Creative Destruction Lab (CDL)

Sensmore specializes in AI-driven automation software for heavy machinery. Their platform integrates proprietary perception software with off-the-shelf sensor technology, enhancing operational efficiency, reducing costs, and improving safety in mining operations.

Build Beyond is a pioneering space technology company specializing in orbital debris recycling. It designs and manufactures innovative, autonomous devices that capture and process metals from defunct satellites and other space assets. Using advanced electromagnetic forces and fields, these devices transform the harvested metals into valuable manufacturing feedstock or propellant rods, with no moving parts and minimal heat application. This contactless recycling process enables clients to efficiently manage and repurpose space waste, promoting a cleaner and more sustainable space environment.

Iris Dynamics is a Canadian technology startup specializing in magnetic force controlled actuator motors. Its innovative process enhances human-machine interfaces, benefiting diverse markets such as aircraft controls, robotics, and industrial automation. The company also develops high-performance stabilization platforms and supports electromagnetic research at major Canadian universities.

Continuum Industries Ltd is a technology company based in Edinburgh, United Kingdom, founded in 2018. It specializes in developing automation and optimization tools for engineers and planners involved in infrastructure design. The company's software solutions are specifically tailored for power, utility, and renewable energy sectors, enabling users to visualize, analyze, and assess routing options for infrastructure projects such as railways, roads, pipelines, and power lines. By leveraging artificial intelligence, Continuum Industries' tools enhance design automation and workflow management, allowing engineering professionals to significantly reduce the time required for early-stage design work and improve the efficiency of existing engineering designs.

Hydromea develops portable underwater robotics systems that provide access to submerged assets and data. The company offers a scalable multi-robot inspection and sensing system that can be permanently deployed at sea or launched from mobile autonomous craft and remotely tasked to carry out regular inspections, environmental measurements and emergency response. Its in-house sensors can be integrated on drones to deliver faster underwater data collection both onshore and offshore, enabling companies to obtain valuable insights at lower cost. The solution emphasizes portability, affordability and ruggedness to withstand harsh underwater environments.

Ehva is a technology company that specializes in automation solutions and test services for integrated photonics research and development (R&D) and manufacturing processes. Established as a spin-off from the Center for Optics, Photonics, and Lasers (COPL), Ehva leverages its roots in world-class photonics research to deliver innovative solutions. The company offers cloud-based software for creating and implementing complex tasks, facilitating multi-user collaboration, generating structured data, and providing AI-assisted analysis. Additionally, Ehva supplies test stations and services to its clients, aiming to streamline their R&D and production workflows by breaking bottlenecks in integrated photonics testing and manufacturing.

Komfort IQ is a company focused on enhancing energy efficiency in commercial buildings, addressing the significant energy consumption attributed to HVAC systems. By employing artificial intelligence, the Internet of Things, and machine learning algorithms, Komfort IQ has developed an innovative system that optimizes heating and cooling. This technology not only manages temperature preferences for individuals throughout the workday but also supports commercial offices in reducing energy usage and lowering electricity costs. The company's solutions aim to create a more comfortable and efficient working environment, contributing to sustainability efforts in the built environment.

HAXIO specializes in AI-driven visual inspection solutions for manufacturing. Their core product is an AI-powered software that enhances existing video surveillance cameras with intelligent anomaly detection capabilities. This allows for real-time monitoring of production lines, identifying defects, and enabling swift corrective actions. HAXIO focuses on seamless integration with leading industrial systems, empowering manufacturers to leverage their existing infrastructure and deploy AI-driven quality control more efficiently and cost-effectively than traditional methods.

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.

LGN Innovations, Inc. specializes in artificial intelligence-based perception systems that aim to replicate human-level perception in autonomous technologies. Founded in 2018 and headquartered in San Francisco, with additional offices in London and Zagreb, the company develops innovative products such as LGN Auto-Calibrate, which connects AI systems to sensor arrays, and LGN Intelligent Select, which efficiently compresses and filters data. Their technology enhances the resolution and imaging capabilities of various devices, facilitating applications across multiple sectors, including automotive, retail, and satellite industries. By optimizing data capture and processing, LGN's solutions reduce costs and power consumption while promoting high-level autonomy, making advanced AI capabilities accessible to a broader range of industries.

