machine learning
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Companies have long relied on web analytics data like click rates, page views and session lengths to gain customer behavior insights.This method looks at how customers react to what is presented to them, reactions driven by design and copy. But traditional web analytics fail to capture customers’ desires accurately. While marketers are pushing into predictive analytics, what about the way companies foster broader customer experience (CX)?
Leaders are increasingly adopting conversational analytics, a new paradigm for CX data. No longer will the emphasis be on how users react to what is presented to them, but rather what “intent” they convey through natural language. Companies able to capture intent data through conversational interfaces can be proactive in customer interactions, deliver hyper-personalized experiences, and position themselves more optimally in the marketplace.
Conversational AI, which powers these interfaces and automation systems and feeds data into conversational analytics engines, is a market predicted to grow from $4.2 billion in 2019 to $15.7 billion in 2024. As companies “conversationalize” their brands and open up new interfaces to customers, AI can inform CX decisions not only in how customer journeys are architected–such as curated buying experiences and paths to purchase–but also how to evolve overall product and service offerings. This insights edge could become a game-changer and competitive advantage for early adopters.
Today, there is wide variation in the degree of sophistication between conversational solutions from elementary, single-task chatbots to secure, user-centric, scalable AI. To unlock meaningful conversational analytics, companies need to ensure that they have deployed a few critical ingredients beyond the basics of parsing customer intent with natural language understanding (NLU).
While intent data is valuable, companies will up-level their engagements by collecting sentiment and tone data, including via emoji analysis. Such data can enable automation to adapt to a customer’s disposition, so if anger is detected regarding a bill that is overdue, a fast path to resolution can be provided. If a customer expresses joy after a product purchase, AI can respond with an upsell offer and collect more acute and actionable feedback for future customer journeys.
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Imagine buying a dress online because a piece of code sold you on its ‘flattering, feminine flair’ — or convinced you ‘romantic floral details’ would outline your figure with ‘timeless style’. The very same day your friend buy the same dress from the same website but she’s sold on a description of ‘vibrant tones’, ‘fresh cotton feel’ and ‘statement sleeves’.
This is not a detail from a sci-fi short story but the reality and big picture vision of Hypotenuse AI, a YC-backed startup that’s using computer vision and machine learning to automate product descriptions for e-commerce.
One of the two product descriptions shown below is written by a human copywriter. The other flowed from the virtual pen of the startup’s AI, per an example on its website.
Can you guess which is which?* And if you think you can — well, does it matter?
Screengrab: Hypotenuse AI’s website
Discussing his startup on the phone from Singapore, Hypotenuse AI’s founder Joshua Wong tells us he came up with the idea to use AI to automate copywriting after helping a friend set up a website selling vegan soap.
“It took forever to write effective copy. We were extremely frustrated with the process when all we wanted to do was to sell products,” he explains. “But we knew how much description and copy affect conversions and SEO so we couldn’t abandon it.”
Wong had been working for Amazon, as an applied machine learning scientist for its Alexa AI assistant. So he had the technical smarts to tackle the problem himself. “I decided to use my background in machine learning to kind of automate this process. And I wanted to make sure I could help other e-commerce stores do the same as well,” he says, going on to leave his job at Amazon in June to go full time on Hypotenuse.
The core tech here — computer vision and natural language generation — is extremely cutting edge, per Wong.
“What the technology looks like in the back end is that a lot of it is proprietary,” he says. “We use computer vision to understand product images really well. And we use this together with any metadata that the product already has to generate a very ‘human fluent’ type of description. We can do this really quickly — we can generate thousands of them within seconds.”
“A lot of the work went into making sure we had machine learning models or neural network models that could speak very fluently in a very human-like manner. For that we have models that have kind of learnt how to understand and to write English really, really well. They’ve been trained on the Internet and all over the web so they understand language very well. “Then we combine that together with our vision models so that we can generate very fluent description,” he adds.
Image credit: Hypotenuse
Wong says the startup is building its own proprietary data-set to further help with training language models — with the aim of being able to generate something that’s “very specific to the image” but also “specific to the company’s brand and writing style” so the output can be hyper tailored to the customer’s needs.
“We also have defaults of style — if they want text to be more narrative, or poetic, or luxurious — but the more interesting one is when companies want it to be tailored to their own type of branding of writing and style,” he adds. “They usually provide us with some examples of descriptions that they already have… and we used that and get our models to learn that type of language so it can write in that manner.”
