Dedicated to accelerating the growth of early-stage companies, our technological expertise and repositioning experience allow us to rapidly scale fundamental technologies across multiple markets. We are the only investment team in Europe with a dedicated, in-house R&D division, based in Cambridge, UK.
The Invoke team has grown multiple technology businesses. Our expertise and experience in science and technology allows us to identify and develop core technologies in areas including genomics, security, pattern recognition, signal processing and big data.
Invoke has unique, well-established links with the European tech scene and unrivalled access to world-class science and engineering talent. We are connected to various major European universities and have a strong relationship with Cambridge University, including college fellowships and membership at Cambridge Enterprise, the University's commercial vehicle.
We also hold positions on science and industry governing bodies, such as Nesta, the Royal Academy of Engineering, the Foundation for Science and Technology and the Royal Society Development Board, as well as membership on UK Government advisory boards, including the Prime Ministerial Council for Science and Technology and the Tech City Investment Organisation.
Mike is a celebrated technologist and has a proven track record of identifying and monetising fundamental technologies. Spun out from his previous company, Neurodynamics, which he sold in 2005, Mike founded Autonomy in 1996 based on technology invented at Cambridge University, where Dr Lynch studied Information Sciences, received a Ph.D. and held a research fellowship in adaptive pattern recognition. He served as CEO of Autonomy for over fifteen years, during which time it became one of the UK's most successful technology companies on the FTSE100. Autonomy was acquired by HP for $11 billion in 2011.
Mike is regarded as Britain's most successful technology entrepreneur and has won numerous awards, including Computer Weekly's 'Most Influential Person of the Year' and the Chartered Institute for IT's award for Outstanding Contribution to IT in 2011. He was awarded an OBE for Services to Enterprise in 2006. Mike is a fellow of the Royal Academy of Engineering, an honorary fellow of Christ's College Cambridge and a non-executive director of the British Library. He is also a scientific advisor to the UK Prime Minister. He was elected a Fellow of the Royal Society in April 2014.
Darktrace is a cyber defense technology company, which offers a radically new approach to the challenge of cyber threats and attack, based on ground-breaking mathematics and deep operational intelligence expertise.
The company was founded in Cambridge, UK, in 2013 by mathematicians and machine learning specialists from the University of Cambridge, together with world-leading intelligence experts from MI5 and GCHQ, to bring transformative technology to the challenge of cyber security.
With this unique combination of expertise in mathematics, software and intelligence, Darktrace has delivered the world’s first operational Enterprise Immune System. This leading-edge solution gives organizations the ability to detect emerging cyber-threats, allowing them the opportunity to proactively defend against in-progress cyber-attacks.
Darktrace's executive team has extensive experience in government intelligence and cyber operations and the protection of critical national infrastructure. This team is supported by a specialist cyber analyst team, with unparalleled experience of some of the most sophisticated threats in today’s complex security environment.
Darktrace has experienced rapid growth since its foundation, growing revenues by over 100% and doubling the number of employees from 2014–15. It was named ‘Best Security Company of the Year 2015’ at the Info Security Global Excellence Awards and a Gartner ‘Cool Vendor’ 2015.
The company is headquartered in Cambridge, UK and San Francisco, with global offices in London, Paris, Milan, Singapore, Tokyo, New York, Chicago, Washington D.C., Boston, Los Angeles, Dallas, Toronto, Auckland and Melbourne.
Taggar, powered by Neurence
Taggar is the world's first mobile application to be built upon the Neurence platform and was released in December 2013. By using Neurence's highly advanced pattern-matching algorithms, Taggar supports the most advanced image recognition software to date on phones.
Neurence is an intelligent recognition engine that sits in the cloud, which can handle image, audio and video data. Any device can stream information to Neurence, which then understands and recognizes it. Almost instantaneously, Neurence then brings back appropriate and useful information to each device — outsourcing the processing of information to Neurence and removing the need for infrastructure on the device itself.
By using Neurence, Taggar is able to provide the only social augmented reality platform, which allows users to create hidden worlds to share with friends and followers. The Taggar app recognizes the objects that it is looking at, and then reveals what content has been secretly tagged behind every object. Users can unlock every object's secret tags by scanning it with Taggar. Users can then tag their objects with their own personal content, leaving secret messages in the form of video, pictures and stickers.
By tapping into Neurence's cloud, Taggar's smartphone software allows for instantaneous image recognition of millions of objects. All content generated by users sits within the Neurence cloud, meaning that every tag is available to all users, instantly.
Because image-recognition occurs within Neurence's cloud, it is device-agnostic, and does not require much device processing power to run. Even a simple streaming camera can send imagery to the cloud and Neurence can recognize it and bring back information — it doesn't require infrastructure on the device itself. Likewise, Taggar is optimized to work with the next generation of devices, such as wearable technology like glasses.
By constantly communicating the camera feed to Neurence's cloud-based brain, phones running Neurence software can actually understand what they are looking at. Now, users need only to point their device towards the various objects around them to receive information on what they are looking at.
Sophia Genetics is a pioneer in the nascent field of Data Driven Medicine, combining a deep expertise in genetics, bioinformatics, machine learning and genomic privacy.
Founded in Lausanne, and with very close links to the machine learning hub in Cambridge, UK, Sophia Genetics has a fundamentally new approach to the development and clinical adoption of Data Driven Medicine, focused on achieving best patient outcomes whilst keeping patients' personal genomic data secure. Its software as a service (SaaS) offering, the Data Driven Medicine Platform, covers the bioinformatic analysis protocol, the validation and quality control process, the presentation of results of genetic tests to clinicians and the protection of patient DNA sequence data through safe storage and banking. Sophia Genetics has received ISO 13485 accreditation and is the first European company to obtain a CE-IVD mark for the clinical use of a Next Generation Sequencing (NGS) bioinformatic pipeline for routine genetic testing.
As patient and doctor demand for gene sequencing increases, the technologies to satisfy that demand need to scale, and to become embedded into laboratories' processes quickly. Sophia Genetics works with labs and hospitals across Europe, including Switzerland, France, UK, Turkey and Germany. It has offices in Lausanne, London and Cambridge.
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