Category: UNCATEGORIZED

When Alchemist Accelerator shifted its Demo Day to virtual earlier this year, Alchemist director and founder Ravi Belani told me it was a move he expected the team to stick with for some time. Nearly half a year later it’s time for another Demo Day — and sure enough, with the pandemic still ongoing, it’s another virtual one.

As an enterprise accelerator, Alchemist focuses primarily on seed stage companies that make their money from other companies rather than those that sell to consumers. This latest cohort (the accelerator’s 25th) saw nearly 20 companies go through the program, with focuses ranging from physical therapy devices, to an AI “coach” for sales reps, to productivity tools for software developers.

This afternoon the accelerator is also announcing that Volvo (via the Volvo Cars Tech Fund) has joined Alchemist as an investor. While the two companies did not specify how much Volvo was investing, previous similar partnerships saw companies like GE and Juniper Networks invest around $2M.

Care to see the companies make their debut to the world? Alchemist will be streaming its Demo Day on YouTube, with programming set to begin at 2pm pacific.

Don’t have time to watch the whole thing? Here’s an alphabetized list of all the companies scheduled to present, along with some notes about what each is working on:

Image Credits: Anda Technologies

Anda Technologies: A simplified smartwatch with built-in GPS, calling, and a quick symbol-based messaging system, meant to help parents and caretakers stay in touch in situations where a full smartphone might be too much. They initially focused on Latin America, and are now expanding support to US and Europe.

Botco.ai: A “conversational marketing platform” — in other words, marketing chatbots meant to increase sales and conversions. Potential customers can chat with these bots over SMS or messaging apps, and their AI will use its growing understanding of what it knows about your business to respond.

BreachRX: A platform meant to help streamline your company’s response when a security breach happens. They provide response playbooks, help assign tasks to the correct team members, and help capture records of how and when your company took action.

ClearQuote: Computer vision-based vehicle inspections. The company says it can scan an entire vehicle for damage using a smartphone camera in around 60 seconds, calculating cost of repair on the fly. Focusing on end-of-lease inspections, used car inspections, and rental car return inspections first.

CoPilot: An AI-powered “coach” for sales reps. As reps make phone/video calls, CoPilot analyzes the conversation and generates “cue cards” with relevant information.

Evolution Devices: A wearable electrical stimulation device meant to help in the rehabilitation process for those with lower limb weaknesses (including stroke survivors or individuals with multiple sclerosis.) The device adapts to each user’s own walking pattern, and helps with remote care by reporting data (such as step counts) back to the patient’s therapist.

Faucetworks: An “artificial neurologist”, meant to help more quickly identify neurological emergencies while a patient is in an ambulance en route to a hospital, or at hospitals where no neurologist is on site. Their hardware system asks patients a series of questions, then walks them through a physical exam.

HR Messenger: An HR/onboarding chatbot built to work over Whatsapp/Facebook Messenger, helping to automate things like pre-screening questions, interview scheduling, and referral requests. The company says it’s working with clients including KFC and H&M.

Hopthru: Data analysis platform for public transit agencies. Hooks into the data these agencies already collect, cleans it up, then pipes it into a dashboard to help these transit agencies find ways to improve their routes and ridership.

Image Credits: Hubly

Hubly Surgical: Building a smarter drill for neurosurgeons performing “skull puncture” operations. The company says that many surgeons still use basic, standard (hand-cranked!) drills, which can lead to high complication rates; Hubly’s drill helps to precisely angle the drill and is built to prevent the surgeon from drilling too deep. Expects to see FDA clearance in 2021, and launch in US hospitals in 2022.

HyPoint: Working on high-power, high-density hydrogen fuel cell systems for aviation, meant to dramatically reduce CO2 emissions from air transportation.

Mobiz: A platform for sending personalized marketing messages to your established customer base via SMS, building “personalized micro-sites” for each user based on the brand’s existing data. The company says it’s already working with companies like Burger King and Woolworths, and is currently seeing $6MM in ARR.

