Creative Destruction Lab

Time is precious and for patients with the most common brain tumour, glioblastoma, the value of that time really comes into focus when they are suddenly hit with the news there is no cure and that they have just one year to live. Current treatment options are not good enough and come at a huge cost to the quality of that remaining time. Our co-founder Dr Richard Fu recognised this and was frustrated not only by the lack of treatments available for his brain tumour patients but also by major design flaws in newer electrotherapy approaches. Working together with Dr Chris Bullock, a biomedical engineer arising from Manchester's world-class materials research centres, they formed an elegant solution designed to optimise patient life-expectancy and quality of life. Together they formed QV Bioelectronics, and since then, their ground-breaking research has received over $425k in financial awards from several UK institutions, including Innovate UK and the National Institute for Health Research in the UK. The technology core patent has been filed, with full FTO. The team has grown to contain commercial expertise that encompasses individuals with a unicon exit in their CV's, as well as multiple startup experience between them. Additionally, alongside Dr Fu's expertise, the clinical advisory board contains some of Britain's top neurosurgeons who are helping to input into the feedback of the technology design. Our aim is to double patient life expectancy compared to standard treatment without impacting quality of life, so patients can focus on what matters. Join us at QV Bioelectronics, in pioneering a better option for terminal cancer patients.

Inchfab specializes in custom microchip manufacturing, offering proprietary tools that cater to the microelectromechanical systems (MEMS) market. The company's microfabrication platform enables clients to prototype and produce low volumes of highly customized microchips economically. By focusing on the semiconductor and micromechanical Internet of Things (IoT) chip markets, Inchfab provides essential manufacturing capabilities that facilitate the design and production of specialized devices.

Brilliant Matters is a developer and manufacturer focused on providing advanced materials for printed electronics. Founded by material scientists, the company addresses the demand for a reliable supply of next-generation organic semiconductors. Utilizing innovative chemical processes, Brilliant Matters specializes in creating proprietary materials that support the production of organic solar cells, photodetectors, thin-film transistors, and electrochromic devices. Their commitment to developing environmentally friendly solutions positions them as a valuable partner for manufacturers in the electronics sector.

Connektica specializes in telecommunications testing services, focusing on radiofrequency (RF) component measurements applicable to both space and terrestrial environments. The company employs machine learning to enhance efficiency and lower testing costs while ensuring quality standards are met. Connektica's platform provides clients with decentralized traceability and diagnostic tools, streamlining the testing process and making it more cost-effective.

SpinDrive specializes in the development of advanced levitation technology, focusing on magnetic bearing systems that enhance energy efficiency while promoting oil-free solutions. Their innovative systems include magnetic bearing sensors that monitor shaft positioning and relay this information to a magnetic bearing controller. This technology allows clients to significantly improve system efficiency, reduce material consumption, and lower maintenance costs, making it a valuable solution for industries seeking sustainable and efficient operational practices.

EHVA offers automation solutions and test services to break the bottleneck of integrated photonics R&D and production. EHVA is a spin-off from the Center for optics, photonics, and lasers (COPL), a world-class photonics research center.

Breathe Battery Technologies is a developer of electric vehicle battery charging control software for automotive manufacturers. The software improves battery capacity by 5% and allows for twice more uses in the battery’s lifetime, without requiring any costly or time consuming hardware changes.

SafetyNet Technologies Ltd manufactures light-emitting bycatch-reduction technology electronic devices for the fishing industry. Its product Pisces is a kit of lights that you attach to your fishing gear which uses artificial light technology to alter the behavior of fish and other marine species to catch particular species. SafetyNet Technologies Ltd was incorporated in 2011 and is based in London, United Kingdom.

Pulsenics specializes in real-time electrochemical system monitoring and control solutions, employing artificial intelligence to enhance the efficiency of electrochemical processes. The company's technology offers critical insights into various operational parameters, such as electrolyte concentration, membrane health, power consumption, and electrode adsorption. By facilitating effective process control, Pulsenics aims to improve the quality of final effluent while optimizing maintenance schedules. This focus on operational efficiency not only aids in reducing overall energy consumption but also lowers operating expenditures for businesses involved in electrochemical treatments.

e-Zn Inc., trading as e-Zinc, is an energy storage technology company that develops electrochemical technology for storing energy in zinc metals. Its Zn reactor products have applications in residential houses, islands, remote communities, third world countries, military bases, mining sites, mobile communities, telecommunication sites, emergency responses, and electric vehicle charging stations. The company was founded in 2012 and is based in Toronto, Canada.

