Richtech Robotics Inc. (Richtech) develops advanced robotic technologies focused on transforming labor-intensive services in hospitality and other sectors experiencing unprecedented labor shortages.
With a global R&D team based out of China and the United States, the company designs, manufactures, and sells robots to restaurants, hotels, senior living centers, casinos, factories, movie theaters, and other businesses. The company’s robots perform a variety of services, including restaurant runni...
Richtech Robotics Inc. (Richtech) develops advanced robotic technologies focused on transforming labor-intensive services in hospitality and other sectors experiencing unprecedented labor shortages.
With a global R&D team based out of China and the United States, the company designs, manufactures, and sells robots to restaurants, hotels, senior living centers, casinos, factories, movie theaters, and other businesses. The company’s robots perform a variety of services, including restaurant running and bussing, hotel room service delivery, floor scrubbing and vacuuming, and beverage and food preparation. The company designs its robots to be friendly, customizable to client environments, and extremely reliable. For example, the company’s food service delivery robots typically make over 1,000 deliveries every month in busy environments, while its medical robots are utilized for tasks, such as delivering medications and supplies in hospitals, enhancing operational efficiency. The company’s customer base includes major hotel brands, national chain restaurants, leading senior care facilities, top casino management companies, and prominent healthcare institutions.
Products and Services
The company’s products are categorized into three kinds of service automation: indoor transport and delivery, sanitation, and food and beverage automation. The company’s target market is the hospitality sector, which includes restaurants, hotels, casinos, resorts, senior care, hospitals, and movie theaters. The company also plans to leverage its expertise in food automation to bring services directly to the consumer with the ADAM system, which is described below.
The majority of the company’s robots can be characterized as Autonomous Mobile Robots (‘AMRs’), meaning that its robots can understand and move through their environment independently. AMRs differ from their predecessors, Autonomous Guided Vehicles (‘AGVs’), which rely on tracks or predefined paths and often require operator oversight. The company’s AMRs understand their environment through an array of advanced sensors, with the primary sensor being a LiDAR, which stands for Light Detection and Ranging. The LiDAR is able to create a 2D map of the environment by sending out laser pulses and measuring the time it takes to bounce back, similar to sonar, but far more accurate. Secondary sensors, such as RGBD cameras that detect color and depth of images, ultrasonic proximity sensors, and standard AI machine vision that can recognize objects, are used in sync to create an in-depth understanding of the robot’s environment. These sensors, combined with a robust navigation software stack based on AI algorithms, provide the company’s robots the ability to perform dynamic path planning through their environments.
The company’s AI Cloud Platform (ACP) service is a business optimization tool that allows customers to benefit from the rich operational data generated by the robots. Each Autonomous Mobile Robot (“AMR”) can operate independently in the real world and report data up to the ACP. The ACP can then utilize the data to optimize workflows, enhance guest experiences, and minimize waste. The ACP will store robot utilization metrics for analyses and reporting, providing clients with detailed operational data. Lastly, one of the most important features of the ACP is that it allows multiple types of robots to operate in the same environment, utilizing the same integrations and providing data back to a centralized point.
Indoor Transport and Delivery
In the transport and delivery category, the company has four main product lines: the Matradee line of server assistant robots geared towards restaurants and restaurant-like environments, the Medbot line designed specifically for hospital deliveries, the Titan line for heavy-duty payloads in central distribution facilities and general transport duties, and the Skylark line of service robots customized for hotel and room service applications.
Matradee is a robot designed for dining spaces that can be used for bussing, serving, hosting, advertising, and entertaining. For example, Matradee will transport food from the kitchen to the table, where a waiter can come by and serve the guests. The waiter could then load the Matradee with dirty plates and send it to the dishwashing zone in the kitchen. This keeps the waiter on the floor serving guests and reduces physical stress on the waiter.
