Techstars

Arbor Insight is a technology company specializing in agricultural robotics. It provides advanced, data-driven solutions to enhance farming efficiency, particularly for tree crops. The company offers growers actionable insights through high-resolution data and affordable technologies, automating the creation of digital blueprints and generating datasets. This enables farmers to optimize yields, while associations can use these tools for early harvest predictions. Arbor Insight also innovates in mechanized bio-perception data pipelines for orchards.

AlterEcho is redefining aseptic manufacturing by decoupling human operators from cleanroom environments through First-Person View Remote Robotic Embodiment. Instead of direct intervention, operators control precision robotics remotely via first-person-view headsets and motion controllers, maintaining the dexterity and adaptability of human oversight while eliminating contamination risks. This paradigm shift enables pharmaceutical manufacturers to enhance scalability, optimize facility layouts, and future-proof production against labor shortages and regulatory pressures. Unlike conventional automation, which struggles with edge cases and lengthy validation cycles, AlterEcho keeps human decision-making in the loop while generating the operational data and infrastructure that could enable more autonomous biomanufacturing in the future. A Techstars-backed venture, AlterEcho is not just iterating on aseptic workflows - it’s reengineering the fundamental relationship between humans and pharmaceutical production.

BioGrip is a developer of advanced bionic systems aimed at enhancing the functionality of artificial limbs and rehabilitation devices. The company's innovative wireless human-machine interface uses a sensor membrane to capture myoelectric signals from the brain, translating these into digital signals that can control robotic systems. This technology enables real-time and simultaneous control of artificial limbs, fostering a genuine connection between the devices and the human body. BioGrip's solutions cater to diverse sectors, including medical devices, remote surgery, telerobotics, and manufacturing, allowing developers to create tailored engineering solutions through their integrated software and hardware tools. The company's mission is to improve the quality of life for disabled patients by providing cutting-edge technology that bridges the gap between human intention and robotic action.

Jaipur Robotics focuses on developing waste recycling ecosystem doliutions usng AI Algorithms.

BioGrip is a developer of advanced bionic systems aimed at enhancing the functionality of artificial limbs and rehabilitation devices. The company's innovative wireless human-machine interface uses a sensor membrane to capture myoelectric signals from the brain, translating these into digital signals that can control robotic systems. This technology enables real-time and simultaneous control of artificial limbs, fostering a genuine connection between the devices and the human body. BioGrip's solutions cater to diverse sectors, including medical devices, remote surgery, telerobotics, and manufacturing, allowing developers to create tailored engineering solutions through their integrated software and hardware tools. The company's mission is to improve the quality of life for disabled patients by providing cutting-edge technology that bridges the gap between human intention and robotic action.

Exchange Robotics has developed a cloud based SaaS platform to provide advanced Machine Learning and AI services to financial services customers working in Private debt and Alternatives markets. We are able to digest unstructured and unformatted data and transform it in meaningful content by creating customized screens UI, unique user experience using our own Large Language model Chatbot and cognitive models, and advances structured finance solutions available in seconds by just using your voice.

Reviway specializes in automated road maintenance, offering a comprehensive solution for road authorities to address potholes and other road defects. Their system, which includes automated vehicles equipped with infrared technology, covers the entire maintenance process from detecting road conditions to planning, executing, and monitoring repairs. This enables road management companies and public authorities to reduce maintenance costs and environmental impact, while ensuring safer and more comfortable road networks.

Chassi helps robotics and embedded companies ship software 10x faster and cheaper by automating their entire development workflow.

Et Cetera Robotics develops software that brings human level motions in robots with the use of innovative sensors.

Solideon specializes in Wire Arc Additive Manufacturing (WAAM) solutions aimed at producing large metallic components efficiently. The company focuses on developing multi-robot, multi-tool manufacturing cells that can deliver finished components in a matter of days, significantly reducing traditional manufacturing times. In addition to its core capabilities in WAAM, Solideon is involved in advancing aerospace vehicle manufacturing, supporting the broader goals of enhancing transportation and infrastructure. Through the utilization of additive manufacturing systems and machine-learning technologies, Solideon aims to facilitate the construction of vehicles and infrastructure not only on Earth but also for potential applications on the Moon and Mars. This innovative approach is designed to empower space researchers and contribute to the expansion of the economy, creating new opportunities for humanity.

Craitor is a company based in San Diego, California, founded in 2019, that specializes in developing a multi-purpose manufacturing machine designed for 3D printing and additive manufacturing. Their innovative printer is capable of producing military-grade parts in diverse environments, offering features such as drop resistance and protection against water, dust, and humidity. This rugged and portable additive manufacturing solution enables users to create functional parts on-site, ensuring that essential components are available when and where they are needed.

Telekinesis is a robotics company that specializes in developing a no-code programming solution known as Visual Robot Programming. This innovative technology utilizes AI and hand gesture tracking to enable robots to learn behaviors autonomously by observing videos. By simplifying the programming process, Telekinesis allows users to program industrial robots within minutes, making robotics more accessible to a broader audience. The company's vision is to democratize the field of robotics, empowering individuals without technical expertise to teach robots independently through visual learning.

Alba Robot is a business-to-business platform specializing in self-driving micromobility solutions for the transportation of individuals and goods in both indoor and pedestrian environments. The company develops a fleet of advanced mobility robots and autonomous people movers, designed to operate in various settings such as airports, hospitals, and museums. By offering customizable and flexible robotic technologies, Alba Robot aims to enhance transportation efficiency and user experience in diverse mobility scenarios.

IONA is developing a hyper-efficient delivery solution combining drones and robotics for shipping companies losing hundreds of millions every year in rural last-mile, due to empty cargo bays, scattered delivery points, and driver shortages. We utilize a new regulatory framework for autonomous flights to provide a last-mile turnkey solution that breaks even anywhere and creates new business opportunities for the local economy. Rural last-mile is an untapped $38.5B SOM and IONA is at the forefront. Over the past two years, our team has proven its capacity to deliver. The tech is ready and patented, with already $10M in LOIs, and we launch our first operation in 2024.

Developer of an advanced robotic system designed to pioneer the expanse of human potential through collaborative innovation, intelligent systems, and passionate discovery. The company designs, develops, and deploys highly ruggedized robotic vehicles for advanced data collection and autonomy for mining and defense applications and provides cutting-edge software development for robotic teleoperations and autonomy and remote deployments to extreme environments, including logistical planning, support, and execution of expeditions globally, helping clients create a safer working environment.