AWE Technologies specializes in developing wave-based, non-invasive sensor technologies. They use a range of wave energies, from acoustics to electromagnetics, to characterize, measure, and manipulate objects and fluids. Their core technologies include acoustic resonance spectroscopy, swept frequency acoustic interferometry, and acoustic manipulation, serving diverse industries such as biomedical, environmental, energy, and manufacturing.

Nfinite Nanotechnology is an advanced materials company specializing in open-air atomic layer deposition (ALD) technology to produce functional nanomaterials. The company focuses on enabling innovations in various sectors, including sustainable packaging, batteries, and photovoltaics. Nfinite has developed a rapid open-air nanocoating system that delivers large-area, high-quality ultrathin films at speeds up to 100 times faster than traditional ALD methods, significantly reducing costs. This technology sets new industry standards by providing packaging manufacturers with the ability to create cost-effective, sustainable packaging solutions that are fully compostable, recyclable, and capable of preserving product freshness and shelf life. Through its innovative approach, Nfinite aims to accelerate the development and commercialization of transformative technologies for a sustainable future.

InOrbit, Inc. is a technology company that specializes in a cloud-based robot management platform designed to facilitate the development, deployment, and operation of autonomous robots across various industries. Founded in 2017 and headquartered in Mountain View, California, InOrbit provides a comprehensive suite of services including real-time analytics, incident management, adaptive diagnostics, and predictive analytics. The platform supports secure cloud-robot communications and enables effective monitoring and management of robot performance. InOrbit's technology is particularly valuable in the rapidly growing commercial service robot market, which is projected to reach $50 billion by 2024. The company serves a diverse clientele spanning agriculture, hospitality, logistics, and retail, and collaborates with prominent partners such as Google and Qualcomm. The founding team comprises experts with extensive backgrounds in robotics and technology, collectively holding over 50 patents in relevant fields. Through its innovative approach, InOrbit aims to bridge the autonomy gap and enhance the operational capabilities of robotics companies and operators globally.

Miraex develops and manufactures photonic and quantum solutions for sensing, networking and computing. Based in Lausanne, Switzerland, the company produces photonic sensors, quantum transducers and quantum converters for industrial solutions, aerospace, security and defense, as well as quantum networking and computing applications. Its industrial sensing offerings aim to prevent asset failures in demanding environments where conventional electronic sensors are inadequate. Miraex also builds quantum integrated circuits for high-sensitivity measurements and distributed quantum computing infrastructures, and pursues full-stack photonic and quantum systems, including prototypes and patented quantum interconnect designs to scale quantum processors, microwave and ion-trap modules, quantum memories, and quantum-enhanced RF receivers for satellite communications and next-generation optical radar systems.

Rithmik Solutions is a Montreal-based company that develops an AI-powered platform for predictive maintenance on mobile mining equipment. Its solution, including the Asset Health Analyzer, analyzes equipment health, detects deviations from a virtual model of a healthy asset, and provides insights to reduce maintenance needs and improve uptime. The platform tracks asset health to help optimize productivity and profitability in the mining sector. Founded in 2017, Rithmik Solutions serves mining operators by turning AI analytics into actionable maintenance decisions.

i-5O is a developer of an artificial intelligence-based operations management platform aimed at enhancing production output for manufacturers. The company’s technology aggregates and analyzes data from various Internet of Things sources, providing insights into key performance metrics such as labor efficiency, capacity utilization, and processing times. This enables manufacturers to make informed decisions and quickly identify and address inefficiencies in their operations. i-5O envisions a future where humans and machines collaborate effectively, ensuring that advancements in robotics and automation lead to meaningful improvements in productivity and performance.

ThermoAI optimizes industrial combustion processes using proprietary machine learning algorithms. Its systems continuously monitor factors such as moisture content, atmospheric pressure, and air intake levels, adjusting them in real-time to achieve near-perfect combustion. This results in fuel savings, increased energy output, extended equipment lifespan, and reduced emissions.

