Neuroscience
Brain signals, cognitive workflow design, neurological decision trees, and biological intelligence as a design reference.
Mathematics | Neuroscience | Numerical simulation | AI
Scientific intelligence for complex systems.
ThinKAI turns advanced science into decision products. We build systems that read evidence, run models, simulate possibilities, and translate high technology into operational solutions.
The thesis
Hard problems are not solved by prompts. They are solved by models.
ThinKAI exists to package mathematics, molecular simulation, neuroscience, computer vision, clinical protocols, and agentic AI into products that people can use in the field.
The current products are proof points. The company is broader: a scientific intelligence studio for domains where evidence, uncertainty, and mechanistic reasoning matter.
Operating system
From raw signal to solution.
We use science as an engine for solving real problems. Mathematics, numerical simulation, neuroscience, computational chemistry, and AI become practical systems for medicine, agronomy, industry, and any domain where complex evidence must turn into action.
CFD core
Navier-Stokes
Momentum
∂u / ∂t + (u · ∇)u = -∇p + ν∇2u + f
Incompressible flow
∇ · u = 0
Pressure projection
∇2p = ∇ · u*
Signal transport
∂d / ∂t + u · ∇d = k∇2d + s
Re4200
dt0.016
grid722
simulation running
Re 4200
01Sense
02Model
03Simulate
04Decide
Numerical simulation
Differential models, molecular mechanics, energy landscapes, uncertainty analysis, and executable scientific code.
Agentic AI
Agents that plan, retrieve evidence, run code, inspect failure, generate reports, and preserve project memory.
Product engineering
Interfaces for non-specialists, audit trails for experts, and workflows designed for real operational pressure.
Proof now, platform next
Three products show the range. They are not the limit.
Autonomous research intelligence
Quyi
A research system that reads documents and data, plans analysis, executes code, builds memory, and supports verified-citation reporting.
Open Quyi manual
Quyi research cockpit
evidence -> agents -> cited memo
Biomechanical computer vision
LINCE / Ecuabiomec
Video becomes measurement: pose estimation, gait timing, symmetry analysis, signal filtering, annotated evidence, and decision-grade reports.
Clinical and neurological reasoning
DoctorIA / UrgencIA
A Spanish-speaking emergency-room copilot for physician-controlled triage, case memory, exam ingestion, protocol audit, and neurological decision support.
DoctorIA command center
voice -> neuro triage -> physician audit
Scientific origin
Built by scientists across engineering, mathematics, computational chemistry, AI, and medicine.
ThinKAI brings together scientific talent from different areas: engineers, mathematicians, computational chemists, AI builders, and clinical collaborators. The company is grounded in molecular dynamics, numerical simulation, protein engineering, precision medicine, deep learning, LLM workflows, and scientific software.
Engineering and systems design
Mathematics and numerical simulation
Computational chemistry and proteins
Clinical AI product development
Build with us
Bring a difficult scientific or operational problem.
We translate high technology into usable systems: research copilots, clinical decision support, simulation engines, computer vision workflows, and domain-specific AI products.