Robotics Timeline

Technological advancements have encouraged new companies to enter, expanding the promise of profits from robots.

The entry of Chinese automakers into the robotics market is expected to intensify competition and accelerate commercialization.

In flexible food packaging, controlling material permeability is essential for preserving freshness and reducing food waste.

The introduction of this technology may enhance the precision of packaging films, improving food preservation and strengthening market competitiveness.

Microduck is a 25 cm robot capable of performing various actions.

Microduck enters the market as a low-cost, multifunctional robot, potentially stimulating demand in education and entertainment sectors.

GUSS Automation is a pioneer in autonomous high-value crop operations and aims to expand the capabilities of its next-generation machines.

This integration may enhance GUSS Automation's market competitiveness and advance automation in agriculture.

Tennibot claims to be the only company designing, engineering, and assembling AI-powered ball machines in the United States.

The launch of this product could intensify competition in the tennis, padel, and pickleball markets.

The Nion sensor is suitable for applications where precise 3D data is required at real-world process speeds, such as logistics and robotics.

This addition may enhance IDS Imaging's competitiveness in the logistics and robotics markets.

This technology is gaining attention as a new means to advance automation in factories.

This technology has the potential to enhance productivity in factories and could be a factor in increasing competitiveness.

The Jetson series provides high-performance computing platforms for robotics and AI applications.

This product may promote the adoption of edge computing in the robotics sector and enhance NVIDIA's competitive advantage.

The number of people feeling lonely, such as elderly individuals, children, and single professionals in urban areas, is increasing.

New generation AI companion robots like OlloNi SS1 may enhance competitiveness in the market by providing emotional connections.

The dwindling workforce has become a serious issue in the agricultural and construction sectors.

By leveraging AI, agricultural and construction equipment manufacturers can enhance their competitiveness in the market.

A digital twin does not replace a systems integrator but serves as a means to explore automation possibilities before committing capital.

By utilizing digital twins, manufacturers can advance automation more strategically, potentially enhancing their competitiveness.

The founder of Sunseeker discusses the advancements in this technology.

The advancements in this technology could accelerate the commercialization of robotic lawn mowers and intensify competition in the U.S. market.

This technology utilizes forming technology that enables mass production of components.

This move could accelerate the commercialization of humanoid robots and intensify competition.

The systems are designed to coat large surfaces autonomously.

This technology has the potential to improve efficiency in the shipbuilding industry and enhance competitiveness.

This software bundle allows developers to run BrainChip's Akida neuromorphic processors alongside their existing computing environment.

This announcement could enhance the market competitiveness of both companies by integrating BrainChip's technology into IBM's infrastructure.

The system includes a purpose-built 5 nm ASIC designed to deliver more than 1,000 TOPS of machine learning performance.

This new compute architecture could enhance the performance of Waymo's robotaxis and strengthen its competitive edge.

This solution is designed to automate logistics from rail to road.

This technological innovation could accelerate the automation of multimodal logistics, providing a competitive edge over rivals.

The company is developing a modern power wheelchair equipped with a coordinated robotic arm for reaching and lifting tasks for the user.

This technology has the potential to enhance mobility for people with disabilities and the elderly, increasing competitiveness in the related market.

This feature addition aims to improve efficiency in off-road tasks such as agriculture and construction.

This new feature may enhance Agtonomy's competitiveness and contribute to market share expansion in the off-road sector.

The talk will outline the unique demands of each body zone and the challenges of scaling for production.

The talk may provide important insights into the design and manufacturing of humanoid robots, potentially enhancing competitiveness in the industry.

The exhibition includes applications ranging from logistics automation and dexterous manipulation to household robotics and AI training-data collection.

This exhibition aims to showcase X Square Robot's technological capabilities and establish a favorable position in future commercialization and market competition.

The robot is designed to transport 2,000 kg loads across complex warehouse environments.

This new product could promote advancements in warehouse automation and enhance competitiveness against rivals.

The system uses EIT to determine where contact occurs, combined with multiple pneumatic pressure sensors.

This hybrid skin technology represents a significant step towards the commercialization of humanoid robots and could serve as a differentiating factor against competitors.