Nano Diamond Battery: NDB is aiming to build a self-charging, sustainable battery. This one is perhaps a bit too complex to capture in a sentence or two, so see our previous coverage of NDB here.

Node App: A marketplace for connecting brands with influencers. Node helps to verify each influencer’s audience, then connects brands with these influencers with pre-negotiated deal terms.

Rectify: A tool meant to automatically detect and redact sensitive information when sharing documents outside of an organization. Focusing on the insurance market at first. Founder Melissa Unsell-Smith says the Rectify founding team previously worked together for 15 years in AT&T’s corporate legal department.

RubiLabs Inc: A platform focusing on making on-demand deliveries of medical products (vaccines, medications, etc) to hospitals and pharmacies in Africa via drones, motorcycles, and other dedicated vehicles. The company estimates that it has already saved 7,000+ lives.

Seventh.ai: Pitching itself as “Carta for intellectual property”, Seventh.ai helps founders identify which parts of their business can/should be patented, to better understand what the competition has patented, and to work through the patenting process. The company says it’s currently seeing around $250k in ARR. Founder Alex Polyansky says he spent 10 years as a patent examiner at the USPTO.

Tocca: A platform meant to help B2B companies throw branded virtual sales events, providing things like virtual lobbies, stages, breakout rooms, and person-to-person networking tools. Integrates into tools like HubSpot and Salesforce to make post-event followups more efficient.

Image Credits: Veamly

Veamly: A “unified inbox” feed for developers that brings threads and messages from Slack, GitHub, Jira into one view, as well as a unified search that can dig in across these tools. Founder Emna Ghariani says the company’s “proprietary prioritization engine” helps to sort tasks and tickets by importance, and to analyze the time they’re spending in each tool throughout the week.

Jennifer Doudna, one of the pioneers of the gene-editing technique known as CRISPR, thinks the biotech tool could be an essential one for combating COVID-19 and future pandemics. Due to its capacity to be “reprogrammed” like software, CRISPR could eventually be integral to countless tests and treatments.

In an interview at Disrupt 2020, Doudna was all optimism for the technique, which has already proven to be extremely useful in less immediately applicable situations.

“One thing that’s so intriguing about the whole CRISPR technology, it’s a toolbox and there’s many ways to repurpose it for manipulating genomes, but also for detection, even getting virus materials and the kinds of reagents that you need for an effective vaccine,” she explained.

This is all because of CRISPR’s main asset: its ability to home in on incredibly specific sequences or structures and manipulate them. Certainly one way to use that is to snip out a potentially harmful bit of DNA, but that bit could also be amplified for easy detection.

“This is an opportunity to take a technology that naturally is all about detecting viruses — that’s what CRISPR does in [its native environment] bacteria — and re-purposing it to use it as a rapid diagnostic for coronavirus,” Doudna said.

The advantages CRISPR offers are threefold, Doudna explained: first, it’s a “direct” method of detection. Current tests rely on enzymes and proteins that are indirect evidence of infection, which limits their reliability and timing — you can’t, for instance, detect the virus before it starts producing that secondary evidence. CRISPR detects RNA from the viral genome itself.

“We’re finding in the laboratory that that means that you can get a signal faster, and you can also get a signal that is more directly correlated to the level of the virus,” she said.

Second, the sequence that the CRISPR complex searches for can easily be changed. “That means that scientists can reprogram the CRISPR system trivially, to target different sections of the Coronavirus to make sure that we’re not missing viruses that have mutated,” Doudna said. “We’re already working on a strategy to co-detect influenza and coronavirus; As you know it’s really important to be able to do that, but also to pivot very quickly to detect new viruses that are emerging.”

