NEW YORK, March 27, 2026 (GLOBE NEWSWIRE) -- The Gross Law Firm issues the following notice to shareholders of Richtech Robotics Inc. (NASDAQ: RR). Shareholders who purchased shares of RR during the class period listed are encouraged to contact the firm regarding possible lead plaintiff appointment. Appointment as lead plaintiff is not required to partake in any recovery. CONTACT US HERE: https://securitiesclasslaw.com/securities/richtech-loss-submission-form/?id=184868&from=3 CLASS PERIOD: January 27, 2026 ...

Core Viewpoint - Faruqi & Faruqi, LLP is investigating potential claims against Richtech Robotics Inc. due to allegations of false and misleading statements regarding a supposed collaboration with Microsoft, which has led to significant stock price declines [2][5][6]. Group 1: Legal Investigation - Faruqi & Faruqi, LLP is encouraging investors who suffered losses in Richtech to contact them for discussing legal options [1]. - The firm has set an April 3, 2026 deadline for investors to seek the role of lead plaintiff in a federal securities class action against Richtech [2]. - The complaint alleges that Richtech and its executives violated federal securities laws by making false claims about their relationship with Microsoft [5]. Group 2: Stock Performance - Following a critical report questioning Richtech's collaboration with Microsoft, the company's stock fell by $1.06, or 20.87%, closing at $4.02 on January 29, 2026 [6]. - The decline in stock price occurred amid broader market weakness, indicating potential vulnerabilities in Richtech's market position [6]. Group 3: Investor Participation - The lead plaintiff in the class action will be the investor with the largest financial interest who is also typical of class members [7]. - Any member of the putative class can move the court to serve as lead plaintiff or choose to remain an absent class member without affecting their ability to share in any recovery [7].

Core Insights - Xiaomi's founder and CEO Lei Jun announced advancements in the company's robotic dexterous hand technology, which utilizes innovative solutions such as "full palm tactile gloves," "bionic structural design," and "human-like sweat gland cooling" [1][3] - The robotic hand has successfully completed high-precision tasks like screwing, pinching feathers, and catching balls, passing a reliability test of 150,000 grip cycles [1][3] - The goal is to achieve nearly 100% operational success rate for robots deployed in workstations through continuous application trials [1] Technological Developments - The team has shifted its approach to tactile feedback by using tactile gloves that can be worn by both human hands and bionic hands, significantly improving data collection efficiency compared to remote operation [3] - The bionic hand has achieved a 1:1 size ratio with human hands, increasing its degrees of freedom by 64% while reducing its volume by 60% [3] - To enhance reliability, the team iterated on small components like tendons, springs, and sleeves, achieving a lifespan of 150,000 grip cycles [3] Application in Industry - Xiaomi's robotic technology has been tested in an automotive factory, where it achieved a 90.2% success rate for simultaneous installation of self-tapping nuts within a 3-hour continuous operation, meeting a production line cycle time of 76 seconds [5] - The robotic hand aims to replicate human-like dexterity and adaptability in various tasks, with ongoing efforts to improve its operational metrics in real factory settings [10] - Lei Jun emphasized the significant gap between laboratory success and real-world factory requirements, predicting a large-scale deployment of humanoid robots in Xiaomi's factories within the next five years [10] Research and Development - In February, Xiaomi's robotics team open-sourced their research results, introducing a model that combines visual language understanding with high-performance real-time execution capabilities [13] - The company is actively seeking talented individuals to join its robotics team, indicating a commitment to expanding its capabilities in this field [13] Market Performance - As of March 27, Xiaomi Group's stock closed at HKD 33 per share, reflecting a 1.73% increase, with a market capitalization of HKD 855.8 billion, although the stock has seen a decline of over 39% in the past year [15]

Core Viewpoint - The article discusses the third Xiong'an Future City Scenario Conference, which continues to host the Xiong'an International Robot Competition, aiming to promote the application and industrial development of robotics in Xiong'an and Hebei Province [1]. Group 1: Event Organization - The event is organized by the Xiong'an Future City Scenario Conference Organizing Committee, with support from various governmental and industrial organizations [1]. - The theme of the competition is "Scenario-Driven Innovation: Robots Empowering Various Industries" [1]. Group 2: Competition Categories - The competition includes several tracks, such as: 1. Smart City and Livelihood Service Robots, focusing on robots for healthcare, home services, and clinical support [2]. 2. Cultural, Tourism, and Educational Assistance Robots, targeting robots for museums, parks, and educational institutions [2]. 3. Urban Operation and Public Safety Robots, aimed at robots for municipal inspections, sanitation, and security [2]. 4. High-End Manufacturing and Extreme Operation Robots, focusing on robots for high-risk environments and advanced manufacturing [4]. 5. Key Core Components of Robots, including sensors, controllers, and energy systems [6][7]. Group 3: Application and Innovation - The competition encourages innovative concept designs that integrate digital technologies like the metaverse and virtual reality, focusing on future applications of service robots [3][5]. - It also emphasizes the importance of high-performance components and software for robotics, which are crucial for the development of advanced robotic systems [6][7]. Group 4: Application Process - The application process requires entities to have independent legal status, and multiple submissions are allowed across different tracks [8][9]. - Each track will have awards, including first, second, and third prizes, along with certificates and monetary rewards [11]. Group 5: Support Services - Winning teams will receive support such as preferential housing conditions, matching with industry partners, and opportunities for project commercialization [12][13]. - The competition aims to facilitate connections between winning projects and investment institutions to promote industrialization [12]. Group 6: Competition Timeline - The competition will have several phases, including a selection phase from December 2025 to April 2026, a preliminary round in May 2026, and a final round in June 2026 [14][15].

