Creative Destruction Lab

LMT is a research and development company specializing in developing high-end scientific instrumentation. It utilizes advanced microfluidic, optical, spectroscopic, and chemical extraction techniques to create devices designed for a wide variety of scientific applications including use in space exploration, closed-cycle water analysis, environmental analysis, and biomedical and point-of-care analysis.

Aquark Technologies specializes in the development of compact cold-atom systems aimed at advancing quantum applications such as atomic clocks, sensors, and navigation systems. The company employs a unique laser geometry technique, stemming from over a decade of proprietary research at the University of Southampton, to miniaturize these systems to the size of a matchbox. This innovation enables the creation of plug-and-play quantum devices that offer portability and support the integration of quantum technologies into everyday life, paving the way for the next generation of quantum sensing and computing solutions.

Adaviv is a predictive agriculture company focused on enhancing urban farming sustainability through advanced technology. By utilizing hardware-enabled solutions powered by artificial intelligence and computer vision, Adaviv monitors plant health continuously, uncovering hidden biometrics that inform growers with actionable insights. This approach facilitates disease prevention, rapid experimentation, and optimization of yields and quality, ultimately helping producers to grow more efficiently and sustainably. Founded by a team of MIT researchers and alumni, Adaviv has participated in prestigious entrepreneurship programs, including MIT Delta V and MIT DesignX, and has received support from Microsoft AI for Earth as one of its initial grantees.

Labrador Systems, Inc. is a technology company based in Oak Park, California, specializing in the development of assistive robots aimed at enhancing the quality of life for individuals, particularly those with disabilities or long-term care needs. Founded in 2017, the company focuses on creating practical applications of advanced robotics to assist users with everyday tasks, thereby supporting independent living and home health services. By leveraging cutting-edge technology, Labrador Systems aims to empower individuals to carry out physical tasks, facilitating a more active and self-sufficient lifestyle.

Ki3 Photonics Technologies is an optical quantum technology that targets the generation and manipulation of non-classical photons, necessary for the development and commercial success of quantum technologies.

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.

Salo Sciences is focused on addressing climate change and biodiversity loss through innovative technology. The company develops a climate technology platform that employs high-resolution remote sensing and artificial intelligence to monitor ecosystem health across vast areas at a low cost. By utilizing satellite data, Salo Sciences enables environmental stakeholders to track forest changes, quantify carbon stocks, and assess wildfire risks. This comprehensive monitoring capability allows organizations to improve land stewardship and implement effective conservation and restoration strategies. Ultimately, Salo Sciences aims to enhance sustainability efforts and promote climate resilience, making a significant contribution to the natural climate system.

« HAXIO enables manufacturing companies to significantly reduce their quality costs using automated 4.0 inspection systems, as well as artificial intelligence-driven software that can predict and prevent future production defects. With a team cumulating more than 20 years of experience, over 300 projects with some of the biggest players in the industry and a global presence in North America, HAXIO has the human, technical and financial resources to meet highest demands of our customers. »

Applikate Technologies is a hardware and software company that develops a fully automated histology platform with integrated digital imaging. The platform automates the pathology workflow, reducing processing time, lowering cost, and improving image quality, which reduces the risk of misdiagnosis.

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.

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

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.

Developer of medical devices and other technology intended to treat joint injuries and diseases. The company's devices replace lost and damaged cartilage and encourage new tissue growth, enabling medical practitioners to access cost-effective and on-demand devices that improve outcomes in young and active patients with knee damage.

Liberum Biotech is a biotechnology company focused on advancing protein manufacturing through proprietary molecular and hardware technologies. Its platform facilitates the rapid production of enzymes, therapeutics, and laboratory reagents, enabling clients to enhance speed and scalability while significantly reducing costs. By leveraging its innovative protein synthesizers, Liberum aims to democratize access to synthetic biology, ultimately transforming existing biologics manufacturing practices and making these technologies more accessible to a broader range of users.

Iris Dynamics Ltd. is a Canadian technology startup based on Vancouver Island, specializing in innovative magnetic force-controlled actuator motors. This technology enhances the human-machine interface and has been implemented across various sectors, including aircraft controls, flight simulation, remotely piloted vehicles, heavy equipment, automotive, industrial automation, robotics, and semiconductor manufacturing. By offering improved performance, reliability, and cost-effectiveness compared to traditional technologies, Iris Dynamics is developing high-performance stabilization platforms for diverse client applications. The company also engages in advanced electromagnetic research at two prominent Canadian universities to further its technological capabilities. Iris Dynamics is actively seeking industry partnerships to expand the application and impact of its technology.

RockMass Technologies is revolutionizing structural mapping by developing a data collection tool made for geologists. The company creates data collection more efficient, accurate and safe for geologists in mining, exploration, civil engineering and education. At RockMass, our goal is to improve geological mapping in the mining, civil engineering, and exploration industries with our revolutionary mapping technologies.

