Automation Anywhere Enables the NHS to launch an influenza and COVID-19 Surge Flu-Reporting Bot

prnewswire | December 08, 2020

Robotization Anywhere, Inc., a worldwide innovator in Robotic Process Automation (RPA), today declared the organization is growing its coordinated effort with Newcastle Upon Tyne Hospitals NHS Foundation Trust – one of the biggest showing emergency clinics in the United Kingdom – to dispatch its influenza detailing bot. As of now, it's spared 2,000 hours that were recently spent incorporating manual reports.

To impede a colder time of year "twindemic" – where both flu and COVID-19 spread and nauseate patients and bleeding edge staff – Newcastle Upon Tyne Hospitals NHS Foundation Trust is offering influenza antibody to its in excess of 14,000 workers. As a feature of the NHS Trust's order to advance wellbeing and security over the cold weather months, the requirement for covering the quantity of staff being immunized and influenza related unlucky deficiencies has strengthened.

Current revealing cycles are manual-escalated, requiring critical managerial time. Moreover, there is added strain to report COVID-19 cases flooding across the district. With the fruitful turn out of influenza announcing bot, Newcastle Upon Tyne Hospitals NHS Foundation Trust is exploring plans to stretch out the innovation to help nearby test and follow cycles and report on COVID-19 inoculations, when they are fit to be directed.

Saving time for tolerant focused medical services with clever computerization
As of now, the new influenza revealing bot has caught refreshes for in excess of 10,000 staff immunizations across numerous clinical locales and spared almost three months of total regulatory time. Robotizing the announcing has given significant hours back to the Trust when staff assets are stressed day by day.

"Right from the start, intelligent automation has helped us enhance staff engagement, free up valuable resources and has had a positive impact on the work we do for our staff and patients," said Neil Picton, Head of Workforce Engagement and Information, Newcastle Upon Tyne Hospitals NHS Foundation Trust. "The flu-reporting bot has helped to streamline a heavy administrative load for our Occupational Health team. It has also helped improve data accuracy and ensured valuable time is not diverted from supporting staff and patient care."

Added Steven Forster, Occupational Health Manager, Newcastle Upon Tyne Hospitals NHS Foundation Trust, "The use of intelligent automation has drastically improved the accuracy and information governance as well as saving invaluable Occupational Health staff time, which has allowed our team to focus on more meaningful work.

The flu-reporting bot is an expansion of a successful intelligent automation program implemented by the Trust to enhance workforce processes, improve employee morale and deliver more time to focus on critical patient care.

"Healthcare facilities have been under tremendous pressure this year, and intelligent automation is helping to refocus precious time back to where it's most needed – on the front line, centered on patient care," said Prince Kohli, CTO, Automation Anywhere. "We are proud to support Newcastle Upon Tyne Hospitals NHS Foundation Trust and are encouraged by how they continue to scale their use of RPA to empower staff and make better use of available resources to ensure the best patient care."

About Automation Anywhere
Automation Anywhere is a global leader in Robotic Process Automation (RPA), empowering customers to automate end-to-end business processes with intelligent software bots – AI-powered digital workers that perform repetitive and manual tasks, resulting in dramatic productivity gains, optimized customer experience and more engaged employees. The company offers the world's only web-based and cloud-native intelligent automation platform combining RPA, artificial intelligence, machine learning and analytics to help organizations rapidly start and scale their automation journey from the front office to the back office to every office. Its Bot Store is the world's first and largest marketplace with more than 1,100 pre-built, intelligent automation solutions. Automation Anywhere has deployed over 2.6 million bots to support some of the world's largest enterprises across all industries in more than 90 countries.


