The making of a hardware founder

Working in tech, it’s hard to avoid the many narratives and congratulatory tweets about the latest company to close a fund round, and little wonder. It’s a milestone worth celebrating before getting back to work. Yet what’s happening in the middle the trenches before those funding announcements roll out is often more instructive. How does one decide to make the leaping in the first place? How do you mold a product or service into something that you can present to foreigners? How can you enlist people to help you when everyone you want to meet has more pressing demands on their hour?

These are questions that many new founders wrestle with, including Sarah McDevitt, a college basketball star turned hardware founder whose product she hopes to have in consumers’ hands by this holiday season — even while she’s acutely recognizing also that a lot has to go right first.

McDevitt didn’t anticipate being in this position five years ago when she was making a generous wage as a product administrator at Microsoft, running a stone’s hurl from where she’d grown up in Seattle. But like a lot of founders, McDevitt eventually felt compelled to start her now two-year-old company, Core Wellness, which aims to sell meditation experiences.

We checked in with her the coming week about how far along she has gotten, the obstacles she wasn’t expecting and where she goes from here.

TC: You played college basketball at NYU, where you also studied math and computer science. Which was more fun?

SM:[ Laughs .] In high school, I used to walk to a gym that was open at all hours of the night and play until my parents were like,’ You have to come home .’ But I’ve always loved math and education, too.

TC: When you graduated, you went home to Seattle to work for Microsoft for five years. How did you get from there to launching a startup that constructs it easier for people to meditate ?

SM: I spent my last year at Microsoft on its social responsibility team, working on global education initiatives, and on a run trip-up, I visited a university in South Africa that was incorporating meditation into its curriculum. I was amazed at the effects that meditation had on this student population that had suffered in some cases extreme poverty and violence. It was really eye-opening to me.

I soon discovered Stanford’s learning design program and it was the thing that I was looking for. I knew I wanted to study stress and what happens in our bodies and how meditation and mindfulness can combat it. I still feel luck that I got in.

TC: Did you want to teach about meditation or did you head to Stanford thinking you wanted to start a company ?

SM: I supposed I’d design something for high school districts to address mental well-being for adolescents. For my master’s thesis — which had to be a design project — I’d designed a kind of mini curriculum for high school students that any high school teacher could implement. That’s what led to the idea of Core. I thought it might be hard for teenagers to buy into meditation without meaningful bio feedback, which is at the root of what we’re building. I’d also started thinking about utilizing a physical object that could help younger students practise mindfulness.

But the more research I did, the more I realized that adults genuinely struggle with meditation. And when you look at how stress affects our brains and bodies, it’s clearly something we should be addressing. I wanted to see if I could create something that is applicable to adults as well.

TC: So step one was . . .

SM: Seeming for a co-founder. I knew I wanted camaraderie. But I didn’t have anyone who was in on this idea with me, so it was like finding someone to marry without dating them. I posted on collaboration boards at Stanford about the skills I was looking for — electrical engineering, app development for an early prototype. I figured I’d find person with the skills, then work with that person for a few hours a week and see how things went.

TC: You found that person, Brian Bolze, “whos also” Core’s head of product. Did you know it was a fit straightaway ?

SM: We had coffee and really vibe’d on our worldview and mindset around meditation and the kind of brand I’d wanted to create. Then we started working together, five hours a week, then 10, then 20. Then suddenly, it was like,’ Hey, so are you going to stay in school ?’ He eventually took that leap, and I’m incredibly thankful to have him. I think the emotional partnership is just as important as having a abilities match.

TC: Core is stimulating both hardware and software. What was building that first hardware prototype like ?

SM: We started by use hobbyist materials like Arduino, and we used Stanford for 3D printing access and a hardware manufacturer space that’s now out of business. I was also networking constantly through my Stanford classmates and previous coworkers, saying,’ I’m looking for help with PCV manufacturing .’ or’ Do you know someone who has invested in hardware before and can help us out.’

I was asking for a feedback as a way to get meetings. I did that a ton. Then we just started working on a prototype that was just functional enough to put in users’ hands and get feedback. The same was true with our business model. We’d ask for feedback from Stanford professors who’ve expended before, contacts I’d induced, angel investors.

TC: You’ve raised a tiny bit of funding in so far, from the hardware-focused venture firm Bolt and Bose, the speaker and headphones company. Can you talk about how that came together ?

SM: Kate McAndrew,[ a VC at Bolt] operates these women-in-hardware meetings and that’s kind of how I discovered my route in local communities. My previous contacts were in software, so I went to her meet-ups to learn about the hardware business and eventually, over nine months, when she thought we were finally in a place to pitch Bolt’s partners, we did that.

TC: You’re based in San Francisco. Can I ask how, before you created a bit of funding, how you were supporting yourself ?