Developer of nanotechnology designed for the agriculture industry. The company's technology improves food safety through the development of novel methods for cleaning and sanitizing, enabling clients with the feasibility of employing nanotechnology to replace traditional post-harvest chlorine wash.

Cipher Skin is a patented form of biometric sensors that measure 3-dimensional movement while integrating numerous high-quality metrics like heart rate, respiratory rate, and quality and autonomic tone. These simultaneous set of metrics creates a 3D picture of how the body is moving, called the Digital Mirror.

Their vision is to create a future where man and machine work together in harmony. As robotics and automation become ever more pervasive in society, they are creating technology that enhances human performance so that their children can have a meaningful future.

ThermoAI develops advanced machine learning algorithms and sensor technology aimed at optimizing industrial combustion processes in power plants. By leveraging IoT and artificial intelligence, the company enhances the efficiency of chemical reactions, addressing critical factors such as moisture content, atmospheric pressure, and air intake levels. Their systems continuously monitor these variables to achieve near-perfect combustion, which leads to significant fuel savings, increased energy output, extended lifespan of costly equipment, and reduced emissions. ThermoAI's solutions enable plant operators to model and enhance their operations, ultimately improving overall performance and sustainability.

Developer of an optical sensor technology designed for space exploration in extreme terrestrial and extraterrestrial environments. The company develops ultra-sensitive laser spectrometers, onboard landers, and rovers to automate sample capturing by flyby spacecraft, providing scientists with innovative optoelectronics and data analytic technologies.

Developer of a technology-based platform designed to enhance performance via sustainable and economic carbon nanofibers. The company's platform has developed a proprietary chemical process technology to convert carbon dioxide and waste heat from power plants into high-strength carbon fiber, enabling industries to use greenhouse gas feedstocks annually and turning them into sustainable and valuable solid commodities.

401 Labs is an innovative technology company dedicated to the development and deployment of cutting-edge AI solutions for safety critical systems.

Copperstone Technologies specializes in providing innovative solutions for large mining companies to manage the liabilities and safety costs associated with tailings ponds. The company has developed a specialized field robot, known as HELIX, which can safely access tailings ponds to deploy sensors and sampling payloads. This technology minimizes human risk by keeping personnel out of hazardous areas, while also enhancing operational efficiency and reducing costs. Additionally, Copperstone's expertise in electrical and mechanical design, along with advanced robotic systems, allows it to offer robotics-as-a-service for data collection in remote or dangerous environments. This capability enables clients to monitor the performance of their equipment effectively, ensuring operational integrity in challenging locations.

Operator of a biotechnology company intended to tailor the activity and stability of proteins and enzymes for a range of applications. The company mainly focuses on research and development and direct product sales in the merged field of proteins and polymers to utilize atom transfer radical polymerization chemistry to grow polymers with precision from the surface of proteins, enabling physicians to discover an effective alternative for therapeutics and protein engineering.

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

G2V's founding mission is to develop and commercialize technology that will enable food production for a growing population while significantly reducing fresh water and land use. We do this by improving yield, quality, and operating costs for commercial growers by providing efficient 'engineered sunlight'​. Our advanced technology provides greenhouses, vertical farms, and home growers with multi-zone lighting and plant monitoring, allowing a grower to keep tabs on their entire crop. We are obsessed with using new technology to make a difference and continue to develop some of the most dynamic and innovative new products for the horticulture market.

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.

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

Integrated Architecture and Technology

Sankoya Technologies specializes in innovative sanitation solutions, focusing on the development of a next-generation toilet that transforms human waste into pathogen-free ash. By employing an intellectual property licensing strategy, the company aims to integrate its off-the-grid sanitation technology into various sanitation services. This approach is designed to address the needs of over 2.5 billion people globally who lack access to basic toilet infrastructure and reliable sanitation facilities, particularly in areas with limited resources. Through its efforts, Sankoya seeks to improve hygiene and health outcomes in underserved communities.

Everest Labs is advancing the waste management industry using modern technologies such as Artificial Intelligence (AI), Machine Learning (ML), and Computer Vision and Robotics. Our solutions increase the quality of marketable recyclables and reduces dependency on human labor while enabling top line and bottom line revenue growth for waste management companies. Our Master Plan: To reduce fossil fuels burn rate by empowering manufacturers and packaging industry to use more recycled materials in their inputs and sustainable packaging. We started by solving problems at recycling plants using AI and robotics. Our vision is to become the trusted leader in AI and Robotics in complex environments such as the waste management industry.

FZ Engineering is a 3D printing company that specializes in developing processing systems aimed at integrating 3D-printed metal and polymer components into various industries. The company focuses on enhancing surface quality and dimensional accuracy, which allows clients to optimize their supply chains. By providing advanced post-processing solutions, FZ Engineering enables industries to effectively utilize 3D printing technology according to their specific requirements.

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.

