VINFUTURE PRIZE AWARDS 2023: Boundless unity by advancing humanity through breakthrough science

December 21, 2023

The 2023 VinFuture Grand Prize is awarded to four scientists: Prof. Martin Andrew Green (Australia), Prof. Stanley Whittingham (United States), Prof. Rachid Yazami (Morocco), and Prof. Akira Yoshino (Japan) for their breakthrough inventions in creating a sustainable platform for green energy through production with solar cells and storage with Lithium-ion batteries.

ON December 19, 2023, the VinFuture Prize Awards returned to Hanoi, Vietnam, illuminating the stage with four transformative inventions poised to reshape our world.

This year’s theme, “Boundless Unity,” resonated powerfully as scientists from diverse backgrounds coalesced around solutions for pressing global challenges, showcasing the immense potential of collaboration on scientific frontiers.

No less than Víµ VÄƒn ThÆ°á»Ÿng, President of the Socialist Republic of Vietnam was invited as guest of honor. He praised the awards and the organizers of the VinFuture Prize saying that in the whole context of Vietnam’s rapid pursuit of growth and progress, STEM (Science, Technology, Engineering, and Mathematics) played a huge role with VinGroup, the largest conglomerate in the country, leading the way.

“The value of the VinFuture Prize is to encourage the spirit of science, humility and inquisitiveness, the courage to overcome challenges to rise above various limits and conventional thinking to create and serve humanity…The success of the VinFuture Prize is a fitting result of serious of the serious and dedicated efforts of its founders. I express my appreciation, respect and congratulations to the founders of VinFuture Prize ,” Víµ VÄƒn ThÆ°á»Ÿng said in Vietnamese.

Nobel prize already acknowledged by VinFuture Prize

The Vietnam president added that the encouragement brought about by the VinFuture Prize has prompted a global following.

During the inaugural award ceremony in January 2022, the grand prizes went to Dr. Katalin Karikó and Professor Drew Weissman for their pioneering research on nucleoside modifications, which played a crucial role in the development of mRNA vaccines against COVID-19. (Read about it here.)

Dr. Karikó and Professor Weissman were later awarded the 2023 Nobel Prize in Medicine, further solidifying the significance of their research that was already acknowledged by the VinFuture Prize in 2021.

“We must ensure that scientific advancements translate into tangible improvements in people’s lives. These award-winning projects are shining examples of how innovation can address critical issues like healthcare, food security, and environmental protection, particularly in developing nations,” Víµ VÄƒn ThÆ°á»Ÿng added.

Sunbathing the Future: Clean Energy Revolution

Claiming the $3 million grand prize each were four visionary minds—all academicians and professors, Australian Martin Green, American Stanley Whittingham, Rachid Yazami from Morocco, and Japanese Akira Yoshino. Their combined brilliance birthed a solar and energy storage powerhouse. Prof. Green’s PERC technology revolutionized solar cells, boosting efficiency by 10%, and ensuring widespread accessibility.

Meanwhile, the lithium-ion battery, championed by Prof. Whittingham, Yazami, Yoshino, and the late Prof. John Goodenough, unleashed an energy revolution. These breakthroughs pave the way for a carbon-neutral future, where sunlight directly fuels our homes and vehicles, offering a practical and sustainable alternative to fossil fuels.

Prof. Goodwood passed away at 101 years old, only in June of this year.

Conquering Disease: Hope for Millions

In the realm of healthcare, the 2023 VinFuture Prize for Innovators with Outstanding Achievements in Emerging Fields recognized the transformative work of Prof. Daniel Joshua Drucker, Prof. Joel Francis Habener, Prof. Jens Juul Holst, and Assoc. Prof. Svetlana Mojsov. Their discovery of the pivotal role of glucagon-like peptide-1 (GLP-1) unlocked novel treatments for diabetes, obesity, and even neurodegenerative diseases. Tens of millions of lives already benefit from this breakthrough, with millions more projected to experience its life-changing impact in the coming years.

Nourishing the World: A Sustainable Plate for All

“Father of the Super Rice,” Prof. Gurdev Singh Khush (middle left) and Prof. Vo Tong Xuan who is from Vietnam. (middle right).

The Special Prize for Innovators from Developing Countries shone a spotlight on Prof. Gurdev Singh Khush and Prof. Vo Tong Xuan from Vietnam. These agricultural heroes are responsible for disease-resistant rice varieties like IR36 and IR64, currently nourishing millions in vulnerable regions.

Their tireless efforts in developing high-yielding, pest-resistant rice varieties have revolutionized food security in Southeast Asia, offering a pathway towards sustainable food production and improved resilience for millions facing hunger and malnutrition.

Protecting Our Planet: A Legacy of Stewardship

Prof. Susan Solomon (USA) stood tall as the recipient of the Special Prize for Female Innovators for her groundbreaking work on environmental protection.

Her unwavering dedication to understanding the link between chlorofluorocarbons and ozone depletion led to the historic Montreal Protocol, one of the most successful environmental agreements ever forged.