SM: Once we’d begun work on prototypes, we’d created a friends-and-family round that we used to pay for industrial design assist. Running at Microsoft, too, I’d saved a bunch of fund. I didn’t necessarily have a reason why at the time but I naturally[ spent] less than what I was inducing, knowing I wanted to enable myself some liberty. Grad school was unbelievably expensive, but I did still have some savings I could live off for the first six months or so until we created that family round.

TC: Were your friends and family receptive?

SM: It was truly challenging for me personally. To go to people with this really new idea that has pretty much no validation and ask for money was hard. I did learn through that process there are a lot of people who want to support you, and a little bit from a lot of people adds up. It was enough to get to the point where we had a functioning prototype.

TC: How far away are you from selling to your first customer ?

SM: In two months, we’ll have an exclusive public launch. We’re making a couple hundred meditation trainers with the goal in mind of find our “core” tribe — people who love Core, latch onto it and keep coming back. Once we sell that and have that engagement data, we’ll run raise a seed round.

TC: This is a hardware product and subscription software. How much will you charge and how does it work ?

SM: We’re charging $199[ for the handheld trainer ], along with a monthly subscription with personalized content. We’ll also be launching virtual meditation classes so that you can check in with live instructors and feel connected to their home communities of other people meditating with you.

TC: How are you personalizing the content ?

SM: By using data to recommend to you content that we know will be effective for you. The first step[ in meditation] is to turn your attention to one thing; we’re helping you do that by giving you this anchor, comforting object with a heartbeat that guides you through inhaling exercises and technique.

As for personalized recommendations, if you’ve been a user for a while and we find[ based on biosensor data] that a body scan technique has been effective, we might say in the app,’ Hey, this, four-minute body scan has been really effective in reducing stress so let’s try this today.’

TC: How much seed fund do you hope to raise ?

SM: We’re targeting$ 4 million, most immediately to fund a holiday launch and enter the market.

TC: And if you miss that window ?

SM: I don’t think we need to wait for another. There’s huge demand for help with meditation.

TC: And you’ll be selling exclusively through your site or are you talking with possible distribution partners ?

SM: We’re partnering with yoga and fitness studios on events and experiences and meditation stations. We also have some pop-up experiences schemed with brands in the Bay Area.

TC: Build hardware is hard. What’s the biggest thing that’s gone wrong ?

SM: First, I will say that the hardware community is extremely helpful and collaborative, unlike the world of enterprise software, which is pretty cutthroat and where people are more closed off to helping others. We’ve gotten so much assistance from other founders.

Still, you’re right. As one example, “were in” getting our electrodes from a prototyping shop in China, and they have to be stainless steel 304 to be conductive. When they sent the electrodes to us and they weren’t working, we did all this variable isolation before eventually figuring out that they’d utilized a different metal alloy. When we told them, they were like,’ Yeah. They’re stainless steel 304.'[ Laughs .] It was a bad setback, but now metals testing happens much earlier in the process, and we might not have thought of that being a necessary and appropriate measures otherwise. You also learn the importance of a timeline buffer for things like that to happen.

TC: Are you meeting with investors yet ?

SM: I’m out networking. We’re not fundraising yet, but we’re having the right conversations. That route investors are aware of what we’re doing and that we’re coming.

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Bose is carving out $50 million for startups using its new audio-focused AR tech

The high-end audio technology company Bose is getting into the augmented reality game with a new product and a $50 million money devoted to startups that will develop services for its new platform.

While most of the industry is focused on a visually augmented experience, Bose is most concerned with the intersection of sound and vision.

The Bose AR prototype, which was unveiled at South by Southwest in Austin this year, will use visual info captured by the glasses and add contextually relevant audio information to its wearer.

Bose’s AR kit is a “wafer-thin” acoustics package that the company hopes can be added to headphones, eyewear, helmets and other wearables to give a new spin on reality “augmentation.” The company said the new technology can be controlled with voice commands, head gestures and simple touch gestures.

The new product is a clever spin on augmented reality and a product that plays into Bose’s strength. “It places audio in your surroundings , not digital images, so you can focus on the amazing world around you — rather than a tiny showing, ” said John Gordon, vice president of the Consumer Electronics Division at Bose, in a statement posted. “It knows which way you’re facing, and can instantly connect that place and hour with endless the chances of traveling, learn, music and more. And it can be added to products and apps we already use and love, removing some of the big obstacles that have maintained AR on the sidelines.”

The first prototype glasses are Bluetooth compatible for bellows or to integrate with Siri or Google Assistant. A new technology developed for the glass ensures that the audio is audible merely to the listener wearing the glasses, and the acoustic packages fit inside the arms of the glasses.