What Hypotenuse’s AI is able to do — generate thousands of specifically detailed, appropriately styled product descriptions within “seconds” — has only been possible in very recent years, per Wong. Though he won’t be drawn into laying out more architectural details, beyond saying the tech is “completely neural network-based, natural language generation model”.
“The product descriptions that we are doing now — the techniques, the data and the way that we’re doing it — these techniques were not around just like over a year ago,” he claims. “A lot of the companies that tried to do this over a year ago always used pre-written templates. Because, back then, when we tried to use neural network models or purely machine learning models they can go off course very quickly or they’re not very good at producing language which is almost indistinguishable from human.
“Whereas now… we see that people cannot even tell which was written by AI and which by human. And that wouldn’t have been the case a year ago.”
(See the above example again. Is A or B the robotic pen? The Answer is at the foot of this post)
Asked about competitors, Wong again draws a distinction between Hypotenuse’s ‘pure’ machine learning approach and others who relied on using templates “to tackle this problem of copywriting or product descriptions”.
“They’ve always used some form of templates or just joining together synonyms. And the problem is it’s still very tedious to write templates. It makes the descriptions sound very unnatural or repetitive. And instead of helping conversions that actually hurts conversions and SEO,” he argues. “Whereas for us we use a completely machine learning based model which has learnt how to understand language and produce text very fluently, to a human level.”
There are now some pretty high profile applications of AI that enable you to generate similar text to your input data — but Wong contends they’re just not specific enough for a copywriting business purpose to represent a competitive threat to what he’s building with Hypotenuse.
“A lot of these are still very generalized,” he argues. “They’re really great at doing a lot of things okay but for copywriting it’s actually quite a nuanced space in that people want very specific things — it has to be specific to the brand, it has to be specific to the style of writing. Otherwise it doesn’t make sense. It hurts conversions. It hurts SEO. So… we don’t worry much about competitors. We spent a lot of time and research into getting these nuances and details right so we’re able to produce things that are exactly what customers want.”
So what types of products doesn’t Hypotenuse’s AI work well for? Wong says it’s a bit less relevant for certain product categories — such as electronics. This is because the marketing focus there is on specs, rather than trying to evoke a mood or feeling to seal a sale. Beyond that he argues the tool has broad relevance for e-commerce. “What we’re targeting it more at is things like furniture, things like fashion, apparel, things where you want to create a feeling in a user so they are convinced of why this product can help them,” he adds.
The startup’s SaaS offering as it is now — targeted at automating product description for e-commerce sites and for copywriting shops — is actually a reconfiguration itself.
The initial idea was to build a “digital personal shopper” to personalize the e-commerce experence. But the team realized they were getting ahead of themselves. “We only started focusing on this two weeks ago — but we’ve already started working with a number of e-commerce companies as well as piloting with a few copywriting companies,” says Wong, discussing this initial pivot.
Building a digital personal shopper is still on the roadmap but he says they realized that a subset of creating all the necessary AI/CV components for the more complex ‘digital shopper’ proposition was solving the copywriting issue. Hence dialing back to focus in on that.
“We realized that this alone was really such a huge pain-point that we really just wanted to focus on it and make sure we solve it really well for our customers,” he adds.
For early adopter customers the process right now involves a little light onboarding — typically a call to chat through their workflow is like and writing style so Hypotenuse can prep its models. Wong says the training process then takes “a few days”. After which they plug in to it as software as a service.
Customers upload product images to Hypotenuse’s platform or send metadata of existing products — getting corresponding descriptions back for download. The plan is to offer a more polished pipeline process for this in the future — such as by integrating with e-commerce platforms like Shopify .
Given the chaotic sprawl of Amazon’s marketplace, where product descriptions can vary wildly from extensively detailed screeds to the hyper sparse and/or cryptic, there could be a sizeable opportunity to sell automated product descriptions back to Wong’s former employer. And maybe even bag some strategic investment before then… However Wong won’t be drawn on whether or not Hypotenuse is fundraising right now.
On the possibility of bagging Amazon as a future customer he’ll only say “potentially in the long run that’s possible”.
Joshua Wong (Photo credit: Hypotenuse AI)
The more immediate priorities for the startup are expanding the range of copywriting its AI can offer — to include additional formats such as advertising copy and even some ‘listicle’ style blog posts which can stand in as content marketing (unsophisticated stuff, along the lines of ’10 things you can do at the beach’, per Wong, or ’10 great dresses for summer’ etc).
“Even as we want to go into blog posts we’re still completely focused on the e-commerce space,” he adds. “We won’t go out to news articles or anything like that. We think that that is still something that cannot be fully automated yet.”
