Closed safe in bank

Finbourne taps $70M for tech that turns financial data dust into AI gold 

Closed safe in bank

Image Credits: Chris Clor / Getty Images

Companies in fields like financial services and insurance live and die by their data — specifically, how well they can use it to understand what people and businesses will do next, a process that is becoming increasingly dominated by AI. Now a startup called Finbourne, founded out of London’s financial center, has built a platform to help financial companies organize and use more of their data in AI and other models. It’s announcing £55 million ($70 million) in funding, which it will use to expand its reach outside of the Square Mile. 

Highland Europe and AXA Venture Partners (also known as AVP and backed by the eponymous insurance giant) are co-leading the Series B, which values the company at just over £280 million ($356 million) post-money. 

Thomas McHugh, the CEO who co-founded Finbourne, told TechCrunch that he came up with the idea for the startup after many years of working as a senior quant in the city, most of those spent at the Royal Bank of Scotland. One of those years was 2008, the year that RBS, at that time the world’s largest bank, dramatically found itself on the brink of collapse after being overexposed to the subprime lending contagion. 

The major shift played out internally in the form of a huge reorganization. 

Previously, the whole of the bank was organized in a series of business silos, which resulted not just in how people operated but also in how the data within them operated. All of that cost a fortune to run, costs that urgently needed to be cut. “We had to rip hundreds of millions of costs out of the business in a very short amount of time,” he recalled.

They decided to take a page from the nascent but fast-growing world of cloud services. AWS, founded in 2006, had only been going for two years at this point, but the data teams could see that it presented a compelling, and comparative, model for how a bank could store and use data. So it, too, took a consolidated and federated approach to the problem.

“We managed to basically build an awful lot of technology that worked across every asset class. People up until then said this wasn’t really possible. But we had an incredible reason to change and out of that, we knew that we could build better technology, much more scalable technology,” McHugh said. Equity systems, fixed income and credit, he said, all previously run as separate systems, were now on one platform.

The U.K. financial crisis of 2008 was a roller coaster that, if you were not thrown off completely, you would have definitely walked away from believing that you could weather and take on any kind of challenge. So of course that eventually led to McHugh taking on the riskiest of all things in business: a startup. 

Finbourne may have its roots in how McHugh and others on his team met the challenge of building more efficient data services at their bank, but it’s also evolved the idea, reflecting and shaping how financial services companies buy IT today. Just as companies that have extensive sales operations might use Salesforce or a competing platform rather than building their own software, Finbourne’s bet is that financial companies will increasingly do the same: work with outside companies for tools to run their operations rather than building their own. 

That is inevitably also dovetailing with how banks and others in financial services are increasingly working with AI. 

Today the company’s products include the LUSID Operational Data Store; investment and accounting books of record (used in asset management analysis); a portfolio management platform that tracks positions, cash, P&L and exposure; and a data virtualization tool. McHugh said that Finbourne is also helping manage how companies handle their data for training models, an area where it’s likely to get more involved. 

It sounds like the main takeaways here are that there is no obvious leader, and banks do not want to share data with other banks so are training in ways to keep that from being the case — a process that also helps customers more tightly control results and keep “hallucinations” from creeping into the picture. Open source is playing an important role for how it presents more flexible options to end users. 

“What we’ve seen is customers don’t want any of the models we write or use trained on anybody else’s data,” he said. “We see that very strongly. We do it because by not being allowed to use anybody else’s picture, those models are less able to hallucinate.”

Finbourne has a whole range of competitors currently. Asset manager rivals, for example, include Aladdin by BlackRock, SimCorp, State Street Alpha and GoldenSource. Alternative asset manager competitors include Broadridge, Enfusion, SS&C Eze and Maia. BNY Mellon Eagle, Rimes, Clearwater Analytics and IHS Markit all offer tools for asset owners; and asset services include the likes of FIS, Temenos, Denodo, SS&C Advent and NeoXam.

The fact that there are so many might be one compelling reason someone would take the more simplified approach of working with just one — a route that companies like Fidelity International, the London Stock Exchange Group, Baillie Gifford, Northern Trust and the Pension Insurance Corporation (PIC) are taking. 

The Asus ROG Ally X turns PC gaming into a portable console

Asus ROG Ally X - 3

Image Credits: Romain Dillet / TechCrunch

A little more than a year after launching the ROG Ally, Asus is releasing a refined version of its portable device, the ROG Ally X. This Windows-based machine starts shipping on July 22 for $800. I’ve been playing with the portable console for a few days, and there’s already a lot to like — especially on the hardware front.

Released in 2022, Valve’s Steam Deck helped mainstream handheld PC gaming. It wasn’t the first company to explore the form factor, but Valve hit on the right combination of specs, portability and price.

When it became an instant hit, PC manufacturers took note. Lenovo released the Legion Go and Asus had its own take on handheld PC gaming with the ROG Ally. There are other niche manufacturers, such as Ayaneo, as well.

Image Credits: Romain Dillet / TechCrunch

The device has a bright seven-inch display with a 1080p resolution and a 120Hz refresh rate. Like on a Nintendo Switch, the display is flanked by your standard array of gaming buttons and joysticks.

Unlike on the Switch, the controls aren’t frustratingly small. The ROG Ally X feels like a full-size controller in your hands. The joysticks look and feel like the joysticks on a modern Microsoft Xbox controller. The A/B/X/Y buttons are large and clicky. The analog triggers have plenty of travel, as well.

I wasn’t totally sold on the D-pad, however. It feels mushy, a bit like the D-pad you would find on a third-party budget controller. Similarly, the View and Menu buttons are hard to reach. They are right next to the display, requiring me to stretch my thumbs to pause a game.

There are two additional macro keys at the back of the device. I configured them as View and Menu buttons, and it helped. On each side of the screen, you’ll also find a command center button to tweak performances on the fly and an Armoury Crate button to display Asus’ game launcher.