Founded in 2017, WEAV3D Inc. specializes in developing advanced composite forming machinery and processes. Its innovative technology combines weaving and composite consolidation into an automated, continuous process, significantly reducing waste, cycle time, and material handling costs compared to traditional methods.

Founded in 2017, ARIX Technologies specializes in robotics and data analytics for pipeline inspection. Headquartered in Jackson, Louisiana with an engineering office in Houston, Texas, the company designs and develops crawling robots to monitor, test, and analyze the condition of pipelines in oil and gas refining and petrochemical facilities.

Lynceus is a company that specializes in AI and machine learning solutions aimed at enhancing quality control in complex manufacturing processes. Founded by David Meyer and Guglielmo Montone in Paris, the company develops software that predicts the outcomes of quality tests in real-time, allowing manufacturers to identify potential defects and monitor machine performance effectively. By leveraging advanced algorithms, Lynceus enables clients to anticipate quality issues before they occur, facilitating timely adjustments to production processes. This proactive approach not only improves product quality but also leads to significant cost savings for manufacturers.

PhaseShift Technologies develops an AI-driven platform to accelerate the design and development of advanced alloys for manufacturing. Its Rapid Alloy Design (RAD) technology, combined with multi-scale simulations, designs optimized alloys for specific applications, reducing the number of experiments and shortening development cycles. The platform also enables generation of synthetic data to address data scarcity in materials science. PhaseShift commercializes its portfolio through strategic partnerships with manufacturers, supporting improved performance, cost efficiency, and sustainability in material design and production.

aDolus Technology develops a cybersecurity platform designed to enhance the security of industrial and medical systems. The company's innovative solution generates Software Bills of Materials (SBOMs) from software binaries, allowing for the analysis of vulnerabilities, malware, and obsolescence within software components. By providing a risk score for software used in regulated and sensitive industries, aDolus enables organizations to detect counterfeit components and assess third-party risks, thereby safeguarding critical infrastructure. With a growing database of 32 million records and a vendor-agnostic approach, aDolus is positioned to address the urgent need for security solutions in a rapidly expanding market, particularly for the Internet of Things (IoT) and Industrial Control Systems (ICS). As the security landscape evolves with increasing regulatory demands and the proliferation of connected devices, aDolus aims to capitalize on significant opportunities across various sectors, including energy, transportation, medical, and defense.

Copperstone specializes in enhancing safety and efficiency for large-scale mining operations. They develop the HELIX robot, equipped with sensors or sampling payloads, to access tailings ponds safely, keeping personnel out of harm's way while reducing costs and improving operational efficiencies.

Founded in 2015, G2V Optics specializes in manufacturing LED solar simulators and commercial lighting automation products for scientific research, vertical farming, and industrial applications. Its product offerings include horticulture lighting systems designed to improve yield, quality, and operating costs.

Coastal Genomics Inc., established in 2012 and based in Burnaby, Canada, specializes in research and development within the life sciences automation sector. The company is known for its ranger technology, which automates the gel-based size selection of biomolecules, a critical process in DNA analysis. By creating automated solutions tailored to sample preparation needs, Coastal Genomics addresses challenges in the medical diagnostics field, enhancing efficiency and precision in laboratory workflows.

Sobie Systems is a technology company specializing in IoT devices for HVAC systems. Their core product is a real-time monitoring device that connects directly to furnace control boards, transmitting error codes and enabling swift identification and resolution of potential issues. This not only enhances system efficiency and occupant comfort but also ensures safety by mitigating carbon monoxide risks.

Taiga Robotics is an industrial robotics machinery manufacturer specializing in providing custom automation solutions for businesses of all sizes. The company focuses on applications such as co-packing, induction, sorting, and order fulfillment, enabling industries to enhance their production lines and overall efficiency. Taiga Robotics employs advanced technology that allows for remote control of its robots through a virtual reality interface. Additionally, the company offers training and tailored setups to suit the unique operational requirements of its clients, making robotics more accessible and effective in various industrial settings.