Matradee was designed to have a large carrying capacity and to be able to carry as much food as three to four waiters combined per trip. The robot is designed to be extremely stable so that it can carry wine glasses and delicate food items without spilling. It can also be used to greet guests at the reception area and lead them to their table. With a battery life of eight to fourteen hours between charges, the Matradee can run for the entire day without taking a break.
The Matradee is deployed in restaurants, hotels, casinos, senior living homes, and factories. Many of these businesses have either restaurants or have restaurant-like businesses, so the primary task the robot performs is delivering food from the kitchen to the tables and bussing dirty dishes back to the dishpit. Some factory clients also utilize the Matradee for delivery of parts by making use of the remote summoning feature to call the robot to specific stations to pick up items for delivery.
Medbot is designed specifically for secure and efficient deliveries in hospitals and other healthcare spaces. This line of robots is a rebranding of the Richie/Robbie robotic line to help customers better associate the robot to specific applications. The robot has four secured compartments that can be configured to deliver items to up to four different destinations per trip. Through the company’s ACP, the Medbot can travel on elevators and through secure doors, providing a fully autonomous delivery solution in extremely dynamic environments. The Medbot has a very robust suite of sensors that allows it to be very nimble and intelligent when navigating highly complex unstructured environments around people, as well as large obstructions like hospital beds and trash bins. From the company’s deployments in the field, a fleet of five Medbots can make around 8,000 deliveries per month, traveling over 600 miles, with over 600 hours of active runtime between them.
Titan is the newest addition to the company’s delivery robot lineup, adding an option for customers looking for more heavy-duty AMR delivery options. The version of Titan can carry between 330 to 440 pounds, with additional models able to carry over 1,000 pounds in development. Titan was designed with modularity and ease of implementation in mind, as it can lift any rack as long as the rack meets a certain set of general parameters. This provides Titan with a very large addressable market in and outside the hospitality space. For example, factories and warehouses can utilize Titan for delivery of large objects over large spaces, up and down elevators, and through secure doors. Titan broadens the applications where the company can apply its AMR technology to improve efficiency and solve labor challenges.
Skylark represents a set of robots that are designed specifically for hotel and applications where room service is an element of the client’s business. This product’s addressable market primarily consists of hotels, senior living, and apartment buildings. The design of Skylark revolves around modularity and adaptability to the environment it is deployed in. The system consists of a base navigation module and several modular attachments specialized for specific tasks, such as delivery or cleaning. Currently, the Skylark has a cleaning attachment for vacuuming and mopping floors, and an enclosed delivery attachment for room service and package delivery. Additional attachments are scheduled for release in the future, including a security and laundry attachment. One important element of Skylark is that all attachments are customized specifically for the hotel environment. This means the design accounts for common issues, such as door width, elevator navigation, and specific low-obstacle avoidance problems not common in other AMR application scenarios. The modular Skylark robot provides an all-in-one solution that emphasizes ROI and ease of use.
Sanitation
DUST-E is the company’s autonomous commercial cleaning robot product line that features two distinct models: the S and MX.
The S is designed for medium-sized environments under 100,000 sq. ft. The primary use case for the S is in open commercial spaces, such as lobbies of hotels and more challenging surfaces, such as those of restaurants where there may be food debris and spills. The S utilizes a high-power vacuum and multi-roller system that categorizes the debris it picks up for one-pass cleaning efficiency. The S comes with a number of advanced features, including a charging station, scheduled cleaning functions, and precise localization that brings down the wall gap to just three centimeters.
The MX is the company’s largest unit capable of cleaning spaces up to 500,000 sq. ft. Designed with professional cleaning in mind, the MX is a floor scrubber tailored to large industrial and commercial spaces, such as warehouses, factories, large hotel floors, event spaces, schools and universities, and department stores. The MX comes in a variety of configurations that accommodate different floor types, from bare concrete to more sensitive vinyl tiles. Designed for heavy-duty cleaning, the MX comes with a 30-gallon water tank, weighs over 600 lbs., and provides a brush pressure of 13.2g/cm².
