VRAIn is a Digital Health startup founded in 2020 and based in Barcelona. The company develops cutting-edge software solutions for the medical sector.

Its technology is a cloud platform for the visualization and automated analysis of biomedical images (DICOMs). This technology combines Virtual Reality (VR), Artificial Intelligence (AI) and Cloud processing to create an immersive and multidimensional spatial computing environment.

VRAIn's first product on the market is AthleteVR, a Software as a Service (SaaS) tool for medical diagnosis support, focused on Traumatology and Sports Medicine and aimed at private clinics in the sector and professional sports clubs.

AthleteVR highlights subtle details of the musculoskeletal system and its soft tissues that are ambiguous with conventional techniques.

AthleteVR transforms any complex musculoskeletal Magnetic Resonance Imaging (MRI) or Computerized Tomography (CT) scan into an Immersive Digital Twin (IDT), a supremely intuitive and accurate visualization of the anatomical condition in question.

It aims and succeeds at avoiding many unnecessary surgeries, prioritizing non-surgical and less invasive treatments.

For the doctor, it represents a paradigm shift: moving from "just looking at" scans to capturing their entire true meaning.

For the patient, it means avoiding unnecessary surgeries and moving from being a passive spectator of their pathology to following medical explanations and actively participating in their own recovery.

Musculoskeletal (MSK) conditions are a massive health problem, affecting 50% of the adult population, accounting for 40% of primary care visits, and are increasing due to population aging. (Sources: National Library of Medicine, Evernorth Health Services, Frontiers, Family Medicine).

Currently, ambiguity in conventional medical imaging and 3D models causes clinical uncertainty. This lack of clarity, especially in the diagnosis of soft tissues (muscles, tendons, ligaments, and menisci), can lead to unnecessary surgeries or surgeries with incomplete information, which entails health risks and associated costs that are unmanageable for most healthcare systems.

In professional sports, this ambiguity translates directly into lost competitions for clubs, compromised sports careers for players, and the devaluation of their transfer value.

The company aspires to turn its product into the new gold standard of healthcare in musculoskeletal medical care. AthleteVR seeks to be the essential prerequisite step before any trauma surgery, ensuring that preventive or less invasive treatments are alternatively considered, thus avoiding unnecessary interventions.

Currently, VRAIn already has recurring revenue from two private sports medicine clinics, with a third in the contracting process.

Furthermore, the startup has a paid pilot agreement with a leading pharmaceutical company, as well as ongoing discussions with top-tier sports clubs and competitions, including MotoGP, the Toronto Raptors (NBA), one of the most prominent First Division football clubs, and Hiopos Bàsquet Club (ACB).

IMPORTANT NOTICE

Investors who complete their investment by signing the subscription agreement by 25 January 2026 (inclusive) will receive a 10% bonus on equity. Once the funding round closes, the equity allocation corresponding to the invested amount will be calculated, and the company will top up an additional 10% of shares at no extra cost.

Investors completing their investment by signing the subscription agreement between 26 January 2026 and 8 February 2026 (inclusive) will receive a 6% equity bonus, applied once the round closes, under the same terms outlined above.

Furthermore, exclusively during these two phases, confirmed investors will have access to their own Digital Immersive Twin (DIT), allowing them to experience the company’s technology firsthand. VRAIn Medical will deliver an immersive video generated from the investor’s medical imaging, following this process:

• Processing the images with our proprietary technology to create a multidimensional, highly accurate, and data-rich replica of the anatomy (DIT).
• Exploring the model from multiple perspectives, both internal and external, within an immersive Virtual Reality (VR) environment.
• Capturing the experience in an MP4 video, narrated by the company’s medical team.