Prof. Solomon’s relentless pursuit of knowledge has safeguarded our planet’s ozone layer, protecting ecosystems and human health for generations to come.

A Friend to all

“Collaboration is the cornerstone of scientific progress. The greatest breakthroughs often emerge from bringing together brilliant minds from diverse backgrounds, united by a shared vision and a dedication to solving important problems,” Sir Richard Henry Friend, Chairman of the VinFuture Prize Council. told the crowd gathered at the awards ceremony.

Apart from his work at the prize council, Friend is a distinguished scientist. He holds the Cavendish Professorship of Physics at the University of Cambridge and is the Director of the Winton Programme for the Physics of Sustainability and of the Maxwell Centre.

“This year’s theme, ‘Boundless Unity,’ reminds us of the crucial role we all play in fostering collaboration and harnessing its potential for a brighter world,” he added saying that the 2023 VinFuture Prize winners are pioneers.

Friend also emphasized that the winners have not only made extraordinary scientific discoveries but also translated them into solutions that can have a real and lasting impact on people’s lives. Their work is an inspiration to scientists and innovators around the world.

Beyond celebrating individual achievements, the 2023 VinFuture Awards underscored the power of collaboration in advancing scientific frontiers.

These winning projects showcase the boundless potential of diverse minds coming together to tackle global challenges. From sunlight powering our homes to breakthroughs in healthcare and environmental protection, the 2023 VinFuture Prize illuminates a path towards a more sustainable, healthier, and equitable future for all. – with Lourdes Escolano

TOYOTA MOVES ITS CARBON NEUTRALITY’ TARGET TO 2035: Decarbonization goals means using 100% green power

Raymond G.B. Tribdino

December 19, 2023

Solar panels on the roofs of the Toyota factory in Sta. Rosa, Laguna

TOYOTA Motor Philippines (TMP) isn’t just about putting Filipinos on the road; they’re also aiming to be champions of sustainable mobility, even within their Sta. Rosa factory and warehouses.

With ambitious plans to transform their Philippine facilities into eco-friendly powerhouses, TMP is driving towards a future where cars and the environment can coexist in harmony. And adjusting their schedule from 2050 to 2035.

Starting December 26, 2023, TMP’s Santa Rosa City factory will run virtually on sunshine and wind, complementing the existing 1.46-megawatt rooftop solar power system that cost P94 million. Through a Retail Supply Contract (RSC) with Team (Philippines) Energy Corporation TMP is guaranteed that every Renewable Energy (RE) megawatt-hour produced will be backed by an I-REC(E) certificate, verifiable proof of its sourcing from a domestic renewable energy plant.

This ambitious step will catapult TMP to achieve a remarkable 100 percent RE ratio, effectively neutralizing their Scope 2 emissions and solidifying their position as a champion of sustainability.

This is to align the new target of Toyota to reduce the carbon dioxide (CO2) emissions of all its manufacturing plants globally. The local manufacturer of the Vios and Innova said last year that after increasing its solar power system’s capacity by 0.46 megawatt thus also increased its RE ratio by 18 percent. Now it aims to use more of the potential 2 million kilowatt-hours of derivable clean energy from its location in Laguna.

TMP’s onsite solar facility contributes to 7-10 percent of the total energy requirement for manufacturing & non-manufacturing operations, reducing its carbon dioixide emissions by as much as 1,400 tons per year. This is equivalent to 2.9 million trees planted over 20 years.

Originally set to 2050, TMP wants to achieve carbon neutrality by 2035. Their successful “Plant Zero CO2 Emissions” initiative, cutting out emissions at every stage of production include energy-efficient machinery, renewable energy sources and optimized, resource-friendly processes is now augmented by the Team PH RSC deal.

“This energy transition is a milestone for TMP and our mission to address climate change,” declared TMP President Atsuhiro Okamoto. “It makes our Philippine plant a frontrunner for Toyota in the ASEAN region, achieving the 100% RE ratio target ahead of schedule.”

But TMP’s green ambitions stretch beyond immediate needs.

Decarbonizing all remaining energy sources in their manufacturing process, tackling petrol generators, ovens, and painting boilers are part of the clean-up plan. This unwavering commitment aligns with Toyota’s global initiative — the Toyota Environmental Challenge (TEC) 2050.

Okamoto, in an interview during the Yaris Hybrid launch this year said that TMP’s dedication to sustainability is not only with its vehicles, or its plants but also extends beyond its own walls. Recognizing the interconnectedness of the automotive ecosystem, the company is actively engaging their supply chain, logistics, and dealer networks in the decarbonization journey. Several local Toyota suppliers and dealers, inspired by TMP’s leadership, have already implemented energy efficiency and RE initiatives. Some, like Denso Ten Philippines and Toyota Global City, are even aiming for their own 100 percent RE goals.