Team Wildfire specializes in developing innovative solutions for wildfire suppression and environmental protection. The company manufactures advanced jet engine sprays designed to effectively suppress fires, capture embers, defend structures, and enhance the safety of evacuation routes. Through the application of sophisticated engineering, tactics, and chemistries, Team Wildfire addresses a range of environmental challenges, including wildfire management, reforestation efforts, dust control, oil spill remediation, and protection against nuclear and biological threats. By focusing on these critical areas, the company aims to safeguard people, property, and the environment.

Team Wildfire specializes in developing innovative solutions for wildfire suppression and environmental protection. The company manufactures advanced jet engine sprays designed to effectively suppress fires, capture embers, defend structures, and enhance the safety of evacuation routes. Through the application of sophisticated engineering, tactics, and chemistries, Team Wildfire addresses a range of environmental challenges, including wildfire management, reforestation efforts, dust control, oil spill remediation, and protection against nuclear and biological threats. By focusing on these critical areas, the company aims to safeguard people, property, and the environment.

Team Wildfire specializes in developing innovative solutions for wildfire suppression and environmental protection. The company manufactures advanced jet engine sprays designed to effectively suppress fires, capture embers, defend structures, and enhance the safety of evacuation routes. Through the application of sophisticated engineering, tactics, and chemistries, Team Wildfire addresses a range of environmental challenges, including wildfire management, reforestation efforts, dust control, oil spill remediation, and protection against nuclear and biological threats. By focusing on these critical areas, the company aims to safeguard people, property, and the environment.

REEV is focused on enhancing the mobility of individuals with walking disorders by creating intelligent wearable robotics. These motorized orthosis devices are designed to be lightweight and personalized, providing intuitive support that helps users walk, stand, sit, and navigate stairs with confidence. By diminishing muscle fatigue and facilitating daily movements, REEV aims to improve the quality of life for its users, allowing them to regain autonomy and independence in their everyday activities. The company’s mission is rooted in the belief that everyone, regardless of their level of disability or age, deserves the opportunity to enjoy their mobility fully.

Sorair is a London-based company founded in 2021 that specializes in developing autonomous upgrades for supply chain systems and logistics services. The company focuses on providing surveillance solutions that leverage autonomous vehicles, drones, and artificial intelligence-enabled software. These technologies enable comprehensive monitoring of site conditions and individuals, offering companies improved visibility over their properties and assets. By implementing Sorair's systems, businesses can reduce labor costs, enhance security measures, and minimize potential losses.

Solideon specializes in Wire Arc Additive Manufacturing (WAAM) solutions aimed at producing large metallic components efficiently. The company focuses on developing multi-robot, multi-tool manufacturing cells that can deliver finished components in a matter of days, significantly reducing traditional manufacturing times. In addition to its core capabilities in WAAM, Solideon is involved in advancing aerospace vehicle manufacturing, supporting the broader goals of enhancing transportation and infrastructure. Through the utilization of additive manufacturing systems and machine-learning technologies, Solideon aims to facilitate the construction of vehicles and infrastructure not only on Earth but also for potential applications on the Moon and Mars. This innovative approach is designed to empower space researchers and contribute to the expansion of the economy, creating new opportunities for humanity.

dolaGon is a manufacturer based in Denver, Colorado, specializing in autonomous ski lift vehicles designed for commercial and professional applications. Founded in 2019, the company employs proprietary advanced route tracking and collision avoidance sensors to create off-road utility vehicles. These vehicles are intended for use on private property and in backcountry areas, allowing trained operators to utilize a self-driving vehicle that can navigate various off-road trails and make snow-covered terrain accessible for skiing.

InspectoBot operates a structural inspection platform focused on underground inspections. The company's proprietary Ground Penetrating Radar Rover automates the inspection process, significantly reducing costs and time while allowing for more frequent evaluations. This technology enables structural engineering firms to efficiently inspect concrete structures and monitor elements such as rebar location, which is essential for renovation projects. By streamlining the inspection process, InspectoBot enhances the capabilities of engineering firms in managing and maintaining structural integrity.

Exovolar is a company focused on making personal air mobility accessible through the development of innovative aircraft designed for vertical take-off and landing. They provide a flying chassis combined with a wearable exoskeleton system, which enhances capabilities for various applications such as cargo transportation and aerial work. This technology is particularly beneficial for operators in industries like offshore wind turbine maintenance, utility networks, and search and rescue missions, allowing for hands-free flying and enabling robots to execute tasks in the air. Exovolar aims to democratize personal air mobility, making it practical and efficient for a wide range of users.

Rotender specializes in bar automation technology, focusing on the development of a robotic vending machine designed for bars and restaurants. This innovative system allows customers to scan a QR code to access a digital drinks menu on their smartphones, facilitating online payment. Once payment is completed, customers can place their cups in the machine to receive a cocktail mix, enhancing the efficiency of beverage service. Rotender's solution provides a creative and economical option for establishments looking to streamline drink pouring and improve customer experience.

Xook specializes in providing robotic fresh food kiosks that deliver made-to-order meals, including a variety of cuisines such as Indian and Chinese fast food, to locations like offices, cafeterias, and apartments. The company's innovative technology integrates both hardware and software developed in-house, allowing for a seamless consumer experience. By utilizing a unique business model, Xook offers these kiosks at minimal to no upfront costs, ensuring accessibility for a wide range of consumers. This approach enables individuals to enjoy personalized food options tailored to their taste preferences, available instantly and conveniently at any time and place.

InspectoBot operates a structural inspection platform focused on underground inspections. The company's proprietary Ground Penetrating Radar Rover automates the inspection process, significantly reducing costs and time while allowing for more frequent evaluations. This technology enables structural engineering firms to efficiently inspect concrete structures and monitor elements such as rebar location, which is essential for renovation projects. By streamlining the inspection process, InspectoBot enhances the capabilities of engineering firms in managing and maintaining structural integrity.

Canopy Aerospace specializes in the production of thermal protection systems, particularly heat shields for the space and hypersonic industries. The company focuses on advanced materials, utilizing ceramics and composites through scalable additive manufacturing techniques. By integrating software into its manufacturing processes, Canopy Aerospace enhances optimization, efficiency, and the rapid production of critical components. This approach allows vehicle manufacturers to incorporate thermal protection system designs early in their development, facilitating informed decision-making during trade studies and minimizing expensive last-minute changes. Canopy Aerospace serves various sectors, including hypersonics, space launch, propulsion, medical, semiconductors, automotive, and power generation, thereby improving mission capabilities in demanding environments.

