Davis raises $5.5m pre-seed to compress real-estate development



The Paris-based AI-native real-estate company, founded by Entrepreneurs First alumni Mehdi Rais and Amine Chraibi, has Heartcore and Balderton co-leading the round, an unusual cap-table for a pre-seed. The technical pitch is more interesting than the headline.


There is a particular shape of European AI seed round that has, in 2026, become harder to land than the headline figures imply: a pre-seed in which two of the continent’s most experienced firms agree to co-lead. On Tuesday, Paris-based Davis announced a $5.5m pre-seed with Heartcore Capital and Balderton Capital both leading.

The participation list adds Evantic, Yellow VC, and Entrepreneurs First on the institutional side, with an angel roster that includes operators and researchers from Meta, Black Forest Labs, Hugging Face, Supabase, Spore.Bio, and members of the founding team behind SpaceMaker, the architectural-AI startup Autodesk acquired in 2020.

That last detail is the most informative one. Davis is, on paper, a real estate technology company. On the technical specifics it has chosen to disclose, it is something more interesting than that.

What Davis actually does?

The proposition is, in plain terms, the elimination of the architectural feasibility gap. Real-estate developers and investors evaluating a site currently spend weeks or months moving through a fragmented stack of tools, consultants, and software to get from raw land data to a usable feasibility study and a credible architectural concept.

Davis takes that process and replaces most of the calendar with a single integrated workflow: regulatory, technical, and market data go in as constraints; feasibility studies and architectural designs (volumetrics, floor plans, space planning, ROI estimates) come out within days. Human architects review every output before it is delivered to clients.

The company is not selling software. It is, deliberately, selling outcomes. Developers and investors receive finished feasibility studies and design concepts directly, in the same way they would receive them from a traditional architectural consultancy, except that the underlying production process is AI-led with an architect-in-the-loop validation layer.

The hybrid model is structurally important: it lets Davis price as a service rather than as a SaaS product, capture a higher share of value per project, and avoid the tooling-adoption friction that has historically slowed PropTech penetration into traditional development workflows.

Davis’s bet is that architectural AI should not generate buildings like images. Most recent tools in the category rely on continuous diffusion models, the same family of systems used for image and video generation. Davis is taking a different route: its models generate buildings as structured compositions of rooms, walls, layouts, and architectural elements.

That distinction matters. It follows the technical lineage of research such as HouseDiffusion, which showed that discrete and continuous denoising can produce better floorplan geometry than pixel-space generation, especially on relationships architects actually care about: parallelism, orthogonality, shared corners, and clean incident geometry.

The company is launching its first proprietary model, Gaudi-1, alongside the round. Davis claims state-of-the-art results on RPLAN and MSD, the Swiss Dwellings dataset of 5,372 detailed floor plans, across IoU, FID, and KID metrics. If those claims hold under independent evaluation, the positioning is meaningful. Davis is trying to solve the part of architectural AI that has kept many tools trapped as demos: producing outputs that can satisfy real-world design, regulatory, and financial constraints.

Why the founding team and cap table matter

Davis was founded in 2025 by Mehdi Rais, its CEO, and Amine Chraibi, its CTO. Rais grew up in a family of architects, giving the company a practitioner-side understanding of the problem. Chraibi is an AI researcher from École Polytechnique, with work focused on generative models for structured data, the same technical territory Davis is now commercialising.

The two met through Entrepreneur First’s Paris cohort and, according to EF, were among the fastest teams in the cohort to raise. The cap table reflects that momentum. Heartcore and Balderton co-leading a pre-seed is an unusually strong signal in European AI. Heartcore’s Max Niederhofer pointed to the combination of a discrete architectural model, regulatory constraints, architect-in-the-loop validation, and the promise of compressing feasibility work from months to days. Balderton’s Rob Moffat framed the attraction more simply: few AI startups are both fast to market and building proprietary models.

The angel slate adds another layer. Members of the founding team behind Spacemaker, acquired by Autodesk in 2020 for $240m, have backed Davis directly. That matters because Spacemaker remains the cleanest exit precedent in architectural AI.

Spacemaker sold AI tools to architects and urban planners, helping them generate and optimise early site designs against constraints like wind, lighting, terrain, traffic, and zoning. Davis is aiming at a different customer and a different business model.

Its customer is the real-estate developer. Its deliverable is not a tool, but a finished feasibility study. Its value capture comes through project-level service contracts rather than SaaS subscriptions.

That shift is central to the story. Selling software to architects is a narrower market. Selling outcomes to developers opens a larger one, measured in projects rather than firms. But it also raises the bar: Davis’s AI outputs must be good enough that human architects can validate them, not rebuild them. The discrete architectural-element approach is the technical bet behind that claim.

The first risk is execution. Davis’s economics depend on keeping the human validation layer narrow. If architects spend too much time correcting the AI’s work, the promised compression from months to days breaks down.

The second risk is regulatory complexity. Architecture and development rules vary across countries, cities, and municipalities. Davis says its system can adapt to local regulations as input data, but supporting many regimes at once is operationally difficult.

The third risk is competition. Autodesk, Bentley, Trimble, and a long list of AI-native entrants are moving toward generative design. Davis’s technical approach may be differentiated, but it is entering a category where incumbents have distribution, capital, and existing customer relationships.