Very long GIF of a CRISPR Cas-9 protein seeking, finding, and snipping out a piece of DNA. Image credits: UC Berkeley

“I don’t think any of us thinks that viral pandemics are going away,” she continued. “The current pandemic is a call to arms, we have to make sure that scientifically we’re ready for the next attack by a new virus.”

And third, a CRISPR-based test wouldn’t be manufactured the same materials as other tests, making it easier to manufacture alongside them. Managing supply chains effectively will be crucial for getting vaccines, tests, and treatments to people as quickly as possible.

The barrier to CRISPR however is not theoretical but practical: It’s still more or less lab-bound because therapies using the technology are still very much under review. It is in clinical trials in some forms and COVID-19-related applications could be fast tracked but its novelty means it will be slower to reach those who need it. Not to mention the cost.

“This underscores what I think is one of the key challenges that we face in this in this age of advancing biotechnologies,” said Doudna. “That is, how do we make a technology like like CRISPR affordable and accessible to a lot of people? I’d like to see a day when CRISPR is the standard of care for treating a rare genetic disease, and it’s going to take some real R&D to get there.”

Perhaps one of the avenues for advancement will be the newly discovered sibling technique, CRISPR Cas-Φ (that’s a “phi”), which works similarly but is much more compact, owing to its origin as, apparently, a countermeasure by viruses that invade CRISPR-bearing bacteria. “Who knew they carried around their own form of CRISPR?” mused Doudna. “But they do, and it’s a very interesting protein, because it’s very small compared to the original formats for CRISPR that allow that allows a much, much smaller protein to be able to do [this] kind of editing.”

Doudna had much more to say about the possibilities for the technique of which she was one of the chief creators. You can see watch the rest of the interview below.

Twitter is taking steps to tighten account security for a range of users ahead of the US presidential election, including by requiring the use of strong passwords.

“We’re taking the additional step of proactively implementing account security measures for a designated group of high-profile, election-related Twitter accounts in the US. Starting today, these accounts will be informed via an in-app notification from Twitter of some of the initial account security measures we will be requiring or strongly recommending going forward,” it said in a blog post announcing the pre-emptive step.

Image credit: Twitter

Last month Twitter said it would be dialling up efforts to combat misinformation and election interference, as well as pledging to help get out the vote — going on to out an election hub to help voters navigate the 2020 poll earlier this week.

Its latest election-focused security move follows an embarrassing account hack incident in July which saw scores of verified users’ accounts accessed and used to tweet out a cryptocurrency scam.

Clearly, Twitter won’t want a politically-flavored repeat of that.

Twitter said accounts that will be required to take steps to tighten their security are:

• US Executive Branch and Congress

• US Governors and Secretaries of State

• Presidential campaigns, political parties and candidates with Twitter Election Labels running for US House, US Senate, or Governor

• Major US news outlets and political journalists

As well as requiring users in these categories to have a strong password — prompting those without one to update it next time they log in — Twitter said it will also enable Password reset protection for the accounts by default.

“This is a setting that helps prevent unauthorized password changes by requiring an account to confirm its email address or phone number to initiate a password reset,” it noted.

It will also encourage the target types of users to enable Two-factor authentication (2FA) as a further measure to bolster against unauthorized logins. Although it will not be requiring 2FA be switched on.

The platform also said it would be implementing extra layers of what it called “proactive internal security safeguards” for the aforementioned accounts, including:

• More sophisticated detections and alerts to help us, and account holders, respond rapidly to suspicious activity

• Increased login defenses to prevent malicious account takeover attempts

• Expedited account recovery support to ensure account security issues are resolved quickly

The fall semester is off to a rocky start. When schools were forced to close in the spring, students (and parents) struggled. As the new school year begins, affluent families are building pandemic pods and inequities abound, while surveys suggest that college students want tuition discounts for online classes.

To avoid a catastrophic loss in revenue, colleges are bringing students back to campus. At UNC-Chapel Hill, those plans were quickly reversed when 130 students tested positive for the virus just a week into the new semester. As cases skyrocket, UNC will not be the only educational institution or school district to move online again.