Equatorial Space is a startup focused on developing advanced rocket propulsion and launch systems aimed at making space access as safe and affordable as commercial air travel. The company seeks to simplify the complex and costly propulsion systems that often lead to failures, utilizing a proprietary solid fuel formulation that enhances safety and environmental sustainability. Their innovative hybrid rocket propulsion systems reduce component requirements by half and are designed to be potentially reusable. Equatorial Space has garnered recognition, winning the MBRSC Innovation Cup in 2018 and graduating from The Hangar by NUS Enterprise in 2019. In 2021, the company joined the inaugural cohort of the Q Station Accelerator, which is supported by the US Space Force and Techstars Los Angeles. With operations in Singapore, Australia, and the United States, Equatorial Space aims to serve both civilian and military applications, enabling organizations to conduct planetary and space missions more effectively.

MerkleBot is a developer of a robotics platform that integrates robots with blockchain technologies to enhance data security and operational efficiency. The company focuses on creating a trustless data-capture infrastructure for robotics and industrial machinery, which is securely stored using Filecoin and recorded on blockchain networks such as Ethereum or Kusama. This approach not only ensures enterprise-grade data security but also facilitates the development of new business models and compliance frameworks. By enabling businesses to adopt automation on a larger scale, MerkleBot aims to transform the robotics landscape and drive innovation in the industrial sector.

Revolute Robotics specializes in the development of hybrid ground and aerial robots tailored for indoor inspection and surveillance purposes. Their flagship product, the Hybrid Mobility Robot (HMR), is engineered with a crash-proof shell that enables it to navigate confined and complex environments. This innovative design allows the robot to roll on the ground, significantly extending its operational time while optimizing maneuverability in tight spaces. By combining aerial and ground capabilities, Revolute Robotics provides clients with the ability to collect valuable data and insights across various industries, facilitating informed decision-making where traditional methods may fall short.

Grayscale AI is a company focused on developing advanced machine learning algorithms and artificial intelligence solutions, particularly for autonomous drones. By leveraging neuromorphic computing, the company aims to enhance the integration of Computer Vision, Neural Computation, and Robotics. Grayscale AI operates a vision-based intelligence platform that facilitates integrated human-autonomous fleet operations, offering services such as real-time localization and mapping, sensor fusion, and visual motion estimation. These capabilities enable customers to utilize optimization-driven AI that mimics human neural networks. The company is backed by venture capital and has participated in notable programs like NATO DIANA, xTech, and Zenzic, reflecting its commitment to innovation in the field.

Autonopia is a robotics and AI company that specializes in automation within the construction and property services sector. The company designs and builds advanced robotic systems that are self-driven and intelligent, aimed at performing tasks that are hazardous or challenging for human workers. By leveraging artificial intelligence, mechatronics, and motion control technology, Autonopia's systems can operate on various façade and surface structures. This innovation allows businesses to mitigate human risk, particularly in tasks like window cleaning, while also achieving significant operational efficiencies.

Helgen is a company focused on providing autonomous vehicles tailored for the waste management, mining, and construction sectors. These industries face challenges in sourcing the necessary workforce to operate heavy machinery, particularly in less desirable environments like landfills. Helgen addresses this issue by converting vehicles to operate autonomously, allowing companies to maintain full operational capacity with significantly reduced staffing needs. In their primary market of landfills, a typical customer generates approximately $400,000 in annual revenue, with over 1,000 potential clients in the U.S. alone, leading to a total addressable market of $400 million. Additionally, the market for autonomous retrofitting in mining exceeds $6 billion in the U.S. Helgen's founding team comprises experienced engineers and industry experts, bringing expertise from notable programs in autonomous vehicles and mining.

Vumo is a global AI-powered software company that revolutionizes car imaging and visual inspection of vehicles. As a trusted, independent partner for the automotive industry it sets new standards while optimizing the operations of many players in the field. Vumo’s state-of-the-art technology, based on artificial intelligence algorithms, automates and standardizes car imaging processes and brings a whole new level of accuracy and transparency for used car valuation across vehicle lifetime. car inspection, car imaging, imaging machine, car scanner, artificial intelligence, AI, mechatronics, robotics i VM detection

Omaiven Health, founded in 2017 and based in Austin, Texas, specializes in automating healthcare operations through its innovative platform, askMia. This AI-driven chatbot functions as a virtual front desk, bridging the gap between doctor’s offices and patients. By streamlining workflows and integrating various healthcare applications, Omaiven aims to eliminate barriers that hinder access to care. The company's solutions focus on optimizing clinic operations by automating repetitive tasks, enhancing scheduling, and unifying disparate data systems. This approach not only reduces costs for clinics but also improves patient access to necessary healthcare services. With a commitment to addressing staffing challenges and preventing burnout among clinic teams, Omaiven Health leverages advanced technology to create a more efficient healthcare environment.

Wave Therapeutics is a biotechnology company focused on developing innovative soft robotics cushioning technology aimed at preventing pressure injuries, commonly known as bedsores. The company's products utilize a combination of therapeutic methods to automate pressure relief and sequential compression, facilitating tissue healing and optimizing blood flow. By automatically adjusting pressure points, Wave Therapeutics' technology not only enhances patient comfort but also alleviates the workload of caregivers in nursing homes and medical facilities. This approach aims to improve the quality of life for patients while providing essential support to healthcare providers.

Vulcan Augmetics is a Vietnam-based startup focused on creating affordable, modular robotic prosthetics designed for easy assembly and customization. These prosthetics can be ordered online and are intended to be as user-friendly as building with Lego. The company targets unserved amputees in developing nations, offering three-dimensional printed prosthetics with flexible opening modes and various color options. Vulcan Augmetics aims to enhance the lives of prosthetic users by providing practical, cost-effective solutions that not only restore functionality but also support users in regaining employment. The long-term vision includes expanding beyond prosthetics to various wearable technologies, such as health monitors and augmented reality systems. Additionally, Vulcan plans to develop an online platform that connects users with designers and local manufacturers, fostering a marketplace for interoperable products. By focusing on modularity and user engagement, Vulcan Augmetics strives to maximize the potential of body-mounted technology and ultimately aims to become a leader in enhancing human capabilities.

Rezilient Health operates a telehealth services platform that combines the convenience of virtual consultations with comprehensive in-person care. The company offers neighborhood hubs where families can access their doctors remotely while also obtaining essential services such as physical exams, laboratory tests, and imaging. Utilizing proprietary robotic telehealth technology, Rezilient enables physicians to control medical devices in real-time, facilitating examinations that were previously not feasible through remote means. This innovative approach aims to enhance healthcare accessibility and quality for families, bridging the gap between telehealth and traditional medical services.

