Developing cutting-edge technology solutions, combining hardware and software with a strong scientific focus to transform how complex challenges in laboratories and research are solved.
Explore our ecosystem of applications, laboratory instrumentation, and scientific tools.
📱 Free Android App
The definitive tool for students, researchers, brewers, and lab professionals. Cell counting on images, Neubauer Chamber, hematology, yeast viability, and 100% local processing with smart algorithms. Free-to-use Android application.
Interactive ray tracer & optics simulator: 7-color spectral refraction, deformable custom lenses, prisms, mirrors, and 12 physics demos. Free and open source.
Text-to-speech suite with custom phonetic correction and smart client-side audio transcriber. Free and open source.
Professional tools to merge multiple PDF documents, cut specific pages, and convert images to PDF. Free and open source.
Interactive web viewer for 3D models with cross-section plane cutting, turntable mode, and real-time WebGL rendering. Free and open source.
Astronomy, scientific computing, and collaborative open technological research platform. Free and open source.
Guía completa y sistema de telemetría electrofisiológica no invasiva: acondicionamiento AD8232, adquisición analógica por tarjeta de audio de alta fidelidad, electrodos secos 3D, blindaje electromagnético por Jaula de Faraday y procesamiento digital DSP adaptativo en Python para investigación cardiovascular.
Bridging the gap between scientific discovery and applied engineering.
Ambystoma Technologies is a technology StartUp founded by robotics professor Brandon Antonio Segura Torres. We develop cutting-edge technology solutions, combining hardware and software with a strong scientific focus to transform how complex challenges in laboratories and research are solved.
Our mission is to bridge the gap between science and applied technology by creating efficient, accurate, and accessible tools. While our core DNA is deeply rooted in scientific and technological innovation, we also design and build custom solutions tailored to meet our users' specific needs.
Algorithms engineered with high accuracy for rigorous experimental workflows.
Deep synergy between physical instrumentation, optics, and intelligent code.
We have officially launched our first AI-powered automated cell-counting application. Cell Count is designed to streamline and optimize routine laboratory tasks, reducing margins of error and boosting productivity for researchers and professionals.
CEO & Founder · Robotics Professor
Robotics professor, technologist, and researcher driving innovation at the intersection of embedded systems, scientific software, and intelligent laboratory instrumentation.
Scientific outreach project dedicated to uncovering the beauty, mystery, and complexity of the microscopic world through high-resolution microscopy and popular science.
TEDx TALK
A captivating TEDx talk exploring the intersection of scientific curiosity, microscopy, and the artistic aesthetics hidden within the microscopic universe.