Furthermore, TMP ensures stringent environmental compliance across their network. All Toyota suppliers and established dealers, including Lexus Manila, are ISO 14001 certified, adhering to Toyota’s Green Purchasing Guidelines and Asia Pacific Eco-Dealership Program.

TMP’s manufacturing philosophies and practices have already, for the longest time, been cognizant of maximizing resources. Its just-in-time inventory system has become a common practice in the automotive industry.

As the car brand is a big fan of “reuse, reduce, recycle,” TMP has also been implementing waste reduction programs across the board, minimizing packaging materials and even figuring out ways to reuse scrap metal. That’s not all — robust recycling programs ensure a second life for various materials, and TMP is even exploring resource sharing with suppliers, turning yesterday’s waste into tomorrow’s building blocks.

Vinfast CEO joins COP28

Raymond G.B. Tribdino

December 19, 2023

VinFast Global CEO Le Thi Thuy (third from right) spoke at the Sustainable Trade Forum â€“ COP28

AT THE COP28 Sustainable Trade Forum, VinFast’s Global CEO, Le Thi Thu Thuy, was the sole representative from Southeast Asia. During a session chaired by H.E. Dr. Thani bin Ahmed Al Zeyoudi, UAE Minister of State for Foreign Trade, Thuy shared insights on multi-faceted strategies for fostering supply chain resilience, minimizing environmental impact, and addressing global disruptions.

VinFast Auto a leading Southeast Asian electric vehicle manufacturer, has been actively participating in global discussions on sustainable trade and supply chain resilience.

The session coincided with COP28’s first official Trade Day, where Thuy, along with other CEOs, discussed best practices and innovative strategies. VinFast showcased its approach to modernizing its vertically integrated supply chain model, contributing to global sustainability and resilience. The company’s participation underscored its commitment to driving transformation and innovation in the sector.

During the panel, Thuy emphasized VinFast’s role in shaping the future of the global trading system, focusing on creating sustainable and inclusive supply chains. Similarly, H.E. Dr. Thani Al Zeyoudi highlighted the importance of modernizing the trading system to achieve climate goals.

Additionally, VinFast participated in a panel on electrification in Vietnam, hosted by the Vietnam Ministry of Transport and UNDP Vietnam. The company discussed its efforts in developing an electric mobility environment in Vietnam, including manufacturing passenger EVs and establishing a comprehensive charging infrastructure.

At COP28, VinFast also showcased its flagship electric vehicle model, VF 9, at Expo Dubai City.

Almost simultaneous to the COP28 participation, Vinfast signed a Letter of Interest (LOI) with the and the United States International Development Financial Corporation (DFC) for a USD 500 million loan to establish a lithium-ion battery manufacturing facility in Vietnam. This marks a key milestone in the Vietnam-U.S. Comprehensive Strategic Partnership and VinFast’s global expansion strategy.

The DFC’s support for VinFast aligns with its mission to finance solutions for critical challenges in developing countries, focusing on sustainable development and environmental standards. With investments across various sectors, the DFC has contributed significantly to development projects in Vietnam, making it the largest market in Southeast Asia for the corporation.

“As an emerging, innovative electric vehicle manufacturer, we were pleased to be involved in critical discussions on the future of the global trading system,” Thuy concluded as she also shared Vinfast’s approach and unique perspectives on modernizing global commerce for more countries during COP28.

VinFuture Awards: Recognizing innovations for a sustainable future

Raymond G.B. Tribdino

December 18, 2023

2022 WINNERS: Sir Timothy John Berners-Lee, Dr. Vinton Gray Cerf, Dr. Emmanuel Desurvire and Professor Sir David Neil PayneVietnam's receive the VinFuture grand prize from Vietnam's National Assembly chairman Vuong Dinh Hue (C) at the award ceremony in Hanoi, December 21, 2022. Photo from VinFuture.

In 2020, Vietnamese conglomerate VinGroup’s Chairman Pháº¡m Nháºt VÆ°á»£ng and his wife, Madam Pháº¡m Thu HÆ°Æ¡ng founded the VinFuture Foundation to promote STEM among its citizenry. In 2021, the VinFuture Prize recognized the first set of innovators that have and will change the world’s future

THE VinFuture Prize, a recognition given to proponents of technological solutions that address global challenges, will hold its third awarding ceremony in Hanoi, Vietnam, on December 20, 2023.

Though held annually, the first award was given in January 2023, and the second set in December 2022. This year will be the third awarding ceremony.

On December 19, the organizers, Vietnamese conglomerate VinGroup, opened up by invitation public symposia to students, academics, employees, and executives of various companies and other interested parties. Topics included artificial intelligence, sustainable infrastructure, green transportation, and the future of energy.

A day before, a truly interesting discussion called “The Science for Life” symposium tackled the complexities of autoimmune disorders through precision immunotherapy. This vital event fosters global knowledge exchange and collaboration, with experts in immunology, genetics, and more aiming to bring hope to patients worldwide, especially those in Vietnam. Through joint efforts, they seek advancements in diagnosis and treatment, paving the way for a brighter future for those facing these challenging conditions.