LifeBooster is a pioneer in the field of enterprise health and safety, specializing in risk analytics and wearable Internet of Things technology. The company has developed Senz, a connected worker platform that predicts and models risks and exposures across an entire workforce, aimed at preventing workplace injuries, illnesses, and fatalities. By digitizing and automating risk assessment processes, Senz provides health and safety professionals with the tools they need for accurate evaluations and effective injury prevention. LifeBooster's approach has achieved significant success, reportedly reducing risks in the industrial sector by up to 80%. Collaborating with local and global leaders in the fields of health and safety, risk management, and workers' compensation, LifeBooster has established itself as a leading provider of innovative connected worker solutions, dedicated to ensuring worker safety and well-being.

Altius Space Machines specializes in space robotics and technology, developing affordable satellite servicing solutions. Founded in 2010, the company offers lightweight interfaces for satellites and services including custom interface development, prototype fabrication, testing, and on-orbit satellite servicing.

Forcen develops and manufactures force-sensing film for various industries, including surgical robotics, industrial robotics, and aerospace. Its film can be integrated into parts or assemblies of devices in these sectors, providing real-time force feedback. Founded in 2015, the company is headquartered in Toronto, Canada.

Waste Robotics designs and deploys intelligent recycling robots to replace human pickers in North American recycling centers. Combining computer vision, AI software, and robotic technologies, they offer adaptable solutions for various waste sectors.

Averro Robotics and Technology is the creator of Rudy, the world's first guy wire robot. Rudy allows tower and flare stack owners to conduct non-destructive testing of their guy wires without needing rope access teams. The information Rudy gathers assists with preventative maintenance planning or extending the life of the wire.

FZ Engineering is a 3D printing company that focuses on developing advanced processing systems for various industries. The company specializes in integrating 3D-printed metal and polymer components into existing supply chains, enhancing both surface quality and dimensional accuracy. By providing tailored post-processing solutions, FZ Engineering enables clients to meet specific operational requirements, thereby facilitating the adoption of 3D printing technology across diverse applications.

Skyline Robotics Ltd is a technology company focused on automating real estate maintenance through its innovative window cleaning robot, Ozmo. Founded in 2017 and headquartered in Tel Aviv, Israel, with an additional office in New York, the company combines artificial intelligence, machine learning, and advanced robotics to create a system that efficiently cleans the windows of high-rise buildings. Ozmo employs sensors and computer vision to navigate complex architectural features, allowing it to operate without the need for additional infrastructure. This automation significantly reduces the risk of employee accidents and helps clients lower their operational costs. Skyline Robotics aims to revolutionize maintenance work at heights, enhancing safety and efficiency in the real estate sector.

MesoMat is a company that specializes in developing advanced plastic-based fibers designed to function as lightweight strain sensors. These innovative sensors are capable of monitoring fatigue, fracture, and failure in critical material systems. By integrating sensing fibers with custom electronics and software, MesoMat offers a comprehensive condition-based monitoring platform that utilizes real-time data to help prevent material failure. The sensing fibers can be easily embedded into various materials, making them suitable for high-strain environments that are typically difficult for traditional strain sensors to access. This technology positions MesoMat as a key player in enhancing material reliability and safety in numerous applications.

UFraction8 is a developer of innovative bioprocessing technology that specializes in scalable solutions for biomass filtration, separation, and dewatering. The company’s technology is applicable to a diverse range of microorganisms, including microalgae, yeast, and bacteria, allowing for the effective sorting of biomass from culture media without the use of harmful flocculants or traditional methods such as centrifugation and membrane filtration. By utilizing advanced microfluidic devices, uFraction8 enhances throughput for industrial-scale applications, including liquid particle processing and selective concentration of pathogens. This technology offers a cost-effective alternative to conventional liquid processing methods, enabling industries to improve efficiency and reduce expenses in their operations.

