. Apple does pretty well on design. But for the rest I don’t know a lot of premium brands that can differentiate on something that they’re really good at. And we’re good at creating social innovation and sustainability. And a lot of the supply chains that we’re using already can be used for other products as well.”
More broadly, the business is evolving to sell sustainably-minded process change back to the electronics industry itself — which of course needs to reform wholesale in order to enact the kind of root and branch change needed to support a fully circular economy.
In practice this means the ethical supply chains it establishes are intended to be open for others in the industry to use too. So Fairphone’s business of making ‘fairer’ handsets also functions as a showcase and case study to encourage wider industry reform — including via some direct partnerships that allow its own tiny orders for key minerals to be fulfilled by it piggybacking and scaling the order with the help of larger buyers.
Of course everything in electronics is connected. So real change isn’t going to happen overnight. Which makes being committed to stick at it and drive consumer awareness essential. It’s a long game. Even ethical chocolate took its sweet time to take over the market.
“With Fairphone 1 we had our own supply chains, with Fairphone 2 we were more and more exploring incorporating into scalable solutions for other parties as well, and with Fairphone 3 we already have consortia — for example the cobalt we’re doing together with Royal Philips and Signify… and some other big brands I can’t mention,” van Abel tells us. “Systemic change only happens when the whole system changes — so we can’t do that as a small company ourselves.”
He says the key shift the consumer electronics industry must make to pull off transformative reform to a circular economy that’s better for humans and better for the environment is to change its business model — a centuries old model that’s still obsessed with pushing “as much as possible into the hands of consumers at the fastest rate possible”.
On this front he believes services business models offer exciting potential to retune incentives for consumers and businesses to flip the conventional model on its head.
Fairphone is currently experimenting with a service based smartphone offering — working with a local insurance company on a trial to offer Fairphone as a service, where the phone is leased not owned.
“If you sell a phone every three to five years to a person you can also survive as a company. It’s not that you can’t survive. But — having said that — one of the things we are experimenting with is Fairphone as a service… And the beautiful aspect around running a product as a service is on the profit and loss of the company. When I sell you a phone you become a cost center right away as a customer, because all the after sales, everything around it basically is cost,” he says.
“If I sell you a service and a hardware product comes with it for you to be able to use… then I’m intrinsically motivated to have you use that phone as long as possible because every time I need to make a new phone it’s cost. Whereas every month I get my money from you as a customer and I can actually keep developing my service up to a point that it is more tailor made.”
While leasing has been very common in the smartphone industry on the mobile operator side, Fairphone is approaching it from a phone maker perspective — which van Abel reckons offers potential for disconnecting “as much as possible” the use of resources from the business model attached to smartphones.
‘Fairphone as a service’ is just a pilot for now, and he concedes the model would require a lot of money to be put on the table up front to cover the cost of use of the device for several years (further lengthening already lengthy repairable-oriented device cash cycles) — but recurring subscription payments at least sound like a model that could unlock the necessary up-front capital.
(van Abel also points to changes going on in the funding space — saying impact investing is now “hot”, and adding: “We’ve been pretty successful at finding the right impact investors to support our growth.”)
“I’m pretty hopeful because [humans have] been pretty successful at selling people stuff they don’t need so I’m pretty sure that we can also reverse that into marketing stories around products that last longer and people wanting products to last longer,” he says. “There’s a whole playground [with services]. Can you imagine that you start rewarding people if they actually keep their phone longer, if they have less parts broken… Now you reward a loyal customer with a new phone — what if you reward a customer that has their phone for a very long time with a lower subscription rate, for example. So there’s so much stuff to play with in that area. Not only by phone companies but also operators and everyone that is in connection with customers.”
Fairphone founder, Bas van Abel. Image credit: Fairphone
“My vision is really the disconnect from the use of resources and the business models. That is really the key problem that we’re still dealing with — if you look at sustainability,” he adds. “From a human rights perspective we’re dealing with multiple complex situations where politics, countries, wars, all these things are attached to these supply chains — which have nothing to do with consumer electronics specifically, it has to do with the human condition. So that’s even a bigger challenge — in terms of how do we create world peace basically?”