What is it about digital learning that has schools so keen on reopening despite the health and reputational risks? Why hasn’t digital learning lived up to its promise?

If I were asked 20 years ago, as the founding CEO of Rosetta Stone, what digital learning would look like today, I would have imagined a very different future. Online learning was exploding. Teachers and faculty were experimenting with now commonplace consumer technologies like speech recognition and virtual reality to create immersive learning experiences.

Sadly, most of these innovations never took hold in our schools and colleges, and remote learners today are left with edtech that feels like it is still trapped in the 90s.

Ironically, the business of edtech and digital learning has been booming. Billions of dollars have been invested in tools and platforms that promise to improve the learning outcomes and lives of students. But for all the investments, headlines and flashy IPOs, edtech has little to show in terms of transformative outcomes.

The United States continues to lag behind many other advanced industrialized nations in math, science and reading literacy. Schools at all levels grapple with pervasive equity gaps. And research shows that heavily investing in education technology has, so far, yielded virtually no appreciable improvement in student achievement in these core subjects.

The challenge stems from the fact that rather than making learning better, the education technology field has, for the most part, focused on reaching more students. In our rush to scale, we have largely ignored tremendous pedagogical innovation that has occurred over the last twenty years.

No matter how high-tech a digital learning solution might be, it means nothing if it doesn’t also reflect recent and emerging changes in pedagogy. In 2010, a study at the University of North Texas compared how students retain information literacy skills in a face-to-face class, an online class and a blended class. The researchers found that there was no difference in outcomes between the three kinds of classes. This is because all three used the same materials and pedagogical approach.

But in a digital environment, far more is possible. We can now create video-game quality simulations to evaluate complex skills like creativity or problem-solving. Shy students can take the form of learning avatars in online laboratories — or explore career paths first-hand, through virtual reality. We know more than ever about attention span and engagement, or the connection between socio-emotional development and academic outcomes.

Researchers have, likewise, gained a deeper understanding of the ways students’ minds work. We know more than ever about how students reason, process information and solve problems. We know what kinds of scaffolding is required to develop and master these skills. Learning is best when it is built around doing, and when the context is practical, allowing students to try their hand at solving problems even as they’re still learning. It’s best when it is individualized, with progress based on a student’s personal aptitude and proficiency as they move toward mastering the material. And it’s best when it is enriched with peer-based discussion, practice and collaboration.

Astonishingly, few mass-market digital learning tools are built or adopted with these pedagogical advancements in mind. While Zoom is a fine tool for live conversations in small groups, it has few tools to facilitate the kind of engagement necessary for real learning. Coursera has raised millions for simply replicating the old-fashioned experience of a teacher lecturing at the front of a classroom. Quizlet is but a virtual collection of flashcards; it can assess the learning of certain facts, but it is hardly useful for the acquisition of skills. These types of common digital learning tools are increasingly great at making educators’ jobs easier. They are great at expanding access, allowing teachers and schools to reach more students than ever before. But scale, ease and access are not sufficient to help students learn and build skills.

The frustrations of educators and learners alike reflect the fact that education technology functions as a digital proxy for our oldest methods of teaching. Simply listening to a lecture is not effective in the real world, and yet that largely remains the default mode of education online. The impact of COVID-19 has only exacerbated these long-standing shortcomings. To create the digital learning experience students deserve — to finally fulfill the untapped promise and potential of educational technology — we must create tools that reflect not only advancements in technology, but in what we now understand about how the mind works and how students learn.

Many of the founders I spoke to said one of their biggest early challenges was figuring out how to sift through all the advice they receive.

Advice overload plagues everyone and founders have it especially bad, given that most startups have a board of advisors. Founders described needing conviction in their decisions and preserving carved out time for their own information processing. They viewed the ability to sift through all this advice as a crucial skill to learn. 