The ROG Ally X’s main software interface, Armoury Crate SE, is okay at best. It acts as a game launcher, centralizing everything you’ve installed from Steam, the Epic Games Store, Ubisoft Connect, etc. It can also change your device’s settings, from the joystick LEDs to the gamepad profiles.

If you spend as little time as possible in it, it gets the job done. But there are bugs (a game I installed using GOG Galaxy mysteriously disappeared from my list), it can be frustratingly slow to open a menu and I had a couple of crashes.

The same is true for the command center. It is an indispensable tool to adjust settings on the fly, such as the switching from Silent to Performance or Turbo mode, but it sometimes becomes slow to react to your interactions.

Image Credits: Romain Dillet / TechCrunch

The device is comfortable to hold — for short sessions, at least. The main issue with these kinds of PC gaming handhelds is that they are heavy. They also get warm, especially when you’re playing a game.

Prior to testing the ROG Ally X, I spent hours playing with the Logitech G Cloud, an Android handheld that has been specifically designed for cloud gaming and remote play. It’s an extremely satisfying experience as the G Cloud remains quiet (it’s a fanless device), you don’t have to worry about battery life and it’s easy to hold in your hands.

We are still at the very beginning of this massive shift in PC gaming from full-fledge PC towers to nimble-but-capable handhelds. Over time, gaming handhelds will become smaller, lighter and quieter. They’ll look more like an Android-based handheld. For now, however, experiences like the G Cloud remain limited.

The ROG Ally X, on the other hand, feels like the culmination of gaming handhelds. When Nintendo released the Game Boy 35 years ago, it felt like you could play NES games on the go.

Similarly, the ROG Ally X feels like a good gaming companion for long travel days or daily commutes on the metro. Despite its weight, I’ve had no issue immersing myself in games for several hours at a time.

Image Credits: Romain Dillet / TechCrunch

An indie game machine

When it comes to performance, Asus has kept the same APU for the ROG Ally X, the AMD Z1 Extreme. However, RAM has been increased from 16GB to 24GB. This makes a difference in gaming performance as memory is shared between VRAM and system RAM.

The handheld comes with a user-replaceable 1TB NVMe storage card (in 2280 format). The battery is twice as large (80Wh) as its predecessor, and the proprietary eGPU port has been replaced with a more standard USB Type-C with USB 4 support.

The device works particularly well with games that don’t need a top-of-the-range PC, such as Jusant, Cocoon or Prince of Persia: The Lost Crown. The ROG Ally X can easily render 60 to 120 frames per second for those games in 1080p without using the 30W boost mode.

For AAA games, you have to make some compromises. I could get around 45 frames per second with the high graphics preset in Marvel’s: Spider Man by enabling RSR, AMD’s resolution upscaling feature. As for games that were really struggling on previous handhelds, there’s no magic here. For instance, you have to use low settings and aggressive resolution scaling in The Last of Us: Part I to reach 30FPS.

If you’re really into strategy games or simulation games, the ROG Ally X might not be the best form factor for those games. At least you can plug it to a monitor and use a mouse and keyboard if that’s the only PC that you have.

Image Credits: Romain Dillet / TechCrunch

As for battery life, it really depends on the type of games that you play and the power mode that you select. You can play Baba is You in “silent mode” for a long time. But using “boost mode” for The Last of Us is going to impact your battery life significantly. Unfortunately, I haven’t had enough time with the device to perform thorough tests, but I’m sure many reviewers will release benchmarks this week.

As a gaming console, the most surprising thing about the ROG Ally X is that it’s a PC that runs Windows — at least on paper. Sure, you can install whatever you want and use it in desktop environment. But Windows without a mouse and keyboard is a frustrating experience. It’s fine if you want to install a game launcher and a few games. But a proper laptop (or even a smartphone) is more convenient for everything else.

Similarly, as it’s a PC you can install all games that are available on Windows. But some will run better than others so you have to adjust your expectations. You also can tweak the settings to get more battery life or better looking games.

Image Credits: Romain Dillet / TechCrunch

The ROG Ally X has a console-like form factor. But don’t expect a polished, console-like experience — this isn’t a Nintendo Switch competitor. In many ways, the ROG Ally X, or at least this handheld form factor, could be considered as an early preview of the future of PC gaming. A future shaped like a console that works like a PC.

Exclusive: Applied Carbon's farm robot turns plant waste into biochar to capture CO2

A tractor is hooked up to Applied Carbon's mobile pyrolyzer.

Image Credits: Applied Carbon

It’s incredibly easy to dump carbon into the atmosphere and accelerate climate change. It’s a lot harder to take it out. Startups are experimenting with massive industrial systems to draw the pollutant out of the air, with facilities costing hundreds of millions of dollars to construct.

That has some other founders thinking, why not use plants to do the hard work?

To Jason Aramburu and Morgan Williams, the answer was obvious. But where some founders burn plant waste to fuel power plants and then capture the carbon, Aramburu and Williams have turned to a centuries-old practice that transforms waste biomass into charcoal-like substance known as biochar that can store carbon for decades, even centuries. Done right, it has the potential to lock away up to 2 billion metric tons of carbon every year, all while helping to boost crop yields on farms.

“We’re both believers in biochar as a carbon dioxide removal solution,” Aramburu told TechCrunch. But as Aramburu and Williams worked through the problem over beers at a bar in Oakland, California, they quickly hit a roadblock. “How do we actually scale it?”

Biochar has a long history. For over 2,000 years, people in South America produced it to improve soils in the Amazon basin. Today, some 10% of soils in the region still show evidence of biochar amendments. But production was laborious, and it was performed essentially on-site.