Data collected by the ACP provide clients with utilization metrics, as well as a cleaning map, which shows the path the robot took during its cleaning routine.
Food and Beverage Automation
ADAM is the company’s food and beverage automation robot developed on the NVIDIA Jetson Orin platform. The core concept of ADAM is to develop a fully independent food and beverage business based entirely on robots and automation. The dual six-degree-of-freedom robotic arms are designed to provide the same level of flexibility as a human arm, allowing ADAM to easily emulate human movements. The company designed ADAM to be friendly and approachable by giving it a white and round exterior, and designed it to look more like a robot than a human to avoid the ‘uncanny valley’ effect.
ADAM is capable of making a wide variety of beverages, including coffee, craft cocktails, and Boba tea autonomously. ADAM is currently serving customers at various venues across the country, including inside supermarkets, stadiums, hospitals, and coffee shops. Since 2022, the company has rented the ADAM system out for corporate and celebrity events. Clients included global tech firms, accounting firms, global alcoholic beverage companies, and U.S. celebrities.
Scorpion is a new product for 2025; developed on the same architecture as ADAM, Scorpion can perform many of ADAM’s AI functions at a lower cost and smaller footprint. Additional AI camera systems allow for new features, such as gesture and face recognition. These additional features, along with the smaller footprint, provide a more intimate experience for guests. Scorpion also has the unique ability to personalize any traditional cocktail recipe. Just tell Scorpion what mood you are in, and it will craft a totally unique cocktail based on your input and information collected through its sensors. The smaller footprint allows for this intelligent AI bartender to be deployed in a wider variety of environments, providing a more engaging and unique experience, while significantly improving ROI and affordability.
On October 17, 2024, the company announced its plans to launch 20 robotic restaurant locations in Walmart stores across the country. As of September 30, 2024, two locations had been secured via franchise agreements: on September 10, 2024, the company signed a franchise agreement for a new location in Peachtree City, Georgia. This location, slated to commence operations in January 2025, will be operated by Alphamax Management LLC, a wholly-owned subsidiary of the company; and on August 20, 2024, the company amended an existing franchise agreement originally intended for Clovis, California, relocating the franchise to Oceanside, California.
Clouffee & Tea
Clouffee & Tea is the company’s first self-owned restaurant brand. The concept behind Clouffee & Tea is to seamlessly blend innovative technology with a vibrant coffee and tea culture to create an engaging customer experience. Robotic operation presents a uniquely scalable franchise model, which the company plans to demonstrate as a successful blueprint for integrating robotics into coffee and tea shop operations. Beyond redefining the beverage experience, Clouffee & Tea will serve as a dynamic platform for technological application and iteration. It will allow the company to utilize real-world scenarios for testing new robotic technologies while opening an additional revenue growth channel for the company. Clouffee & Tea will open its inaugural franchise store in Las Vegas, Nevada, in late January 2025, adding another dimension to its growth strategy.
Strategies
The key components to the company’s growth strategy are building its commercial organization, penetrating the hotel market with Medbot and Titan, launching and scaling its robotics franchise brand, establishing enterprise partnerships, and international expansion.
Pivot to RaaS Business Model
In fiscal year 2025, the company is moving to a RaaS business model for the majority of its mainstream robot solutions. The Robot-as-a-Service model offers a more flexible, cost-effective, and scalable solution compared to outright robot purchases, making it the smarter choice for both Richtech and the company’s customers.
In industries with evolving needs, like automotive dealerships, RaaS aligns the goals of both the customer and the provider, transforming robotics from a one-time transaction into a sustainable and profitable partnership. Through these partnerships, the company plans to deepen its understanding of the markets it serves and develop new high-value solutions that are tailored to customer needs. In the long run, this approach will enhance the value of the company’s robotic solutions, enabling it to create an integrated ecosystem that addresses broader business challenges and delivers greater value to its customers.