“There is so much information out there, you end up driving yourself crazy,” said Devin Lennon, founder of end-of-life advice service Death Doula Devin. “Figuring out who is more helpful than others was difficult. Typically people with more experience tended to be more helpful, but not always,” said Hardbound founder Nathan Bashaw. “We wasted a lot of time talking to the wrong people.”

According to Ryan Williams, CEO and co-founder of proptech platform Cadre, “The real challenge is who you listen to for which points. You get information overload. The real skill is pattern recognition over time of who is actually useful for good information — knowing who to listen to and for what. You get a lot of conflicting advice. That’s where I’ve grown the most.”

Mozilla today announced that it will shutter two products: Firefox Send, the free file transfer service it already put on hiatus in July, and Firefox Notes, its note-taking extension and mobile app.

Firefox Send launched in March 2019. At the time, Mozilla described it as a file-sharing tool with a focus on privacy. That privacy is also what is now doing it in. When it paused the service earlier this year, the company said it was investigating reports of abuse, especially from malware groups. At the time, Mozilla said it was looking into how it could improve its abuse reporting capabilities and that it would add a requirement that users have a Firefox Account.

But instead of relaunching it, the organization decided to shutter the service instead

“Firefox Send was a promising tool for encrypted file sharing,” the organization writes in today’s update. “Send garnered good reach, a loyal audience, and real signs of value throughout its life.  Unfortunately, some abusive users were beginning to use Send to distribute malware and as part of spear phishing attacks. This summer we took Firefox Send offline to address this challenge. In the intervening period, as we weighed the cost of our overall portfolio and strategic focus, we made the decision not to relaunch the service.”

Mozilla says that Firefox Notes was initially meant to be an experiment for testing new ways to syncing encrypted data. “Having served that purpose, we kept the product as a little utility tool For Firefox and Android users,” Mozilla says, but it is now decommissioning it and shutting it down complete in early November.

It’s hard not to look at today’s announcement in the context of the overall challenges that Mozilla is going through. If the organization were in a better financial position — and hadn’t laid off around 25% of its staff this year —  it may have kept Notes alive and maybe tried to rework Send. Now, however, it has fewer options to experiment, especially with free services, as it tries to refocus on Firefox and a few other core projects.

Amazon is making it easier for Alexa devices owners to use Routines. The feature, which has been around for years, allows Alexa users to combine multiple tasks into a single voice command of their choosing. For example, you could make a routine that turns off your lights, plays relaxing music, and locks your doors when you say, “Alexa, goodnight.” A morning routine could read your the headlines and weather forecast, as well as turn on your connected coffee maker. Now, Amazon will allow users to share their favorite routines with others.

Routines may still be considered something of a power user feature. Because they take time to set up and aren’t necessarily well-highlighted in the Alexa mobile app where they’re under the “more” menu, it’s possible some Alexa device owners have never used them.

In the U.S., Alexa users will be able to visit the Routines section in the Alexa app, then click on the routine they want to share to grab a shareable URL. This URL can then be posted on social media, or sent in a text message, email or anywhere else.

When a user receives a shared routine, they simply click the URL while on the mobile device where they have the Alexa app installed. They’ll then follow the on-screen instructions in the app to complete the setup. Options that are shown in yellow text will indicate which fields can be customized — like specifying which smart light you want to turn off or on, for instance.

It would be useful if there was a larger online repository for Alexa routines where you could discover and activate those that have been shared by the wider community, similar to those directories created for sharing iOS Shortcuts. Also useful would be some sort of way to discover popular routines directly within the Alexa app. But these sorts of ideas are not included with the feature’s launch.

Instead, Amazon today introduced several new shareable routines created by Alexa Skill maker partners, like NPR, iHeartRadio, Headspace, Fitness Day, History Channel, and others. These provide templates integrating their own voice app experiences for you to customize further.