Logistics remain one of biochar’s biggest challenges. Finding enough plant waste, getting it to a biochar facility, and then transporting the biochar back to farm fields, where it’s often applied as a soil amendment, is both expensive and energy intensive, so much so that it can negate much of biochar’s carbon benefits.

“It just becomes really challenging to move that material around,” Aramburu said.

So Aramburu and Williams decided to turn the process on its head. Rather than bring agricultural waste from the farm field to a biochar facility, they would bring the facility to the farm. “Identifying that problem set was the first step in forming the company,” Aramburu said. That company would become Applied Carbon, formerly known as Climate Robotics, where Aramburu serves as CEO and Williams as COO.

“The ag industry has evolved over more than a century to build these big kind of grazers that drive through a field and harvest material,” Aramburu said. “It just kind of dawned on me, the best way to do anything with ag residue was to emulate that model of operation.”

The result is a farm implement that would make any steampunk fan grin. The machine is pulled by a tractor and fed by a harvester, which throws the crop residue into a hopper where it’s chopped up. Then it’s dried using hot gas recycled from the pyrolysis reactor, which is the next step in the process. In the pyrolyzer, it’s converted to biochar and syngas, which is used to power the machine. The biochar is then quenched with water, spread on the soil, and mixed in using a disc harrow.

Though the machine sounds relatively complex, Aramburu said that it simplifies biochar production and logistics to the point where it is both cheaper and has better carbon accounting.

Applied Carbon has produced five prototypes in the four years it has been in existence. The current implement is designed primarily for corn residue, but Aramburu said it can also work on a range of other crops, including rice, wheat, straw, sorghum, and sugarcane. It requires a heavy tractor and can cover about an acre per hour, though Aramburu said that increasing the speed is one thing the team is working to improve.

The $21.5 million the company raised for a recent Series A round should help. 

“We raised this funding really to go from prototype to early production of our pyrolyzer,” Aramburu said. The company is currently building machines in Houston and plans to deploy them in Texas, Oklahoma, Arkansas, and Louisiana, where the biochar that’s created will store carbon for offsets Applied Carbon has already sold to companies, including Microsoft.

For now, the startup is driving the tractors that pull the machines. But in the future, the plan is to lease or sell the equipment to farmers and help them sell the carbon credits they generate with their fields. 

“To get to gigaton scale, we would need thousands of tractor operators in the field doing this, and that’s just not really scalable,” Aramburu said. “We don’t want to be a fleet. We want to be more like a John Deere.”

Applied Carbon exclusively told TechCrunch that the round was led by TO VC, with participation from Anglo American, Autodesk Foundation, Congruent Ventures, Elemental Excelerator, the Grantham Foundation, Microsoft Climate Innovation Fund, Overture.vc, S2G Ventures, Susquehanna Foundation, Telus Pollinator Fund for Good, the U.S. Endowment for Forestry and Communities, and Wireframe Ventures.

Keychron's K2 HE turns magnets and wood into an affordable mechanical keyboard

Image Credits: Keychron

The $79 K2 has long been one of Keychron’s bestselling mechanical keyboards. As with all of the company’s K-line boards, it offers a relatively no-frills experience but provides all of the advantages of a mechanical keyboard in an affordable package with a 75% layout (which means you get arrow keys and a row of function keys, but no numpad).

Now Keychron is going a bit upmarket with the K2 by launching a new version, the wireless K2 HE with Gateron double-rail magnetic switches and, optionally, a chassis that combines wood, aluminum and plastic into a package that starts at $130 (or $125 during the Kickstarter). But unless all you care about is the additional gaming features that a hall effect magnetic switch can offer you, you’ll probably want to spring for the extra $10 to get either of the special editions with their light- or dark-colored wooden side panels.

Image Credits: Keychron

Like with most of its new designs, Keychron is launching the project on Kickstarter. Typically, crowdfunding would come with a few caveats, but at this point, this is more of a marketing mechanism for Keychron than a way to fund a new project. This is still a pre-sale, though, and the first boards are scheduled to ship in October.

If you’re in the market for one of these, the main choice to make is whether you want the standard edition, with its aluminum frame and plastic body, or the white or black special edition with the wood and aluminum frame and plastic body. The dark rosewood on the black special edition gives it a vintage synthesizer vibe, while the lighter color feels more minimalist.

There have been other keyboards out there with wooden accents — and sometimes wooden frames — but very few are available from mainstream brands like Keychron.

Image Credits: TechCrunch/Frederic Lardinois

I’ve been testing the black version with Gateron’s Nebula switches. I have quite a few more keyboards sitting beneath my desk at the moment, but even though the K2 HE isn’t the most premium board I could be using right now, I haven’t felt the need to switch it out.

There are a couple of things that really help — on top of the versatility of the magnetic switches. The first thing you’ll notice is that while it’s relatively light, the board doesn’t feel cheap. The aluminum frames and wooden accents lend a more premium aesthetic, even though the rest of the board is made from plastic.

That combo also results in a pleasant sound. It’s a bit on the muted side but still pleasantly thocky — though perhaps not quite as marbly or poppy as some would like.

Image Credits: TechCrunch/Frederic Lardinois

There is also no board ping to be found. Keychron achieves that sound by using a combination of a silicone pad and acoustic foam.

The switches also make a difference here, of course. This is my first time trying out Gateron’s pre-lubed magnetic switches and they work quite well. There’s not a lot of wobble and they operate well in combination with the rest of the board’s materials to shape the sound. There is also zero rattle from the screw-in stabilizers.

Keychron also did a nice job with the web-based software for tweaking the software side of the keyboard. There’s no need to install any additional software. That means you can’t use VIA/QMK to make adjustments either, but I didn’t miss that in day-to-day use.

It just works.

