Robotics Engineer-Stretch Perception

Boston Dynamics expands Massachusetts footprint with new 323,000 square foot facility in Waltham. WALTHAM, MA, June 24, 2026 - Boston Dynamics, the global leader in mobile robotics, announced plans to transform a 323,000 square foot facility at 1601 Trapelo Road (Reservoir Place) in Waltham into an advanced robotics and AI center. The facility is located near the company's existing headquarters, just across Route 128 and approximately 12 miles outside Boston. The new building will consolidate operations currently housed at three nearby locations and expand its capabilities in advanced manufacturing, artificial intelligence, workforce training and research and development. Boston Dynamics plans to invest $100 million in the project and anticipates creating 1,250 new jobs by 2033. To support the expansion, the Healey-Driscoll Administration awarded Boston Dynamics a $25 million Economic Development Incentive Program (EDIP) award, approved by the Economic Assistance Coordinating Council to fund renovation and buildout activities tied to manufacturing, workforce training and operations for the company's Atlas, Spot and Stretch platforms. "Boston Dynamics has called Waltham home for many years, and this expansion is a reflection of how fast our industry is moving. The investment gives our team the space and resources we need to launch our third robot platform this decade. We will continue recruiting and hiring excellent talent to lead this emerging industry and meaningfully contribute to the greater Boston business community," said Amanda McMaster, Interim CEO of Boston Dynamics. "Boston Dynamics has played a central role in defining the global robotics industry from right here in our state, and it's why we wanted them to choose Massachusetts as the site of their expansion," said Governor Maura Healey. "This investment will create good jobs, strengthen our advanced manufacturing ecosystem and ensure Massachusetts remains a global leader in robotics." "Companies like Boston Dynamics choose to grow in Massachusetts because of our unmatched talent, innovation ecosystem and commitment to supporting industries that will drive the future economy," said Lieutenant Governor Kim Driscoll. "This expansion will create opportunities for workers, support local economic growth and further establish Massachusetts as a destination for advanced manufacturing." "Boston Dynamics is one of Massachusetts' most iconic innovation companies, and this project represents a major investment in the future of robotics manufacturing in the Commonwealth," said Economic Development Secretary Eric Paley. "By bringing manufacturing, training, research and development together under one roof, Boston Dynamics is creating a hub that will help train the next generation of robotics and AI talent." This expansion aligns with the Healey-Driscoll Administration's broader economic strategy, which includes a $25 million robotics investment through the Mass Wins Act and a proposed $75 million investment in applied artificial intelligence and quantum technologies. Boston Dynamics is kicking off a significant renovation and construction project at the site and expects to move into the new facility in phases beginning in mid 2027. The project is being developed in partnership with BXP, which has owned the property since 1998. About Boston Dynamics Boston Dynamics is the global leader in developing and deploying highly mobile robots capable of tackling the toughest industrial and safety challenges. Our robots are equipped with advanced mobility, dexterity and intelligence, enabling automation in unstructured or hard-to-traverse and unsafe spaces, from manufacturing facilities, power plants, and construction sites, as well as warehouses and distribution centers. We have three robots in our portfolio: Spot(R), a quadruped that conducts industrial inspections for enterprise asset management and helps to keep people safe through public safety applications; Stretch(R), a box-moving robot currently being deployed with logistics and retail customers; and Atlas(R), our electric humanoid platform currently in development. For more information on our company and our technologies, please visit bostondynamics.com.