Looking further ahead he dangles the possibility of the AI enabling infinitely customizable marketing copy — meaning a website could parse a visitor’s data footprint and generate dynamic product descriptions intended to appeal to that particular individual.
Crunch enough user data and maybe it could spot that a site visitor has a preference for vivid colors and like to wear large hats — ergo, it could dial up relevant elements in product descriptions to better mesh with that person’s tastes.
“We want to make the whole process of starting an e-commerce website super simple. So it’s not just copywriting as well — but all the difference aspects of it,” Wong goes on. “The key thing is we want to go towards personalization. Right now e-commerce customers are all seeing the same standard written content. One of the challenges there it’s hard because humans are writing it right now and you can only produce one type of copy — and if you want to test it for other kinds of users you need to write another one.
“Whereas for us if we can do this process really well, and we are automating it, we can produce thousands of different kinds of description and copy for a website and every customer could see something different.”
It’s a disruptive vision for e-commerce (call it ‘A/B testing’ on steroids) that is likely to either delight or terrify — depending on your view of current levels of platform personalization around content. That process can wrap users in particular bubbles of perspective — and some argue such filtering has impacted culture and politics by having a corrosive impact on the communal experiences and consensus which underpins the social contract. But the stakes with e-commerce copy aren’t likely to be so high.
Still, once marketing text/copy no longer has a unit-specific production cost attached to it — and assuming e-commerce sites have access to enough user data in order to program tailored product descriptions — there’s no real limit to the ways in which robotically generated words could be reconfigured in the pursuit of a quick sale.
“Even within a brand there is actually a factor we can tweak which is how creative our model is,” says Wong, when asked if there’s any risk of the robot’s copy ending up feeling formulaic. “Some of our brands have like 50 polo shirts and all of them are almost exactly the same, other than maybe slight differences in the color. We are able to produce very unique and very different types of descriptions for each of them when we cue up the creativity of our model.”
“In a way it’s sometimes even better than a human because humans tends to fall into very, very similar ways of writing. Whereas this — because it’s learnt so much language over the web — it has a much wider range of tones and types of language that it can run through,” he adds.
What about copywriting and ad creative jobs? Isn’t Hypotenuse taking an axe to the very copywriting agencies his startup is hoping to woo as customers? Not so, argues Wong. “At the end of the day there are still editors. The AI helps them get to 95% of the way there. It helps them spark creativity when you produce the description but that last step of making sure it is something that exactly the customer wants — that’s usually still a final editor check,” he says, advocating for the human in the AI loop. “It only helps to make things much faster for them. But we still make sure there’s that last step of a human checking before they send it off.”
“Seeing the way NLP [natural language processing] research has changed over the past few years it feels like we’re really at an inception point,” Wong adds. “One year ago a lot of the things that we are doing now was not even possible. And some of the things that we see are becoming possible today — we didn’t expect it for one or two years’ time. So I think it could be, within the next few years, where we have models that are not just able to write language very well but you can almost speak to it and give it some information and it can generate these things on the go.”
*Per Wong, Hypotenuse’s robot is responsible for generating description ‘A’. Full marks if you could spot the AI’s tonal pitfalls
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Krisp’s smart noise suppression tech, which silences ambient sounds and isolates your voice for calls, arrived just in time. The company got out in front of the global shift to virtual presence, turning early niche traction into real customers and attracting a shiny new $5 million Series A funding round to expand and diversify its timely offering.
We first met Krisp back in 2018 when it emerged from UC Berkeley’s Skydeck accelerator. The company was an early one in the big surge of AI startups, but with a straightforward use case and obviously effective tech it was hard to be skeptical about.
Krisp applies a machine learning system to audio in real time that has been trained on what is and isn’t the human voice. What isn’t a voice gets carefully removed even during speech, and what remains sounds clearer. That’s pretty much it! There’s very little latency (15 milliseconds is the claim) and a modest computational overhead, meaning it can work on practically any device, especially ones with AI acceleration units like most modern smartphones.
The company began by offering its standalone software for free, with a paid tier that removed time limits. It also shipped integrated into popular social chat app Discord. But the real business is, unsurprisingly, in enterprise.
“Early on our revenue was all pro, but in December we started onboarding enterprises. COVID has really accelerated that plan,” explained Davit Baghdasaryan, co-founder and CEO of Krisp. “In March, our biggest customer was a large tech company with 2,000 employees — and they bought 2,000 licenses, because everyone is remote. Gradually enterprise is taking over, because we’re signing up banks, call centers and so on. But we think Krisp will still be consumer-first, because everyone needs that, right?”