Growing cannabis on an industrial scale involves managing margins while continually adhering to compliance laws. For many growers, large and small, this consists of constant data entry from seed to sale.

Canix’s solution employs a robust enterprise resource planning platform with a steep tilt toward reducing the time it takes to input data. This platform integrates nicely with common bookkeeping software and Metrc, an industry-wide regulatory platform, through the use of RFID scanners and Bluetooth-enabled scales.

Canix launched in June 2019, and in a little over a year (and during a pandemic), acquired over 300 customers spanning more than 1,000 growing facilities and tracking the movement of 2.5 million plants.

Canix’s founders are upfront with the software’s goal: reduce labor cost. During a talk with TechCrunch, the founders stressed how growers could increase margins through improved labor costs.

Growers generally rely on enterprise resource planning platforms to track and forecast their crops, and Canix handles invoicing, costing and reporting while keeping the company compliant. Along with monitoring current inventory, Canix includes forecasting features. Starting with just plant clones, these prediction features will help growers predict yield 90 days away.

Before understanding Canix, it’s essential to know the landscape of growing legal cannabis in the United States. Growers have to adhere to strict oversight, including submitting paperwork each time a plant moves throughout facilities — and its lifecycle. This involves a lot of data entry, and most states require growers to submit this information in Metrc.

Metrc itself is a startup. The company launched in 2013 and now tracks cannabis operations in 13 states. In October 2018, Metrc raised $50 million. The platform is designed to track cannabis from seed to sale with a deep focus on compliance. It’s not an enterprise resource planning platform though some growers use it as such for the sake of simplicity. Though detailed and built for a modern agriculture operation, for some growers, inputting data into Metrc is often a labor-intensive job requiring cultivators to employ staffers to remain compliant.

Canix is designed for commercial operations that have a cannabis license. Several startups, including MJ Platform and BioTrack, are building similar platforms for this market, but Canix says the company’s focus on improving data entry makes it stand apart.

Stacey Hronowski and Artem Pasyechnyk founded the company after identifying a shortcoming in Metrc.

“I first started Canix when I was consulting for a Bay Area cannabis company,” said Stacey Hronowski, co-founder and CEO. “I was writing software that would connect their CRM and distribution systems, and reduce the double data entry they did every time they created an invoice. The company asked me to look into connecting the system I built to Metrc. I began looking at Metrc, and I was very surprised to find that growers were writing down barcodes on paper. That was when the initial idea for Canix came about.”

Hronowski met Canix’s co-founder Artem Pasyechnyk through a mutual friend at Facebook and they started building a platform. After the beta received positive feedback, the pair expanded to a full-scale operation.

Canix caught the eye of several critical investors in its short life. The company was part of Y Combinator’s summer 2019 program and, in May 2020, raised $1.5 million seed from Floret Ventures, Yleana Venture Partners, Altair VC, Mava Ventures, Nano LLC, and Andrew Freedman (former Colorado Cannabis Czar).

Diesel engines are the workhorses of freight transportation and agriculture — and by extension keep the economy fed and well supplied. They also have a dirty side.

The founders of ClearFlame Engine Technologies, a four-year-old startup based in Geneva, Illinois, say they have found a way to clean them up.

The company, which participated in TechCrunch Disrupt’s 2020 Startup Battlefield competition, has developed a novel way to get diesel style engines to operate on renewable fuels like ethanol. The technology essentially combines the performance benefits of the diesel engine design with the low costs and the low emissions associated with these alternative fuels, co-founder and CEO BJ Johnson said in a recent interview with TechCrunch.

By replacing 100% of the petroleum fuel with a decarbonized fuel like ethanol, ClearFlame says its technology reduces net greenhouse gas emissions by at least 40%, and reduces particulate matter and smog (NOx) to near zero levels.