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Amorphology Partners with AddiTec for the Additive Manufacturing of Multi-Metal Robotics Gear Components

Amorphology | May 04, 2022

Amorphology Inc, a NASA spinoff company founded from technology developed at the Jet Propulsion Laboratory (JPL) and the California Institute of Technology, has partnered with Additive Technologies (AddiTec), a founding partner of Meltio, an additive manufacturing company pioneering the development of affordable multi-metal 3D printing systems. Together, Amorphology and AddiTec are developing the additive manufacturing of multi-metal gear components for robotics. Building on their previous collaboration of 3D printing large-scale strain wave gear flexsplines using directed energy deposition (DED), the partnership between Amorphology and AddiTec has now turned to the development of multi-metal, functionally-graded gear components, combining two different steels together within a single part. The three-inch diameter flexspline demonstrator is part of a zero backlash strain wave gearbox used in robotic arms and precision-motion mechanisms. The thin-walled flexspline has competing requirements of wear resistance in the teeth and a fatigue-resistant body that motivates the use of two different materials during 3D printing. The steel in the toothed region is a precipitation hardening martensitic stainless steel typically used in high-strength applications with an average hardness of 35 Rc. In contrast, the steel below the toothed region is known for high toughness with a lower average hardness. By combining the two steels strategically in a gear, it becomes possible to tailor the mechanical properties to take advantage of the benefits of each alloy. Through its exclusive licensing agreement, Amorphology is developing its intellectual property around multi-metal 3D printing, specifically functionally graded metals, which allows for the strategic transition between more than one metal during 3D printing to produce multi-functional parts that are free from cracks and unwanted phases. The core technology, developed over a decade ago at JPL, focuses on the design of multi-metal transitions to achieve predictable mechanical or physical properties in the printed part. Unlike conventional claddings or overlays, functional grading aims to achieve the best possible properties at the interface between dissimilar metals or composites in a 3D printed part, which is useful for preventing failures such as those caused by thermal mismatch or fatigue cracks. Tailoring the interface between different metals during printing can be achieved through diffusion at the interface by allowing the disparate metals to mix or by adding one or more intermediate compositions at the transition. The prototype developed in the current partnership was produced through wire-fed DED by printing the base of the gear from high-toughness steel and then sharply transitioning to the high hardness steel at the vertical location where the teeth begin, using the melt pool to diffuse the layers. The materials could have also been transitioned by mixing powders of the two materials in the powder-blown configuration of the DED printer. "Functional grading with multiple materials allows us to develop gear components for robotics that cannot be fabricated with conventional metallurgy. The ability to tailor the properties of a gear via alloy composition gives us an entirely new design freedom when developing precision mechanisms," said Dr. Glenn Garrett, Amorphology CTO. "Whether it's improving the wear resistance of gear teeth while maintaining toughness in the rest of the part or using high-value steel in combination with low-cost steel to save cost, multi-material additive manufacturing is allowing us to innovate in the way that we approach gears for robotics. We can tailor properties for machinability, cost, hardness, strength, corrosion resistance, even density. For large gears where it makes sense to use additive manufacturing to save machining costs, this could be a real advantage." "Meltio's dual-wire DED technology provides an ability to change from one material to another material automatically during the fabrication of metal components. This results in gradual change in properties and functions which can be tailored for enhanced performance," Dr. Yash Bandari, Business Development Manager at AddiTec The multi-metal flexspline demonstrator from Amorphology and Additec is designed so that the high-performance high-hardness steel resides in the gear teeth and the rest of the cup is made from highly machinable tough steel. The as-printed hardness of the gear teeth through DED was measured to be around 30 Rc while the base of the cup measured at around 7 Rc (87 Rb). A further increase of the gear teeth hardness is possible through subsequent heat treatment. Future work will focus on different combinations of steels, and the development of localized heat-treating strategies to optimize the properties of each metal in the bi-metallic gear. Amorphology is actively developing other applications for functionally graded metals in applications such as thrusters, rockets, robotics, and gears, and is seeking partners for further development and licensing. About Amorphology Headquartered in Pasadena, California, Amorphology is a NASA JPL/Caltech spinoff with exceptional lineage and intellectual property developed as part of the space program. Amorphology is a leader in applying advanced materials and manufacturing technologies toward improving gear production for robotics and other industrial applications using amorphous metals, also known as bulk metal glass (BMG), additive manufacturing, and custom metal alloys and composites. About AddiTec AddiTec is a founding partner of Meltio and is proud to serve as the master reseller of Meltio's products in North America. Its focus is building an ecosystem for Meltio's technology and driving business opportunities. AddiTec has a 6-year heritage in the design and development of multi-laser metal direct deposition technology and has completed a broad range of customer installations and benchmark work, as well as providing training and customer application support. AddiTec's customers include prominent universities, major research centers, technology centers, national laboratories, and a wide range of industrial customers in the aerospace, nuclear, automotive, mining and energy sectors.