Carbon Origins focuses on virtual reality telerobotics to address the labor crisis by merging human expertise with advanced technology. The company allows skilled operators to remotely control various robotic systems across numerous industries, including food delivery, hospitality, mining, and construction, using commercially available VR headsets. Their innovative approach features sub-perception latency, immersive 360-degree video, spatial audio, lidar, and radar sensor overlays. Additionally, the integration of artificial intelligence aids operators in managing multiple machines simultaneously through a highly immersive VR interface. By enabling remote operation from home, Carbon Origins aims to enhance efficiency and flexibility in the workforce.

Xook specializes in providing robotic fresh food kiosks that deliver made-to-order meals, including a variety of cuisines such as Indian and Chinese fast food, to locations like offices, cafeterias, and apartments. The company's innovative technology integrates both hardware and software developed in-house, allowing for a seamless consumer experience. By utilizing a unique business model, Xook offers these kiosks at minimal to no upfront costs, ensuring accessibility for a wide range of consumers. This approach enables individuals to enjoy personalized food options tailored to their taste preferences, available instantly and conveniently at any time and place.

General Systems is a robotics company specializing in construction technology. It develops autonomous robots designed to mechanize building construction processes, focusing on improving workforce productivity and safety. The company's solutions include AI-driven smart machines that automate labor-intensive activities and a material haulier machine for transporting heavy loads on construction sites. These innovations significantly enhance masonry productivity—reportedly achieving tenfold increases—and reduce masonry man-hours by at least fifty percent. By streamlining operations and minimizing the risk of worker injuries, General Systems aims to provide construction companies with efficient and reliable solutions for building masonry.

F-drones is a developer and manufacturer specializing in transition drones that facilitate aerial deliveries to ships and offshore platforms. Their innovative drones are engineered for heavy payloads and long-range capabilities, allowing them to take off vertically, fly like fixed-wing aircraft, and land on moving targets. This design not only enhances operational efficiency but also contributes to cost savings, reduced manpower, and lower carbon emissions in marine and offshore logistics. F-drones aims to establish itself as a leader in heavy payload drone logistics across various industries within five years, setting high safety and reliability standards for aviation-grade drone deliveries.

Tennibot, Inc., founded in 2018 and based in Auburn Hills, Michigan, specializes in developing a robotic tennis ball collector that enhances the playing experience for tennis players. This innovative device operates effectively on both clay and hard surfaces, utilizing computer vision and artificial intelligence to determine optimal moments and locations for collecting tennis balls. When the collector is full, it autonomously returns to its designated spot, significantly reducing the time and effort required by players, coaches, and tennis clubs to manage ball retrieval. By streamlining this aspect of the game, Tennibot enables users to concentrate more fully on their performance.

Peer Robotics is a company focused on developing collaborative mobile robotics aimed at enhancing material handling for small and medium-sized manufacturers. The company's robots are designed to work alongside humans, adapting to their actions in real-time to improve efficiency. These versatile mobile robots facilitate various tasks, including material movement, packaging, sorting, and visual inspection within warehousing, manufacturing, and assembly environments. By bridging the gap between human and robotic collaboration, Peer Robotics enables operators to optimize workflows and ensure timely delivery of goods, ultimately improving operational efficiency.

We are a robotics startup company aspiring to solve maritime challenges using robotics. We offer automated and cost-efficient solutions for cleaning, inspection, and monitoring with an aim to make the workplace safer and more efficient. We want to be a credible link between the maritime industry and automation. We are backed by Brains Behind LLC

Nido specializes in the development, manufacture, and marketing of efficient and cost-effective underwater robots designed for various underwater applications. The company, headquartered in Murcia, has gained recognition for its innovative technology, which significantly reduces the risks associated with underwater operations while lowering inspection and maintenance costs. Nido's product line includes underwater remotely operated vehicles equipped with integrated cameras, enabling businesses to perform inspections, maintenance, and scientific research without the need for prolonged diving. The company has successfully sold over 60 units and is noted for its ability to customize robots to meet specific client needs while maintaining cost competitiveness through efficient production processes. Since its inception, Nido has received several awards and grants, including recognition as 'Startup of the Month' and 'Start-up of the Year,' which underscore its commitment to innovation and market impact. Nido maintains commercial relationships across the European Union and Latin America, further expanding its reach in the underwater technology sector.

Chowbotics Inc. designs and develops food service robots to address challenges in cleanliness and efficiency within the food industry. Founded in 2014 and based in San Jose, California, the company focuses on providing innovative solutions for cafeterias, restaurants, hotels, and food courts in various venues. Its flagship product, Sally, is a salad-making robot that offers customers the ability to create fully customized, fresh, and healthy salads. Sally dispenses measured quantities of over 20 ingredients, which are refreshed daily, allowing for ready-to-eat meals at any time. The technology behind Sally, with several patents pending, is adaptable for other cuisines, paving the way for future robotic offerings.

Dot is a financial technology company that operates a savings and investment management platform designed for employees. The platform features a robot financial advisor that provides personalized recommendations to help users enhance their savings, optimize their spending, and effectively plan for retirement. By offering various plans for managing savings and setting financial goals, Dot enables individuals to make informed financial decisions and improve their overall financial well-being.

Iamus Technologies Limited is an artificial intelligence and robotics company based in Ireland, specializing in innovative robotic solutions for the poultry industry. The company has developed technology that enables poultry farmers and processors to gather and analyze critical data on farm operations. Using machine learning, Iamus's robots collect visual, environmental, and biometric information from poultry sheds, transforming it into actionable insights. This real-time data allows producers to make informed decisions, enhancing both efficiency and safety in poultry production. Iamus Technologies aims to address the increasing demands of modern broiler production by providing tools that facilitate automatic data recovery and timely interventions, ultimately supporting the optimization of farming practices.

Rezilient Health operates a telehealth services platform that combines the convenience of virtual consultations with comprehensive in-person care. The company offers neighborhood hubs where families can access their doctors remotely while also obtaining essential services such as physical exams, laboratory tests, and imaging. Utilizing proprietary robotic telehealth technology, Rezilient enables physicians to control medical devices in real-time, facilitating examinations that were previously not feasible through remote means. This innovative approach aims to enhance healthcare accessibility and quality for families, bridging the gap between telehealth and traditional medical services.