Serve Robotics Inc. (NASDAQ:SERV) is one of Jim Cramer’s stock calls while he discussed the confusion surrounding the Trump-Iran conflict. When a caller inquired about the stock during the lightning round, Cramer said: Okay, interesting company. But the problem here… is it’s losing a fortune. We can’t go with those right now. It’s too complex a time. Photo by Adam Nowakowski on Unsplash Serve Robotics Inc. (NASDAQ:SERV) builds and operates a fleet of self-driving, low-emission robots used for food del ...

Core Viewpoint - The article discusses the evolution of the robotics and embodied intelligence industry, highlighting the shift from a "one-stop-shop" model to a more collaborative ecosystem that focuses on core competencies and avoids homogenization [1][5]. Industry Trends - Over the past two years, a surge in capital has led to many companies entering the robotics and embodied intelligence space, resulting in a proliferation of similar products and technologies, which has created challenges such as resource dispersion and high costs for implementation [1]. - By 2026, the industry is expected to recognize the unsustainability of a single company dominating the entire supply chain, leading to a collaborative ecosystem that emphasizes innovation in algorithm development, machine integration, core component supply, and application in real-world scenarios [1]. Company Strategy - Luoshi Robotics aims to position itself as a foundational technology provider in the embodied intelligence trend, focusing on core products like force-controlled joints and humanoid robotic arms, rather than competing in the crowded market of complete machines [3][5]. - The company has developed a comprehensive product matrix, with the AR series of robotic arms achieving over 3,000 units shipped, demonstrating its capability for scalable production and a complete application spectrum from home services to industrial heavy loads [10][13]. Technological Innovations - Luoshi Robotics has restructured its technology path to integrate key components such as force sensors, drivers, motors, and gearboxes, which enhances the performance of force control systems and reduces traditional design mismatches [6][8]. - The company has developed a high-bandwidth force control algorithm that allows its robotic arms to operate more like human arms, improving flexibility and precision in task execution [8]. Market Positioning - The company emphasizes a non-competitive, collaborative approach, focusing on core competencies and avoiding the pitfalls of homogenization in the industry [5][19]. - As the industry moves towards specialization, more humanoid robot companies are opting to source their arms from specialized manufacturers like Luoshi, allowing them to concentrate on their unique strengths in algorithm development and scene implementation [19]. Strategic Value - The force-controlled arms from Luoshi Robotics serve a dual purpose as precise actuators and high-dimensional sensors, providing valuable data for AI model training, thus enhancing the overall efficiency of the training process [15][16]. - The company’s commitment to building a robust ecosystem around its hardware capabilities positions it as a key player in the collaborative development of the embodied intelligence industry [17][20].

Core Viewpoint - The article highlights the remarkable growth and global presence of Unitree Technology, a robotics company founded by Wang Xingxing, emphasizing its innovative approach and successful market penetration in humanoid robots, particularly through strategic open-source initiatives and high-profile public performances [4][12][18]. Group 1: Company Background and Development - Unitree Technology was founded in 2016 by Wang Xingxing, who initially developed the XDog quadruped robot during his graduate studies, which utilized a unique direct-drive motor system [3][7]. - The company has evolved significantly over the past decade, becoming a leader in the global high-performance general-purpose robotics industry, with a humanoid robot shipment of over 5,500 units in 2025, ranking first globally [4][12]. - The company’s revenue from overseas markets has consistently accounted for over 55% from 2022 to 2024, establishing it as a model for "robotics going global" [4][16]. Group 2: Product Innovation and Market Strategy - Unitree's product line has seen rapid iterations, including the launch of various quadruped and humanoid robots, with significant milestones such as the debut of the G1 humanoid robot in 2024 [8][12]. - The company adopted an open-source strategy starting in 2018, releasing projects on GitHub, which has fostered a large developer community and attracted early customers from academia and AI sectors [9][11]. - The marketing strategy has included high-profile performances, such as appearances on major television events and technology exhibitions, which have significantly enhanced brand visibility and consumer engagement [18][20]. Group 3: Financial Performance and Market Position - In the first nine months of 2025, Unitree's domestic sales reached approximately 70.2 million yuan, while overseas sales were about 45.3 million yuan, indicating a strong international market presence [14]. - The company’s overseas revenue has increased more than sixfold in less than four years, despite a gradual decline in the percentage of total revenue from overseas sales [16]. - Unitree's market share in humanoid robots is substantial, with estimates suggesting it holds around 32% to 32.4% of the global market in 2025 [12][13]. Group 4: Competitive Landscape and Future Outlook - The robotics industry is witnessing a surge in companies planning to go public, with Unitree positioned as a key player in this trend, highlighting the importance of capital for sustaining growth [24][26]. - The company faces competition from established players like Tesla and Boston Dynamics, which have significant resources and capabilities for mass production and technological advancement [31]. - The future of competition in robotics will hinge on data scale and iteration speed, indicating that the industry is at the beginning of a transformative phase [32].

