We are building P3D, a Physical AI platform that unifies 3D geometry understanding, deformation modeling, physics awareness, and precision generative design into a single cohesive engine.
Unify geometry, spatial data, and physical signals to understand how real-world systems behave, including interactions, constraints, and failure modes that traditional software cannot model.
Integrate Physical AI into existing engineering, design, and manufacturing workflows — on-prem or in controlled environments — where latency, security, and physical context matter.
Replace manual modeling, CAD-heavy processes, and brittle simulations with AI-driven physical workflows that reduce iteration cycles and engineering overhead.
Eliminate fragmented tools and narrow models. Build multiple Physical AI applications on the same P3D platform, scaling faster while saving time and resources.
P3D is a multi-layer Physical AI platform that spans the full geometry lifecycle — from perception and deformation modeling to physics-constrained, sub-millimeter design.
Vertical solutions across healthcare, robotics, aerospace, and more.
Production-grade APIs for segmentation, automation, and simulation.
Generates geometry with sub-millimeter accuracy and constraint-driven design.
Understands 3D shapes, topology, curvature, and spatial relationships.
Large-scale pre-training on diverse 3D datasets with low-latency inference.
Works across meshes, point clouds, and scans with denoising pipelines.
One platform. Endless applications.
Our platform can be used wherever precision, geometry, and physical constraints define outcomes — across regulated, industrial, and infrastructure environments.
Design patient-specific implants, prosthetics, and surgical components using AI that understands anatomy, biomechanics, and manufacturing constraints.
Model spatial environments, interactions, and kinematics for systems that must operate reliably in physical space.
Support precision component design and deformation-aware analysis for reliability-critical and safety-constrained workflows.
Generate and validate geometry at scale, enabling consistent fit, tolerance control, and quality across high-volume production.
Analyze load, stress, and structural behavior for complex, large-scale physical systems and components.
Dental AI simplifies dental crown design procedures through automated, physics-aware geometry generation.
Our mission is to transform digital dentistry through cutting-edge AI, delivering unmatched precision and true user-centric automation.
If Physical AI works in dentistry, it generalizes to any precision-critical physical industry.
Explore Dental AI

Co-founder & CTO
IIT Delhi. 15+ years in enterprise software and AI. Former Global Lead and Program Director at SAP. Deep expertise in 3D AI modeling, computer vision, and Physical AI systems. Holds 14+ patents.
P3D turns Physical AI from research into real-world systems.