It’s not that mobile wasn’t a priority for the team before this, but Tillman said, “In our previous company, we didn’t have a ton of resources — we always had to choose which thing to work on.” Apparently that changed last year with Ghostery’s acquisition by German browser company Cliqz.
The first big launch after the acquisition was Ghostery 8, the latest version of the team’s privacy-focused extension for desktop browsers. Next up: Bringing those features over to mobile.
Tillman said the goal was to create “a browser that can go toe-to-toe with Chrome” while also incorporating Ghostery’s privacy protection capabilities. Those capabilities include the ability to block different kinds of ad tracking by category (tracking for advertising, adult advertising and site analytics are turned on by default).
There’s also a built-in ad blocker, and Ghost Search, a privacy-focused search engine based on Cliqz technology that does not store any personally identifiable information. (If you’re not satisfied with the Ghost Search results, you can also see results from other search engines.) The presentation is different from a standard search engine, with three “dynamic result cards” that surface content as soon as you start entering search terms. And there’s Ghostery Tab, a home screen that highlights your favorite or most visited sites, as well as the latest news stories.
The Android version includes additional features, including AI-powered anti-tracking and “smart blocking” that’s supposed to improve page performance.
Tillman described the result as “a cleaner, faster, safer mobile browsing experience.” He also said that moving forward, Ghostery will be working to provide “an ecosystem of products” that “protect our users wherever they’re interacting with the Internet.”
The launch comes as the big Internet platforms face growing scrutiny over how they handle user data. Tillman argued that by simply giving consumers a more privacy-friendly alternative, “We’re sort of collectively negotiating a better Internet for them” — and he’s hoping Ghostery can be more involved as publishers try to find alternatives to advertising.
“Our goal isn’t to, say, topple Google and Facebook, but to provide that alternative to those that want it — both for content creators but also for users themselves,” he said.
Late last week, Congress moved one step closer to passing the American Innovation Act of 2018, a bill that would make accounting and tax changes that would likely increase the valuation of startups in an acquisition.
The House Ways and Means committee approved a bill containing text that would improve the treatment of Net Operating Losses (NOLs) for startups. While many startup founders would probably rather watch paint dry (or build their companies) than dive into complex tax code changes, the provisions in the bill could greatly improve the ability of startups to invest in growth activity, and could drive meaningfully positive impacts to valuations, acquisition prices, capital markets participation and venture returns.
First, though, what are NOLs? Each year, if a company loses money, it can claim the losses as a deduction off of its future taxes. Traditionally, the U.S. tax code has allowed companies to cumulatively track and carry forward NOLs to offset taxable income in future years, reducing the amount of cash required to pay taxes. These NOLs are essentially a cash-like asset, and they can be exchanged in the event that a company is acquired.
However, a long-standing IRS provision, Section 382, which was originally implemented to prevent companies with large tax appetites from acquiring those with large operating losses exclusively to reduce taxes, limits the use of NOL carry-forwards in instances of ownership change.
Currently, in cases of an ownership change, specified as a more than 50 percent change in the ownership of shareholders who own at least 5 percent of a company’s stock, the amount of taxable income for the “post-change” company that can be offset by existing NOLs cannot exceed the value of the “pre-change” company, multiplied by the long-term tax exempt rate set by the IRS.
(Yes, this is why you hire a tax attorney.)
The net-net is that this provision has been particularly challenging for startups, which often trigger this limiting condition, given they frequently operate in the red through growth stages and often see frequent, sizable changes in their ownership structure due to fundraising, public offerings and acquisitions.
The House bill would alleviate this complication by protecting these tax offsets and creating an exception to the section 382 provision for startups, allowing the application of NOLs and R&D tax credits realized in the first three years of operations regardless of ownership change limitations.
These changes have a number of benefits for startups. It would provide increased flexibility around early-stage financing activities and remove potential issues that could arise with capital markets activity. Additionally, with startups more easily maintaining tax offsets to reduce their cash taxes, startups would have larger cash balances to invest in growth efforts.
