With the company engineering roots in the demanding field of Nuclear Medicine, we approach all challenges with an intelligent, physics based methodology
combined with knowledge and experience of real world applications. We specialise in developing demanding real-time embedded systems for safety critical
environments such as Healthcare, Automotive, Industrial and Defence.
Tactiq continuously evaluates the latest technologies and keeps abreast of advances in design methodologies and tools. For each project we evaluate the
leading edge technologies alongside the more standardised, proven components and processes. We ensure the right technology choices are made to support
the product function, performance, reliability and cost requirements. We have extensive technology knowledge and would like to highlight some
particular focus areas below.
Technology
Design of systems with demanding requirements, meeting extremely short real-time deadlines, ability to providing high performance processing with
extremely low space and power constraints or proving cost effective solutions to leading edge challenges.
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Technology
Expertise in image capture and processing systems based on more than twenty years experience ranging from gamma ray imaging for Nuclear medicine and
PET systems to visible and near visible light systems for medical, Industrial and automotive systems.
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Technology
Leading edge active noise and vibration cancellation systems requiring extensive system modelling, acoustic signal processing, complex algorithms
and intelligent electronics and software architectures to realise these products.
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Technology
In depth experience of all aspects of healthcare networking from product development, user workflow and system integration perspectives to provide
optimum solutions for all healthcare networking for wired and wireless systems.
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Technology
Electronics and software knowledge to develop device drivers for bespoke or more standard electronics to empower application software with the
full system capabilities through a simple, stable and extensible interface.
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