ClearFlame isn’t redesigning the diesel engine. Instead, Johnson and co-founder and CTO Julie Blumreiter have developed a way to modify the internal components of the engine to alter its thermodynamics to be able to quickly ignite and combust decarbonized fuels. The company’s technology means 80% to 90% of the diesel engine parts remain unchanged, according to Johnson.

The upshot is a technology that provides a fast and low cost way to reduce emissions, Johnson told TechCrunch. It’s the kind of solution that companies might need as local, state and national governments tighten emissions regulations.

The technology can be retrofitted into existing older diesel engines or applied to new engines that have yet to be installed in trucks or used in other industrial applications. ClearFlame is aiming to work directly with the engine manufacturer, which will still give the company access to the secondary market because every OEM has its own aftermarket parts group, Johnson said.

“We want to leverage their supply chain, their ability to scale and reach these markets, and the trusted name that comes with them,” Johnson said, explaining the company’s reasoning for targeting OEMs.

The technology was first developed in a Stanford University lab, where Blumreiter and Johnson earned their Ph.D. degrees. At Stanford, they were focused mostly on ethanol and methanol, which are simple liquid alcohols. However, Johnson noted that further research has shown that the same concept works equally well on natural gas and ammonia.

“The big difference here is that you have to tweak the injection system if you want to move away from a regular ambient liquid fuel,” Johnson said. “There’s just a ton of business value in being able to run an engine efficiently and cleanly on a fuel that just sits in a glass at ambient conditions, which is what those alcohols do.”

ClearFlame has already made headway with its technology, including landing partnerships and raising capital. The company completed a proof-of-concept demonstration of their technology on a Caterpillar engine at Argonne National Laboratory. ClearFlame is also conducting a demonstration on a Cummins engine platform supported by funding from the Department of Energy.

In April, ClearFlame announced it raised $3 million in a round led by CleanEnergy Ventures. The company has also landed several million dollars in grant money, including Small Business Innovation Research awards from the National Science Foundation, DOE and U.S. Department of Agriculture.

Crista Galli Ventures, a new early-stage health tech fund in Europe, officially launched last week. The firm offers “patient capital” — with only a single LP (the Danish family office IPQ Capital) — and promises to provide portfolio companies with deep healthcare expertise and the extra runway needed to get over regulatory and efficacy hurdles and to the next stage.

The firm has an initial $65 million to deploy and is led by consultant radiologist Dr. Fiona Pathiraja. With offices in London and Copenhagen, it operates as an “evergreen” fund, meaning it doesn’t follow traditional five-year VC fundraising cycles.

In fact, Crista Galli Ventures’ pitch is that traditional venture isn’t well-suited to early-stage health tech where it can take significantly longer to find product-market fit with healthcare practitioners and systems and then become licensed by local regulators.

To dig deeper into this and CGV’s investment remit more generally, I interviewed Pathiraja about what she looks for in health tech founders and startups. We also discussed Crista Galli LABS, which operates alongside the main fund and backs founders from underrepresented backgrounds at the pre-seed stage.

TechCrunch: You describe Crista Galli Ventures (CGV) as an early-stage health tech fund that offers patient capital and backs companies in Europe. In particular, you cite deep tech, digital health and personalised healthcare. Can you elaborate a bit more on the fund’s remit and what you look for in founders and startups at such an early stage?

Dr. Fiona Pathiraja: We like founders with bold ideas and international ambitions. We look for mission-driven founders who believe their companies can make a real and positive impact on the lives of people and patients the world over.

We will look for founders who deeply understand the problem they are trying to tackle from all angles — especially the patient’s perspective, but also that of the clinician and relevant regulators — and we want to see that they are building their solutions to solve this. This means they will make an effort to understand the complex and nuanced healthcare landscape and all the stakeholders in it.

In terms of founder characteristics, in my opinion, the best founders will be mission driven, able to tell a compelling story, and motivate others to join them. Grit and resilience are important and several of our portfolio companies were founded around 6-8 years ago and they are doggedly continuing to build.