Image Credits: Keychron

This is also where the advantages of the magnetic switches come into play. By now, there is a set of features you’d expect from a keyboard like this. At its most basic, that means setting the actuation distance from how far down you need to press before the keyboard registers a keystroke. You can set that with 0.1mm precision from 0.2mm, which pretty much triggers it the moment your finger touches the keycap, all the way down to 3.8mm, just before the switch bottoms out.

That’s fun for typists and can help prevent the occasional typo, but magnetic switches really start to shine when it comes to gaming. Here, you can use rapid triggers, for example, which resets the key much faster than a traditional switch and hence allows you to spam keypresses much faster.

Image Credits: Keychron

Magnetic switches also allow you to create what are essentially macros that trigger different keystrokes at different points during the down press and release. Here, Keychron allows for up to four actions that you can trigger on a single keystroke. The canonical example for how to use this (with just two actions set to a single key) is to switch between walking and running.

Those who are far more creative than me will likely be able to dream up plenty of productivity use cases.

It’s worth noting, however, that there’s no flex here. That feels like a bit of a concession to the gaming audience that may be attracted to the magnetic switches and their customizability. That may make longer typing sessions a little bit more fatiguing, but that’s very much a personal preference. It should also be easy enough to mod the board to bring back some flex.

I’m happy to report that Keychron will use standard Cherry profile keycaps here, which I much prefer over the higher KSA keycaps Keychron often includes by default. The sample I received originally came with a set of OEM profile caps (and that’s what you see in some of the images here), but during my testing, I also switched that out for a basic set of Keychron Cherry keycaps I already owned and while there are higher-quality sets out there, Keychron has always done a perfectly fine job with its keycaps.

Image Credits: TechCrunch/Frederic Lardinois

One other nice feature that is often missing in modern mechanical keyboards: The K2 HE features two small plastic feet that let you adjust the keyboard’s angle.

There are, of course, LEDs under every key and 22 different ways to make them light up. If that’s your thing, you’re in luck.

Image Credits: Keychron

At this more affordable price point, you are making a few trade-offs. Unlike some other boards that let you use both magnetic and traditional switches, the PCB that Keychron is using here isn’t set up to support anything but magnetic switches. Thankfully, there’s an ever-increasing number of magnetic switch options out there now, including tactile and clicky ones, but that’s something to be aware of.

Oh, and there’s no knob, if that’s important to you.

Overall, though, this is a very nice package and as so often with Keychron, it’s an easy one to recommend if you want to dip your toes into hall effect magnetic switches.

Magnets are switching up the keyboard game

Keychron's K2 HE turns magnets and wood into an affordable mechanical keyboard

Image Credits: Keychron

The $79 K2 has long been one of Keychron’s bestselling mechanical keyboards. As with all of the company’s K-line boards, it offers a relatively no-frills experience but provides all of the advantages of a mechanical keyboard in an affordable package with a 75% layout (which means you get arrow keys and a row of function keys, but no numpad).

Now Keychron is going a bit upmarket with the K2 by launching a new version, the wireless K2 HE with Gateron double-rail magnetic switches and, optionally, a chassis that combines wood, aluminum and plastic into a package that starts at $130 (or $125 during the Kickstarter). But unless all you care about is the additional gaming features that a hall effect magnetic switch can offer you, you’ll probably want to spring for the extra $10 to get either of the special editions with their light- or dark-colored wooden side panels.

Image Credits: Keychron

Like with most of its new designs, Keychron is launching the project on Kickstarter. Typically, crowdfunding would come with a few caveats, but at this point, this is more of a marketing mechanism for Keychron than a way to fund a new project. This is still a pre-sale, though, and the first boards are scheduled to ship in October.

If you’re in the market for one of these, the main choice to make is whether you want the standard edition, with its aluminum frame and plastic body, or the white or black special edition with the wood and aluminum frame and plastic body. The dark rosewood on the black special edition gives it a vintage synthesizer vibe, while the lighter color feels more minimalist.

There have been other keyboards out there with wooden accents — and sometimes wooden frames — but very few are available from mainstream brands like Keychron.

Image Credits: TechCrunch/Frederic Lardinois

I’ve been testing the black version with Gateron’s Nebula switches. I have quite a few more keyboards sitting beneath my desk at the moment, but even though the K2 HE isn’t the most premium board I could be using right now, I haven’t felt the need to switch it out.

There are a couple of things that really help — on top of the versatility of the magnetic switches. The first thing you’ll notice is that while it’s relatively light, the board doesn’t feel cheap. The aluminum frames and wooden accents lend a more premium aesthetic, even though the rest of the board is made from plastic.

That combo also results in a pleasant sound. It’s a bit on the muted side but still pleasantly thocky — though perhaps not quite as marbly or poppy as some would like.

Image Credits: TechCrunch/Frederic Lardinois

There is also no board ping to be found. Keychron achieves that sound by using a combination of a silicone pad and acoustic foam.

The switches also make a difference here, of course. This is my first time trying out Gateron’s pre-lubed magnetic switches and they work quite well. There’s not a lot of wobble and they operate well in combination with the rest of the board’s materials to shape the sound. There is also zero rattle from the screw-in stabilizers.

Keychron also did a nice job with the web-based software for tweaking the software side of the keyboard. There’s no need to install any additional software. That means you can’t use VIA/QMK to make adjustments either, but I didn’t miss that in day-to-day use.

It just works.

Image Credits: Keychron

This is also where the advantages of the magnetic switches come into play. By now, there is a set of features you’d expect from a keyboard like this. At its most basic, that means setting the actuation distance from how far down you need to press before the keyboard registers a keystroke. You can set that with 0.1mm precision from 0.2mm, which pretty much triggers it the moment your finger touches the keycap, all the way down to 3.8mm, just before the switch bottoms out.

That’s fun for typists and can help prevent the occasional typo, but magnetic switches really start to shine when it comes to gaming. Here, you can use rapid triggers, for example, which resets the key much faster than a traditional switch and hence allows you to spam keypresses much faster.