“The VinFuture Awards are a testament to the power of innovation to make the world a better place,” –Vingroup Chairman Pháº¡m Nháºt VÆ°á»£ng

VinFuture organizers brought together leading scientists, entrepreneurs, and policymakers from around the world to hold discussions and sessions on breakthroughs in areas such as climate change, healthcare, and education.

VinFuture Foundation founders, VinGroup Chairman Pháº¡m Nháºt VÆ°á»£ng and his wife, Madame Pháº¡m Thu HÆ°Æ¡ng who is also Vice Chairman of VinGroup. (Photo from VinFuture)

In 2020, Chairman Pháº¡m Nháºt VÆ°á»£ng and his wife, Mrs. Pháº¡m Thu HÆ°Æ¡ng, founded the VinFuture Foundation as an organization independent of their vast holdings in VinGroup. They set as their mission bringing notice and honoring breakthrough innovations in science and technology–past and present that will determine a course and have the potential to change the lives of millions of people in Vietnam and around the world.

The couple believes that by promoting innovation in a big way, solving global challenges can be a direct result. Currently, the awards are the largest of their kind in the world, and they have quickly become a major event on the global innovation calendar.

The VinFuture Prize made its inaugural event and awarding ceremony in January 20, 2022. The event theme then was “Reviving and Reshaping,” pointing to the redirection of the world in post-COVID times.

The first VinFuture Prize was awarded on January 20, 2022, though the deliberation and selection were completed in December 2021.

In 2021, VinFuture grand prizes went to Dr. Katalin Karikó and Professor Drew Weissman (USA) for their pioneering research on nucleoside modifications, which played a crucial role in the development of mRNA vaccines against COVID-19. And Professor Pieter R. Cullis (Canada) for his breakthroughs in developing lipid nanoparticles, essential for delivering mRNA vaccines.

Notably, for the impact of their work, Dr. Karikó and Professor Weissman were later awarded the 2023 Nobel Prize in Medicine, further solidifying the significance of their research acknowledged by the VinFuture Prize in 2021.

In 2022, the winners were recognized for “ground-breaking research on global network technology, allowing all forms of information to be reliably communicated, transferred, and shared at the speed of light.^”

Grand Prize Awardees were Professor Sir Tim Berners-Lee, the known inventor of the World Wide Web and HTML, recognized for laying the foundation for the global network we know today; Dr. Vinton Gray Cerf and Dr. Robert Elliot Kahn who together co-developed TCP/IP protocols, crucial for internet communication; Dr. Emmanuel Desurvire who is the pioneer in optical fiber communication technology, enabling high-speed internet transmission; and Professor Sir David Neil Payne a leading researcher in optical fiber technologies, enhancing data transmission capacity.

For 2023, the roster of winners is long and the nomination and awards committee has been doing exhaustive research and discussion on the winners.

“The VinFuture Awards are a testament to the power of innovation to make the world a better place,” said Vingroup Chairman Pháº¡m Nháºt VÆ°á»£ng said in a press statement. “We are proud to support the work of these brilliant minds, and we hope that their solutions will help to create a more sustainable and prosperous future for all.” — with Ludi Escolano

Bentley Systems at COP28 brings new meaning to sustainability in infra development

Raymond G.B. Tribdino

December 12, 2023

BENTLEY Systems actively participated in COP28, engaging in multiple activities across the Blue Zone, Green Zone, and Sustainable Innovation Forum 2023.

The company is showcasing its expertise in infrastructure intelligence and sustainable development, with several of its experts scheduled to speak on critical topics.

At the Blue Zone

In the Blue Zone, Bentley’s representatives are focusing on advancing low-carbon, climate-resilient pathways. Rodrigo Fernandes, Bentley’s Director of Empowering Sustainable Development Goals (ES(D)G), will speak on topics like the impact of science-based targets on global supply chains.

A true environmetalist and academician, as well as being an executive of Bentley Systems, Fernandes is actively engaged in discussions around the impact of science-based targets on global supply chains. His focus is on how these targets, particularly within the framework of the Science Based Targets initiative (SBTi), are transforming the way companies approach sustainability.

He is involved in efforts to bridge regional gaps in the adoption of science-based targets, especially in developing regions like Southeast Asia, Africa, and Latin America. These regions are crucial since they represent a significant portion of global emissions but have been underrepresented in setting science-based targets. Through initiatives like the SBTi’s Country Activation Project, companies in these areas are increasingly being supported to set and achieve ambitious climate goals.

The impact on global supply chains is significant. As companies in high-emission sectors like construction, materials, and energy start adopting these targets, the entire supply chain is pressured to follow suit. This creates a ripple effect, where smaller suppliers are also encouraged to measure and reduce their emissions, aligning with the overall goals of decarbonization. Additionally, the development of sector-specific guidelines and tools by the SBTi is crucial in enabling companies to tackle scope 3 emissions, which often come from their supply chains and are harder to control.