Alba Robot is a business-to-business platform specializing in self-driving micromobility solutions for the transportation of individuals and goods in both indoor and pedestrian environments. The company develops a fleet of advanced mobility robots and autonomous people movers, designed to operate in various settings such as airports, hospitals, and museums. By offering customizable and flexible robotic technologies, Alba Robot aims to enhance transportation efficiency and user experience in diverse mobility scenarios.

Company Six Robotic Systems LLC specializes in the development of robotic automation systems that integrate advanced technologies to enhance operational efficiency. The company focuses on creating innovative software tools aimed at improving the safety and effectiveness of first responders. By combining sophisticated robotic platforms with a secure cloud-based technology suite, Company Six enables first responders to operate more effectively in hazardous environments. Their solutions are designed to provide commercial workers with lightweight, advanced robotic services that facilitate better decision-making in critical situations.

Sea Machines Robotics, Inc. is an autonomous technology company based in Boston, Massachusetts, specializing in the development and manufacturing of autonomous control and navigation systems for the commercial marine and boating industries. Founded in 2014, the company creates advanced control systems designed to improve operational safety and efficiency for various marine applications. Its product lineup includes the SM300, which allows for remote command of vessels; the SM200, facilitating integrated control for collaborative operations; and the SM400, an AI-powered situational awareness system tailored for container ships. Additionally, the company offers the RC NXT, a remote command system for existing and new marine vessels, and the DP-NXT, which enables traditional vessels to operate with minimal or no crew onboard. Sea Machines Robotics also provides solutions for unmanned applications, including bathymetric survey vessels and subsea asset inspections, focusing on sectors such as shipping, offshore energy, and maritime logistics.

Fantasmo.io, founded in 2014 and headquartered in Venice, California, develops decentralized and open-source software solutions for creating 3D maps and camera-based positioning systems suitable for both indoor and outdoor environments. The company's primary offering, the Camera Positioning Standard, operates without the need for traditional infrastructure such as satellites, beacons, or radios, making it particularly versatile for various applications. Fantasmo's technology is utilized across multiple sectors, including micro mobility, robotics, mobile devices, and automotive industries, enabling advancements in augmented reality and the integration of physical and digital spaces.

Tennibot, Inc., founded in 2018 and based in Auburn Hills, Michigan, specializes in developing a robotic tennis ball collector that enhances the playing experience for tennis players. This innovative device operates effectively on both clay and hard surfaces, utilizing computer vision and artificial intelligence to determine optimal moments and locations for collecting tennis balls. When the collector is full, it autonomously returns to its designated spot, significantly reducing the time and effort required by players, coaches, and tennis clubs to manage ball retrieval. By streamlining this aspect of the game, Tennibot enables users to concentrate more fully on their performance.

Alba Robot is a business-to-business platform specializing in self-driving micromobility solutions for the transportation of individuals and goods in both indoor and pedestrian environments. The company develops a fleet of advanced mobility robots and autonomous people movers, designed to operate in various settings such as airports, hospitals, and museums. By offering customizable and flexible robotic technologies, Alba Robot aims to enhance transportation efficiency and user experience in diverse mobility scenarios.

Vumo is a global AI-powered software company that revolutionizes car imaging and visual inspection of vehicles. As a trusted, independent partner for the automotive industry it sets new standards while optimizing the operations of many players in the field. Vumo’s state-of-the-art technology, based on artificial intelligence algorithms, automates and standardizes car imaging processes and brings a whole new level of accuracy and transparency for used car valuation across vehicle lifetime. car inspection, car imaging, imaging machine, car scanner, artificial intelligence, AI, mechatronics, robotics i VM detection

Southie Autonomy is a Boston-based company founded in 2017 that specializes in developing robot software allowing industrial robots to be easily re-purposed and re-deployed by individuals without robotics expertise or technical skills. The company's automation system facilitates quick setup and execution of new robotic tasks, making it feasible for businesses to justify the use of automation in a wider range of applications, such as kitting, palletizing, and simple assembly. By lowering the time, cost, and skill barriers associated with robotic automation, Southie Autonomy aims to help businesses achieve a faster return on investment.

Triditive is a company that has created an automated additive manufacturing platform aimed at facilitating on-demand production. This online system allows manufacturers to upload their designs, receive instant quotes, and scale their production with a single click. By utilizing advanced robotics and patented technology, Triditive enables rapid production of fully functional parts, with delivery times as short as one day. The platform is fully automated and controlled by software, allowing users to manage and execute work orders from a centralized system or remotely via any device. This flexibility helps organizations accommodate urgent orders while minimizing machine downtime and monitoring the production process efficiently.

SurviVR is a company that provides a virtual reality training platform designed to enhance the decision-making and response times of first responders, particularly in law enforcement. Founded in 2018 and based in Dallas, Texas, SurviVR focuses on delivering immersive and data-driven training experiences that simulate high-pressure scenarios. By utilizing advanced virtual reality technology, the platform aims to improve officers' judgment and public safety, enabling them to better navigate complex situations in the field. Through its innovative approach, SurviVR seeks to empower first responders with the skills necessary for effective and timely decision-making.

F-drones is a developer and manufacturer specializing in transition drones that facilitate aerial deliveries to ships and offshore platforms. Their innovative drones are engineered for heavy payloads and long-range capabilities, allowing them to take off vertically, fly like fixed-wing aircraft, and land on moving targets. This design not only enhances operational efficiency but also contributes to cost savings, reduced manpower, and lower carbon emissions in marine and offshore logistics. F-drones aims to establish itself as a leader in heavy payload drone logistics across various industries within five years, setting high safety and reliability standards for aviation-grade drone deliveries.

CruxOCM specializes in operations control management software aimed at enhancing the efficiency of control rooms in various industrial sectors. The company focuses on addressing the complexities and inefficiencies commonly encountered in standard operations control rooms by leveraging robotic industrial process automation. This technology enables control room operators to interact more effectively with physical assets in plants, refineries, oil fields, and liquefied natural gas facilities. Through its innovative solutions, CruxOCM helps clients maintain safety and optimize operational performance, paving the way for the autonomous control room of the future.

Nopilot.ai specializes in creating software for autonomous vehicles, focusing on last-mile delivery solutions. The company’s technology enables fleets of autonomous ground vehicles to efficiently navigate urban areas, addressing the increasing demand for instant delivery services. Nopilot.ai's software is designed to control advanced robotic systems, utilizing self-learning algorithms to adapt to various road features and environments. It also has the capability to store data in real-time, enhancing operational efficiency for sectors such as farming, public utilities, and delivery services. Through its innovative approach, Nopilot.ai aims to streamline logistics and reduce labor costs in the rapidly evolving landscape of delivery and transportation.