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Dassault Systèmes Introduces Life Cycle Assessment Solution on the 3DEXPERIENCE Platform to Transform the Sustainable Innovation Process

Dassault Systèmes | February 25, 2022

Dassault Systèmes (Euronext Paris: FR0014003TT8, DSY.PA) (Paris:DSY) announced the launch of “Sustainable Innovation Intelligence,” its life cycle assessment solution that enables companies to minimize the environmental impacts of the products, materials and processes they create and help drive the circular economy. Fully embedded in Dassault Systèmes’ 3DEXPERIENCE platform and covering the entire value chain, the cloud-based solution uniquely integrates the ecoinvent database on the impacts of more than 18,000 industrial and agricultural processes, into virtual design, product development, manufacturing engineering, operations and logistics. “Collectively building a sustainable economy requires transforming the sustainable innovation process, from extracting raw materials to usage, reuse and recycling, Whether in manufacturing, infrastructure and cities or life sciences, data science experiences that combine LCA capabilities with virtual twin technology offer companies new ways to innovate by understanding how their decisions affect natural resources, ecosystems and health. Through our 3DEXPERIENCE platform, we aim to help companies contribute to the United Nations’ ‘Decade of Action’ and thrive while doing so.” -Florence Verzelen, Executive Vice President, Industry, Marketing and Sustainability, Dassault Systèmes. Many businesses are working to reduce emissions in line with climate science and are aiming to develop more circular business models by 2030 by redesigning their product lines and manufacturing systems. However, most business solutions on the market today are still focused on measuring the footprint of yesterday’s economy, retroactively. To drive disruptive sustainable innovation, companies need to integrate ecodesign principles in the upstream thinking about their future products and processes before there is any environmental impact in the real world. Virtual universes provide this opportunity. By combining LCA data with virtual twin technology, “Sustainable Innovation Intelligence” will empower LCA specialists, industrial designers, product engineers and manufacturing engineers to create circular life cycles by setting up sustainability requirements early on and collaboratively driving them throughout the design, product development and manufacturing engineering phases. It integrates supply of materials, design, manufacturing, operations, logistics, sales, marketing, and end-of-life management, providing real-time insights that allow teams to identify problems or improvements virtually before acting on them, and ensure traceability and reliability. “Sustainable Innovation Intelligence” relies on the life cycle inventory database of the not-for-profit ecoinvent Association, whose datasets measure and provide information on the natural resources withdrawn from the environment, the pollution released into water and soil, the emissions released into air, the products demanded from other processes, and the products, co-products and waste produced in diverse sectors on global and regional levels. “Our partnership with Dassault Systèmes is the first one with a software company in which our database is used at the very beginning of the product and manufacturing engineering processes for sustainability assessments,” said Emilia Moreno Ruiz, Interim Director, ecoinvent Association. “LCA brings the metrics needed to evaluate environmental impacts across the product lifecycle. Integrating that with virtual twin technology opens new possibilities to address these impacts early on.” ABOUT DASSAULT SYSTÈMES Dassault Systèmes, the 3DEXPERIENCE Company, is a catalyst for human progress. We provide business and people with collaborative 3D virtual environments to imagine sustainable innovations. By creating virtual twin experiences of the real world with our 3DEXPERIENCE platform and applications, our customers push the boundaries of innovation, learning and production to achieve a more sustainable world for patients, citizens, and consumers. Dassault Systèmes brings value to more than 300,000 customers of all sizes, in all industries, in more than 140 countries. For more information, visit© Dassault Systèmes. All rights reserved. 3DEXPERIENCE, the Compass icon, the 3DS logo, CATIA, BIOVIA, GEOVIA, SOLIDWORKS, 3DVIA, ENOVIA, NETVIBES, MEDIDATA, CENTRIC PLM, 3DEXCITE, SIMULIA, DELMIA, and IFWE are commercial trademarks or registered trademarks of Dassault Systèmes, a French “société européenne” (Versailles Commercial Register # B 322 306 440), or its subsidiaries in the United States and/or other countries.