The system is designed to allow cobots to move between multiple workstations.

This new system could enhance the flexibility of cobots and improve efficiency in manufacturing.

As activity in the Arctic increases, securing safe landing sites for drones has become a challenge.

The development of Ice Dart has the potential to fundamentally change how drones are used, providing a new means of data collection, especially for monitoring icebergs.

LG and Nvidia signed a memorandum of understanding on August 13, 2023, at Nvidia's headquarters in Santa Clara, California.

The unveiling of the new robot may enhance LG's competitiveness in the robotics market and strengthen its collaboration with Nvidia.

The spacecraft aims to allow expensive space assets to be repaired, upgraded, moved, and kept operational long after their original fuel supplies have been depleted.

This technology could enhance competitiveness in the commercial satellite market and create new business models in the space industry.

Strain wave gearboxes are key components in actuators, accounting for about half of the total costs of manufacturing a humanoid robot.

The introduction of this product may reduce manufacturing costs for humanoid robots and enhance market competitiveness.

Geekplus is one of the world's largest warehouse automation technology providers, offering solutions for B2C e-commerce and fresh food delivery.

This new product is designed to address the surge in B2C e-commerce, potentially strengthening Geekplus's competitive advantage in the rapidly evolving warehouse automation market.

This patent application is seen as an indication of Sony's ongoing research into humanoid and embodied robotics.

This move may enhance Sony's competitiveness in the robotics market and intensify competition with other companies.

R-dog is designed to complete the last 100 meters where wheeled robots cannot operate.

The introduction of R-dog expands the possibilities of robotics in the last-mile delivery phase and offers new opportunities in the advertising market.

BioflexBot is part of an effort in the robotics field to replicate human hand movements.

The development of BioflexBot indicates advancements in mimicking human movements in robotics, expanding commercialization possibilities.

Several years ago, ASIMO disappeared from public view as a new wave of humanoid development surged in the robotics industry.

The new Avatar robot demonstrates Honda's commitment to humanoid robotics and may enhance its competitiveness in the market.

This adds an economy series positioned below the precision range of P5.G, P6.G, and P7.G.

This new series may appeal to cost-conscious customers and enhance competitiveness.

The platform is designed for physical AI and is expected to be utilized in the field of robotics.

The launch of this platform could intensify competition in the market for physical AI and robotics.

PlusAI has been advancing its autonomous driving technology, aiming to enhance the efficiency of truck operations.

This progress indicates that PlusAI is enhancing its competitiveness in the autonomous truck market.

As the demand for industrial robots surges, recycling and repurposing broken robots has become a critical issue.

This technology could create new business opportunities in the robot recycling market and promote sustainable manufacturing processes.

Conventional tribotronic devices convert mechanical stimuli into electrical signals but have fixed sensitivity and challenges in large-area integration.

This technology enhances the performance of touch sensors in robots and prosthetics, broadening commercialization possibilities.

The company plans to commercially launch driverless trucks in 2027 and has published updated performance figures for the first half of 2026.

This progress represents a significant step in PlusAI's commercialization plans and suggests a competitive advantage over rivals.

This extension is based on research from DEF CON 34, released amid growing concerns about robot cybersecurity.

This release highlights the importance of cybersecurity in the robotics industry and may enhance VicOne's competitiveness in the market.

Warehouse environments are highly chaotic, and the effectiveness of robots is tested in real operations.

This approach may enhance practicality in the robotics market and differentiate from competitors.

This technology aims to expand the application of robots in high-skilled manufacturing work.

This new robotic system has the potential to enhance competitiveness by advancing automation in high-skilled manufacturing work.

As governments and private companies accelerate plans for commercial space stations, orbital manufacturing, and lunar infrastructure, the question of who will perform the work in space is becoming crucial.

This trend may increase the demand for robotics in the space industry and intensify competition.

The decision followed the successful completion of the company’s new two-story headquarters of 364 m² printed with a 3D printer.

This move could accelerate the adoption of 3D printing technology in the construction industry and enhance competitiveness.

The report highlights examples in material handling and automated storage applications.

The report suggests growth in the commercial robotics market, indicating potential intensification of competition.