While no one would pretend there’s an easy answer for that, changing anything for the better means being willing to start somewhere.
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Warranties for purchased products is a $40 billion annual market. But in their current form, they are considered by some to be one of the bigger scams in the world of retail because they cost so much and often return too little.
Now there is an alternative emerging. A startup out of Minneapolis, Minn. called Upsie has decided to wage war on the old warranty, with more reasonable pricing (typically 70% lower than what the retailer offers) and a much more modern approach to selling and managing the warranty.

Its bet is that lower prices, and more flexible options for ordering, tracking and claiming against warranties, will drive more users to its service and take some business away from the retailers that largely dominate the market today. Today it’s announcing that it has raised $5 million led by True Ventures to build out that business in the U.S. Techstars Ventures, Matchstick Ventures, Syndicate Fund, M25 and angel investor Marc Belton also participated.
If you’ve ever purchased an expensive consumer electronics product, you know the problem that Upsie is tackling: warranties can cost a lot, and in many cases you’re not sure what you might even be getting out of it. And if you do find yourself in the unfortunate predicament of needing to file a claim, you may find the process a little less than efficient, but hopefully not as bad as this:
“If you buy a product worth $900, a warranty might cost an extra $130, but that warranty might cost only $10 from the insurance company,” said Clarence Bethea, the CEO and founder of Upsie.
When an expensive purchase like a consumer electronics product breaks down, the buyer needs to pay out big money for repairs or replacements, and that worry drives many of those customers to pay a big sum for the guarantee that someone else will cover those liabilities.
The operative words in that last paragraph are “big sum”: a warranty can represent peace of mind, and sometimes actually help in those cases where something relatively new does break down, but one of the big issues is the mark-up that providers put on a service that preys on the fear of needing it — in some cases a warranty can cost as much as 900% more than the policy would cost if it were purchased directly from an insurance provider.
Bethea used to be a consultant to big-box retailers and in the work he did, he realised quickly that the retailers were taking advantage of consumers when they were selling warranties on top of products. “Consumers don’t know what the warranties actually cost,” he said. “That’s what pushed me into this.”
Upsie gives consumers the option to purchase warranties up to 60 days after the sale (or 45 for smartphones). The product itself needs a minimum 90-day warranty from the manufacturers themselves, and the Upsie warranty does not kick in until 30 days after it’s purchased — the idea being that it picks up right after the manufacturer warranty ends.
The warranties can be purchased online or through an app and they apply currently to around 15 categories and hundreds of electric goods covering areas like computers, wearables, phones, TVs, small and large appliances and outdoor tools. The Upsie app in itself is like your warranty file in your filing cabinet, except much simpler and lighter and less cluttered: it stores receipts, lets you scan SKUs to register the goods and more to make it easier. Then after a user purchases the warranty, it can be managed and claims can be filed by way of Upsie’s app.
The basic idea behind Upsie is reminiscent of the direct-to-consumer brands that have grown in popularity over the last several years.
Just as these have leveraged the web, mobile apps and more recently social media to build direct relationships with consumers, Upsie is also bypassing retailers and hoping that consumers will consider their cheaper alternatives, which in actuality have been negotiated with the same warranty service providers that the retailers use. It currently works with Centricity, and the plan is to expand it to a wider range over time.
Other companies have built businesses in the area of providing warranty services outside of what retailers offer, such as SquareTrade, which was acquired by AllState, and Asurion. Puneet Agarwal, a partner at True Ventures, believes that it stands out.
“Upsie is the only consumer-facing brand in the space, whereas everyone else is more of a back-end provider,” he said. “Their subscriber growth and engagement are tremendous and the end consumer identifies with them. Because of their direct consumer focus, they also offer a level of pricing, convenience and customer service the industry has not seen.” He added that the “big ambition” is “to make the idea of ‘upsie-ing’ a product as part of the the everyday lexicon of the consumer.”