Shurpa, Inc., founded in 2014 and based in Chicago, Illinois, specializes in package delivery services tailored for online shoppers while also offering a logistics platform designed for the healthcare sector. The company utilizes patented artificial intelligence to streamline the management of recurring appointments and optimize clinician workforce efficiency. Its system is adept at creating routes that support a comprehensive hospital-at-home experience, providing full visibility for patients. Shurpa's AI capabilities enable dynamic re-routing in response to last-minute changes and facilitate custom reporting for management. Additionally, the platform addresses the logistics of non-emergency medical transportation, enhancing patient access to healthcare services and improving overall care delivery. By tracking required visits and forecasting workforce shortages, Shurpa ensures compliance and effective resource allocation in healthcare settings.

Chowbotics Inc. designs and develops food service robots to address challenges in cleanliness and efficiency within the food industry. Founded in 2014 and based in San Jose, California, the company focuses on providing innovative solutions for cafeterias, restaurants, hotels, and food courts in various venues. Its flagship product, Sally, is a salad-making robot that offers customers the ability to create fully customized, fresh, and healthy salads. Sally dispenses measured quantities of over 20 ingredients, which are refreshed daily, allowing for ready-to-eat meals at any time. The technology behind Sally, with several patents pending, is adaptable for other cuisines, paving the way for future robotic offerings.

Founded in 2013, Polysync Technologies builds solutions to help partners safely accelerate their development, testing, production, and market deployment of driverless vehicle mobility solutions. Automotive engineering services, developers, government agencies, and universities around the world rely on Polysync for autonomous software and vehicle development. Polysync's products are in operation in more than 17 countries, with offices in Portland, OR, Palo Alto, CA, Detroit, MI, and Europe.

Boxologic is a manufacturer of custom packaging boxes designed to optimize space and reduce waste in e-commerce shipping. By utilizing robotic technology, the company creates right-size packaging that minimizes void space, which typically accounts for 40% of shipped packages. This innovative approach significantly decreases the need for void fillers and corrugated cardboard, ultimately lowering transportation costs and enhancing logistical efficiency for e-commerce businesses. Boxologic addresses a critical issue in the packaging industry, providing solutions that not only cut costs but also promote sustainability by reducing material wastage.

Triditive is a company that has created an automated additive manufacturing platform aimed at facilitating on-demand production. This online system allows manufacturers to upload their designs, receive instant quotes, and scale their production with a single click. By utilizing advanced robotics and patented technology, Triditive enables rapid production of fully functional parts, with delivery times as short as one day. The platform is fully automated and controlled by software, allowing users to manage and execute work orders from a centralized system or remotely via any device. This flexibility helps organizations accommodate urgent orders while minimizing machine downtime and monitoring the production process efficiently.

HyBird Ltd, established in 2015 and headquartered in London, specializes in digital inspection and asset management solutions. The company employs computer vision and robotics to enable safer, faster, and more cost-effective maintenance in high-consequence sectors such as oil & gas, water, and nuclear. HyBird's offerings include real-time and post-processed 3D spatial analytics, digital inspection software, and a web platform for data management. These solutions help infrastructure managers optimize inspection and maintenance procedures by digitizing industrial assets and reducing the need for human entry into hazardous environments.

Omaiven Health, founded in 2017 and based in Austin, Texas, specializes in automating healthcare operations through its innovative platform, askMia. This AI-driven chatbot functions as a virtual front desk, bridging the gap between doctor’s offices and patients. By streamlining workflows and integrating various healthcare applications, Omaiven aims to eliminate barriers that hinder access to care. The company's solutions focus on optimizing clinic operations by automating repetitive tasks, enhancing scheduling, and unifying disparate data systems. This approach not only reduces costs for clinics but also improves patient access to necessary healthcare services. With a commitment to addressing staffing challenges and preventing burnout among clinic teams, Omaiven Health leverages advanced technology to create a more efficient healthcare environment.

Damon Motors Inc. is a technology company focused on revolutionizing motorcycle safety and urban mobility. Founded in 2017 and headquartered in Vancouver, Canada, with additional offices in San Rafael, California, the company develops advanced safety systems for motorcycles, including its 360º Advanced Warning System, which utilizes innovations in sensor fusion, robotics, and artificial intelligence to enhance rider awareness. Damon Motors is recognized for its groundbreaking electric powertrain, HyperDrive, and innovative features such as CoPilot and Shift, which appeal to a new generation of riders. By integrating cutting-edge technology into its designs, Damon is committed to setting new standards in motorcycle safety and sustainability, gaining rapid market acceptance both in the United States and internationally.

Vita Inclinata Technologies, Inc. is an aerospace company founded in 2019 and headquartered in Broomfield, Colorado, with additional offices in Seattle, Washington, and Estonia. The company specializes in developing autonomous systems for helicopter hoisting and sling load operations, focusing on enhancing safety and precision during these critical missions. Its flagship product is a rescue hoisting system that utilizes a proprietary control algorithm integrated into the helicopter's stabilization computer. This technology effectively mitigates the swinging motion of the hoist cable and basket, allowing for smoother and safer patient extractions and other load operations. Vita Inclinata serves a range of industries, including aerospace and construction, providing innovative solutions to improve operational efficiency and safety in challenging environments.

Tomahawk Robotics, Inc. is a company that designs and manufactures advanced robotic systems tailored for various applications, including security, defense, energy, infrastructure, and home automation. Established in 2018 and located in Melbourne, Florida, the firm focuses on creating safe robotic solutions optimized for uncrewed operations in challenging environments. Its offerings include user-centric robotic control software, ruggedized hardware, and innovative robotic systems that work alongside humans to manipulate objects and navigate unstructured spaces. By leveraging intuitive control technologies and electromechanical innovations, Tomahawk Robotics aims to enhance situational awareness and operational efficiency, enabling users to tackle dull, dirty, and dangerous tasks effectively and safely.

Ramp is a San Antonio, Texas-based company that focuses on innovative mobility solutions for individuals with disabilities. Founded in 2018 and supported by Techstars Boulder in 2019, Ramp specializes in an electric wheelchair that surpasses human capabilities in speed and endurance. Additionally, Ramp produces a robotics-based attachment that converts manual wheelchairs into electric vehicles. This attachment features self-balancing and remote control capabilities, along with detachable batteries to facilitate long-distance travel. By enhancing mobility options, Ramp aims to empower users to travel freely and safely.

