Capla provides an AI‑enhanced neuronavigation platform that generates real‑time, high‑fidelity 3D reconstructions of patient anatomy from CT/MRI with sub‑10 ms latency using NVIDIA GPU acceleration. The software delivers radiation‑free, sub‑second registration and on‑the‑fly diffusion‑MRI fiber tractography, integrated via cloud‑based storage and DICOM‑compatible APIs for seamless OR workflow. It is offered to neurosurgical teams on a subscription basis with optional per‑procedure usage fees.
Funding
Funding not disclosed
Founders
Product
Problem
Neurosurgical teams often rely on legacy navigation systems that provide delayed image updates, limited three‑dimensional visualization, and cumbersome registration workflows, which can extend operative time and reduce targeting accuracy for complex brain and spine procedures.
Solution
Capla delivers an AI‑enhanced neuronavigation platform that generates high‑fidelity 3D reconstructions of patient anatomy in real time. The software leverages NVIDIA GPU acceleration to process imaging data with sub‑10 ms latency, enabling intra‑operative updates without interrupting the surgical flow. FLASH registration algorithms align pre‑operative scans to the patient’s anatomy instantly and without additional radiation exposure. Integrated diffusion‑MRI fiber tractography visualizes white‑matter pathways on‑the‑fly, supporting safe navigation around critical structures. All data are managed in a secure cloud environment, providing versioned storage, remote access, and seamless integration with existing OR hardware. The solution is offered under a subscription model with optional per‑procedure usage fees, allowing hospitals to scale the technology according to case volume.
Target Audience
The primary customers are neurosurgeons and operative teams at hospitals and ambulatory surgical centers performing cranial, spinal, and functional neurosurgery procedures that require precise intra‑operative navigation.
Features
- AI‑driven imaging pipeline that reconstructs volumetric 3D models from CT/MRI in real time
- NVIDIA GPU‑powered compute engine delivering <10 ms processing latency for intra‑operative updates
- FLASH registration technology that achieves radiation‑free, sub‑second alignment of pre‑op scans to patient anatomy
- Real‑time diffusion‑MRI fiber tractography for dynamic visualization of white‑matter tracts during navigation
- Cloud‑based data management with encrypted storage, audit trails, and role‑based access controls
- Open API and DICOM‑compatible interfaces for integration with existing surgical navigation hardware and OR information systems
- Enterprise‑grade SLA guaranteeing 99.9 % system uptime and automated remote diagnostics