Bethea said that one of the big early challenges was convincing insurance companies that D2C was a viable idea — which dissipated as insurance companies, like all brands and B2B2C businesses, began to consider the plethora of ways that people are buying goods today, which increasingly extend well outside the realm of just retailers.
The other challenge that is still one that Upsie will continue to work to surmount as it continues growing is convincing consumers to change their behavior. “Initially it was about convincing the industry that this is a market,” he said. “Today it’s awareness and giving consumers another option. ‘I didn’t know I could leave the register and purchase a plan afterwards’ is what we want people to be thinking.”
So far, the results have been pretty positive. Since exiting beta in 2016, Bethea said the company has grown 300% each year. Services are live only in the U.S., and while it works toward expanding to international markets, it will also be adding auto warranties to its plans next.
Living outside of Silicon Valley as I do, companies that are outliers from the normal pattern that often list the same litany of credentials (including but not limited to grads from Stanford or MIT, possible stint at YC, office in San Francisco, past history at other tech companies), but are still thriving, do tend to catch my eye. Upsie, with its roots in the Midwest and an African American founder (also not very common at the typical SV startup), and tackling something that is fundamentally broken but not flashy, ticks some of those boxes.
Turns out that True sees and wants to seek out more of this, too.
“Great companies are being built everywhere,” said Agarwal. “More and more of the companies we invest in are outside of the Valley or are building teams outside of the Valley and we encourage it. It can be a tremendous competitive advantage both from a talent and cost perspective. We have had great success investing in places like Michigan, Montana, Oregon, Wisconsin, Washington, even recently in Africa, and now in Minnesota with Upsie. I still do see a lot of bias from investors not wanting to invest outside of the Valley. There is no question they will miss out not because of high prices in the Valley but because of the opportunity.”
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Lora DiCarlo, a startup coupling robotics and sexual health, has $2 million to shove in the Consumer Electronics Show’s face.
The same day the company was set to announce their fundraise, The Consumer Technology Association, the event producer behind CES, decided to re-award the Bend, Oregon-based Lora DiCarlo with the innovation award it had revoked from the company ahead of this year’s big event.
In January, the CTA nullified the award it had granted the business, which is building a hands-free device that uses biomimicry and robotics to help people achieve a blended orgasm by simultaneously stimulating the G spot and the clitoris. Called Osé, the device uses micro-robotic technology to mimic the sensation of a human mouth, tongue and fingers in order to produce a blended orgasm for people with vaginas.
Lora DiCarlo’s debut product, Osé, set to release this fall. The company says the device is currently undergoing changes and may look different upon release.
“CTA did not handle this award properly,” CTA senior vice president of marketing and communications Jean Foster said in a statement released today. “This prompted some important conversations internally and with external advisors and we look forward to taking these learnings to continue to improve the show.”
Lora DiCarlo had applied for the CES Innovation Award back in September. In early October, the CTA notified the company of its award. Fast-forward to October 31, 2018 and CES Projects senior manager Brandon Moffett informed the company they had been disqualified. The press storm that followed only boosted Lora DiCarlo’s reputation, put Haddock at the top of the speakers’ circuit and proved, once again, that sexuality is still taboo at CES and that the gadget show has failed to adapt to the times.
In its original letter to Lora DiCarlo, obtained by TechCrunch, the CTA called the startup’s product “immoral, obscene, indecent, profane or not in keeping with the CTA’s image” and that it did “not fit into any of [its] existing product categories and should not have been accepted” to the awards program. CTA later apologized for the mishap before ultimately re-awarding the prize.
At the request of the CTA, Haddock and her team have been working with the organization to create a more inclusive show and better incorporate both sextech companies and women’s health businesses.
“We were a catalyst to a huge, resounding amount of support from a very large community of people who have been quietly thinking this is something that needs to happen,” Haddock told TechCrunch. “For us, it was all about timing.”
Lora DiCarlo plans to use its infusion of funding, provided by new and existing investors led by the Oregon Opportunity Zone Limited Partnership, to hire ahead of the release of its first product. Pre-orders for the Osé, which will retail for $290, will open this summer with an expected official release this fall.