Sensors in the glasses track the orientation of a listener and integrate with an iOS or Android device to track place and motion, which is sent to the AR-enabled application in the wearables.

The company is already working with ASICS Studio, Strava, TripAdvisor, TuneIn and Yelp on cooperations that will provide content for the wearables, while MIT’s Media Lab and the NYU Future Reality Lab are also playing around with prototypes.

But Bose wants entrepreneurs and programmers to develop their own applications. They’ve made a $50 million fund to finance companies that would like to work with the new audio technology and is providing an SDK and updated glasses afterwards this summer.

Bose has invested in a number of companies already — unrelated to its new augmented reality platform — that are all based on novel wearable technologies.

The platform includes investments like Embr Labs, a wearable for governing body temperature; Qleek, a company that embeds augmented reality experiences onto custom designed wooden blocks; and Vesper, a MEMS-powered microphones.

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Alexa is coming to wearable devices, including headphones, smartwatches and fitness trackers

Amazon wants to bring Alexa to more devices than smart speakers, Fire TV and various other customer electronics for the home, like alarm clocks. The company yesterday announced developer tools that would allow Alexa to be used in microwave ovens, for example- so you could just tell the oven what to do. Today, Amazon is rolling out a new situated of developer tools, including one called the “Alexa Mobile Accessory Kit, ” that would allow Alexa to work Bluetooth products in the wearable space, like headphones, smartwatches, fitness trackers, other audio devices, and more.

This kit is already being used by several companies, including device manufacturers and solution providers Bose, Jabra, iHome, Linkplay, Sugr, Librewireless, Beyerdynamic, Bowers and Wilkins.

Amazon said Bose in particular had been working with the company to build, design and test the answer, and refine the new kit, which will be made more broadly available to developers this summer.( Sign up is here .)

“Bose is excited to add a remarkable new Alexa experience for our clients, ” said Brian Maguire, Director of Product Management at Bose, said in a statement. “Accessing Alexa’s music, datum, and vast number of skills on our headphones will become easier than ever, and we’re looking forward to bringing our collaboration to life.”

The Mobile Accessory Kit would allow a brand like Bose to better compete with the likes of Apple and Google, each who have tied their own voice assistants to their respective Bluetooth headphones- Apple’s AirPods and Google’s Pixel Buds. As voice computing and virtual assistance continues to grow in popularity, it will be increasingly important for other brands- that are not Apple or Google- to have a route to compete. Amazon’s big gamble here is that it can capture that larger marketplace by offering access to Alexa, permitting the hardware device makers to do what they do well- which is not inevitably voice computing.

The addition of the Mobile Accessory Kit follows on last year’s launching of the AVS Device SDK, which allowed device manufacturers to incorporate Alexa in their connected products. This new kit, however, is more of an alternative, is targeted at those who need a more “lightweight method to build on-the-go products, ” explains Amazon.

That’s because devices employing this kit won’t have Alexa built-in- they’ll is attached to Alexa by pairing with Bluetooth to the Amazon Alexa App.

The kit was one of two developer tool announcements out today, ahead of CES.

The other is an update to the Amazon Alexa 7-Mic Far-Field Development Kit called the Amazon Alexa Premium Voice Development Kit. Aimed at commercial device makers, the kit allows them to enable high-quality, far-field voice experiences in their products, says Amazon. The kit is based on the technology that Amazon introduced in its latest Echo family of devices, which offered upgraded experiences over the original Echo.

This kit includes support for either 7-mic broadside or 8- mic rectangular array committees, for different types of devices. It also incorporates Amazon’s proprietary software and algorithm technology for “Alexa” wake word recognition, ray forming , noise reduction, and acoustic echo cancellation. More info on that kit is here.

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Bose debuts new Google Assistant-optimized noise cancelling headphones

Bose’s rumored QC 35 II noise-cancelling headphones are rumored no more: Bose attained them official today, disclosing the update to the company’s popular QC 35 premium noise-cancelling cans.

Google worked with Bose to create the new headphones, the company explained in a new blog post, helping to “optimize” the audio accessory for Assistant, Google’s virtual helper software for iPhone and Android. The headphones have a dedicated Assistant button, which users can pushing to call up the voice-based companion whenever they want.

They don’t have Assistant on board as a dedicated service, per se- instead, they incorporate support for Assistant-based offerings including incoming notifications, audio features like news briefings and voice commands for calling and music playback.

Assistant support will be available on the QC 35 II in the U.S ., Australia, Canada, Germany, France and the UK, and the headset retails for $349 in the U.S.- the same cost as the QC 35 that came before.

Google mentions in its blog post on the new partnership and integration that it’s been working with Bose on Assistant integration for headphones “starting with” the QC 35 II, which implies that we could see this feature expand to even more of the Bose line.

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