Misty Robotics, Inc. is a Boulder, Colorado-based company that specializes in the development and manufacturing of personal robots for home and office environments. Founded in 2017 as a spinoff of Sphero, the company aims to integrate robots into everyday life, allowing them to perform helpful tasks, enhance safety, and engage with humans in an entertaining manner. The flagship product, the Misty II platform, is designed for use by software developers, educators, and researchers, facilitating the deployment of robotics in various sectors. By making personal robots accessible and user-friendly, Misty Robotics envisions a future where these machines are perceived as companions and helpers, enriching the lives of their users. The company sells its products online, focusing on accelerating the adoption of robotics technology in both domestic and professional settings.

CruxOCM specializes in operations control management software aimed at enhancing the efficiency of control rooms in various industrial sectors. The company focuses on addressing the complexities and inefficiencies commonly encountered in standard operations control rooms by leveraging robotic industrial process automation. This technology enables control room operators to interact more effectively with physical assets in plants, refineries, oil fields, and liquefied natural gas facilities. Through its innovative solutions, CruxOCM helps clients maintain safety and optimize operational performance, paving the way for the autonomous control room of the future.

Founded in 2013, Polysync Technologies builds solutions to help partners safely accelerate their development, testing, production, and market deployment of driverless vehicle mobility solutions. Automotive engineering services, developers, government agencies, and universities around the world rely on Polysync for autonomous software and vehicle development. Polysync's products are in operation in more than 17 countries, with offices in Portland, OR, Palo Alto, CA, Detroit, MI, and Europe.

Versor develops advanced software that facilitates true autonomous drone flight for both indoor and outdoor environments, addressing the challenges of localization in GPS-denied areas. By enabling complete automation of industrial drone operations, Versor allows for the remote supervision of entire fleets, enhancing scalability across various applications. Their proprietary technology transforms real-time environmental understanding into sophisticated drone behavior, allowing clients to integrate drones seamlessly into their operations and transition from human-controlled missions to independent drone supervision. This innovative approach positions Versor as a key player in the automation of industrial drone use.

Versor develops advanced software that facilitates true autonomous drone flight for both indoor and outdoor environments, addressing the challenges of localization in GPS-denied areas. By enabling complete automation of industrial drone operations, Versor allows for the remote supervision of entire fleets, enhancing scalability across various applications. Their proprietary technology transforms real-time environmental understanding into sophisticated drone behavior, allowing clients to integrate drones seamlessly into their operations and transition from human-controlled missions to independent drone supervision. This innovative approach positions Versor as a key player in the automation of industrial drone use.

Unstaffed solutions

MetalMaker is a deep tech startup focused on revolutionizing metal part manufacturing through an innovative system that combines additive manufacturing, artificial intelligence, and metal casting. The company develops small-scale foundry systems that integrate three-dimensional printing with investment casting. This approach allows for the creation of functional metal parts that benefit from the design flexibility of 3D printing while retaining the mechanical and dimensional properties characteristic of precision casting. By offering this technology, MetalMaker enables industrial clients to conduct in-house prototyping and low-volume production of complex metal components, streamlining their manufacturing processes.

Carbon Robotics, based in San Francisco, California, is dedicated to making advanced robotics more accessible to address significant societal challenges. The company specializes in the manufacturing of multi-purpose robotic arms, which are designed to tackle various complex problems. Recognized for its influence in the robotics sector, Carbon Robotics was named one of the Top 50 most influential public and private companies in the global robotics industry by the Robotics Business Review in 2016. Through its innovative approach, Carbon Robotics aims to democratize advanced technology and enhance its application across different fields.

Chowbotics Inc. designs and develops food service robots to address challenges in cleanliness and efficiency within the food industry. Founded in 2014 and based in San Jose, California, the company focuses on providing innovative solutions for cafeterias, restaurants, hotels, and food courts in various venues. Its flagship product, Sally, is a salad-making robot that offers customers the ability to create fully customized, fresh, and healthy salads. Sally dispenses measured quantities of over 20 ingredients, which are refreshed daily, allowing for ready-to-eat meals at any time. The technology behind Sally, with several patents pending, is adaptable for other cuisines, paving the way for future robotic offerings.

Sphero is a company that integrates robotic and digital technology to create smartphone-controlled robots and STEAM-based educational tools. Established in 2010, Sphero has pioneered the connected play movement, offering immersive entertainment experiences that stimulate creativity and redefine play. The company focuses on transforming K-12 education by providing accessible tools that promote exploration, imagination, and perseverance in coding, science, music, and the arts. Sphero's products are designed to engage learners of all backgrounds and abilities, helping them discover their interests and equipping them with essential skills for future innovation. Through its innovative approach, Sphero aims to inspire the next generation of changemakers.

Van Robotics, Inc. specializes in developing autonomous robot tutors aimed at enhancing educational experiences for children in grades 1-5. Founded in 2016 by a team of researchers from Yale University, the company focuses on delivering adaptive instruction in math, reading, and social-emotional learning through its flagship product, ABii. This desktop-sized robot tutor utilizes artificial intelligence to adjust lesson difficulty based on individual student performance, ensuring personalized and engaging learning experiences. ABii promotes confidence and mastery of core skills by incorporating fun social interactions, making it an effective educational tool. Since its launch, ABii has gained recognition, including being named one of TIME’s Best Inventions of 2020, and is currently utilized in 34 states and six countries. Van Robotics sells its products online and is headquartered in Columbia, South Carolina.

Cron AI specializes in advanced 3D data perception platforms aimed at enhancing machine understanding of complex and unknown environments. Founded to address security challenges, particularly at Indian borders, the company recognized the limitations of existing fragmented sensor solutions. In response, it developed the Smart Sensor Fusion platform, which integrates data from various sensors to provide accurate object detection, tracking, and classification. This technology is designed to function effectively in diverse weather and terrain conditions, ensuring that if one sensor is compromised, others can maintain operational integrity. By leveraging lidar sensors and deep learning algorithms, Cron AI supports industries such as autonomous vehicles and smart infrastructure, facilitating safer and more efficient operations. The company’s innovative approach transforms the sensing landscape, allowing for improved situational awareness and reliability in various applications.

SicDrone, based in Portland, Oregon, specializes in the manufacturing of advanced unmanned aircraft systems and drones. The company produces 360-degree tilt rotor drones designed for a variety of applications, including emergency response, border patrol, security, and infrastructure inspections such as tower and wind turbine assessments. These aerial flight systems are equipped with interchangeable and modular cameras and sensors, allowing defense agencies and other users to capture high-quality aerial images and conduct overhead mapping. SicDrone also provides an online inquiry form for potential customers to learn more about their products and services.