Haddock said four other devices are in the pipeline, one specifically for clitoral stimulation, another for clitoral and vaginal stimulation, one for anywhere on the body and the other, she said, is a different approach to the way people with vulvas masturbate.
“We are aiming for that hands-free, human experience,” Haddock said. “We wanted to make something really interesting and very different and beautiful.”
Next year, Haddock says they plan to integrate their products with virtual reality, a step that will require a larger boost of capital.
Haddock and her employees don’t plan to quiet down any time soon. With their newfound fame, the team will continue supporting the expanding sextech industry and gender equity within tech generally.
“We’ve realized our social mission is so important,” Haddock said. “Gender equality, at its source, is about sex. We absolutely demonize sex and sexuality … When you talk about removing sexual stigmas, you are also talking about removing gender stigmas and creating gender equity.”
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Razer is summoning a big gun as it bids to develop its mobile gaming strategy. The Hong Kong-listed company — which sells laptops, smartphones and gaming peripherals — said today it is working with Tencent on a raft of initiatives related to smartphone-based games.
The collaboration will cover hardware, software and services. Some of the objectives include optimizing Tencent games — which include megahit PUBG and Fortnite — for Razer’s smartphones, mobile controllers and its Cortex Android launcher app. The duo also said they may “explore additional monetization opportunities for mobile gaming,” which could see Tencent integrate Razer’s services, which include a rewards/loyalty program, in some areas.
The news comes on the same day as Razer’s latest earnings, which saw annual revenue grow 38 percent to reach $712.4 million. Razer recorded a net loss of $97 million for the year, down from $164 million in 2017.
The big-name partnership announcement comes at an opportune time for Razer, which has struggled to convince investors of its business. The company was among a wave of much-championed tech companies to go public in Hong Kong — Razer’s listing raised more than $500 million in late 2017 — but its share price has struggled. Razer currently trades at HK$1.44, which is some way down from a HK$3.88 list price and HK$4.58 at the end of its trading day debut. Razer CEO Min Liang Tan has previously lamented a lack of tech savviness within Hong Kong’s public markets despite a flurry of IPOs, which have included names like local services giant Meituan.
Nabbing Tencent, which is one of (if not the) biggest games companies in the world, is a PR coup, but it remains to be seen just what impact the relationship will have at this stage. Subsequent tie-ins, and potentially an investor, would be notable developments and perhaps positive signals that the market is seeking.
Still, Razer CEO Min Liang Tan is bullish about the company’s prospects on mobile.
The company’s Razer smartphones were never designed to be “iPhone-killers” that sold on volume, but there’s still uncertainty around the unit with recent reports suggesting the third-generation phone may have been canceled following some layoffs. (Tan declined to comment on that.)
Mobile is tough — just ask past giants like LG and HTC about that… and Razer’s phone and gaming-focus was quickly copied by others, including a fairly brazen clone effort from Xiaomi, to make sales particularly challenging. But Liang maintains that, in doing so, Razer created a mobile gaming phone market that didn’t exist before, and ultimately that is more important than shifting its own smartphones.
“Nobody was talking about gaming smartphones [before the Razer phone], without us doing that, the genre would still be perceived as casual gaming,” Tan told TechCrunch in an interview. “Even from day one, it was about creating this new category… we don’t see others as competition.”
With that in mind, he said that this year is about focusing on the software side of Razer’s mobile gaming business.
Tan said Razer “will never” publish games as Tencent and others do, instead, he said that the focus is on helping discovery, creating a more immersive experience and tying in other services, which include its Razer Gold loyalty points.
Outside of gaming, Razer is also making a push into payments through a service that operates in Southeast Asia. Fueled by the acquisition of MOL one year ago, Razer has moved from allowing people to buy credit over-the-counter to launch an e-wallet in two countries, Malaysia and Singapore, as it goes after a slice of Southeast Asia’s fintech boom, which has attracted non-traditional players that include AirAsia, Grab and Go-Jek, among others.
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