Kognitiv Spark Inc. is a Canadian company specializing in mixed reality software solutions designed to enhance the capabilities of industrial workers. Founded in 2016 and headquartered in Fredericton, the company’s flagship product, RemoteSpark, is a cloud-based application that enables remote technicians to connect with experts through devices like tablets, phones, laptops, and HoloLens headsets. This platform facilitates real-time guidance by allowing experts to see what technicians see and to provide holographic instructions and resources, significantly improving task execution and training. Kognitiv Spark's offerings are particularly beneficial in sectors such as aerospace, defense, and security, where they help reduce equipment downtime, streamline knowledge transfer, and minimize the necessity for expert travel. With a focus on industrial-grade security and low-bandwidth operation, RemoteSpark is recognized for its reliability and effectiveness in complex operational environments.

Founded in 2016, LabsCubed specializes in manufacturing automated material testing systems. These systems are designed to efficiently load tensile samples and plastic materials for numerical simulation, aiding companies in creating innovative materials.

Variense is a startup based in Montreal that offers Industrial IoT sensing solutions.

Founded in 2016, LabsCubed specializes in manufacturing automated material testing systems. These systems are designed to efficiently load tensile samples and plastic materials for numerical simulation, aiding companies in creating innovative materials.

Advanced Intelligent Systems is a robotics research and development company that specializes in creating practical autonomous robots designed to automate labor-intensive and potentially hazardous tasks. The company has developed a proprietary library of hardware and software modules, enabling efficient product development while reducing costs and time. Its flagship product, the BigTop robot, is engineered to handle plant pots in nurseries and greenhouses, optimizing space and workflow. Advanced Intelligent Systems is actively engaged in understanding industry automation needs through market research and collaborates with universities, governmental organizations, and industry partners to innovate and enhance robotic solutions. The company protects its intellectual property through patents and trade secrets, ensuring the uniqueness of its technological assets and maintaining a robust pipeline of products in various stages of development.

Black.ai offers an automation platform and distributed perception stack for autonomous decision-making and robotic service delivery in supermarket and industrial settings. Incorporated in 2017, the company is headquartered in Fitzroy, Australia.

Industrial Plankton Inc. is a Canadian company established in 2010 and based in Victoria, British Columbia, specializing in the manufacturing of algal bioreactors for algae culture. The company prioritizes quality by producing all equipment in-house. Its flagship product, a 1000L algae bioreactor, was launched in 2012, followed by a 100L research reactor in 2014 and a full LED 1250L reactor in 2016. The company's bioreactors are fully automated, self-sterilizing, and self-cleaning, integrated with an application that streamlines the algae production process, reducing the time and skill needed by users. Additionally, an automated rotifer reactor is scheduled for launch, further expanding its product line.

SensorUp is a Calgary-based company that develops and operates an Internet of Things platform for connecting devices, data, and applications. The SensorUp platform provides sensor data, analytics, and mapping APIs that enable IoT devices to interoperate with the SensorUp Cloud and with third-party web applications. The company offers an open and unified approach to interconnect IoT components across networks, allowing enterprises to aggregate data from multiple systems and transform it into actionable insights. Its Smart Cities Starter Kit focuses on air quality monitoring, while its broader platform supports movement intelligence and operational visibility for asset-heavy industries. The platform uses data analytics and artificial intelligence to rapidly collect and analyze IoT data for monitoring and decision-making, including emissions-related initiatives such as methane detection and repair to support compliance with reporting standards. SensorUp's offerings aim to improve safety, productivity, and efficiency by enabling connected workers and automated workflows across industries.

Intuitive AI is a more robust construct. One waste item at a time, their contributions are literally saving the earth. The primary purpose of the technology is to help automate a very tedious and incorrect procedure that assists buildings in reducing the volume of waste released into landfills and the sea.

Orbitless Drive has developed a novel drivetrain technology known as the ORBITLESS Drive, which represents a significant advancement in gearbox design. This patent-pending technology can be applied across various sectors, including motion control, robotics, electric vehicles, and wind power, serving as an alternative to traditional planetary drives, harmonic gearsets, and spur gearsets. The ORBITLESS Drive is available in multiple configurations, including single stage and multi-stage options with varying gear ratios, allowing for customization to meet specific application needs. In addition to its innovative technology, Orbitless Drive offers technical consultancy services that assist clients with transmission design, analysis, and engineering support, catering to companies seeking to enhance their competitive edge in the power transmission market. The company's focus on low noise and reduced vibration positions it as a valuable partner for gear design professionals.

