Photonic Insights is a deep technology service provider for innovative photonics and AI applications, offering applied research & development as well as evaluation / due diligence.
Water Quality Stealth Project
Photonic Sensor Research and Development
Hardware, Biotechnology, Artificial Intelligence. Powered by Polymaths
Founder and Managing Director
Designing novel IoT devices for materials analysis utilizing Photonic technology as part of Fraunhofer IZM's Start-A-Factory program.
Strategic guidance to C level decision makers.
Active in mentoring startups via Hackathons..
Designing and delivering novel, effective technical solutions including, 2 generations of wireless internet cameras, full software test/development infrastructures, HAZMAT mobile command center for Port of Seattle first responders, world's first parking garage car counting solution utilizing video analytics, Raman spectrographic analysis of biomaterials and more.
Founder and CTO
Andre is the Co-founder of Photonic Insights.
Andre is a world class expert on AI and ML
My core tech knowledge is machine learning, data engineering and realtime processing.
Most of the time I work with Scala, Python, TensorFlow, Keras, Spark, Flink, Kafka and Cassandra
. I have several years experience in programmatic advertising, realtime bidding, FX trading and e-commerce
. Andre is the architect of all systems at Photonic Insights
Daniel is the Managing Director of FabLab berlin where he has supported multipole startups on the path to success.
In addition he is a public policy expert, driving multiple initiative to support global startups working with deep technology. An example is his voting membership in INAM (Innovation Network for Advanced Materials).
As an advisor to Photonic Insights Daniel provides guidance for:
Co-inventor in two patents on non-volatile memory (applied)
Experience of carrying out academia-industry collaborative research project
Technical proficiency on semiconductor technology, nano-electronics and organic electronics
Interconnect reliability studies
Electrical transport studies in metal and semiconductor nanowire
Molecular Electronic, organic-inorganic hybrid structure:- sensor, non-volatile memory (NVM), memristor, synaptic devices
Standard CMOS processes: impurity doping, dry/wet etching, optical/e-beam lithography, PVD processes
Electrochemical synthesis of metal nanowire
Organic passivation of metal, semiconductor and oxide dielectric surfaces
Directed self-assembly of inorganic nano- and micro- structures using DNA functionalization
SEM, TEM, STM, AFM, ellipsometry, contact angle, Kelvin probe, IR-, XPS spectroscopy
C-V, I-V, Electromigration, magneto-resistance, conductance fluctuation (1/f noise) measurements in 1D and 2D systems, low temperature electrical characterization
Electrical testing equipment: semiconductor parameter analyzer, lock-in amplifier, oscilloscopes, signal analyzers, logic analyzers, impedance spectrometer