Image Credits: Keychron

Magnetic switches also allow you to create what are essentially macros that trigger different keystrokes at different points during the down press and release. Here, Keychron allows for up to four actions that you can trigger on a single keystroke. The canonical example for how to use this (with just two actions set to a single key) is to switch between walking and running.

Those who are far more creative than me will likely be able to dream up plenty of productivity use cases.

It’s worth noting, however, that there’s no flex here. That feels like a bit of a concession to the gaming audience that may be attracted to the magnetic switches and their customizability. That may make longer typing sessions a little bit more fatiguing, but that’s very much a personal preference. It should also be easy enough to mod the board to bring back some flex.

I’m happy to report that Keychron will use standard Cherry profile keycaps here, which I much prefer over the higher KSA keycaps Keychron often includes by default. The sample I received originally came with a set of OEM profile caps (and that’s what you see in some of the images here), but during my testing, I also switched that out for a basic set of Keychron Cherry keycaps I already owned and while there are higher-quality sets out there, Keychron has always done a perfectly fine job with its keycaps.

Image Credits: TechCrunch/Frederic Lardinois

One other nice feature that is often missing in modern mechanical keyboards: The K2 HE features two small plastic feet that let you adjust the keyboard’s angle.

There are, of course, LEDs under every key and 22 different ways to make them light up. If that’s your thing, you’re in luck.

Image Credits: Keychron

At this more affordable price point, you are making a few trade-offs. Unlike some other boards that let you use both magnetic and traditional switches, the PCB that Keychron is using here isn’t set up to support anything but magnetic switches. Thankfully, there’s an ever-increasing number of magnetic switch options out there now, including tactile and clicky ones, but that’s something to be aware of.

Oh, and there’s no knob, if that’s important to you.

Overall, though, this is a very nice package and as so often with Keychron, it’s an easy one to recommend if you want to dip your toes into hall effect magnetic switches.

Magnets are switching up the keyboard game

Exclusive: Applied Carbon's farm robot turns plant waste into biochar to capture CO2

A tractor is hooked up to Applied Carbon's mobile pyrolyzer.

Image Credits: Applied Carbon

It’s incredibly easy to dump carbon into the atmosphere and accelerate climate change. It’s a lot harder to take it out. Startups are experimenting with massive industrial systems to draw the pollutant out of the air, with facilities costing hundreds of millions of dollars to construct.

That has some other founders thinking, why not use plants to do the hard work?

To Jason Aramburu and Morgan Williams, the answer was obvious. But where some founders burn plant waste to fuel power plants and then capture the carbon, Aramburu and Williams instead have turned to a centuries-old practice that transforms waste biomass into charcoal-like substance known as biochar that can store carbon for decades, even centuries. Done right, it has the potential to lock away up to 2 billion metric tons of carbon every year, all while helping to boost crop yields on farms.

“We’re both believers in biochar as a carbon dioxide removal solution,” Aramburu told TechCrunch. But as Aramburu and Williams worked through the problem over beers at a bar in Oakland, Calif., they quickly hit a roadblock. “How do we actually scale it?”

Biochar has a long history. For over 2,000 years, people in South America produced it to improve soils in the Amazon basin. Today, some 10% of soils in the region still show evidence of biochar amendments. But production was laborious, and it was performed essentially on site.

Logistics remain one of biochar’s biggest challenges. Finding enough plant waste, getting it to a biochar facility, and then transporting the biochar back to farm fields, where it’s often applied as a soil amendment, is both expensive and energy intensive, so much so that it can negate much of biochar’s carbon benefits.

“It just becomes really challenging to move that material around,” Aramburu said.

So Aramburu and Williams decided to turn the process on its head. Rather than bring agricultural waste from the farm field to a biochar facility, they would bring the facility to the farm. “Identifying that problem set was the first step in forming the company,” Aramburu said. That company would become Applied Carbon, formerly known as Climate Robotics, where Aramburu serves as CEO and Williams as COO.

“The ag industry has evolved over more than a century to build these big kind of grazers that drive through a field and harvest material,” Aramburu said. “It just kind of dawned on me, the best way to do anything with ag residue was to emulate that model of operation.”

The result is a farm implement that would make any steampunk fan grin. The machine is pulled by a tractor and fed by a harvester, which throws the crop residue into a hopper where it’s chopped up. Then, it’s dried using hot gas recycled from the pyrolysis reactor, which is the next step in the process. In the pyrolyzer, it’s converted to biochar and syngas, which is used to power the machine. The biochar is then quenched with water, spread on the soil, and mixed in using a disc harrow.

Though the machine sounds relatively complex, Aramburu said that it simplifies biochar production and logistics to the point where it is both cheaper and has better carbon accounting.

Applied Carbon has produced five prototypes in the four years it has been in existence. The current implement is designed primarily for corn residue, but Aramburu said it can also work on a range of other crops, including rice, wheat, straw, sorghum, and sugarcane. It requires a heavy tractor and can cover about an acre per hour, though Aramburu said that increasing the speed is one thing the team is working to improve.

The $21.5 million the company raised for a recent Series A round should help. 

“We raised this funding really to go from prototype to early production of our pyrolyzer,” Aramburu said. The company is currently building machines in Houston and plans to deploy them in Texas, Oklahoma, Arkansas, and Louisiana, where the biochar that’s created will store carbon for offsets Applied Carbon has already sold to companies, including Microsoft.

For now, the startup is driving the tractors that pull the machines. But in the future, the plan is to lease or sell the equipment to farmers and help them sell the carbon credits they generate with their fields. 

“To get to gigaton scale, we would need thousands of tractor operators in the field doing this, and that’s just not really scalable,” Aramburu said. “We don’t want to be a fleet. We want to be more like a John Deere.”