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Akoustis Signs New DARPA Contract to Advance XBAW Technology

Akoustis Technologies | June 27, 2022

Akoustis Technologies, Inc. (NASDAQ: AKTS) (“Akoustis” or the “Company”), an integrated device manufacturer (IDM) of patented bulk acoustic wave (BAW) high-band RF filters for mobile and other wireless applications, announced today that it has entered into a new multi-year, multi-million dollar contract from the Defense Advanced Research Projects Agency (DARPA) to pursue new materials and device manufacturing methods. As a result of the expected advances, the program could extend the Company’s patented and proprietary XBAW® technology to 18 GHz, opening up significant new commercial and defense applications to Akoustis. Traditional scaling of BAW resonators to X and Ku bands typically results in unacceptably low Q (quality) factors, degraded electromechanical coupling and much lower power capability driven by leaked energy from much smaller resonators. One approach to BAW frequency scaling is simple overtone mode operation which severely degrades electromechanical coupling. In this DARPA program, XBAW® technology utilizes a novel approach to circumvent trade-offs inherent in traditional BAW frequency scaling approaches. Akoustis plans to introduce, at the completion of the program, XBAW® filters and resonators that fully exploit the entire kt2 of the underlying piezoelectric material. “A different frequency scaling approach is required for BAW resonators to operate at higher frequencies above 10GHz, such as X and Ku bands.In this DARPA-funded effort, we intend to introduce a new method of BAW overtone operation that can maintain high Q factor while mitigating the decrease in coupling. Combining our existing, patented XBAW® technology along with the successful mode overtone operation which we plan to develop under this program, we expect to advance the state-of the-art in BAW RF filter technology at lower frequencies for 5G and Wi-Fi—specifically in terms of power handling, Q factor and frequency operation relative to incumbent BAW technologies in the market today.” -Jeff Shealy, founder and CEO of Akoustis Akoustis is actively delivering volume production of its Wi-Fi 6 tandem filter solutions, shipping multiple 5G small cell XBAW® filter solutions, delivering initial designs of its new 5G mobile filter solutions to multiple customers and has entered the market with its new Wi-Fi 6E coexistence XBAW® filter solutions. Given the rapidly growing sales funnel activity as well as ongoing interaction with customers regarding expected ramps in 5G mobile, Wi-Fi 6 and Wi-Fi 6E in calendar 2022, the Company is increasing the annual production capacity at its New York fab to approximately 500 million filters per year. About Akoustis Technologies, Inc- Akoustis® is a high-tech BAW RF filter solutions company that is pioneering next-generation materials science and MEMS wafer manufacturing to address the market requirements for improved RF filters - targeting higher bandwidth, higher operating frequencies and higher output power compared to incumbent polycrystalline BAW technology deployed today. The Company utilizes its proprietary and patented XBAW® manufacturing process to produce bulk acoustic wave RF filters for mobile and other wireless markets, which facilitate signal acquisition and accelerate band performance between the antenna and digital back end. Superior performance is driven by the significant advances of poly-crystal, high-purity and single-crystal piezoelectric materials and the resonator-filter process technology which enables optimal trade-offs between critical power, frequency and bandwidth performance specifications. Akoustis plans to service the fast growing multi-billion-dollar RF filter market using its integrated device manufacturer (IDM) business model. The Company owns and operates a 120,000 sq. ft. ISO-9001:2015 registered commercial wafer-manufacturing facility located in Canandaigua, NY, which includes a class 100 / class 1000 cleanroom facility - tooled for 150-mm diameter wafers - for the design, development, fabrication and packaging of RF filters, MEMS and other semiconductor devices. Akoustis Technologies, Inc. is headquartered in the Piedmont technology corridor near Charlotte, North Carolina.