Rehabtronics is a technology development firm that focuses on solutions for physical rehab.

Circuit Mind Limited develops designing of electronic circuits using artificial technology. The design of electronic circuits includes features such as, faster magnitude and low cost. The company was incorporated in 2018 and is based in London, United Kingdom.

AWE Technologies develops wave-science-based, non-invasive sensors to characterize, measure, and manipulate objects and fluids. Active Wave Engineering (AWE) Technologies focuses on non-invasively identifying & characterizing fluids + materials as well as manipulating objects by specially adapting wave energies that intersect the spectrum from acoustics to electromagnetics for solving challenging technical problems.

Edgehog specializes in anti-reflection technology aimed at improving the viewing experience of electronic displays. The company has developed a scalable method for fabricating bio-inspired nanostructures directly onto the native glass or plastic surfaces of displays. This innovative approach achieves uniform anti-reflectivity across the visible spectrum, significantly reducing glare in various environments. By implementing this technology, Edgehog enhances the usability of devices such as smartphones and watches, allowing users to see displays clearly even in bright outdoor sunlight. Additionally, their solution decreases the display's brightness while preserving high contrast and extending battery life, thereby providing a more efficient viewing experience.

Developer of a battery diagnostic technology designed to decrease capital and operation costs of lithium-ion battery manufacturing. The company offers test equipment and software analytics to expand the use of impedance spectroscopy, from battery management integrated circuits to high-power, multi-channel cyclers, enabling battery manufacturers to drive down the cost and improve the efficiency of formation, storage, and tests.

Developer of spacecraft propulsion and communication technology based out in Tampa, Florida. The company's products include plasma thrusters, signal processing, signal enhancement, and symbol-aware emitter fingerprinting, enabling clients with LEO and GEO communication systems at a fraction of the cost of conventional dishes, readily deployed worldwide.

Nth Cycle is a start-up focused on transforming the electronics manufacturing supply chain through innovative low-cost recycling methods. The company aims to shift the industry from a linear material model to a more efficient circular model, thereby reducing dependence on overseas mining and refining of rare earth and specialty metals. By developing an electrochemical recycling device, Nth Cycle enables the reclamation of valuable metals from end-of-life electronic devices, creating a secure domestic source for these materials. This approach not only supports the manufacturing sector but also contributes to advancements in clean energy, addressing the growing demand for sustainable practices in the recycling and electronics industries.

Epineuron Technologies, Inc. is a medical device company based in Hamilton, Canada, focused on developing innovative treatment solutions for peripheral nerve injuries. Founded in 2016, Epineuron is pioneering bioelectronic medicine with a mission to set new standards in nerve repair and regeneration. The company is creating a range of surgical solutions, including an electroceutical device that provides electrical stimulation to enhance the natural healing processes of injured peripheral nerves. By accelerating nerve regeneration, Epineuron aims to offer patients advanced care options and aims to establish itself as a leader in the field of bioelectronic nerve therapy.

Strella Biotechnology, Inc. designs and manufactures sensors based device that maximizes the freshness of fresh produce throughout the supply chain. The company provides an ethylene-detection device that determines ripeness by calculating the ethylene gas produced by fruit and maximizes freshness and reduces spoilage of fruit. Strella Biotechnology, Inc. was founded in 2018 and is based in Philadelphia, Pennsylvania.

InspectAR Augmented Interfaces Inc. is a technology company based in St. John's, Canada, that focuses on augmented reality applications for the electronics industry. Founded in 2018 and currently a subsidiary of Cadence Design Systems, InspectAR develops software that enhances the inspection, debugging, and reworking processes for printed circuit boards (PCBs). The platform overlays design information directly onto the physical board, allowing electrical engineers and technicians to interact with hardware more intuitively. This innovation aims to streamline the hardware prototyping process and accelerate PCB assembly, ultimately reducing errors and improving efficiency in electronic manufacturing.