Applied Carbon exclusively told TechCrunch that the round was led by was led by TO VC, with participation from Anglo American, Autodesk Foundation, Congruent Ventures, the Grantham Foundation, Microsoft Climate Innovation Fund, Overture.vc, S2G Ventures, Susquehanna Foundation, Telus Pollinator Fund for Good, the U.S. Endowment for Forestry and Communities, and Wireframe Ventures.

Closed safe in bank

Finbourne taps $70M for tech that turns financial data dust into AI gold 

Closed safe in bank

Image Credits: Chris Clor / Getty Images

Companies in fields like financial services and insurance live and die by their data — specifically, how well they can use it to understand what people and businesses will do next, a process that is becoming increasingly dominated by AI. Now a startup called Finbourne, founded out of London’s financial center, has built a platform to help financial companies organize and use more of their data in AI and other models. It’s announcing £55 million ($70 million) in funding, which it will use to expand its reach outside of the Square Mile. 

Highland Europe and AXA Venture Partners (also known as AVP and backed by the eponymous insurance giant) are co-leading the Series B, which values the company at just over £280 million ($356 million) post-money. 

Thomas McHugh, the CEO who co-founded Finbourne, told TechCrunch that he came up with the idea for the startup after many years of working as a senior quant in the city, most of those spent at the Royal Bank of Scotland. One of those years was 2008, the year that RBS, at that time the world’s largest bank, dramatically found itself on the brink of collapse after being overexposed to the subprime lending contagion. 

The major shift played out internally in the form of a huge reorganization. 

Previously, the whole of the bank was organized in a series of business silos, which resulted not just in how people operated but also in how the data within them operated. All of that cost a fortune to run, costs that urgently needed to be cut. “We had to rip hundreds of millions of costs out of the business in a very short amount of time,” he recalled.

They decided to take a page from the nascent but fast-growing world of cloud services. AWS, founded in 2006, had only been going for two years at this point, but the data teams could see that it presented a compelling, and comparative, model for how a bank could store and use data. So it, too, took a consolidated and federated approach to the problem.

“We managed to basically build an awful lot of technology that worked across every asset class. People up until then said this wasn’t really possible. But we had an incredible reason to change and out of that, we knew that we could build better technology, much more scalable technology,” McHugh said. Equity systems, fixed income and credit, he said, all previously run as separate systems, were now on one platform.

The U.K. financial crisis of 2008 was a roller coaster that, if you were not thrown off completely, you would have definitely walked away from believing that you could weather and take on any kind of challenge. So of course that eventually led to McHugh taking on the riskiest of all things in business: a startup. 

Finbourne may have its roots in how McHugh and others on his team met the challenge of building more efficient data services at their bank, but it’s also evolved the idea, reflecting and shaping how financial services companies buy IT today. Just as companies that have extensive sales operations might use Salesforce or a competing platform rather than building their own software, Finbourne’s bet is that financial companies will increasingly do the same: work with outside companies for tools to run their operations rather than building their own. 

That is inevitably also dovetailing with how banks and others in financial services are increasingly working with AI. 

Today the company’s products include the LUSID Operational Data Store; investment and accounting books of record (used in asset management analysis); a portfolio management platform that tracks positions, cash, P&L and exposure; and a data virtualization tool. McHugh said that Finbourne is also helping manage how companies handle their data for training models, an area where it’s likely to get more involved. 

It sounds like the main takeaways here are that there is no obvious leader, and banks do not want to share data with other banks so are training in ways to keep that from being the case — a process that also helps customers more tightly control results and keep “hallucinations” from creeping into the picture. Open source is playing an important role for how it presents more flexible options to end users. 

“What we’ve seen is customers don’t want any of the models we write or use trained on anybody else’s data,” he said. “We see that very strongly. We do it because by not being allowed to use anybody else’s picture, those models are less able to hallucinate.”

Finbourne has a whole range of competitors currently. Asset manager rivals, for example, include Aladdin by BlackRock, SimCorp, State Street Alpha and GoldenSource. Alternative asset manager competitors include Broadridge, Enfusion, SS&C Eze and Maia. BNY Mellon Eagle, Rimes, Clearwater Analytics and IHS Markit all offer tools for asset owners; and asset services include the likes of FIS, Temenos, Denodo, SS&C Advent and NeoXam.

The fact that there are so many might be one compelling reason someone would take the more simplified approach of working with just one — a route that companies like Fidelity International, the London Stock Exchange Group, Baillie Gifford, Northern Trust and the Pension Insurance Corporation (PIC) are taking. 

The Asus ROG Ally X turns PC gaming into a portable console

Asus ROG Ally X - 3

Image Credits: Romain Dillet / TechCrunch

A little more than a year after launching the ROG Ally, Asus is releasing a refined version of its portable device, the ROG Ally X. This Windows-based machine starts shipping on July 22 for $800. I’ve been playing with the portable console for a few days, and there’s already a lot to like — especially on the hardware front.

Released in 2022, Valve’s Steam Deck helped mainstream handheld PC gaming. It wasn’t the first company to explore the form factor, but Valve hit on the right combination of specs, portability and price.

When it became an instant hit, PC manufacturers took note. Lenovo released the Legion Go and Asus had its own take on handheld PC gaming with the ROG Ally. There are other niche manufacturers, such as Ayaneo, as well.

Image Credits: Romain Dillet / TechCrunch

The device has a bright seven-inch display with a 1080p resolution and a 120Hz refresh rate. Like on a Nintendo Switch, the display is flanked by your standard array of gaming buttons and joysticks.

Unlike on the Switch, the controls aren’t frustratingly small. The ROG Ally X feels like a full-size controller in your hands. The joysticks look and feel like the joysticks on a modern Microsoft Xbox controller. The A/B/X/Y buttons are large and clicky. The analog triggers have plenty of travel, as well.