Now even more large companies have signed on, including one call center with some 40,000 employees. Baghdasaryan says the company went from 0 to 600 paying enterprises, and $0 to $4 million annual recurring revenue, in a single year, which probably makes the investment — by Storm Ventures, Sierra Ventures, TechNexus and Hive Ventures — look like a pretty safe one.
It’s a big win for the Krisp team, which is split between the U.S. and Armenia, where the company was founded, and a validation of a global approach to staffing — world-class talent isn’t just to be found in California, New York, Berlin and other tech centers, but in smaller countries that don’t have the benefit of local hype and investment infrastructure.
Funding is another story, of course, but having raised money the company is now working to expand its products and team. Krisp’s next move is essentially to monitor and present the metadata of conversation.
“The next iteration will tell you not just about noise, but give you real time feedback on how you are performing as a speaker,” Baghdasaryan explained. Not in the toastmasters sense, exactly, but haven’t you ever wondered about how much you actually spoke during some call, or whether you interrupted or were interrupted by others, and so on?
“Speaking is a skill that people can improve. Think Grammar.ly for voice and video,” Baghdasaryan ventured. “It’s going to be subtle about how it gives that feedback to you. When someone is speaking they may not necessarily want to see that. But over time we’ll analyze what you say, give you hints about vocabulary, how to improve your speaking abilities.”
Since architecturally Krisp is privy to all audio going in and out, it can fairly easily collect this data. But don’t worry — like the company’s other products, this will be entirely private and on-device. No cloud required.
“We’re very opinionated here: Ours is a company that never sends data to its servers,” said Baghdasaryan. “We’re never exposed to it. We take extra steps to create and optimize our tech so the audio never leaves the device.”
That should be reassuring for privacy wonks who are suspicious of sending all their conversations through a third party to be analyzed. But after all, the type of advice Krisp is considering can be done without really “understanding” what is said, which also limits its scope. It won’t be coaching you into a modern Cicero, but it might help you speak more consistently or let you know when you’re taking up too much time.
For the immediate future, though, Krisp is still focused on improving its noise-suppression software, which you can download for free here.
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In a world with growing amounts of data, finding the right set for a particular machine learning model can be a challenge. Explorium has created a platform to make that an easier task, and today the startup announced a $31 million Series B.
The round was led by Zeev Ventures, with help from Dynamic Loop, Emerge, 01 Advisors and F2 Capital. Today’s investment brings the total raised to $50 million, according to the company.
CEO and co-founder Maor Shlomo says the company’s platform is designed to help people find the right data for their model. “The next frontier in analytics will not be about how you fine tune or improve a certain algorithm, it will be how do you find the right data to fit into those algorithms to make them as useful and impactful as possible,” he said.
He says that companies need this more than ever during the pandemic because this can help customers find more relevant data at a time when their historical data might not be useful to help build predictive models. For instance, if you’re a retailer, your historical shopping data won’t be relevant if you are in an area where you can no longer open your store, he says.
“There are so many environmental factors that are now influencing every business problem that organizations are trying to solve that Explorium is becoming this […] layer where you search for data to solve your business problems to fuel your predictive models,” he said.
When the pandemic hit in March, he worried about how it would affect his company, and he put a hold on hiring, but as he saw business increasing in April and May, he decided to accelerate again. The company currently has 87 employees between offices in Israel and the United States and he plans to be at 100 in the next couple of months.
When it comes to hiring, he says he doesn’t try to have hard and fast hiring rules like you have a certain degree or have gone to a certain school. “The only thing that’s important is getting good people hungry to succeed. The more diverse the culture is, the more diverse the group is, we find the more fun it is for people to discover each other and to discover different cultures,” Shlomo explained.
In terms of fundraising, while the company needs money to fuel its growth, at the same time it still had plenty of money in the bank from last year’s round. “We got into the pandemic and we didn’t know how long it’s going to last, and [early on] we didn’t yet know how it would impact the business. Existing investors were always bullish about the company. We decided to just go with that,” he said.
The company was founded in 2017 and previously raised a $19.1 million Series A round last year.
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Swiss keyboard startup Typewise has bagged a $1 million seed round to build out a typo-busting, ‘privacy-safe’ next word prediction engine designed to run entirely offline. No cloud connectivity, no data mining risk is the basic idea.
They also intend the tech to work on text inputs made on any device, be it a smartphone or desktop, a wearable, VR — or something weirder that Elon Musk might want to plug into your brain in future.