Davis is one of the more credible European AI pre-seeds of 2026 because the story has a clear red line: a founder pair with domain and technical depth, a heavyweight cap table, and a model architecture aimed at the real bottleneck in development, feasibility work.

The bet is not simply that AI can draw floor plans faster. It is that structured architectural generation can compress one of real estate’s slowest and most expensive workflows. If that holds across asset classes and jurisdictions, Davis will have something more durable than a clever design tool. It will have a technical moat inside one of the world’s largest asset classes.



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Recent Reviews


When you pick out a phone, you’re also picking out the operating system—that typically means Android or iOS. What if a phone didn’t follow those rules? What if it could run any OS you wanted? This is the story of the legendary HTC HD2.

Microsoft makes a mess with Windows Mobile

The HD2 arrives at an unfortunate time

windows mobile 6.5 Credit: Pocketnow

Officially, the HTC HD2 (HTC Leo) launched in November 2009 with Windows Mobile 6.5. Microsoft had already been working on Windows Phone for a few years at this point, and it was planned to be released in 2009. However, multiple delays forced Microsoft to release Windows Mobile 6.5 as a stopgap update to Windows Mobile 6.1.

Microsoft’s plan for mobile devices was a mess at this time. The HD2 didn’t launch in North America until March 2010—one month after Windows Phone 7 had been announced at Mobile World Congress. Originally, the HD2 was supposed to be upgraded to Windows Phone 7, but Microsoft later decided no Windows Mobile devices would get the new OS.

This left the HD2 stuck between a rock and a hard place. Launched as the final curtain was dropping on one OS, but too early to be upgraded to the next OS. Thankfully, HTC was not just any manufacturer, and the HD2 was not just any phone.

The HD2 was better than it had any right to be

HTC made a beast of a phone

HTC HD2 Credit: HTC

HTC was one of the best smartphone manufacturers of the late 2000s and 2010s. It manufactured the first Android phone, the first Google Pixel phone, and several of the most iconic smartphones of the last two decades. Much of the company’s reputation for premium, high-quality hardware stems from the HD2.

The HD2 was the first smartphone with a 4.3-inch touchscreen—considered huge at the time—and one of the first smartphones with a 1 GHz Qualcomm Snapdragon processor. That processor, along with 512GB of RAM, made the HD2 more future-proof than HTC probably ever intended. Phones would be launching with those same specs for the next couple of years.

For all intents and purposes, the HD2 was the most powerful phone on the market. It just so happened to run the most limiting mobile OS of the time. If the software situation could be improved, there was clearly tons of potential.

The phone that could do it all

Android, Windows Phone, Ubuntu, and more

The key to the HD2’s hackability was HTC’s open design philosophy. It had an easily unlockable bootloader, and it could boot operating systems from the NAND flash and SD cards.

First, the community took to righting a wrong and bringing Windows Phone 7 to the HD2. This was thanks to a custom bootloader called “MAGLDR”—Windows Phone 7.5 and 8 would eventually get ported, too. The floodgates had opened, and Windows Phone was the least of what this beast of a phone could do.

Android on the HTC HD2? No problem. Name a version of the OS, and the HD2 had a port of it: 2.2 Froyo, 2.3 Gingerbread, 4.0 Ice Cream Sandwich, 4.1/2/3 Jelly Bean, 4.4 Kitkat, 5.0 Lollipop, 6.0 Marshmallow, 7.0 Nougat, and 8.1 Oreo. Yes, the HD2 was still getting ports seven years after it launched.

But why stop at Android? The HD2 was ripe for all sorts of Linux builds. Ubuntu—including Ubuntu Touch—, Debian, Firefox OS, and Nokia’s MeeGo were ported as well. The cool thing about the HD2 was that it could dual-boot OS’. You didn’t have to commit to just one system at a time. It was truly like having a PC in your pocket, and the tech community loved it.

Do a web search for “HTC HD2” now, and you’ll find many articles about the phone getting yet another port of an OS. It became a running joke that the HD2 would get new versions of Android before officially supported Android phones did. People called it “the phone that refuses to die,” but it was the community that kept it alive.

The last of its kind

“They don’t make ‘em like they used to”

HTC HD2 close up Credit: TechRepublic

The HTC HD2 was a phone from a very different time. It may have gotten more headlines, but there were plenty of other phones being heavily modded and unofficially upgraded back then. Unlockable bootloaders were much more common, and that created opportunities for enthusiasts.

I can attest to how different it was in the early years of the smartphone boom. My first smartphone was another HTC device, the DROID Eris from Verizon. I have fond memories of scouring the XDA-Developers forums for custom ROMs and installing the latest Kaos builds on a whim during college lectures. Sadly, it’s been many years since I attempted that level of customization.

It’s not all doom and gloom for modern smartphones, though. Long-term support has gotten considerably better than it was back in 2010. As mentioned, the HD2 never officially received Windows Phone 7, and it never got any other updates, either. My DROID Eris stopped getting updates a mere eight months after release.

Compare that to phones such as the Samsung Galaxy S26, Google Pixel 10, and iPhone 17, which will all be supported through 2032. You may not be able to dual-boot a completely different OS on these phones, but they won’t be dead in the water in less than a year. We will likely never see a phone like the HTC HD2 from a major manufacturer again.

HTC Droid Eris


A Love Letter to My First Smartphone, the HTC Droid Eris

No, not that DROID.



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