The protection of the NOL from ownership change limitations could also have serious impacts to company valuations and the attractiveness of startups as acquisition candidates. With acquirers better able to utilize existing tax offsets, startups should benefit from higher purchase prices from the inclusion of NOL balances in valuations, helping founder and VC returns.
The bill passed through committee through a voice vote with no objections and is now expected to be voted on by the rest of the House later this month before advancing to the Senate. The bill has 23 co-sponsors, all Republican.
I only wanted one thing out of 2018’s iPhone event: a new iPhone SE. In failing to provide it Apple seems to have quietly put the model out to pasture — and for this I curse them eternally. Because it was the best phone the company ever made.
If you were one of the many who passed over the SE back in 2015, when it made its debut, that’s understandable. The iPhone 6S was the latest and greatest, and of course fixed a few of the problems Apple had kindly introduced with the entirely new design of the 6. But for me the SE was a perfect match.
See, I’ve always loved the iPhone design that began with the 4. That storied phone is perhaps best remembered for being left in a bar ahead of release and leaked by Gizmodo — which is too bad, because for once the product was worthy of the lavish unveiling Apple now bestows on every device it puts out.
The 4 established an entirely new industrial design aesthetic that was at once instantly recognizable and highly practical. Gone were the smooth, rounded edges and back of the stainless original iPhone (probably the second-best phone Apple made) and the jellybean-esque 3G and 3GS.
In the place of those soft curves were hard lines and uncompromising geometry: a belt of metal running around the edge, set off from the glass sides by the slightest of steps. It highlighted and set off the black glass of the screen and bezel, producing a specular outline from any angle.
The camera was flush and the home button (RIP) sub-flush, entirely contained within the body, making the device perfectly flat both front and back. Meanwhile the side buttons boldly stood out. Volume in bold, etched circles; the mute switch easy to find but impossible to accidentally activate; the power button perfectly placed for a reaching index finger. Note that all these features are directly pointed at usability: making things easier, better and more accessible while also being attractive and cohesive as parts of a single object.
Compared to the iPhone 4, every single other phone, including Samsung’s new “iPhone killer” Galaxy S, was a cheap-looking mess of plastic, incoherently designed or at best workmanlike. And don’t think I’m speaking as an Apple fanboy; I was not an iPhone user at the time. In fact, I was probably still using my beloved G1 — talk about beauty and the beast!
The design was strong enough that it survived the initially awkward transition to a longer screen in the 5, and with that generation it also gained the improved rear side that alleviated the phone’s unfortunate tendency towards… well, shattering.
The two-tone grey iPhone 5S, however, essentially left no room for improvement. And after 4 years, it was admittedly perhaps time to freshen things up a bit. Unfortunately, what Apple ended up doing was subtracting all personality from the device while adding nothing but screen space.
The 6 was, to me, simply ugly. It was reminiscent of the plethora of boring Android phones at the time — merely higher quality than them, not different. The 6S was similarly ugly, and the 7 through 8 somehow further banished any design that set themselves apart, while reversing course on some practical measures in allowing an increasingly large camera bump and losing the headphone jack. The X, at least, looked a bit different.
But to return to the topic at hand, it was after the 6S that Apple had introduced the SE. Although it nominally stood for “Special Edition,” the name was also a nod to the Macintosh SE. Ironically given the original meaning of “System Expansion,” the new SE was the opposite: essentially an iPhone 6S in the body of a 5S, complete with improved camera, Touch ID sensor, and processor. The move was likely intended as a sort of lifeboat for users who still couldn’t bring themselves to switch to the drastically redesigned, and considerably larger, new model.
It would take time, Apple seems to have reasoned, to convert these people, the types who rarely buy first generation Apple products and cherish usability over novelty. So why not coddle them a bit through this difficult transition?
The SE appealed not just to the nostalgic and neophobic, but simply people who prefer a smaller phone. I don’t have particularly large or small hands, but I preferred this highly pocketable, proven design to the new one for a number of reasons.