Fernandes’ work highlights the importance of collaboration across sectors and regions to achieve global climate goals, particularly as companies strive to meet the stringent requirements of the SBTi and move towards a net-zero future.

Another key session was a discussion on bolstering resilience in Pacific Island nations, led by Thomas D. Krom, Industry Director for the Environment at Seequent, a Bentley subsidiary.

Key themes discussed at the Blue Zone sessions

Climate Adaptation Strategies: Exploring how data-driven insights can inform sustainable development and disaster preparedness, particularly in designing resilient infrastructure that can withstand the effects of climate change.
Sustainable Resource Management: Discussing ways to manage and protect vital natural resources, such as water and coastal ecosystems, which are crucial for the survival and economic well-being of Pacific Island nations.
Community Engagement and Empowerment: Highlighting the importance of involving local communities in the planning and implementation of resilience strategies, ensuring that solutions are culturally appropriate and effectively address local needs.
Partnerships and Collaboration: Emphasizing the role of international cooperation and partnerships in providing the necessary resources and expertise to support these vulnerable nations.

Seequent is a leading software company that specializes in geoscience and engineering solutions, particularly for the subsurface environment. The company provides advanced tools for modeling, visualizing, and analyzing geoscientific data, which are used in industries like mining, civil engineering, environmental management, and energy. Seequent’s flagship products include Leapfrog, GeoStudio, and Geoscience Analyst, which help professionals in understanding and managing complex subsurface conditions.

In 2021, Seequent was acquired by Bentley Systems, a global infrastructure engineering software company. Bentley Systems is known for providing comprehensive software solutions for the design, construction, and operation of infrastructure. The acquisition of Seequent allowed Bentley Systems to enhance its portfolio with subsurface modeling capabilities, thus offering a more integrated solution for infrastructure projects that involve complex geological conditions.

The combination of Bentley Systems’ expertise in infrastructure with Seequent’s subsurface modeling tools provides a robust platform for addressing challenges related to infrastructure development, environmental sustainability, and natural resource management, especially in the context of climate change and resilient infrastructure planning.

Move over to the Green Zone

In the Green Zone, Bentley is partnering with Microsoft to explore how data and digital twins can support climate action.

Bentley Systems is a key sustainability partner for Microsoft, focusing on infrastructure innovation through digital solutions. By leveraging Microsoft Azure, Bentley Systems provides “digital twin” technologies that enhance decision-making, optimize operational efficiencies, and reduce costs. These digital twin solutions are especially important in the context of sustainable development, helping companies manage assets and processes more efficiently and with lower environmental impact.

Together with Microsoft, Bentley aims to accelerate the decarbonization of infrastructure projects, a critical goal for industries looking to reduce their carbon footprint. Their collaboration integrates cloud technology, artificial intelligence (AI), and the Internet of Things (IoT) to support data-driven approaches that enable smarter, more resilient infrastructure.

This partnership is a part of Microsoft’s broader sustainability efforts, in which companies like Bentley Systems play a significant role by offering solutions that help businesses meet their sustainability goals while driving digital transformation.

Sessions here include discussions on decarbonizing infrastructure and addressing climate change through water management, with Bentley experts sharing their insights on how to drive the energy transition and enhance sustainability in infrastructure projects.

At the Sustainable Innovation Forum 2023, Bentley will focus on the role of data and collaborative digital twins in empowering sustainable and resilient infrastructure, emphasizing the importance of innovation in achieving the United Nations Sustainable Development Goals.

Bentley’s opened discussions on topics such as decarbonizing infrastructure, leveraging digital twins for sustainability, and integrating green finance into infrastructure projects. The event provides a platform for industry leaders to share best practices and explore innovative solutions that can drive sustainable development.

Bentley’s role in SIF23 aligns with its broader mission to empower sustainable development through its products and initiatives, such as the iTwin Platform and other digital twin technologies. These technologies enable more intelligent, data-driven decision-making that can lead to more resilient and sustainable infrastructure systems.

These engagements highlight Bentley Systems’ commitment to leveraging technology for sustainable development and climate resilience

Rockwell Automation acquires Clearpath Robotics

Raymond G.B. Tribdino

November 29, 2023

Two OTTO Motor AMRs, the model 1500 (foreground) and Lifter (background)

Demonstrates capabilities at Rockwell Automation Show

IN A strategic move, Rockwell Automation (ROK) completed the acquisition of Clearpath Robotics, the Ontario-based company operating OTTO Motors, a major player in the autonomous mobile robot (AMR) sector. The acquisition, concluded in October, has not only been a significant win for Clearpath but is poised to revolutionize the industrial automation space by offering cutting-edge end-to-end autonomous production logistics solutions.

The latest AMR platforms, constantly updated through software, have positioned OTTO Motors as a leader in innovation. These small footprint robots exhibit remarkable robustness and agility, efficiently handling workloads of up to half a ton in confined spaces. The technology has been tailored to meet the evolving needs of OTTO Motors’ clientele.