I wasn’t totally sold on the D-pad, however. It feels mushy, a bit like the D-pad you would find on a third-party budget controller. Similarly, the View and Menu buttons are hard to reach. They are right next to the display, requiring me to stretch my thumbs to pause a game.

There are two additional macro keys at the back of the device. I configured them as View and Menu buttons, and it helped. On each side of the screen, you’ll also find a command center button to tweak performances on the fly and an Armoury Crate button to display Asus’ game launcher.

The ROG Ally X’s main software interface, Armoury Crate SE, is okay at best. It acts as a game launcher, centralizing everything you’ve installed from Steam, the Epic Games Store, Ubisoft Connect, etc. It can also change your device’s settings, from the joystick LEDs to the gamepad profiles.

If you spend as little time as possible in it, it gets the job done. But there are bugs (a game I installed using GOG Galaxy mysteriously disappeared from my list), it can be frustratingly slow to open a menu and I had a couple of crashes.

The same is true for the command center. It is an indispensable tool to adjust settings on the fly, such as the switching from Silent to Performance or Turbo mode, but it sometimes becomes slow to react to your interactions.

Image Credits: Romain Dillet / TechCrunch

The device is comfortable to hold — for short sessions, at least. The main issue with these kinds of PC gaming handhelds is that they are heavy. They also get warm, especially when you’re playing a game.

Prior to testing the ROG Ally X, I spent hours playing with the Logitech G Cloud, an Android handheld that has been specifically designed for cloud gaming and remote play. It’s an extremely satisfying experience as the G Cloud remains quiet (it’s a fanless device), you don’t have to worry about battery life and it’s easy to hold in your hands.

We are still at the very beginning of this massive shift in PC gaming from full-fledge PC towers to nimble-but-capable handhelds. Over time, gaming handhelds will become smaller, lighter and quieter. They’ll look more like an Android-based handheld. For now, however, experiences like the G Cloud remain limited.

The ROG Ally X, on the other hand, feels like the culmination of gaming handhelds. When Nintendo released the Game Boy 35 years ago, it felt like you could play NES games on the go.

Similarly, the ROG Ally X feels like a good gaming companion for long travel days or daily commutes on the metro. Despite its weight, I’ve had no issue immersing myself in games for several hours at a time.

Image Credits: Romain Dillet / TechCrunch

An indie game machine

When it comes to performance, Asus has kept the same APU for the ROG Ally X, the AMD Z1 Extreme. However, RAM has been increased from 16GB to 24GB. This makes a difference in gaming performance as memory is shared between VRAM and system RAM.

The handheld comes with a user-replaceable 1TB NVMe storage card (in 2280 format). The battery is twice as large (80Wh) as its predecessor, and the proprietary eGPU port has been replaced with a more standard USB Type-C with USB 4 support.

The device works particularly well with games that don’t need a top-of-the-range PC, such as Jusant, Cocoon or Prince of Persia: The Lost Crown. The ROG Ally X can easily render 60 to 120 frames per second for those games in 1080p without using the 30W boost mode.

For AAA games, you have to make some compromises. I could get around 45 frames per second with the high graphics preset in Marvel’s: Spider Man by enabling RSR, AMD’s resolution upscaling feature. As for games that were really struggling on previous handhelds, there’s no magic here. For instance, you have to use low settings and aggressive resolution scaling in The Last of Us: Part I to reach 30FPS.

If you’re really into strategy games or simulation games, the ROG Ally X might not be the best form factor for those games. At least you can plug it to a monitor and use a mouse and keyboard if that’s the only PC that you have.

Image Credits: Romain Dillet / TechCrunch

As for battery life, it really depends on the type of games that you play and the power mode that you select. You can play Baba is You in “silent mode” for a long time. But using “boost mode” for The Last of Us is going to impact your battery life significantly. Unfortunately, I haven’t had enough time with the device to perform thorough tests, but I’m sure many reviewers will release benchmarks this week.

As a gaming console, the most surprising thing about the ROG Ally X is that it’s a PC that runs Windows — at least on paper. Sure, you can install whatever you want and use it in desktop environment. But Windows without a mouse and keyboard is a frustrating experience. It’s fine if you want to install a game launcher and a few games. But a proper laptop (or even a smartphone) is more convenient for everything else.

Similarly, as it’s a PC you can install all games that are available on Windows. But some will run better than others so you have to adjust your expectations. You also can tweak the settings to get more battery life or better looking games.

Image Credits: Romain Dillet / TechCrunch

The ROG Ally X has a console-like form factor. But don’t expect a polished, console-like experience — this isn’t a Nintendo Switch competitor. In many ways, the ROG Ally X, or at least this handheld form factor, could be considered as an early preview of the future of PC gaming. A future shaped like a console that works like a PC.

Finbourne taps $70M for tech that turns financial data dust into AI gold 

Closed safe in bank

Image Credits: Chris Clor / Getty Images

Companies in fields like financial services and insurance live and die by their data — specifically, how well they can use it to understand what people and businesses will do next, a process that is becoming increasingly dominated by AI. Now, a startup called Finbourne, founded out of London’s financial center, has built a platform to help financial companies organize and use more of their data in AI and other models. It’s announcing £55 million ($70 million) in funding, which it will use to expand its reach outside of the Square Mile. 

Highland Europe and strategic backer AVP (the venture arm of insurance giant AXA) are co-leading the Series B, which values the company at just over £280 million ($356 million) post-money. 

Thomas McHugh, the CEO who co-founded Finbourne, told TechCrunch that he came up with the idea for the startup after many years of working as a senior quant in the city, most of those spent at the Royal Bank of Scotland. One of those years was 2008, the year that RBS, at that time the world’s largest bank, dramatically found itself on the brink of collapse after being overexposed to the subprime lending contagion. 

