Syent works alongside industrial R&D teams on the problems stopping a product from being deployed and whether a new technical route is worth pursuing when the conventional one has run out.
Syent's founders are practising researchers in organic electronics, materials chemistry, device physics and analog circuit design. Advisory services are delivered by them directly.
Advisory for companies working with advanced or novel materials: organic semiconductors, functional coatings, specialty substrates. We have deep expertise in what determines how a material behaves in a real device.
Why does the same material give different numbers in every lab? Electrochemical measurements are sensitive to a long list of parameters that may not reach the SOP. We work out which of them is affecting your data and design measurements that survive cross-facility comparisons.
We help you convert a raw sensor stream into usable information. Filter bank and feature design, encoding schemes, dimensionality and redundancy analysis, and choosing representations that reduce hardware load. We work from your measured data rather than from a specification.
When the standard approach has stalled, we help companies find a different one. Feasibility assessment of unconventional technical routes, scientific literature review, and appraisal of what is plausible on your timescale and what is still a research problem.
Materials selection for demanding process environments, electrochemical behaviour of coatings and sensing elements, and signal analysis for process and condition monitoring.
Electrode and electrolyte materials, ion transport and interfacial behaviour, and the design and interpretation of impedance and voltammetric measurements for cells, supercapacitors and electrochemical converters.
Functional and protective coating development, corrosion and surface electrochemistry, and characterisation methods that predict how a surface behaves in service rather than on the bench.
Electrochemical sensing for contaminants and water quality, electrode materials that resist fouling, and signal processing for distributed low-power sensor networks.
Electrode and biocompatible materials selection, electrochemical characterisation of biointerfaces, and biosignal acquisition and processing for wearable and implantable devices. We advise on the technology, not on regulatory or clinical strategy.
Independent technical due diligence on materials, electrochemistry and device claims, including whether an unconventional technical route is credible on the stated timescale.
If you have a technical challenge in materials, electrochemistry, devices, sensor signal processing, or circuit design, we'd like to hear about it.
Based in Sweden. Working internationally.