Rockwell Automation’s acquisition of OTTO Motors is not only expected to contribute to the company’s fiscal year 2024 revenue growth but also promises significant advancements in connectivity and value creation. The integration of AMRs into manufacturing plants allows Rockwell to lead manufacturers through a comprehensive digital transformation for their production environments.

The growth potential is not limited to revenue impact; it extends to market growth through enhanced connectivity with automation and value creation. The flexibility of the systems and relatively lower costs compared to other industrial robots with similar functions enable manufacturers, logistics operators, and startups to achieve autonomous production logistics efficiently.

Malaya Business Insight was at the 2023 Rockwell Automation Show in Boston and witnessed the prowess of the OTTO AMRs in action. Demonstrations included scenarios where OTTO AMRs transported goods, loaded trucks, and even delivered items like coffee grinds. The software suite, although still integrating with Rockwell Automation’s platform, already includes tools for fleet management, task scheduling, and data analytics, providing real-time tracking, task assignment, and performance insights.

Ryan Gariepy, Chief Technology Officer of OTTO Motors, outlined the differentiators of OTTO AMRs, including modular design, advanced navigation and safety features, integrated fleet management software, scalability, and comprehensive support services. These factors make OTTO AMRs a compelling choice for businesses aiming to automate material handling tasks while enhancing operational efficiency and safety.

Clearpath Robotics, now part of Rockwell Automation, boasts over 4 million hours of production experience, with OTTO Motors leading in AMR technology used by Fortune 500 companies. Toyota’s Motomachi plant in Japan utilizes OTTO Motor AMRs to transport parts, improving efficiency and reducing health hazards and accidents.

Blake Moret, Chairman and CEO of Rockwell Automation, expressed excitement about welcoming Clearpath Robotics and OTTO Motors teams to Rockwell, emphasizing that the acquisition marks a turning point for customers worldwide. Production logistics, a critical function, is being simplified and transformed throughout manufacturing plants, offering an end-to-end production logistics solution.

The acquisition, occurring just seven months after Mitsubishi Electric’s strategic partnership with OTTO Motors, underscores the increasing mainstream adoption of AMRs in manufacturing and logistics. It promises increased productivity, reduced costs, and improved safety for industries embracing automation.

Final test run for the Audi RS Q e-tron successful

Raymond G.B. Tribdino

November 28, 2023

THE last big test before the 2024 Dakar Rally, Team Audi Sport has put the Audi RS Q e-tron through its final test in the south of France. The three Audi driver crews carried out the final fine-tuning and declared the testing successful. Before Audi’s third participation in the Dakar Rally, the engineers’ priority was to further extend the endurance of all the components.

The three driver crews, comprised of Mattias Ekstrí¶m and Emil Bergkvist, Stéphane Peterhansel and Edouard Boulanger and Carlos Sainz with Lucas Cruz covered a total distance of over 900 kilometers during the five-day test hosted at Chí¢teau de Lastours.

“We have thus fulfilled our development tasks and are now concentrating on the remaining logistical work before January,” says Rolf Michl, Head of Audi Motorsport. “We have prepared as well as possible, but the Dakar Rally remains the most ambitious and by far the most difficult task on the calendar. And we approach it with great respect. A big thank you also goes out to the entire team, as well as to our drivers and co-drivers for the work they have done to date for this very demanding challenge.”

Under the leadership of the Technical Director Dr. Leonardo Pascali, the focus for the engineers was the confirmation of quality standards. The innovative Audi RS Q e-tron is characterized by its electric drivetrain with a high-voltage battery and an energy converter.

The battery system and other components of the highly efficient and low-emission concept had to pass final endurance tests at the venue between Narbonne and Perpignan on the French Mediterranean coast. “Logistically, this location was ideal for us to travel to and allowed short reaction times if we needed something from Germany,” summed up Pascali. “We have gone over all of the assemblies and systems, both the parts taken over from the previous model and the newly developed ones. It was about meeting the specified quality standards for all areas.” At the same time, the drivers were able to once again confirm the RS Q e-tron’s set-up for the Dakar Rally, which they had developed on different terrain over the course of the season.

“We were able to work through all the necessary points on our checklist,” said Sven Quandt, Team Principal of Q Motorsport. “Our drivers and engineers have put the cars through their paces for the Dakar Rally. Carlos, Mattias and Stéphane are happy. They even tested some of the spare parts in their cars to run in the components. We are going to the Dakar Rally with excitement, but also with peace of mind. Everyone has shown that they are real team players. They approach their tasks purposefully and consistently. This increases our confidence for the Dakar Rally.”

PH superapp economy will surge, says fintech expert

Raymond G.B. Tribdino

November 22, 2023

The rise of the superapp in the Philippines is driven by consumer demands.

CONVENIENCE, financial engagement and security are what fires up the Philippine superapp economy.