Synthergy develops physics-based software that allows for the simulation of advanced semiconductor industry product manufacturing.

Gibli Tech, founded in 2019 and based in Halifax, Canada, specializes in developing aerodynamic sensors designed to enhance athletic performance. The company focuses on providing real-time feedback for cyclists and triathletes, allowing them to validate equipment and position changes effectively. By optimizing aerodynamics, Gibli's sensors enable athletes to achieve immediate improvements without the need for additional equipment or extensive training time. This innovative approach offers athletes crucial insights during training and racing, helping them optimize their riding position and achieve significant efficiency gains.

Developer of assistive living devices intended to provide managed services. The company's device enables users to control electronic smart devices in their homes independently without any of the hi-tech frustration, enabling people with mobility challenges to break barriers to living independently.

Click Materials Corp., now known as Miru Smart Technologies, is a Vancouver-based company specializing in advanced materials and innovative thin film production. Founded in 2011, the company focuses on manufacturing films that enhance energy efficiency, particularly through products like electrochromic windows, which can switch between clear and opaque states using electricity. This technology is designed for smart home applications and aims to lower power consumption. With a foundation in over a decade of academic and industrial research, Miru Smart Technologies is advancing its fabrication processes and establishing strategic partnerships across residential, commercial, and automotive sectors to optimize performance while reducing manufacturing costs.

Developer of lithium-ion batteries designed for wearable and printed electronics companies. The company's batteries can be bent, rolled, and twisted into any shape and are created for wearable and printed electronics companies that are experiencing design issues caused by traditional batteries, enabling companies to get the freedom to create products that are aesthetically appealing to their customers.

Razzberry is creating breakthrough technologies in microsensing to change the way we interact with ourselves and our world.

Integrated Architecture and Technology

Click Materials Corp., now known as Miru Smart Technologies, is a Vancouver-based company specializing in advanced materials and innovative thin film production. Founded in 2011, the company focuses on manufacturing films that enhance energy efficiency, particularly through products like electrochromic windows, which can switch between clear and opaque states using electricity. This technology is designed for smart home applications and aims to lower power consumption. With a foundation in over a decade of academic and industrial research, Miru Smart Technologies is advancing its fabrication processes and establishing strategic partnerships across residential, commercial, and automotive sectors to optimize performance while reducing manufacturing costs.

MesoMat specializes in advanced sensing technology, focusing on the development of plastic-based fibers that serve as lightweight strain sensors. These innovative fibers are designed to monitor fatigue, fracture, and failure in critical material systems. By integrating these sensing fibers with custom electronics and software, MesoMat provides a comprehensive condition-based monitoring platform that leverages real-time data to prevent material failure. The fibers can be easily embedded into various materials, including those in high-strain environments that are typically difficult to access with traditional strain sensors. MesoMat's technology aims to enhance safety and efficiency in numerous applications, particularly in sectors where material integrity is crucial.

Faurecia IRYStec Inc., based in Montreal, Canada, specializes in perceptual display technology solutions for the automotive industry. Founded in 2015, the company develops a customizable software platform known as PDP Vision, which integrates seamlessly into various automotive display systems, including instrument clusters and head-up displays. Their product offerings include IRYStec DRIVEvue, which enhances display visibility under bright lighting conditions, and IRYStec MYvue, a viewer intelligence solution that optimizes content presentation for individual users. By leveraging advanced algorithms, Faurecia IRYStec's technology adapts display characteristics in real-time, ensuring a safe and efficient viewing experience. In May 2020, the company rebranded from IRYSTEC to Faurecia IRYStec Inc. and now operates as a subsidiary of Faurecia S.E.