For now they’ve got a smartphone keyboard app that’s had around 250,000 downloads — with some 65,000 active users at this point.
The seed funding breaks down into $700K from more than a dozen local business angels; and $340K via the Swiss government through a mechanism (called “Innosuisse projects“), akin to a research grant, which is paying for the startup to employ machine learning experts at Zurich’s ETH research university to build out the core AI.
The team soft launched a smartphone keyboard app late last year, which includes some additional tweaks (such as an optional honeycomb layout they tout as more efficient; and the ability to edit next word predictions so the keyboard quickly groks your slang) to get users to start feeding in data to build out their AI.
Their main focus is on developing an offline next word prediction engine which could be licensed for use anywhere users are texting, not just on a mobile device.
“The goal is to develop a world-leading text prediction engine that runs completely on-device,” says co-founder David Eberle. “The smartphone keyboard really is a first use case. It’s great to test and develop our algorithms in a real-life setting with tens of thousands of users. The larger play is to bring word/sentence completion to any application that involves text entry, on mobiles or desktop (or in future also wearables/VR/Brain-Computer Interfaces).
“Currently it’s pretty much only Google working on this (see Gmail’s auto completion feature). Applications such as Microsoft Teams, Slack, Telegram, or even SAP, Oracle, Salesforce would want such productivity increase – and at that level privacy/data security matters a lot. Ultimately we envision that every “human-machine interface” is, at least on the text-input level, powered by Typewise.”
You’d be forgiven for thinking all this sounds a bit retro, given the earlier boom in smartphone AI keyboards — such as SwiftKey (now owned by Microsoft).
The founders have also pushed specific elements of their current keyboard app — such as the distinctive honeycomb layout — before, going down a crowdfunding route back in 2015, when they were calling the concept Wrio. But they reckon it’s now time to go all in — hence relaunching the business as Typewise and shooting to build a licensing business for offline next word prediction.
“We’ll use the funds to develop advanced text predictions… first launching it in the keyboard app and then bringing it to the desktop to start building partnerships with relevant software vendors,” says Eberle, noting they’re working on various enhancements to the keyboard app and also plan to spend on marketing to try to hit 1M active users next year.
“We have more ‘innovative stuff’ [incoming] on the UX side as well, e.g. interacting with auto correction (so the user can easily intervene when it does something wrong — in many countries users just turn it off on all keyboards because it gets annoying), gamifying the general typing experience (big opportunity for kids/teenagers, also making them more aware of what and how they type), etc.”
The competitive landscape around smartphone keyboard tech, largely dominated by tech giants, has left room for indie plays, is the thinking. Nor is Typewise the only startup thinking that way (Fleksy has similar ambitions, for one). However gaining traction vs such giants — and over long established typing methods — is the tricky bit.
Android maker Google has ploughed resource into its Gboard AI keyboard — larding it with features. While, on iOS, Apple’s interface for switching to a third party keyboard is infamously frustrating and finicky; the opposite of a seamless experience. Plus the native keyboard offers next word prediction baked in — and Apple has plenty of privacy credit. So why would a user bother switching is the problem there.
Competing for smartphone users’ fingers as an indie certainly isn’t easy. Alternative keyboard layouts and input mechanism are always a very tough sell as they disrupt people’s muscle memory and hit mobile users hard in their comfort and productivity zone. Unless the user is patient and/or stubborn enough to stick with a frustratingly different experience they’ll soon ditch for the keyboard devil they know. (‘Qwerty’ is an ancient typewriter layout turned typing habit we English speakers just can’t kick.)
Given all that, Typewise’s retooled focus on offline next word prediction to do white label b2b licensing makes more sense — assuming they can pull off the core tech.
And, again, they’re competing at a data disadvantage on that front vs more established tech giant keyboard players, even as they argue that’s also a market opportunity.
“Google and Microsoft (thanks to the acquisition of SwiftKey) have a solid technology in place and have started to offer text predictions outside of the keyboard; many of their competitors, however, will want to embed a proprietary (difficult to build) or independent technology, especially if their value proposition is focused on privacy/confidentiality,” Eberle argues.
“Would Telegram want to use Google’s text predictions? Would SAP want that their clients’ data goes through Microsoft’s prediction algorithms? That’s where we see our right to win: world-class text predictions that run on-device (privacy) and are made in Switzerland (independent environment, no security back doors, etc).”
Early impressions of Typewise’s next word prediction smarts (gleaned by via checking out its iOS app) are pretty low key (ha!). But it’s v1 of the AI — and Eberle talks bullishly of having “world class” developers working on it.