The increased consumer interest in secure payments, peer-to-peer lending, and investments have broadened app usage from simply browsing, gaming or messaging. Government efforts to “bank the unbanked” have also fueled the tremendous growth of the superapp.

Compared to regular on-screen applications, superapps are versatile mobile applications, offering a diverse range of services within a unified platform.

And as Philippine digital economy is gearing up, projecting a value of US$35 billion by 2025 and a remarkable compound annual growth rate (CAGR) of 209 percent, the country is poised to enter a new era of digital transformation.

This is why fintech expert Publicis Sapient, in a conference, highlighted the strategic advantage and growth opportunities in the Philippines for banks and financial institutions to capitalize on the superapp economy.

The country is poised to strongly utilize super apps. With a 69 percent internet penetration rate and ongoing expansion into smaller cities, coupled with increasing social media advocacy and a surge in online purchases (with nearly 63 percent using mobile apps for e-commerce transactions), the landscape is evolving rapidly.

Three key industries, namely e-commerce, streaming, and food delivery, are positioned for sustained growth. E-commerce, in particular, is anticipated to witness a 17 percent CAGR from 2022 to 2025. Against this backdrop, the stage is set for organizations to leverage the superapp trend, especially in the banking sector.

“With 63% of the population in the Philippines being unbanked, and with mobile users spending an average of over 5 hours daily on their smartphones, banking is set to be the largest superapp opportunity in the Philippines,” Andrew Male, Client Partner, ASEAN, Publicis Sapient said.

However, to build a successful superapp, organizations need to establish clear commercial objectives, understand the target audience, and define a partnership approach. Male explains that the technology stack should be carefully crafted, balancing what to build, buy, or reuse.

“Embrace an iterative approach to minimum viable product (MVP) development, rapidly prototyping and testing ideas to gather feedback and make improvements. At the same time, partner and customer feedback should be incorporated early in the process to ensure the proposition remains relevant while it is being developed and tested,” Males explained.

Taking a customer-centric approach involves connecting touchpoints across the customer journey, identifying pain points, and delivering maximum value. An iterative approach to MVP development, incorporating feedback from partners and customers early on, ensures relevance and continuous improvement.

“Factors such as target client segments, target partner landscape and partnership approach, economic model, as well as regulatory approach need to be nailed down. The product development model should recognize and accommodate the needs of different stakeholders: customers, partners, and the company itself,” Male added.

Understanding customer behavior and preferences is crucial for creating personalized recommendations and services. Analyzing data, including purchase history and browsing behavior, helps build hyper-personalized recommendation systems.

As consumers seek more personalized and convenient experiences, superapps play a vital role in transforming mobile and digital user experiences by providing a variety of tools for specific tasks or services.

“We are excited at the potential to elevate digital financial services in the Philippines through superapps, and work with our partners and customers in capturing new growth in this new digital-first economy,” Male concludes.

ARMI AND ROCKWELL: Automated technology revolutionizes regenerative medicine

Raymond G.B. Tribdino

November 9, 2023

Serial entrepreneur Dean Kamen explains the current methods of human cell propagation as one of the many keynotes at the Rockwell Automation Fair.

BUILDING 504, a monumental brick structure once part of the famed “Manchester Mill Yard,” stands as a testament to the Industrial Revolution’s textile manufacturing hub in the US.

Today, this resurrected edifice houses BioFabUSA, an initiative by the well-funded startup, Advanced Regenerative Manufacturing Institute (ARMI). It serves as a pioneering fully automated research and prototyping medical technology facility dedicated to advancing regenerative medicine–an emerging branch of medical science focused on the study, development, and mass manufacturing of human cells, tissues, and organs.

This cutting-edge facility, along with the science it pioneers, is unparalleled globally.

ARMI, conceived by serial entrepreneur Dean Kamen in response to a 2016 challenge by the Obama administration’s Manufacturing USA program, aims to establish a low-cost, high-quality domestic health system. The goal is to position the US as a leader in biofabrication by creating a robust industrial base.

Kamen brought the idea to a bio-scientist, an IP lawyer and a bio-tech expert who in turn created the proposal that would bring ARMI to life. The three proposal’s authors–Tom Bollenbach, Maureen Toohey and Jim Scott would later become the Chief Technology Officer, the Deputy Executive Director and the Chief Operating Officer, respectively, of ARM.

As a private-public partnership, ARMI collaborates with various specialized member organizations. Remarkably, the primary sponsor for the idea of harvesting human cells, specifically for organ creation, is the US Department of National Defense (DND) through the Defense Advanced Research Projects Agency (DARPA).

With an initial $80 million from DARPA in 2017 and subsequent funding, including $70 million under the Biden Administration, ARMI has flourished. The support enabled collaborations with top technologies and partners, including Rockwell Automation (ROK).

Blake Moret, ROK’s CEO, joined ARMI’s board, and Rockwell’s technology transformed BioFabUSA from analog to digital. The Rockwell Experience Center at ARMI’s headquarters showcases the latest industrial automation technologies, serving as a training facility for ARMI members.