Boston Dynamics' Spot robot dog outfitted with Blackline Safety gas detector. Spot will use Blackline to sniff out gas hazards and fetch critical data before workers enter Calgary, Canada, June 11, 2026 - Blackline Safety Corp. (TSX: BLN), a global leader in connected safety technology, has announced its partnership with MFE Inspection Solutions to integrate Blackline's cloud-connected portable detector with Boston Dynamics' Spot(R), the world's leading mobile industrial robot. The solution extends connected gas detection into robotic workflows, instantly delivering gas readings, alerts and location data to remote monitoring teams, before sending personnel into potentially dangerous areas. More headlines. Articles. "Gas detection is critical for safety. And teams are no longer limited to collecting that data only when a person enters the area," said Dylan Duke, CEO of MFE Inspection Solutions. "Robots like Spot are already being used to collect inspection data remotely in hazardous environments. This solution adds real-time gas detection to those workflows, giving operators insight into gas hazards before deciding how and when to send people in." Industrial gas monitoring has traditionally relied on personal monitors worn by workers. Connected gas detection provides a new model, giving teams access to gas data from multiple sources - personal monitors, area monitors, and remote systems like robots or drones - with live, detailed views of atmospheric conditions that help organizations make faster decisions. The MFE Spot Connected Gas Detection Solution provides a crucial piece of the connected worker puzzle, allowing teams to monitor gas conditions remotely without endangering personnel. "This is about connecting technologies customers are already using and making them more useful together," said Christine Gillies, Chief Product and Marketing Officer, Blackline Safety. "MFE has built the digital plumbing to connect Spot with Blackline's connected gas detection platform, adding another layer to worker protection while giving organizations critical exposure data as it happens, not after the fact like with traditional monitors, so they can make informed decisions in the moment." The solution lets operators view gas readings and alerts in Blackline Safety's Blackline Live software, directly on the Spot tablet during operation, providing real-time awareness in the field. It also triggers automated return-to-home actions when defined gas thresholds - such as rising LEL - are detected, helping teams move Spot out of hazardous conditions and protect site personnel. Teams can use a wide range of hot-swappable, configurable, cartridge-based sensors that can be tailored to different environments and applications: - Oil and gas operators can use it to monitor combustible gases like methane or LEL conditions - Semiconductor facilities can use it to detect gases like ammonia - Chemical processing plants can use it to monitor for toxic gases like hydrogen sulfide (H2S), carbon monoxide (CO), or sulfur dioxide (SO2) "Spot's thermal, acoustic, and visual inspection abilities provide AI-powered predictive insights into facility health," said Merry Frayne, Senior Director of Product at Boston Dynamics. "Integrating the Blackline Safety portable device gives process manufacturers an even more complete picture of their site while keeping people out of harm's way." MFE supports deployment of the MFE Spot Connected Gas Detection Solution with Blackline Safety. by helping customers determine where robotic gas detection fits within their existing safety and inspection workflows. The team works with operators to evaluate site needs, configure the right gas detection setup, train personnel, support implementation, and remain engaged after deployment so the system is used effectively in real field conditions. About Blackline Safety: Blackline Safety is a technology leader driving innovation in the industrial workforce through IoT (Internet of Things). With connected safety devices and predictive analytics, Blackline enables companies to drive towards zero safety incidents and improved operational performance. Blackline provides wearable devices, personal and area gas monitoring, cloud-connected software and data analytics to meet demanding safety challenges and enhance overall productivity for organizations with customers in more than 75 countries. Armed with cellular and satellite connectivity, Blackline provides a lifeline to tens of thousands of people, having reported over 300 billion data-points and initiated over eight million emergency alerts. For more information, visit BlacklineSafety.com and connect with Robotics Tomorrow on Facebook, X (formerly Twitter), LinkedIn and Instagram. About MFE Inspection Solutions: MFE Inspection Solutions stands as a leading provider of NDT, RVI, Environmental, and UAV technology solutions. Their team of dedicated specialists collaborates closely with clients, guiding them from the selection of the right equipment through its implementation and ongoing assessment. With a commitment to delivering the latest in inspection technologies, MFE Inspection Solutions maintains a large inventory from top manufacturers, including Boston Dynamics, Flyability, DJI, Voliro, ThermoScientific, FLIR, and Skydio. This ensures that customers always have access to the most advanced and innovative technologies available. Operating across the United States, Canada, Mexico, and the Middle East, MFE Inspection Solutions is well-positioned to meet diverse global needs. For more information, visit mfe-is.com or contact [email protected].

The latest innovations in the world of robotics. Recent innovations in the world of robotics have begun to change various industrial sectors, from automotive to healthcare. Robotics not only increases efficiency, but also increases production capacity and reduces the possibility of human error. Here are some innovations that are taking the world of robotics by storm. One of the most striking innovations is the existence of collaborative robots or cobots. Cobots are designed to work alongside humans, increasing productivity without compromising safety. A clear example is Universal Robots, which brings incredible flexibility to the manufacturing industry. With the ability to be programmed and used across multiple production lines, these cobots are ideal for small to large businesses. In the healthcare sector, robotic surgical robots are becoming increasingly sophisticated. Systems such as the da Vinci Surgical System have made surgical procedures easier by increasing precision and reducing patient recovery time. This technology is capable of performing minimally invasive surgery, which leads to reduced post-operative complications and pain. In the logistics sector, companies such as Boston Dynamics are introducing mobile robots such as Stretch and Handle. These robots are specifically designed to move goods in warehouse facilities with high efficiency. Advanced navigation capabilities enable them to operate in dynamic and complex environments, promising improvements in supply chain management. Social robots are also starting to gain significant attention. Humanoids like Sophia from Hanson Robotics can interact with humans in a more natural way. Although this technology is still in the development stage, the potential for using social robots in education and customer service is very promising. AI technology also plays a big role in robotics innovation. Machine learning allows robots to learn from experience and improve their performance without human intervention. For example, automated cleaning robots like the Roomba use AI to map the home and optimize cleaning routes, making the user experience more efficient. In agriculture, agricultural robots are starting to increase crop yields through automation technology. Drones and harvesting robots can now help farmers monitor plant health and collect agricultural produce with high speed and precision. This technology not only increases productivity, but also contributes to environmental sustainability. Innovation in robotics also touches on educational aspects, where robotics kits such as LEGO Mindstorms help children understand programming and engineering concepts. This program creates a generation that is better prepared to face future technological challenges. With these various innovations, the world of robotics not only functions to replace human labor, but also to improve the quality of life and industrial efficiency. Sectors benefiting from these developments include manufacturing, agriculture, education, and health, all of which are moving towards a more automated and innovative future. This integrated approach makes robotics one of the most exciting and dynamic fields developing in the modern era.