Flush camera so it doesn’t get scratched up? Check. Normal, pressable home button? Check. Flat, symmetrical design? Check. Actual edges to hold onto? Check. Thousands of cases already available? Check — although I didn’t use one for a long time. The SE is best without one.
At the time, the iPhone SE was more compact and better looking than anything Apple offered, while making almost no compromises at all in terms of functionality. The only possible objection was its size, and that was (and is) a matter of taste.
It was the best object Apple ever designed, filled with the best tech it had ever developed. It was the best phone it ever made.
And the best phone it’s made since then, too, if you ask me. Ever since the 6, it seems to me that Apple has only drifted, casting about for something to captivate its users the way the iPhone 4’s design and new graphical capabilities did, all the way back in 2010. It honed that design to a cutting edge and then, when everyone expected the company to leap forward, it tiptoed instead, perhaps afraid to spook the golden goose.
To me the SE was Apple allowing itself one last victory lap on the back of a design it would never surpass. It’s understandable that it would not want to admit, this many years on, that anyone could possibly prefer something it created nearly a decade ago to its thousand-dollar flagship — a device, I feel I must add, that not only compromises visibly in its design (I’ll never own a notched phone if I can help it) but backpedals on practical features used by millions, like Touch ID and a 3.5mm headphone jack. This is in keeping with similarly user-unfriendly choices made elsewhere in its lineup.
So while I am disappointed in Apple, I’m not surprised. After all, it’s disappointed me for years. But I still have my SE, and I intend to keep it for as long as possible. Because it’s the best thing the company ever made, and it’s still a hell of a phone.
Elvie, a Berlin-based startup known best for its connected Kegel trainer, is jumping into the breast pump business with a new $ 480 hands-free system you can slip into your bra.
Even with all the innovation in baby gear, breast pumps have mostly sucked (pun intended) for new moms for the past half a century. My first experience with a pump required me to stay near a wall socket and hunch over for a good 20 to 30 minutes for fear the milk collected might spill all over the place (which it did anyway, frequently). It was awful!
Next I tried the Willow Pump, an egg-shaped, connected pump meant to liberate women everywhere with its small and mobile design. It received glowing reviews, though my experience with it was less than stellar.
The proprietary bags were hard to fit in the device, filled up with air, cost 50 cents each (on top of the $ 500 pump that insurance did not cover), wasted many a golden drop of precious milk in the transfer and I had to reconfigure placement several times before it would start working. So I’ve been tentatively excited about the announcement of Elvie’s new cordless (and silent??) double breast pump.
Elvie tells TechCrunch its aim all along has been to make health tech for women and that it has been working on this pump for the past three years.
The Elvie Pump is a cordless, hands-free, closed-system, rechargeable electric pump designed by former Dyson engineers. It can hold up to 5 oz. from each breast in a single use.
It’s most obvious and direct competition is the Willow pump, another “wearable” pump moms can put right in their bra and walk around in, hands-free. However, unlike the Willow, Elvie’s pump does not need proprietary bags. You just pump right into the device and the pump’s smartphone app will tell you when each side is full.
It’s also half the size and weight of a Willow and saves every precious drop it can by pumping right into the attached bottle so you just pump and feed (no more donut-shaped bags you have to cut open and awkwardly pour into a bottle).
On top of that, Elvie claims this pump is silent. No more loud suction noise off and on while trying to pump in a quiet room in the office or elsewhere. It’s small, easy to carry around and you can wear it under your clothes without it making a peep! While the Willow pump claims to be quiet — and it is, compared to other systems — you can still very much hear it while you are pumping.
All of these features sound fantastic to this new (and currently pumping) mom. I remember in the early days of my baby’s life wanting to go places but feeling stuck. I was chained to not just all the baby gear, hormonal shifts and worries about my newborn but to the pump and feed schedule itself, which made it next to impossible to leave the house for the first few months.