Sarla Aviation is based in Bengaluru, India, and aims to transform urban transportation.

The adoption of Siemens Xcelerator may enhance the efficiency of Sarla Aviation's eVTOL development and strengthen its competitiveness.

This announcement is part of Zoox's efforts to expand into the U.S. market.

This announcement could intensify competition in the robotaxi market and contribute to Zoox's commercialization progress.

This technology enables intelligent whole-body control, advanced dexterity, and multi-robot collaboration.

This technology will enhance competitiveness in the robotics market and broaden commercialization possibilities.

This research was conducted by researchers from Queen Mary University of London, the University of Florence, the University of Trieste, and the University of Trento.

This technology offers a new option for robotic tactile sensors and has potential applications in precise contact mapping for surgical instruments.

This technology aims to alleviate memory demands on AI systems and reduce energy consumption.

This technology could expedite AI model updates in robotics and edge applications, potentially having significant commercial implications.

This project aims to advance Physical AI and features a full-body multimodal skin capable of sensing touch and temperature.

This technology could accelerate the commercialization of humanoid robots and enable more natural collaboration with humans.

Downs is currently a Ph.D. student in electrical engineering at Texas A&M University, continuing her research on satellite assembly and manipulation.

This algorithm enhances the capabilities of robots in satellite assembly in space, potentially strengthening the role of robotics in future NASA missions.

This study aims to evaluate the applicability of contemporary humanoid technology in surgical procedures.

This study highlights the potential and technical challenges of humanoid robots in surgical applications, which may contribute to advancements in commercialization.

The drone is optimized for low visibility using computational design techniques.

This technology has potential applications in surveillance and wildlife observation, among others.

Robotics has long been composed of separate perception, planning, and control parts, making it difficult to transfer intelligence between tasks.

This approach could become a significant differentiator in the commercialization of robotics, attracting increased investor interest.

This approach could make it easier to build smarter robots with minimal real-world data.

If successful, this technology could intensify competition in the robotics market and attract more companies to focus on physical AI.

This technology was developed to address ethical issues in fish processing.

This technology could contribute to improving animal welfare in the food industry and may serve as a differentiating factor against competitors.

This is a weekly selection of robotics-related videos provided by IEEE Spectrum.

Such videos can promote trends and technological innovations in the robotics industry, potentially increasing interest.

Astro was designed as a home robot, and it was recognized that having a character that users desired was crucial.

The character design of Astro could serve as an important guideline for product development in the future robotics market.

Honor succeeded in beating the more well-known Unitree and achieving an efficient design for commercial legged robots.

This technological advancement could contribute to performance improvements and new applications for commercial robots in the future.

As robots advance in physical capabilities, the importance of their emotional abilities when working alongside humans is increasing.

This study highlights the importance of robots' emotional recognition abilities in commercial human-robot collaboration, potentially influencing future robot development.

Kuo developed a method for robots to better identify uncertainty when faced with untrained scenarios, aiming to reduce human supervision and improve task success rates.

This research has the potential to enhance the learning capabilities of robots and improve the efficiency of commercial robots, thereby strengthening competitiveness.

This technology generates motions without relying on teleoperation or motion retargeting from human demonstrations.

This technology could impact the commercialization and competitive landscape of humanoid robots.

Handling balloons is recognized as a particularly challenging manipulation task in robotics, highlighting the importance of contact.

This demonstration underscores the importance of contact intelligence and suggests that AGILINK's new OmniHand 3 Ultra-M explores the capabilities needed for future robotics.

This video is part of a showcase of the latest robotics technologies.

This advancement is a significant step towards the commercialization of robotic technologies.

The home robot market continues to grow, with increasing consumer demand.

The introduction of this new robot may intensify competition in the home robot market and impact other companies.

In 1987, Greenhill organized a group of DIY enthusiasts to build robots using components scavenged from old printers.

This project promoted the DIY culture in robotics and influenced commercial robot development.

This demonstration proves that Atlas is a capable humanoid robot, suitable for real work in industrial environments.

This advancement marks a critical shift where humanoid robots move beyond the lab into dynamic industrial settings.