The major shift played out internally in the form of a huge reorganization. 

Previously, the whole of the bank was organized in a series of business silos, which resulted not just in how people operated, but how the data within them operated, too. All of that cost a fortune to run, costs that urgently needed to be cut. “We had to rip hundreds of millions of costs out of the business in a very short amount of time,” he recalled.

They decided to take a page from the nascent but fast-growing world of cloud services. AWS, founded in 2006, had only been going for two years at this point, but the data teams could see that it presented a compelling, and comparative, model for how a bank could store and use data. So it, too, took a consolidated and federated approach to the problem.

“We managed to basically build an awful lot of technology that worked across every asset class. People up until then said this wasn’t really possible. But we had an incredible reason to change and out of that, we knew that we could build better technology, much more scalable technology,” McHugh said. Equity systems, fixed income and credit, he said, all previously run as separate systems, were now on one platform.

The U.K. financial crisis of 2008 was a rollercoaster that, if you were not thrown off completely, you would have definitely walked away from believing that you could weather and take on any kind of challenge. So of course that eventually led to McHugh taking on the riskiest of all things in business: a startup. 

Finbourne may have its roots in how McHugh and others on his team met the challenge of building more efficient data services at their bank, but it’s also evolved the idea, reflecting and shaping how financial services companies buy IT today. Just as companies that have extensive sales operations might use Salesforce (or a competing platform) rather than building their own software, Finbourne’s bet is that financial companies will increasingly do the same: work with outside companies for tools to run their operations rather than building their own. 

That is inevitably also dovetailing with how banks and others in financial services are increasingly working with AI. 

Today the company’s products include the LUSID Operational data store; investment and accounting books of record (used in asset management analysis); a portfolio management platform that tracks positions, cash, P&L and exposure; and a data virtualization tool. McHugh said that Finbourne is also helping manage how companies handle their data for training models, an area where it’s likely to get more involved. 

It sounds like the main takeaways here are that there is no obvious leader, and banks do not want to share data with other banks so are training in ways to keep that from being the case — a process that also helps customers more tightly control results and keep “hallucinations” from creeping into the picture. Open source is playing an important role for how it presents more flexible options to end users. 

“What we’ve seen is customers don’t want any of the models we write or use trained on anybody else’s data,” he said. “We see that very strongly. We do it because by not being allowed to use anybody else’s picture, those models are less able to hallucinate.”

Finbourne has a whole range of competitors currently. Asset manager rivals, for example, include Aladdin by Blackrock, SimCorp, State Street Alpha and Goldensource; alternative asset manager competitors include Broadridge, Enfusion, SS&C Eze and Maia. BNY Mellon Eagle, Rimes, Clearwater Analytics and IHS Markit all offer tools for asset owners; and asset services include the likes of FIS, Temenos, Denodo, SS&C Advent and NeoXam.

The fact that there are so many might be one compelling reason someone to take a more simplified approach of working with just one — a route that companies like Fidelity International, the London Stock Exchange Group, Baillie Gifford, Northern Trust and the Pension Insurance Corporation (PIC) are taking. 

“Over the past few years, Finbourne has built a revolutionary SaaS platform that is enabling many of the world’s biggest financial institutions to move from legacy siloed solutions to a modern data architecture, allowing full real-time visibility and optimal decision making,” said Tony Zappala, a partner at Highland Europe, in a statement.

“When the team first showed me in 2020 that they could integrate investment data from the full universe of assets held by managers into a single platform, they had me hooked,” added Imran Akram, a general partner at AXA Venture Partners. “Today this is a clear differentiator and especially important to the emerging AI wave.”

BumbleBee and London Sky Large

For just $139, this startup turns your iPhone into a BlackBerry-era relic

BumbleBee and London Sky Large

Image Credits: Clicks Technology (opens in a new window)

Clicks Technology is today unveiling the Clicks creator keyboard for the iPhone. It’s less “the future” than an unpleasant glance back to a world we thought we had left behind, in a nostalgia-tinged flashback to the days of BlackBerry and Nokia, where pressing physical buttons was the pinnacle of mobile communication.

“We use keyboards on our desktops, laptops and tablets every day — so it’s kind of odd that we abandoned physical buttons on the smartphone,” said Michael Fisher, co-founder of Clicks Technology. 

The thing is, we haven’t abandoned physical buttons. It turns out there are hordes of Bluetooth keyboards out there that fulfill that role just fine — and that the on-screen keyboards (with their swipe / predictive text / spell-checking features) are simply a better solution for on-the-go users. The tiny little BlackBerry-style buttons were always an unmitigated disaster, and there are really excellent reasons that tech died out a long time ago.

The Clicks keyboard brings the “benefits” of touch and typing together. By moving the keyboard off the display when typing, Clicks almost doubles the available screen. Yes, you can now see all your typos in HD clarity.

This falls firmly into the “just because you can doesn’t mean you should” category, if you ask me. Image Credits: Clicks Technology

And for those who really miss the good old days of typing on a physical keyboard, the Clicks creator keyboard offers real keys. Now, you can feel the physical pain in your fingers as you type out your memoirs on the go.

Keyboard shortcuts are another “innovation” coming with Clicks. iPhone users can now use shortcuts like CMD + H to navigate to the home screen, or CMD + Space to launch Search. It’s a whole new world, right?

Clicks connects directly to iPhone through Lightning or USB-C, completely ignoring the wireless world in which we spend most of our lives.

For the mere price of $139 (USD), you can own this piece of innovation. The company is opening its order book today, and says it is shipping February 1.

So, if you’re looking for a touch of nostalgia, a pinch of inconvenience and a dash of unnecessary physical effort, the Clicks keyboard might just be for you.

Read more about CES 2024 on TechCrunch