Core Insights - Xiaomi's founder and CEO Lei Jun announced advancements in the company's robotic dexterous hand technology, highlighting innovative solutions such as "full palm tactile gloves," "bionic structural design," and "human-like sweat gland cooling" [1] - The robotic hand has successfully performed high-precision tasks like screwing, pinching feathers, and catching balls, having passed a reliability test of 150,000 grip cycles [1] - The company aims to achieve nearly 100% operational success rate for robots deployed in workstations through continuous application trials [2]

Core Insights - The Lynx M20 wheeled-legged robot by DEEP Robotics has won the prestigious 2026 German iF Design Award, highlighting its innovative design and technological advancements [1][2][11] Design Innovation - The Lynx M20 follows the design philosophy of "form follows function," optimizing its architecture for practical use while maintaining aesthetic appeal [3] - It features a symmetrical design that allows for flexible navigation in tight spaces and supports rapid deployment with customizable payload configurations [3] - The robot's modular design includes interchangeable limbs for improved maintenance efficiency and reduced costs [3] - The "wheel-legged hybrid" structure combines the speed of wheeled mobility with the adaptability of legged locomotion, enhancing operational efficiency in complex scenarios [3] Functional Capabilities - The Lynx M20 is designed for extreme environments, with all-weather protection and a wide operating temperature range of -20°C to 55°C, ensuring stable performance in harsh conditions [5] - It has an IP66 protection rating, making it resilient against sandstorms, rain, snow, and dust, thus suitable for hazardous outdoor inspections [5] - The robot features a hot-swappable battery design for uninterrupted operation, enhancing work efficiency [5] Scenario Deployment - The Lynx M20 has been deployed in various applications, including power inspections, security patrols, and emergency firefighting, addressing operational challenges in extreme environments [8][9] - In power inspection, it improves efficiency and safety by replacing manual inspections, which are often time-consuming and risky [9] - The robot has been utilized in innovative scenarios, such as broadcasting sports events and transporting supplies in high-altitude areas, showcasing its versatility [10] Market Position - DEEP Robotics has established itself as a leader in the quadruped robot market, ranking first globally in market share for quadruped robot applications as of 2025 [14] - The company has expanded its operations to 50 countries and regions, with over 1,200 successful deployments in various industry scenarios [14]

Core Viewpoint - The article highlights the rapid advancements and investments in the field of embodied intelligence, emphasizing the innovative approaches taken by Huang Yan and his team at Zhongke Fifth Epoch to address real-world industrial challenges through technology [1][2][3]. Group 1: Industry Trends and Innovations - The embodied intelligence sector has seen unprecedented enthusiasm, with nearly 15 billion yuan in funding achieved within two months [1]. - Huang Yan, a key figure in embodied intelligence, combines academic research with practical applications, focusing on solving data utilization issues in industrial settings [2][3]. - The team has developed a full-stack architecture that addresses the efficiency bottlenecks in data utilization, diverging from the industry's focus on data volume and computational power [3][10]. Group 2: Technical Developments - Huang Yan's research began with a focus on multimodal technologies, leading to significant advancements in reinforcement learning algorithms that enhance the efficiency of visual-language models [5][8]. - The introduction of the FAM series, an ultra-few-shot large model, represents a pioneering effort to overcome data scarcity in the industry [14][22]. - The BridgeVLA model, which aligns input and output in a unified 2D image space, has shown remarkable efficiency in learning 3D operations [18][19]. Group 3: Practical Applications and Results - The FAM model can achieve high reliability in deployment with as few as 3 to 5 real machine demonstration data points, boasting a success rate of nearly 97% in basic tasks [22]. - The EC-Flow framework allows robots to learn from unannotated human operation videos, significantly improving success rates in complex tasks [39][43]. - The team's innovative approach to data synthesis has led to substantial improvements in task success rates, enhancing the robots' capabilities in real-world scenarios [47]. Group 4: Market Position and Future Outlook - Zhongke Fifth Epoch has successfully secured significant funding, reflecting investor confidence in its practical approach to addressing industrial pain points [52][53]. - The company aims to empower various industries with its embodied intelligence solutions, striving towards the vision of deploying millions of robots to serve humanity [59]. - The emphasis on practical applications and real-world adaptability positions Zhongke Fifth Epoch as a leader in the embodied intelligence market, ready to meet the challenges of 2026 and beyond [61][62].