“The collaboration with ETH just started a few weeks ago and thus there are no significant improvements yet visible in the live app,” he tells TechCrunch. “As the collaboration runs until the end of 2021 (with the opportunity of extension) the vast majority of innovation is still to come.”
He also tells us Typewise is working with ETH’s Prof. Thomas Hofmann (chair of the Data Analytic Lab, formerly at Google), as well as having has two PhDs in NLP/ML and one MSc in ML contributing to the effort.
“We get exclusive rights to the [ETH] technology; they don’t hold equity but they get paid by the Swiss government on our behalf,” Eberle also notes.
Typewise says its smartphone app supports more than 35 languages. But its next word prediction AI can only handle English, German, French, Italian and Spanish at this point. The startup says more are being added.
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As AI and machine-learning tools become more pervasive and accessible, product and engineering teams across all types of organizations are developing innovative, AI-powered products and features. AI is particularly well-suited for pattern recognition, prediction and forecasting, and the personalization of user experience, all of which are common in organizations that deal with data.
A precursor to applying AI is data — lots and lots of it! Large data sets are generally required to train an AI model, and any organization that has large data sets will no doubt face challenges that AI can help solve. Alternatively, data collection may be “phase one” of AI product development if data sets don’t yet exist.
Whatever data sets you’re planning to use, it’s highly likely that people were involved in either the capture of that data or will be engaging with your AI feature in some way. Principles for UX design and data visualization should be an early consideration at data capture, and/or in the presentation of data to users.
Understanding how users will engage with your AI product at the start of model development can help to put useful guardrails on your AI project and ensure the team is focused on a shared end goal.
If we take the ‘”Recommended for You” section of a movie streaming service, for example, outlining what the user will see in this feature before kicking off data analysis will allow the team to focus only on model outputs that will add value. So if your user research determined the movie title, image, actors and length will be valuable information for the user to see in the recommendation, the engineering team would have important context when deciding which data sets should train the model. Actor and movie length data seem key to ensuring recommendations are accurate.
The user experience can be broken down into three parts:
Knowing what a user should see before, during and after interacting with your model will ensure the engineering team is training the AI model on accurate data from the start, as well as providing an output that is most useful to users.
Will your users know what is happening to the data you’re collecting from them, and why you need it? Would your users need to read pages of your T&Cs to get a hint? Think about adding the rationale into the product itself. A simple “this data will allow us to recommend better content” could remove friction points from the user experience, and add a layer of transparency to the experience.
When users reach out for support from a counselor at The Trevor Project, we make it clear that the information we ask for before connecting them with a counselor will be used to give them better support.
Image Credits: Trevor Project (opens in a new window)
If your model presents outputs to users, go a step further and explain how your model came to its conclusion. Google’s “Why this ad?” option gives you insight into what drives the search results you see. It also lets you disable ad personalization completely, allowing the user to control how their personal information is used. Explaining how your model works or its level of accuracy can increase trust in your user base, and empower users to decide on their own terms whether to engage with the result. Low accuracy levels could also be used as a prompt to collect additional insights from users to improve your model.
Prompting users to give feedback on their experience allows the Product team to make ongoing improvements to the user experience over time. When thinking about feedback collection, consider how the AI engineering team could benefit from ongoing user feedback, too. Sometimes humans can spot obvious errors that AI wouldn’t, and your user base is made up exclusively of humans!
One example of user feedback collection in action is when Google identifies an email as dangerous, but allows the user to use their own logic to flag the email as “Safe.” This ongoing, manual user correction allows the model to continuously learn what dangerous messaging looks like over time.
Image Credits: Google
If your user base also has the contextual knowledge to explain why the AI is incorrect, this context could be crucial to improving the model. If a user notices an anomaly in the results returned by the AI, think of how you could include a way for the user to easily report the anomaly. What question(s) could you ask a user to garner key insights for the engineering team, and to provide useful signals to improve the model? Engineering teams and UX designers can work together during model development to plan for feedback collection early on and set the model up for ongoing iterative improvement.
Accessibility issues result in skewed data collection, and AI that is trained on exclusionary data sets can create AI bias. For instance, facial recognition algorithms that were trained on a data set consisting mostly of white male faces will perform poorly for anyone who is not white or male. For organizations like The Trevor Project that directly support LGBTQ youth, including considerations for sexual orientation and gender identity are extremely important. Looking for inclusive data sets externally is just as important as ensuring the data you bring to the table, or intend to collect, is inclusive.