An inside look at the tissue foundry at BioFab. The equipment above are readily available Rockwell Automation devices. (Photo from control.com)

The BioFabUSA facility integrates precise automation, ensuring a controlled environment for manufacturing cells, tissues, and organs. This eliminates the need for special suits, sterilization processes, and expensive climate control equipment. Future plans involve introducing more precise robots to enhance controlled environments.

Kamen emphasizes the potential of regenerative medicine, envisioning a future where replacing organs is as simple as acquiring ‘original equipment’ parts for a car. However, achieving volume, quality, and speed in regenerative medicine requires a shift to ‘at scale’ production.

The current process of harvesting human cells is slow and tedious, involving drawing cells from blood, marrow, or adipose tissue, growing them in nutrient-rich environments, and undergoing intricate filtration or centrifugation. Automation provided by Rockwell Automation positions BioFabUSA to produce regenerated human cell structures at scale, aiming to reduce costs and create fully functioning organs.

Rockwell Automation’s technology, familiar in manufacturing cars, airplane components, food, and pharmaceutical products, now contributes to advancing regenerative medicine. The provided technology includes PlantPAx, a distributed control system, Pharmasuite for manufacturing execution, and Vuforia Studio for augmented reality.

Future plans involve developing a 3D printing process for cells and tissues, creating a digital twin of a biomanufacturing plant for optimization, and enhancing the software platform to manage the supply chain for regenerative medicine.

In a side interview at Building 504, Kamen expressed confidence that ARMI and Rockwell Automation will bring regenerative medicine to fruition sooner than anticipated.

Nissan unveils motorsports concepts at 2023 SEMA

Raymond G.B. Tribdino

November 7, 2023

The Nissan Frontier off-road truck and the Sentra DET Concept.

NISSAN showed off its motorsports DNA with two race-ready vehicles at the 2023 SEMA (Specialty Equipment Market Association) show held at the Las Vegas Convention Center which concluded on November 2.

One of the highlights of Nissan’s showcase was a decked-out Nissan Rogue, a versatile model overflowing with a dazzling array of accessories. This presentation, however, was just the tip of the iceberg, as Nissan also unveiled two thrilling new performance cars.

Among these thrilling new additions, Nissan’s popular Sentra compact sedan stepped into the spotlight, embracing an adrenaline-fueled transformation with the Sentra DET Concept. This dynamic concept car pays homage to Nissan’s cherished SE-R models and NISMO heritage, exuding the spirit of Nissan’s storied performance legacy. In addition to honoring the brand’s past, the Sentra DET Concept offers Sentra enthusiasts an exhilarating blend of style and dynamic enhancements, delivering a package that caters to the modern-day performance seeker.

The name “DET” is a nod to the concept car’s potent powertrain, with each letter symbolizing Nissan’s iconic performance engines of yesteryears. “DET” translates to “Dual overhead cam, Electronic Fuel Injection, Turbo,” a lineage associated with iconic Nissans like the Silvia/180SX, Pulsar GTI-R, Skyline, and Stagea. Under the hood, the Sentra DET Concept boasts a performance-driven turbocharged MR20DD 2.0-liter engine, cleverly paired with a 6-speed manual transmission. To enhance the engine’s distinct tone, a prototype stainless-steel NISMO B18 performance exhaust has been integrated.

Emphasizing performance even further, the Sentra DET Concept rides on a prototype NISMO coilover suspension, featuring twin-tube shocks and linear-rate springs. Fine-tuning of this setup involved insights from GT4 professional racer Bryan Heitkotter. Additionally, the concept sports 18-inch NISMO LM-RS6 wheels with various finish options, adorning high-performance Yokohama ADVAN Neova AD09 tires. Inside the cabin, Recaro Sportster CS front seats and a NISMO GT shift knob add a sporty and luxurious touch.

Nissan didn’t stop there. At the SEMA show, the automaker also revealed the Frontier Off-Road Race Truck, the result of a collaborative effort between Nissan and Forsberg Racing, a venture led by multi-time Formula Drift champion Chris Forsberg. Designed with the challenges of the NORRA 500 off-road race in mind, this truck is fortified with NISMO Off Road parts and underwent intensive testing. During the recent race, Chris Forsberg and Yokohama teammate Leticia Bufoni competed in the stock production class and secured a resounding first-place victory, underlining the Frontier’s durability and the effectiveness of NISMO Off Road products.

“The racing experience with the Forsberg Frontier Off-Road Race Truck at the NORRA 500 was exhilarating. Nissan and the Forsberg Racing team have created a true beast of a machine,” Forsberg remarked.

Chris Forsberg himself made an appearance at Nissan’s SEMA booth for media interviews, photo opportunities, and autograph sessions, adding to the excitement generated by Nissan’s captivating display at the show.

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Demonstrates capabilities at Rockwell Automation Show

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