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proteanTecs and Alchip Bring Production Visibility to Advanced ASICs

proteanTecs | January 10, 2022

- proteanTecs, a global leader in deep data solutions for electronics health and performance monitoring, announced a commercial agreement with Alchip Technologies Ltd., a leading high-performance computing ASIC company, to provide ASIC production visibility to fabless semiconductor companies in Greater China.SoC complexity is constantly increasing due to design risks, high-paced manufacturing evolution, and deployment in high performance, software intensive and mission-critical environments. Data driven visibility is critical to bring chips to market, while meeting aggressive deadlines and assuring performance, power and quality at scale. proteanTecs provides visibility based on Universal Chip Telemetry™ (UCT), a smart on-chip monitoring method, combined with knowledge-based machine learning algorithms. Customers gain access to advanced analytics in the cloud and edge, enabling them to bring robust and competitive SoCs to market. "proteanTecs' patented Universal Chip Telemetry technology is a game-changer for SoC time-to-volume. Through this partnership, we embed the solution into our most advanced, high-performance ASIC designs to enable predictive monitoring that detects problems ahead of time. The result is increased parametric yield, decreased test time and power/performance optimization,The bottom line is that proteanTecs speeds chip and system bring-up, significantly reducing time-to-market for a broad array of SoCs and mission-critical HPC applications." -Johnny Shen, Alchip President and CEO. proteanTecs' technology is integrated and proven in Alchip's 5nm silicon and deployed in projects with mutual customers. This agreement will allow the company to further accelerate its penetration into Greater China and expand its commercial footprint. "Alchip provides rapid delivery of cutting-edge ASIC solutions to their customers This collaboration builds upon their longstanding relationship with leading semiconductor companies and drives greater efficiencies and production excellence for their products. We are glad to welcome Alchip as our partner and as an implementation service center to support mutual customers." -Shai Cohen, proteanTecs co-founder and CEO About Alchip Alchip Technologies Ltd., headquartered in Taipei, Taiwan, is a leading global provider of silicon design and production services for system companies developing complex and high-volume ASICs and SoCs. The company was founded by semiconductor veterans from Silicon Valley and Japan in 2003 and provides faster time-to-market and cost-effective solutions for SoC design at mainstream and advanced, including 7nm and 5nm processes. Customers include global leaders in AI, HPC/supercomputer, mobile phones, entertainment device, networking equipment and other electronic product categories. Alchip is listed on the Taiwan Stock Exchange (TWSE: 3661) and is a TSMC-certified Value Chain Aggregator. About proteanTecs proteanTecs is a leading provider of deep data monitoring solutions for advanced electronics in the Datacenter, Automotive, Communications and Mobile markets. Based on Universal Chip Telemetry™ (UCT), the company provides system health and performance monitoring, from production to the field. By applying machine learning to novel data created by on-chip UCT agents, the company's analytics platform delivers predictive insights and visibility, leading to new levels of quality, reliability and scale. Founded in 2017, the company is headquartered in Israel with offices in New Jersey, California, India and Taiwan. For more information, visit:

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Are you wondering if your company should invest in 3D printing? You'll learn: How outsourcing compares to in-house printing, Six reasons for investing in a 3D printer may be the right move for your business, The impacts of buying a printer can have on ROI.