Canvass AI is an artificial intelligence platform focused on enhancing industrial operations. The company provides scalable AI solutions that empower industrial engineers to adopt AI and create value without needing extensive data science expertise. Its software offers actionable insights and real-time guidance to production teams, complementing existing industrial technologies. By doing so, Canvass AI helps companies in sectors such as oil, gas, chemicals, and manufacturing improve operational performance, optimize processes, enhance quality, and reduce energy consumption. The platform aims to enable organizations to outperform competitors and establish new sustainability benchmarks in their operations.

Ecoation Innovation Solutions specializes in providing greenhouse growers with advanced tools for the early detection of pests, diseases, and nutrient deficiencies that can impact crop value. By harnessing proprietary artificial intelligence and plant signal data, Ecoation's system delivers daily updates on crop health directly to growers through desktop and smartphone applications. This technology empowers growers to take prompt actions that enhance crop value, lower operating costs, and minimize pesticide usage. Based in Canada, Ecoation's innovative platform integrates elements of biology, automation, sensing, and robotics, aiming to transform agricultural practices and improve overall crop productivity. The company is currently conducting paid field trials in British Columbia greenhouses to demonstrate the effectiveness of its solutions.

A&K Robotics Inc. is a Canadian company based in Vancouver, founded in 2015, that specializes in designing and building advanced robotic systems. The company focuses on developing intelligent navigation systems that enable robots to work collaboratively with humans. A&K Robotics also creates electric micro-mobility platforms and self-driving robotic pods, which aim to enhance mobility in large facilities such as airports, malls, and museums, as well as in crowded urban environments. By pushing the boundaries of robotics technology, A&K Robotics seeks to improve quality of life and promote environmental sustainability through innovative real-life applications.

Vention is a cloud-based digital manufacturing platform that enables engineers and manufacturing professionals to design, order, and assemble custom factory equipment in days. It features a 3D Machine Builder with a library of modular structural, motion, and control components, including T-slot aluminum extrusion systems, and supports design, simulation, and ordering directly in a web browser. Its AI-enabled 3D constraints help optimize layouts and ensure feasible configurations, while the platform integrates design, programming, simulation, ordering, and commissioning in a single digital environment. Vention serves both experienced automation specialists and first-time designers, streamlining the creation of automated equipment for applications such as robot cells, tooling, conveyors, and other factory automation.

Eigen Innovations Inc. is a Canadian technology company that develops artificial intelligence–driven vision analytics and process control solutions for industrial manufacturers. Its flagship platform, Intellexon, captures video and sensor data from production lines and uses machine learning to identify defects, recommend optimal machine settings, and generate standardized digital inspection records. The company’s OneView software aggregates these records, enabling factory teams to introduce automation, analyze root causes of defects, and reduce recurrence. Eigen Innovations serves sectors such as automotive, food processing, construction materials, and mining, helping clients deploy inline inspection systems that improve quality, predict outcomes, and lower operational risk.

Validere Technologies Inc. is a Toronto-based company that specializes in providing critical information about liquids through innovative measurement, reporting, and verification solutions. Founded in 2015, Validere develops portable devices, including the Validere Identifier, which assesses the hazardous nature of liquids by referencing a comprehensive library. Additionally, the company offers EDGE Connect, a platform that facilitates secure connections between buyers and sellers, enabling the discovery of arbitrage opportunities. Validere's main focus is on liquid fingerprinting, industrial process monitoring, and optimizing logistics within the energy sector. By delivering accessible and verifiable testing data, Validere aids organizations in making informed business decisions and enhances the accuracy of crude oil testing, ensuring accountability and quality across operations. The company's expertise in emissions management and tracking further positions it as a valuable partner for energy companies seeking to improve their financial and environmental performance.

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.