My baby was one of those “gourmet eaters” who just nursed and nursed all day. There were days I couldn’t leave the bed! Having a silent, no mess, hands-free device that fit right in my bra would have made a world of difference.
However, I mentioned the word “tentatively” above, as I have not had a chance to do a hands-on review of Elvie’s pump. The Willow pump also seemed to hold a lot of promise early on, yet left me disappointed.
To be fair, the company’s customer service team was top-notch and did try to address my concerns. I even went through two “coaching” sessions, but in the end it seemed the blame was put on me for not getting their device to work correctly. That’s a bad user experience if you are blaming others for your design flaws, especially new and struggling moms.
Both companies are founded by women and make products for women — and it’s about time. But it seems as if Elvie has taken note of the good and bad in their competitors and had time to improve upon it — and that’s what has me excited.
As my fellow TechCrunch writer Natasha put it in her initial review of Elvie as a company, “It’s not hyperbole to say Elvie is a new breed of connected device. It’s indicative of the lack of smart technology specifically — and intelligently — addressing women.”
So why the pump? “We recognized the opportunity [in the market] was smarter tech for women,” founder and CEO Tania Boler told TechCrunch on her company’s move into the breast pump space. “Our aim is to transform the way women think and feel about themselves by providing the tools to address the issues that matter most to them, and Elvie Pump does just that.”
The Elvie Pump comes in three sizes and shapes to fit the majority of breasts and, in case you want to check your latch or pump volume, also has transparent nipple shields with markings to help guide the nipple to the right spot.
The app connects to each device via Bluetooth and tracks your production, detects let down, will pause when full and is equipped to pump in seven different modes.
The pump retails for $ 480 and is currently available in the U.K. However, those in the U.S. will have to wait until closer to the end of the year to get their hands on one. According to the company, it will be available on Elvie.com and Amazon.com, as well in select physical retail stores nationally later this year, pending FDA approval.
Apple always drops a few whoppers at its events, and the iPhone XS announcement today was no exception. And nowhere were they more blatant than in the introduction of the devices’ “new” camera features. No one doubts that iPhones take great pictures, so why bother lying about it? My guess is they can’t help themselves.
To be clear, I have no doubt they made some great updates to make a good camera better. But whatever those improvements are, they were overshadowed today by the breathless hype that was frequently questionable and occasionally just plain wrong. Now, to fill this article out I had to get a bit pedantic, but honestly, some of these are pretty egregious.
“The world’s most popular camera”
There are a lot of iPhones out there, to be sure. But defining the iPhone as some sort of decade-long continuous camera, which Apple seems to be doing, is sort of a disingenuous way to do it. By that standard, Samsung would almost certainly be ahead, since it would be allowed to count all its Galaxy phones going back a decade as well, and they’ve definitely outsold Apple in that time. Going further, if you were to say that a basic off-the-shelf camera stack and common Sony or Samsung sensor was a “camera,” iPhone would probably be outnumbered 10:1 by Android phones.
Is the iPhone one of the world’s most popular cameras? To be sure. Is it the world’s most popular camera? You’d have to slice it pretty thin and say that this or that year and this or that model was more numerous than any other single model. The point is this is a very squishy metric and one many could lay claim to depending on how they pick or interpret the numbers. As usual, Apple didn’t show their work here, so we may as well coin a term and call this an educated bluff.
“Remarkable new dual camera system”
As Phil would explain later, a lot of the newness comes from improvements to the sensor and image processor. But as he said that the system was new while backed by an exploded view of the camera hardware, we may consider him as referring to that as well.
It’s not actually clear what in the hardware is different from the iPhone X. Certainly if you look at the specs, they’re nearly identical:
If I said these were different cameras, would you believe me? Same F numbers, no reason to think the image stabilization is different or better, and so on. It would not be unreasonable to guess that these are, as far as optics, the same cameras as before. Again, not that there was anything wrong with them — they’re fabulous optics. But showing components that are in fact the same and saying it’s different is misleading.