LabsCubed Inc. is a Canadian company based in Kitchener, founded in 2016, that specializes in the manufacture of automated testing systems for materials, particularly plastics and rubbers. The company's advanced machines facilitate rapid and intelligent stress testing of polymer materials by automating the physical testing process and data collection. By loading tensile samples into its systems, LabsCubed enables manufacturers to conduct numerical simulations and gather detailed analytical information efficiently. This innovation helps companies save both time and money in the development of new and innovative materials.

RockMass Technologies is revolutionizing structural mapping by developing a data collection tool made for geologists. The company creates data collection more efficient, accurate and safe for geologists in mining, exploration, civil engineering and education. At RockMass, our goal is to improve geological mapping in the mining, civil engineering, and exploration industries with our revolutionary mapping technologies.

LabsCubed Inc. is a Canadian company based in Kitchener, founded in 2016, that specializes in the manufacture of automated testing systems for materials, particularly plastics and rubbers. The company's advanced machines facilitate rapid and intelligent stress testing of polymer materials by automating the physical testing process and data collection. By loading tensile samples into its systems, LabsCubed enables manufacturers to conduct numerical simulations and gather detailed analytical information efficiently. This innovation helps companies save both time and money in the development of new and innovative materials.

Graphite Innovation & Technologies is a prominent Canadian materials engineering firm dedicated to advancing the use of graphene and nanomaterials. The company specializes in developing innovative applications for these materials, leveraging its proprietary "bottom up" production process to create high-quality graphene. By owning the intellectual property related to this process, Graphite Innovation & Technologies ensures that it can deliver customized engineered materials tailored to specific client needs. The firm focuses on reducing production costs while enhancing the properties of graphene, enabling businesses to integrate these advanced materials into their products. With expertise in dispersion and product integration, Graphite Innovation & Technologies provides comprehensive solutions that empower clients to enhance their offerings with the unique characteristics of graphene.

Mekonos Inc. is a technology company based in San Francisco, California, focused on the design, development, and production of gene and cell therapies. Founded in 2017, Mekonos has developed a proprietary cell-engineering platform that utilizes scalable silicon technology and an integrated system-on-a-chip. This platform enables the creation of predictive models for drug discovery and development, as well as a silicon chip automated architecture for genome editing. The company's innovative MEMS technology allows for the precise control of individual nanoneedles to inject single cells in parallel, facilitating the industrialization of engineered therapies for genetic diseases, including cancers. By providing a reliable and reusable manufacturing system, Mekonos aims to enable healthcare providers to deliver a diverse range of therapeutic molecules across various primary cell types.

Interface Fluidics is an international technology company that specializes in reservoir fluid analysis services. Utilizing a proprietary nanofluidic technology platform, the company provides innovative solutions for oil and gas producers to enhance their understanding of reservoir properties. By focusing on microfluidic reservoir modeling and fluid characterization, Interface Fluidics evaluates the effectiveness of new processes and fluid interactions. This comprehensive analysis helps clients make informed production decisions and ultimately aims to optimize oil production and increase overall productivity in the industry.

Trexo Robotics is on a mission to redefine mobility solutions for all people. The company aims to create devices that are affordable, designed with the user in mind, and can be used at home. Fundamentally, Trexo is driven by the belief that people should have access to enabling technologies. Currently, Trexo is building a device designed specifically for children with disabilities.

QuWare is powering next-generation photonic technologies.

Grobo specializes in developing fully automated grow boxes designed for home use, utilizing Internet of Things (IoT) technology to facilitate smart gardening. Their systems employ artificial intelligence and machine learning to optimize plant growth, enhancing yields while reducing growth times. The automated grow boxes feature personalized, app-controlled automatic watering and LED lighting systems, enabling users to cultivate high-quality food and medicinal plants in a virtual indoor environment. By integrating technology into the growing process, Grobo empowers individuals to take control of their health by simplifying the cultivation of safe and fresh plants at home.

ZEITDice is a developer of timelapse camera products designed for AI-supported visual storytelling. The company focuses on creating technology that captures extended periods of time and utilizes a cloud-based computer vision platform. This platform analyzes the captured images to extract measurable data, allowing machines to interpret visual information and deliver valuable insights to users. By enhancing the decision-making process through innovative visual data analysis, ZEITDice aims to provide users with new perspectives and actionable information derived from long-term photographic documentation.

Kiwi is the world leader in motion recognition technology. With Kiwi's dead simple motion recognition platform, you can get your products tracking motions in literally a matter of minutes. Capture, analyze and improve anything: any motion, on any device, with any sensor. Based in Toronto, Canada, Kiwi's team works diligently to solve the ambiguous motions that surround us. By categorizing and analyzing motions, you can do anything from a simple repetition count in the gym, to analyzing safety metrics in a factory. The options are endless, reach out to us to find out how your products could benefit from motion recognition.

We are creating a platform to transform the world’s glass into digital displays.