When collecting user data, consider the platform your users will leverage to interact with your AI, and how you could make it more accessible. If your platform requires payment, does not meet accessibility guidelines or has a particularly cumbersome user experience, you will receive fewer signals from those who cannot afford the subscription, have accessibility needs or are less tech-savvy.
Every product leader and AI engineer has the ability to ensure marginalized and underrepresented groups in society can access the products they’re building. Understanding who you are unconsciously excluding from your data set is the first step in building more inclusive AI products.
Fairness goes hand-in-hand with ensuring your training data is inclusive. Measuring fairness in a model requires you to understand how your model may be less fair in certain use cases. For models using people data, looking at how the model performs across different demographics can be a good start. However, if your data set does not include demographic information, this type of fairness analysis could be impossible.
When designing your model, think about how the output could be skewed by your data, or how it could underserve certain people. Ensure the data sets you use to train, and the data you’re collecting from users, are rich enough to measure fairness. Consider how you will monitor fairness as part of regular model maintenance. Set a fairness threshold, and create a plan for how you would adjust or retrain the model if it becomes less fair over time.
As a new or seasoned technology worker developing AI-powered tools, it’s never too early or too late to consider how your tools are perceived by and impact your users. AI technology has the potential to reach millions of users at scale and can be applied in high-stakes use cases. Considering the user experience holistically — including how the AI output will impact people — is not only best-practice but can be an ethical necessity.
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Boston-based startup Activ Surgical has raised a $15 million round of venture funding led by ARTIS Ventures, and including participation from LRVHealth, DNS Capital, GreatPoint Ventures, Tao Capital Partners and Rising Tide VC. The round will help Activ continue to develop and expand availability of its software platform, which it launched to market in May.
Activ Surgical’s ActivEdge platform uses data collected from surgical implements outfitted with sensors created by the company to collect real-time data during the actual surgical process. That data is then used to inform the development of machine learning and AI-based visualizations that can provide guidance to surgeons and surgical systems to help them reduce the occurrence of potential errors, and ultimately improve outcomes for patients.
The company’s primary aim is to bring technological innovation to the sphere of surgical vision, which still relies primarily on methods like using fluorescent dyes that date back more than 70 years. Activ wants to use computer vision to provide real-time visual insight into things that surgeons wouldn’t be able to see on their own — and ultimately to use those insights to power the next generation of both collaborative surgical robots and eventually even fully autonomous robotic surgical procedures.
ActivSight is the company’s first product in its ActivEdge platform offering, and is a small, connected imaging coddle that can be attached to existing laparoscopic and arthroscopic surgical instruments. The company is currently tracking toward getting their hardware cleared by the FDA for use by Q4 this year, and are working with eight hospital partners for pilot projects in the U.S.
The company has raised a total of $32 million in funding to date.
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At its virtual Cloud Next ’20 event, Google today announced a number of updates to its cloud portfolio, but the private alpha launch of BigQuery Omni is probably the highlight of this year’s event. Powered by Google Cloud’s Anthos hybrid-cloud platform, BigQuery Omni allows developers to use the BigQuery engine to analyze data that sits in multiple clouds, including those of Google Cloud competitors like AWS and Microsoft Azure — though for now, the service only supports AWS, with Azure support coming later.
Using a unified interface, developers can analyze this data locally without having to move data sets between platforms.
“Our customers store petabytes of information in BigQuery, with the knowledge that it is safe and that it’s protected,” said Debanjan Saha, the GM and VP of Engineering for Data Analytics at Google Cloud, in a press conference ahead of today’s announcement. “A lot of our customers do many different types of analytics in BigQuery. For example, they use the built-in machine learning capabilities to run real-time analytics and predictive analytics. […] A lot of our customers who are very excited about using BigQuery in GCP are also asking, ‘how can they extend the use of BigQuery to other clouds?’ ”
Google has long said that it believes that multi-cloud is the future — something that most of its competitors would probably agree with, though they all would obviously like you to use their tools, even if the data sits in other clouds or is generated off-platform. It’s the tools and services that help businesses to make use of all of this data, after all, where the different vendors can differentiate themselves from each other. Maybe it’s no surprise then, given Google Cloud’s expertise in data analytics, that BigQuery is now joining the multi-cloud fray.
“With BigQuery Omni customers get what they wanted,” Saha said. “They wanted to analyze their data no matter where the data sits and they get it today with BigQuery Omni.”
He noted that Google Cloud believes that this will help enterprises break down their data silos and gain new insights into their data, all while allowing developers and analysts to use a standard SQL interface.