Given Apple’s style, if there were any actual changes to the lenses or OIS, they’d have said something. It’s not trivial to improve those things and they’d take credit if they had done so.
The sensor of course is extremely important, and it is improved: the 1.4-micrometer pixel pitch on the wide-angle main camera is larger than the 1.22-micrometer pitch on the X. Since the megapixels are similar we can probably surmise that the “larger” sensor is a consequence of this different pixel pitch, not any kind of real form factor change. It’s certainly larger, but the wider pixel pitch, which helps with sensitivity, is what’s actually improved, and the increased dimensions are just a consequence of that.
We’ll look at the image processor claims below.
“2x faster sensor… for better image quality”
It’s not really clear what is meant when he says this. “To take advantage of all this technology.” Is it the readout rate? Is it the processor that’s faster, since that’s what would probably produce better image quality (more horsepower to calculate colors, encode better, and so on)? “Fast” also refers to light-gathering — is that faster?
I don’t think it’s accidental that this was just sort of thrown out there and not specified. Apple likes big simple numbers and doesn’t want to play the spec game the same way as the others. But this in my opinion crosses the line from simplifying to misleading. This at least Apple or some detailed third party testing can clear up.
“What it does that is entirely new is connect together the ISP with that neural engine, to use them together.”
Now, this was a bit of sleight of hand on Phil’s part. Presumably what’s new is that Apple has better integrated the image processing pathway between the traditional image processor, which is doing the workhorse stuff like autofocus and color, and the “neural engine,” which is doing face detection.
It may be new for Apple, but this kind of thing has been standard in many cameras for years. Both phones and interchangeable-lens systems like DSLRs use face and eye detection, some using neural-type models, to guide autofocus or exposure. This (and the problems that come with it) go back years and years. I remember point-and-shoots that had it, but unfortunately failed to detect people who had dark skin or were frowning.
It’s gotten a lot better (Apple’s depth-detecting units probably help a lot), but the idea of tying a face-tracking system, whatever fancy name you call it, in to the image-capture process is old hat. What’s in the XS may be the best, but it’s probably not “entirely new” even for Apple, let alone the rest of photography.
“We have a brand new feature we call smart HDR.”
Apple’s brand new feature has been on Google’s Pixel phones for a while now. A lot of cameras now keep a frame buffer going, essentially snapping pictures in the background while the app is open, then using the latest one when you hit the button. And Google, among others, had the idea that you could use these unseen pictures as raw material for an HDR shot.
Probably Apple’s method is a different, and it may even be better, but fundamentally it’s the same thing. Again, “brand new” to iPhone users, but well known among Android flagship devices.
“This is what you’re not supposed to do, right, shooting a photo into the sun, because you’re gonna blow out the exposure.”
I’m not saying you should shoot directly into the sun, but it’s really not uncommon to include the sun in your shot. In the corner like that it can make for some cool lens flares, for instance. It won’t blow out these days because almost every camera’s auto-exposure algorithms are either center-weighted or intelligently shift around — to find faces, for instance.
When the sun is in your shot, your problem isn’t blown out highlights but a lack of dynamic range caused by a large difference between the exposure needed to capture the sun-lit background and the shadowed foreground. This is, of course, as Phil says, one of the best applications of HDR — a well-bracketed exposure can make sure you have shadow details while also keeping the bright ones.
Funnily enough, in the picture he chose here, the shadow details are mostly lost — you just see a bunch of noise there. You don’t need HDR to get those water droplets — that’s a shutter speed thing, really. It’s still a great shot, by the way, I just don’t think it’s illustrative of what Phil is talking about.
“You can adjust the depth of field… this has not been possible in photography of any type of camera.”
This just isn’t true. You can do this on the Galaxy S9, and it’s being rolled out in Google Photos as well. Lytro was doing something like it years and years ago, if we’re including “any type of camera.” Will this be better? Probably – looks great to me. Has it never been possible ever? Not even close. I feel kind of bad that no one told Phil. He’s out here without the facts.