Robodub Inc., founded in 2014 and based in Seattle, Washington, specializes in the development of advanced drone technology. The company designs multirotor drones capable of reconfiguring themselves while in flight, allowing them to carry multiple and dynamic payloads. This innovative capability enables Robodub's drones to operate effectively in challenging weather conditions, making them suitable for various commercial applications, including counter-drone operations, package delivery, and military use. Additionally, Robodub aims to integrate robotics with gaming, bringing the future of interactive experiences directly to consumers.

Van Robotics, Inc. specializes in developing autonomous robot tutors aimed at enhancing educational experiences for children in grades 1-5. Founded in 2016 by a team of researchers from Yale University, the company focuses on delivering adaptive instruction in math, reading, and social-emotional learning through its flagship product, ABii. This desktop-sized robot tutor utilizes artificial intelligence to adjust lesson difficulty based on individual student performance, ensuring personalized and engaging learning experiences. ABii promotes confidence and mastery of core skills by incorporating fun social interactions, making it an effective educational tool. Since its launch, ABii has gained recognition, including being named one of TIME’s Best Inventions of 2020, and is currently utilized in 34 states and six countries. Van Robotics sells its products online and is headquartered in Columbia, South Carolina.

OmniPreSense Corporation, founded in 2016 and based in San Jose, California, specializes in the development and sale of short-range radar sensors tailored for applications in drones, robotics, and the Internet of Things (IoT). The company offers products such as the OPS241-A radar sensor, which delivers motion detection, speed, direction, and range information, along with accessories like a USB on-the-go cable. Additionally, OmniPreSense is innovating in Smart City traffic monitoring by creating sensors that detect excessive speeding and provide real-time alerts, facilitating effective traffic management. These sensors are currently undergoing beta testing, with initial validation from engineers who have utilized the base radar sensor for custom traffic monitoring solutions. OmniPreSense aims to simplify access to its technology, positioning its products as community safety tools.

Keybot, Inc. specializes in designing and manufacturing rental access robots that streamline access to rental properties through integrated hardware and software solutions. Established in 2018 and headquartered in St. Peters, Missouri, with additional locations in Kansas City, Missouri, and London, United Kingdom, the company focuses on automating self-showings and facilitating access for renters and maintenance personnel. Keybot's innovative products allow property managers and rental owners to share digital keys with verified third parties, manage access remotely, and maintain detailed access logs, enhancing security and convenience for users. The company also operates a production office in Taipei City, Taiwan, to support its manufacturing needs.

Founded in 2013, Polysync Technologies builds solutions to help partners safely accelerate their development, testing, production, and market deployment of driverless vehicle mobility solutions. Automotive engineering services, developers, government agencies, and universities around the world rely on Polysync for autonomous software and vehicle development. Polysync's products are in operation in more than 17 countries, with offices in Portland, OR, Palo Alto, CA, Detroit, MI, and Europe.

Trexo Robotics focuses on developing innovative mobility solutions aimed at enhancing the walking ability of individuals with physical impairments, particularly children with disabilities. The company creates an affordable robotic mobility device that allows users to engage in repetitive motion therapy through robotic gait. Designed for home use, this device facilitates physical rehabilitation and helps improve walking mobility without the need for constant individual support. Trexo Robotics is committed to making enabling technologies accessible to all, ensuring that users can benefit from their products in a comfortable and familiar environment.

Damon Motors Inc. is a technology company focused on revolutionizing motorcycle safety and urban mobility. Founded in 2017 and headquartered in Vancouver, Canada, with additional offices in San Rafael, California, the company develops advanced safety systems for motorcycles, including its 360º Advanced Warning System, which utilizes innovations in sensor fusion, robotics, and artificial intelligence to enhance rider awareness. Damon Motors is recognized for its groundbreaking electric powertrain, HyperDrive, and innovative features such as CoPilot and Shift, which appeal to a new generation of riders. By integrating cutting-edge technology into its designs, Damon is committed to setting new standards in motorcycle safety and sustainability, gaining rapid market acceptance both in the United States and internationally.

Cron AI specializes in advanced 3D data perception platforms aimed at enhancing machine understanding of complex and unknown environments. Founded to address security challenges, particularly at Indian borders, the company recognized the limitations of existing fragmented sensor solutions. In response, it developed the Smart Sensor Fusion platform, which integrates data from various sensors to provide accurate object detection, tracking, and classification. This technology is designed to function effectively in diverse weather and terrain conditions, ensuring that if one sensor is compromised, others can maintain operational integrity. By leveraging lidar sensors and deep learning algorithms, Cron AI supports industries such as autonomous vehicles and smart infrastructure, facilitating safer and more efficient operations. The company’s innovative approach transforms the sensing landscape, allowing for improved situational awareness and reliability in various applications.

Misty Robotics, Inc. is a Boulder, Colorado-based company that specializes in the development and manufacturing of personal robots for home and office environments. Founded in 2017 as a spinoff of Sphero, the company aims to integrate robots into everyday life, allowing them to perform helpful tasks, enhance safety, and engage with humans in an entertaining manner. The flagship product, the Misty II platform, is designed for use by software developers, educators, and researchers, facilitating the deployment of robotics in various sectors. By making personal robots accessible and user-friendly, Misty Robotics envisions a future where these machines are perceived as companions and helpers, enriching the lives of their users. The company sells its products online, focusing on accelerating the adoption of robotics technology in both domestic and professional settings.

Mio Technologies develops robots with self-driving technology for product vending and brand marketing.

Misty Robotics, Inc. is a Boulder, Colorado-based company that specializes in the development and manufacturing of personal robots for home and office environments. Founded in 2017 as a spinoff of Sphero, the company aims to integrate robots into everyday life, allowing them to perform helpful tasks, enhance safety, and engage with humans in an entertaining manner. The flagship product, the Misty II platform, is designed for use by software developers, educators, and researchers, facilitating the deployment of robotics in various sectors. By making personal robots accessible and user-friendly, Misty Robotics envisions a future where these machines are perceived as companions and helpers, enriching the lives of their users. The company sells its products online, focusing on accelerating the adoption of robotics technology in both domestic and professional settings.

Mio Mobile Kiosk specializes in the development of autonomous robots designed for marketing and product distribution in public spaces. These sociable robots are connected to an application that utilizes artificial intelligence to monitor users' locations and respond to their needs based on real-time data. This technology allows users to efficiently complete tasks at various venues, including parks and conferences, by leveraging smart multi-purpose robots that enhance brand engagement and streamline interactions in crowded environments.