Hala Systems, Inc. is a social enterprise established in 2017 and based in Los Angeles, California. The company specializes in creating advanced, technology-driven solutions aimed at protecting civilians and assets in conflict zones. Its offerings include equipment such as remote sensors, activated devices, and communication solutions, which enhance safety and accountability before, during, and after conflicts. Hala Systems also develops algorithms and a threat-prediction system that employs artificial intelligence and a multi-sensor network to provide real-time situational awareness of potential threats. By identifying trends and predicting changes, Hala's solutions help governmental and non-governmental organizations manage crises more effectively, ultimately aiming to reduce casualties and trauma in volatile environments.

Elevated Signals Inc. is a Vancouver-based company that offers a digital cultivation management platform designed to enhance crop production in controlled environments. Founded in 2016, the platform utilizes wireless IoT sensors and data science to automate manual tasks and streamline operational efficiency. Its features include seed-to-harvest compliance record keeping, inventory tracking, cultivar-specific workflow management, and high-resolution environmental monitoring linked to plant identifiers. These capabilities enable users to rapidly prepare audit packages and maintain compliance with industry regulations. The company focuses on optimizing the cultivation process while ensuring adherence to Health Canada’s Good Production Practices and Good Manufacturing Practices standards.

EZ-Robot Inc. is a Canadian company founded in 2011, specializing in an integrated robotics and IoT platform designed to facilitate learning in technology and robotics. The company targets a wide audience, ranging from middle school students to industry professionals, offering educational tools that support STEAM (Science, Technology, Engineering, Arts, and Mathematics) concepts. By using robotics as a means to impart practical knowledge, EZ-Robot aims to inspire lifelong learning and problem-solving skills. The company's focus is on providing creative and accessible content that enhances the educational experience, encouraging students to engage with technology through innovative applications.

Seaformatics Systems designs and manufactures power harvesting and wireless communication products for the ocean monitoring industry.

Nix, Inc. is a consumer diagnostic company based in Boston, Massachusetts, that specializes in the manufacture of single-use biosensing wearable technologies designed to monitor hydration levels. The company has developed a sweat-based biometric sensor that provides real-time insights into hydration status and electrolyte loss, catering primarily to athletes, soldiers, and laborers. This innovative sensor enables users to optimize their performance by accurately assessing their fluid needs during training and competition. Founded in 2015, Nix aims to empower individuals to make informed decisions about their hydration.

VoltSafe is a manufacturer of innovative electrical power connectors designed to enhance the charging experience for vehicles. The company's flagship product, the VoltSafe Winter power plug, features a unique design that uses magnets for easy connection and disconnection. This intuitive technology allows the plug to automatically engage the electrical current when connected and to turn off instantly when detached, ensuring complete safety for users. By integrating advanced hardware and software, VoltSafe aims to revolutionize the way people interact with electricity, promoting both convenience and safety in various applications, including smart city infrastructures.

GBatteries Systems Inc. is a Canadian company focused on developing advanced battery management technology aimed at enhancing the performance and longevity of lithium-ion batteries. Their innovative solutions enable electric vehicles to charge rapidly, significantly reducing charging times to levels comparable to refueling a gasoline vehicle. This technology improves both the charge time and cycle life of batteries, allowing electric vehicle users to enjoy a more efficient and convenient experience without altering the battery's chemistry or manufacturing process. By addressing key challenges in battery degradation, GBatteries plays a vital role in facilitating the transition from internal combustion engines to electric vehicles.

QuWare is powering next-generation photonic technologies.

Monogram Creative Console manufactures a modular hardware interface that allows users to design controllers for software. The product enables users to control software using sliders, dials, buttons, and a desktop application. Monogram Creative Console consists of magnetically connecting tactile controllers; sliders, buttons, and dials for faster, more precise and intuitive editing for photographers, videographers and beyond. Monogram Creative Console is available at https://monogramcc.com or through our retail partners B&H Photo Video in New York or Henry's Photo in Canada and ships to over 46 countries. In 2015 Monogram won Gold at the User Experience Design Awards (UXDA) while at IFA, Berlin from the International Design Center Berlin. Photographers can build a custom Palette to control photo editing applications like Adobe Lightroom, Photoshop, where physical sliders adjust exposure, dials can be turned to change temperature and buttons can execute macros. Premiere Pro and Audition support was added in June. The company was founded by Ashish Bidadi and Calvin Chu.