Well, that’s all the big ones. There were plenty more, shall we say, embellishments at the event, but that’s par for the course at any big company’s launch. I just felt like these ones couldn’t go unanswered. I have nothing against the iPhone camera — I use one myself. But boy are they going wild with these claims. Somebody’s got to say it, since clearly no one inside Apple is.
Check out the rest of our Apple event coverage here:
A few days ago, I interviewed Ken Kocienda at TechCrunch Disrupt SF — he just released a book called Creative Selection. After working at Apple during some of the company’s best years, Kocienda looks back at what makes Apple such a special place.
The book in particular starts with a demo. Kocienda is invited to demo to Steve Jobs his prototype of what is about to become the iPad software keyboard.
And it’s the first of a long string of demos punctuating the book. As a reader, you follow along all the ups and downs of this design roller coaster. Sometimes, a demo clearly shows the way forward. Sometimes, it’s the equivalent of hitting a wall of bricks over and over again.
Kocienda’s career highlights include working on WebKit and Safari for the Mac right after he joined the company as well as working on iOS before the release of the first iPhone. He’s the one responsible of autocorrect and the iPhone keyboard in general.
If you care about user interfaces and design processes, it’s a good read. And it feels refreshing to read a book with HTML code, keyboard drawings and other nerdy things. It’s much better than the average business book.
Elon Musk is smoking something, doppler lidar helps cars see better, and the Diplomatic Security Service braves Ebola
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Jack Dorsey and Sheryl Sandberg were grilled by the Senate this week. Google was a no-show. And Alex Jones got the boot.
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Meet PoLTE, a Dallas-based startup that wants to make location-tracking more efficient. Thanks to PoLTE’s software solution, logistics and shipment companies can much more easily track packages and goods. The startup is participating in TechCrunch’s Startup Battlefield at Disrupt SF.
If you want to use a connected device to track a package, you currently need a couple of things — a way to determine the location of the package, and a way to transmit this information over the air. The most straightforward way of doing it is by using a GPS chipset combined with a cellular chipset.
Systems-on-chip have made this easier as they usually integrate multiple modules. You can get a GPS signal and wireless capabilities in the same chip. While GPS is insanely accurate, it also requires a ton of battery just to position a device on a map. That’s why devices often triangulate your position using Wi-Fi combined with a database of Wi-Fi networks and their positions.
And yet, using GPS or Wi-Fi as well as an LTE modem doesn’t work if you want to track a container over multiple weeks or months. At some point, your device will run out of battery. Or you’ll have to spend a small fortune to buy a ton of trackers with big batteries.
PoLTE has developed a software solution that lets you turn data from the cell modem into location information. It works with existing modems and only requires a software update. The company has been working with Riot Micro for instance.
Behind the scene PoLTE’s magic happens on their servers. IoT devices don’t need to do any of the computing. They just need to send a tiny sample of LTE signals and PoLTE can figure out the location from their servers. Customers can then get this data using an API.
It only takes 300 bytes of data to get location information with precision of less than a few meters. You don’t need a powerful CPU, Wi-Fi, GPS or Bluetooth.
“We offer 80 percent cost reduction on IoT devices together with longer battery life,” CEO Ed Chao told me.
On the business side, PoLTE is using a software-as-a-service model. You can get started for free if you don’t need a lot of API calls. You then start paying depending on the size of your fleet of devices and the number of location requests.
It doesn’t really matter if the company finds a good business opportunity. PoLTE is a low-level technology company at heart. Its solution is interesting by itself and could help bigger companies that are looking for an efficient location-tracking solution.
Berlin based Internet of Things (IoT) startup relayr, whose middleware platform is geared towards helping industrial companies unlock data insights from their existing machinery and production line kit by linking Internet connected sensors and edge devices to platform controls, has been acquired by insurance group Munich Re in a deal which values the company at $ 300 million.
relayr was founded back in 2013 with the initial aim of helping software developers hack around with hardware, at a time when developer interest in IoT was just taking off.