The company is already seeing an increase in deployment numbers and customer adoption since the transition in September 2024. Over a five-year period, RaaS delivers at a minimum a 34% boost in customer lifetime value.
Competition
The companies that pose the greatest competitive challenges to the company, by product line, are listed below:
Matradee: Bear Robotics, Inc., and Pudu Technology Inc.
Medbot: Savioke, Inc., and Aethon.
Titan: Pudu Technology Inc.
Skylark: Savioke, Inc.
DUST-E: Avidbots Corp., and Tennant Company.
ADAM: Miso Robotics Inc., and Cafe X Technologies, Inc.
Operations
The company is organized in a functional structure with sales, marketing, tech support, customer service, product development, creative design, manufacturing, procurement, accounting, and administration departments.
Customer-facing departments, which include sales, marketing, tech support, and customer service, utilize a variety of technology tools to keep clear customer records and respond to customer requests. These tools include Hubspot CRM, ClickUp, Apollo.io, Jotform, and Google Workspace. Hubspot is used as the preferred CRM for sales recordkeeping. ClickUp and Jotform are used by the customer service and tech support teams to keep track of customer requests and schedule robot installations. LinkedIn Sales Navigator and Apollo.io are utilized for lead generation by the sales and marketing teams. Google Workspace is used across the company for meetings, email, and file sharing. The technical support department also provides feedback to the product development team regarding any issues customers experience with the robots out in the field, as well as requests for additional features.
Customers
The majority of the company’s customer base is within the hospitality sector, which is an extremely diversified B2B market where the clients range from individual mom-and-pop restaurants to large national or global enterprises. The company has deployed close to 300 robots over the last several fiscal years. These robots are currently operating in the field across over 40 states and territories in the U.S., providing services in diverse environments, including restaurants, casinos, hotels, factories, schools, senior living, hospitals, stadiums, and others.
Heading into fiscal year 2025, the company is focused on executing expansion into additional market sectors beyond hospitality.
Clients come from four main sources: one is the company’s inbound website and phone line from online marketing, the second is outbound sales activity, such as via emails, phone calls, LinkedIn, and door-knocking, the third is through conventions and networking, and the fourth being referrals and word-of-mouth.
Customers are often referred to the company by other companies because of its proven track record of successful robotic deployments. For example, when the company deployed 28 robots for Flix Brewhouse, it was asked to perform an integration with their ticket management system, which was operated by another vendor.
While the company’s current customer base is in the B2B sector, it is actively expanding into the consumer sector with the launch of the ADAM robotic franchises. These include the company’s One Kitchen franchises within Walmart stores around the country and its Clouffee & Tea store in Las Vegas. The company plans to grow its customer base in both the B2B and B2C markets by making full use of its strategic advantages in each sector and leveraging relationships within its distribution network.
Customer Services
As a company, it places strong emphasis on providing a positive customer experience for the client and their customers. The company provides nationwide installation, shipping, maintenance, and warranty services. Shipping and installation are coordinated with the client by the company’s customer service and technician teams. Maintenance services are provided for customers to prolong the longevity of the robots, including onsite assistance as needed. Maintenance visits typically encompass an overall health check on the robot, removal of debris and cleaning, edits to mapping or settings, and training of client staff.
For warranty claims, the company’s customer service department works with the customer to verify the validity of the warranty claim, and if valid, schedules for the exchange of the robot as quickly as possible. The company endeavors to complete all exchanges within five business days.
The customer service team also reaches out to the company’s clients on a regular basis to ensure they are enjoying their use of their robot and to inquire about any service requests they may have.
All robots support remote diagnostic functions, so the company’s technicians can provide quick and effective remote troubleshooting. All customers are provided lifetime remote customer support.
Customer satisfaction also depends on whether a client is getting a product that is right for them and suits their space. To this end, the company has a full in-house design team that provides customers with custom wrap designs, graphical user interfaces (GUIs), creates 3D renderings of buildouts, and promotional materials for their staff and customers.