Today’s announcement is also a good example of how Google’s bet on Anthos is paying off by making it easier for the company to not just allow its customers to manage their multi-cloud deployments but also to extend the reach of its own products across clouds. This also explains why BigQuery Omni isn’t available for Azure yet, given that Anthos for Azure is still in preview, while AWS support became generally available in April.
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Most sales teams earn a commission after a sale closes, but nothing prior to that. Yet there are a variety of signals along the way that indicate the sales process is progressing, and SetSail, a startup from some former Google engineers, is using machine learning to figure out what those signals are, and how to compensate salespeople as they move along the path to a sale, not just after they close the deal.
Today, the startup announced a $7 million investment led by Wing Venture Capital with help from Operator Collective and Team8. Under the terms of the deal, Leyla Seka from Operator will be joining the board. Today’s investment brings the total raised to $11 million, according to the company.
CEO and co-founder Haggai Levi says his company is based on the idea that commission alone is not a good way to measure sales success, and that it is in fact a lagging indicator. “We came up with a different approach. We use machine learning to create progress-based incentives,” Levi explained.
To do that they rely on machine learning to discover the signals that are coming from the customer that indicate that the deal is moving forward, and using a points system, companies can begin compensating reps on hitting these milestones, even before the sale closes.
The seeds for the idea behind SetSail were planted years ago when the three founders were working at Google tinkering with ways to motivate sales reps beyond pure commission. From a behavioral perspective, Levi and his co-founders found that reps were taking fewer risks with a pure commission approach and they wanted to find a way to change that. The incremental compensation system achieves that.
“If I’m closing the deal, I’m getting my commission. If I’m not closing the deal, I’m getting nothing. That means from a behavioral point of view, I would take the shortest path to win a deal, and I would take the minimum risk possible. So if there’s a competitive situation I will try to avoid that,” he said.
They look at things like appointments, emails and call transcripts. The signals will vary by customer. One may find an appointment with CIO is a good signal a deal is on the right trajectory, but to avoid having reps gaming the system by filling the CRM with the kinds of positive signals the company is looking for, they only rely on objective data, rather than any kind of self-reporting information from reps themselves.
The team eventually built a system like this inside Google, and in 2018, left to build a solution for the rest of the world that does something similar.
As the company grows, Levi says he is building a diverse team, not only because it’s the right thing to do, but because it simply makes good business sense. “The reality is that we’re building a product for a diverse audience, and if we don’t have a diverse team we would never be able to build the right product,” he explained.
The company’s unique approach to sales compensation is resonating with customers like Dropbox, Lyft and Pendo, who are looking for new ways to motivate sales teams, especially during a pandemic when there may be a longer sales cycle. This kind of system provides a way to compensate sales teams more incrementally and reward positive approaches that have proven to result in sales.
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It’s the summer of 1858. London. The River Thames is overflowing with the smell of human and industrial waste. The exceptionally hot summer months have exacerbated the problem. But this did not just happen overnight. Failure to upkeep an aging sewer system and a growing population that used it contributed to a powder keg of effluent, bringing about cholera outbreaks and shrouding the city in a smell that would not go away.
To this day, Londoners still speak of the Great Stink. Recurring cholera infections led to the dawn of the field of epidemiology, a subject in which we have all recently become amateur enthusiasts.
Fast forward to 2020 and you’ll see that modern software pipelines face a similar “Great Stink” due, in no small part, to the vast adoption of continuous integration (CI), the practice of merging all developers’ working copies into a shared mainline several times a day, and continuous delivery (CD), the ability to get changes of all types — including new features, configuration changes, bug fixes and experiments — into production, or into the hands of users, safely and quickly in a sustainable way.
While contemporary software failures won’t spread disease or emit the rancid smells of the past, they certainly reek of devastation, rendering billions of dollars lost and millions of developer hours wasted each year.
This kind of waste is antithetical to the intent of CI/CD. Everyone is employing CI/CD to accelerate software delivery; yet the ever-growing backlog of intermittent and sporadic test failures is doing the exact opposite. It’s become a growing sludge that is constantly being fed with failures faster than can be resolved. This backlog must be cleared to get CI/CD pipelines back to their full capabilities.
What value is there in a system that, in an effort to accelerate software delivery, knowingly leaves a backlog of bugs that does the exact opposite? We did not arrive at these practices by accident, and its practitioners are neither lazy nor incompetent so; how did we get here and what can we do to temper modern software development’s Great Stink?
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