The startup went on to pass through startupbootcamp and crowdfunded a cute looking chocolate-bar shaped hardware starter kit before expanding into building a hardware agnostic cloud services platform to act as a central hub for data flows. relayr then further honed its focus to the needs of industrial IoT, and its platform — which is now used by around 130 businesses — offers end-to-end middleware combined with device management and IoT analytics, and can operate in the cloud, on-premise or a hybrid of both depending on customers needs.
We first covered the Berlin-based startup back in 2014 when it closed a $ 2.3M seed round. It’s raised $ 66.8M in total, according to Crunchbase, which includes a $ 30M Series C round in February led by Deutsche Telekom Capital Partners.
relayr did not disclose the investors in its 2014 seed at the time, saying only that they were unnamed U.S. and Switzerland-based investors. But Kleiner Perkins and Munich Re (via its HSB subsidiary which is acquiring relayr now) were named as investors in later rounds, along with Deutsche Telekom .
Insurance giants and telcos have a clear strategic interest in IoT — with the technology promising to drive network usage and utility on the telco side, and offering transformative potential for the insurance industry as data streams can be used to monitor equipment performance and predict (and even steer off) costly failures.
Munich Re said today that its HSB subsidiary is acquiring 100% of relayr in a deal that values the business at $ 300M. (It’s not clear if it’s all cash or a mix of cash and stock — we’ve asked). It says the deal will help it “shape opportunities in the fast-growing IoT market”, and is envisaging a joint business model with the combined pair developing not just tech solutions for clients but risk management, data analysis and financial instruments.
“IoT is already significantly changing our world and has the potential to disrupt the traditional insurance and reinsurance industry through new business models, services and competitors,” said Torsten Jeworrek, member of Munich Re’s board of management in a statement. “I am truly happy to announce this acquisition, as it supports our strategy to combine our knowledge of risk, data analysis skills and financial strength with the technological expertise of relayr. This is our basis to develop new ideas for tomorrow’s commercial and industrial worlds.”
“We are delighted to strengthen our relationship with Munich Re/HSB to push digitalization in commercial and industrial markets and strive for our mission to help commercial and industrial businesses stay relevant,” added relayr CEO, Josef Brunner. “The unique combination of the companies demonstrates the importance to deliver business outcomes to customers and the need to combine first-class technology and its delivery with powerful financial and insurance offerings. This transaction is a great opportunity to build a global category leader.”
The pair have been partnered since 2016, when the insurance firm invested in relayr’s Series B, but say they see the acquisition strengthening Munich Re’s financial and insurance offerings while also offering a route to expand relayr’s middleware business via leveraging the insurance group’s large client base.
“Back in 2016, HSB invested in relayr in an effort to harness the strategically significant business potential offered by IoT. relayr’s end-to-end IoT solutions for the industrial and commercial sectors are an ideal addition to our Group’s capabilities,” said Greg Barats, president and CEO of HSB, and the person responsible for Munich Re’s IoT strategy, in another supporting statement. “HSB has always focused on insurance and technology… relayr will help us to rapidly implement our global strategy to develop new IoT solutions for our clients. Digital transformation in the industrial and commercial sectors offers opportunities for new services and financial applications.”
relayr says it already offers industrial companies which are seeking to digitalise their businesses a “comprehensive range of services” — such as being able to extract and analyse data from machines and equipment to determine when a machine is likely to fail (and it touts cutting costs, increased energy efficiency and product quality improvement as among the benefits its platform offers) — but says the acquisition will allow it to develop its “innovative value stack”, by enabling new revenue models, cost reduction, and “increased effectiveness across industries”.
It also sees benefit in sitting under the established Munich Re umbrella — as a way to convince customers it will be a long-term business partner. It adds that it will continue to maintain its current focus on IoT for the industrial sector.