Suppliers (Materials, Products, and Other Supplies)
The company has more than 20 major suppliers, primarily located in the United States and China. For the Matradee, MedBot, and DUST-E products, the company outsources manufacturing to contract factories. For the ADAM system, the finished body components are manufactured in China and shipped to the United States, where they are assembled.
The company’s largest suppliers are SUNWING INDUSTRIES LIMITED, UFACTORY TECHNOLOGY, NANJING YUDINGXIN ELECTRONIC, INCH TECHNOLOGY CO., LTD, and Maanshan Yushan Huigu design studio, in 2024.
Marketing and Sales, Distribution, and Logistics
The company’s sales strategies aim to scale revenue as quickly as possible without relying on high expenditure of capital or human resources. These strategies involve forming relationships, leveraging partner resources, and finding the most effective methods to grow revenue. First, the company forms relationships with companies that have the most influence and resources in each of the restaurant, hotel, and senior living sectors. For restaurants, this means companies like major food distribution and point-of-sale companies that have a large distributed sales force and a massive customer network in the United States. The hotel and senior living sectors are much more concentrated, so the company primarily focuses on companies that set industry standards, and leverages its success with these companies to promote its brand and products. Second, the company builds out networks of referral agents, independent sales agents, and distributors that provide high penetration into the market at a local and regional level. Companies that wish to become its distributors or resellers must provide evidence they have the technical know-how and financial capability to effectively represent its brand. Potential distributors are asked to provide evidence of strong sales revenue, adequate technical support capabilities, and a list of customers they will be approaching with its product. Distributors are only certified once the company finds that their customer base is a good fit for its products and they have the capabilities to represent its brand. The company currently has 12 certified distributors operating in the U.S., 35 certified independent sales agents, and an internal enterprise sales team of five. Third, the company builds and retains a professional internal enterprise sales force that is creative, driven, and aligned with the mission and values of the company. This sales force is the company’s liaison with its partners and customers, who foster these relationships and build a solid foundation for the company.
The company markets its products primarily through digital marketing, sales outreach, industry exhibitions, and client referrals. Direct online inquiries are the main source of its leads. Over the last two years, the company has exhibited at national conferences, such as the Consumer Electronics Show (CES), National Restaurant Association Show, Future Travel Experience Global, Leading Age Annual Expo, Leading Age Leadership Conference, National Restaurant Association Leadership Conference, and the Bar and Restaurant Exhibition. The company also hosted sessions at these shows to educate attendees on the value proposition around service robotics.
Client referrals and testimonials have also been a strong accelerant to the company’s growth. At one of the company’s recent conventions, it hosted a session where two of its clients went on stage and spoke about the positive impacts of its robots. As previously mentioned, many of the company’s clients also come through referrals from other companies it meets via mutual customers. These companies introduce the company to their clients as a resource for customers to learn about robotics and automation, and how they can apply these solutions to their business. The company utilizes a selection of freight carriers, including FedEx, TrumpCard, and Pegasus Logistics Group, among others, for shipping.
Research and Development
In fiscal year 2024, the company spent $2,021 thousand on research and development.
Global Operations
The company’s business operations are based mainly in the U.S., except for some of its R&D work, which is based in China. The company currently employs a team of 20 engineers through a third-party human resource company in China for R&D work. The majority of the company’s ODM and OEM partners are also located in China.
Intellectual Property
The company has nine pending patents and three approved patents. Additionally, it will continue to file patent applications for its innovative inventions. The company also holds two registered trademarks, has four trademarks pending approval, and owns and operates three domain names.
Domain Names
The company currently owns and operates three domain names: www.richtechrobotics.com, www.richtechrobot.com, and www.richtechsystem.com.
History
The company was founded in 2016. The company was incorporated in 2016. The company was formerly known as Richtech Creative Displays LLC and changed its name to Richtech Robotics Inc. in 2022.
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