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Cornerstone Robotics Completes World’s First Clinical Validation of Autonomous Surgery Performed by Robot-Assisted Surgery
A major breakthrough in surgical embodied intelligence in Robot-Assisted Surgery (RAS) has been achieved in Hong Kong, China. At a press conference held on 5 August, the Chinese University of Hong Kong (CUHK) officially announced that its multidisciplinary research team, in collaboration with Cornerstone Robotics, a leading global innovator and unicorn enterprise in surgical robotics, has successfully developed the world’s first embodied intelligence platform for multitask surgical automation. The team also completed the world’s first clinical validation of autonomous surgery using this platform on Cornerstone Robotics’ self-developed Sentire(R) Endoscopic Surgical System.

The research paper, titled “Surgical Embodied Intelligence for Generalized Task Autonomy in Laparoscopic Robot-assisted Surgery“, has been published in Science Robotics, a prestigious research journal in the field of robotics and a flagship publication under the Science family. With a current impact factor of 27.5 and a five-year impact factor of 32.9, Science Robotics is one of the most influential journals in the global robotics field. This marks the first successful in vivo animal testing using a Chinese-developed laparoscopic surgical robot equipped with AI-powered embodied intelligence, validating its multitask autonomy and human-robot collaboration capabilities. It demonstrates the generalisability of the algorithms and the system’s clinical feasibility, paving the way for a future of smarter, more collaborative, and more accessible robotic surgery.
A Breakthrough Framework: VPPV Embodied Intelligence
The research introduced a novel paradigm for surgical task automation, encompassing visual parsing, a perceptual regressor, policy learning, and a visual servoing controller (VPPV). This framework combines robust visual foundation models, the generalisation capability of reinforcement learning, and integration of data-driven policy and classic controller to achieve breakthroughs in autonomous performance of robot-assisted surgery, particularly regarding stability, flexibility, and repeatability. Unlike traditional methods in autonomous surgery that rely on additional sensors or pre-defined models and rules, this research is the world’s first purely vision-based surgical embodied intelligence framework, featuring full perception, multitask applicability, precise closed-loop servo control, and human-robot cooperation functions. It significantly lowers the barrier for R&D and clinical adoption, setting a new benchmark for next-generation intelligent surgical assistants.
The research team trained multiple AI frameworks with generalized task autonomy using their independently developed open-source surgical embodied intelligence simulator, SurRoL, and successfully achieved zero-shot sim-to-real transfer. SurRoL integrates multimodal sensing, built-in physics engine modelling, and multi-task operation training, encompassing the robot-assisted surgery control interface, simulation environment, and reinforcement learning engine.

Ex and In Vivo Validation on the Sentire Endoscopic Surgical System
To simulate real surgical settings, the research team conducted rigorous experiments using ex vivo porcine stomach tissue (preserving the left and right gastroepiploic arteries) and an in vivo ~30kg pig. Both tests were completed using the Sentire Endoscopic Surgical System, fully developed by Cornerstone Robotics. During the in vivo validation phase, an innovative supervised autonomy safety mode was adopted. Without any external sensors and relying solely on the Sentire Endoscopic Surgical System’s high-definition stereoscopic endoscope system, the robot autonomously executed several surgical assistive tasks, such as gauze picking, soft tissue retraction, and blood vessel clipping. The system demonstrated robust adaptability to environmental changes, reliable control stability, and clinical translation potential, offering tangible support for the surgical embodied intelligence mode driven by human-robot collaboration.

A Vertically Integrated, AI-Ready Robotic Platform
Dr. Jerry Wang, Co-Founder, Chief Technology Officer, and Chief Operating Officer of Cornerstone Robotics, and the corresponding author of the study, stated, “The Sentire Endoscopic Surgical System, as a core platform in this research, is built on a fully self-developed infrastructure-including mechanical, electrical, software architecture, robotic algorithms, imaging systems, and advanced energy control. This commercial-grade integrated robotic system provides the technical robustness and precision needed for stable deployment of AI autonomy in dynamic surgical environments.”
He added, “At Cornerstone Robotics, we remain committed to the R&D strategy of full-stack independent research and vertical integration. Our proprietary technology, independently developed software, hardware and system integration, benefits our core platforms with exceptional scalability, with built-in AI-readiness and AI-friendly architecture. This not only enables rapid adaptation and deployment of AI algorithms but also allows the system to flexibly address diverse surgical tasks and scenarios, laying a solid foundation for the evolution of intelligent surgery.”
From Lab to Operating Room: A Leap Toward Clinical Translation
As a key technology partner in the research, the Cornerstone Robotics team worked closely with CUHK researchers to complete the successful deployment of algorithms and their in vivo validation on the Sentire(R) Endoscopic Surgical System. This achievement not only validates the open-source infrastructure and high compatibility of Cornerstone Robotics’ platform but also marks a significant advance in accelerating AI-powered surgical assistance from the lab to the forefront of clinical translation.
Professor Samuel Au, Founder and CEO of Cornerstone Robotics, commented, “We firmly believe that deep integration between research and industry is the driving force behind breakthroughs in advanced medical technologies. This collaboration not only validates the real-world application of embodied AI on a commercial robotic surgical platform but also showcases their vast potential in surgical automation. We will continue to work with international researchers and clinical partners to explore new eras in task automation, human-robot collaboration, and intelligent system monitoring mechanisms, to accelerate the path toward real clinical application of smart surgical robots.”
About Cornerstone Robotics Limited (CSR)
Cornerstone Robotics (CSR) is a unicorn enterprise, leading medical innovations to create a healthier world. It advances surgical care with cutting-edge robotic systems that make high-quality healthcare more accessible and efficient globally. Founded in 2019, CSR has assembled a global team of surgical robotics experts, clinical professionals, and multidisciplinary innovators, driving rapid growth with key hubs in Hong Kong, Shenzhen, Beijing, Shanghai, and Boston (US), alongside an R&D collaboration hub in Portsmouth (UK). With multiple development pipelines, we are pioneering robotic solutions for soft tissue and other surgical specialties.
To find out more information, please visit our website at https://en.csrbtx.com/.
Distributed By ACNNEWSWIRE
The Press Release Cornerstone Robotics Completes World’s First Clinical Validation of Autonomous Surgery Performed by Robot-Assisted Surgery appeared first on Pinion Newswire.
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Brian Ferdinand Earns European Apex Trader Award and Forbes Finance Council Induction Following Breakout Year
LAS VEGAS, Nev
Brian Ferdinand, a trader with Everforward, has been honored with the European Apex Trader Award, an external industry recognition for sustained excellence in trading performance across European markets. He has also been inducted into the Forbes Finance Council, an invitation-only network of senior finance leaders.

The European Apex Trader Award is presented by an independent panel of market professionals and recognizes traders who demonstrate consistent profitability, disciplined risk management, and the ability to navigate complex macroeconomic environments within European trading sessions. The award places particular emphasis on execution quality, adaptability to shifting liquidity conditions, and long-term performance stability.
Ferdinand’s recognition follows his previously earned Breakout Trader of the Year distinction, marking a transition from high-growth performance into sustained, institutional-grade execution. His approach—anchored in structured systems, data-driven analysis, and capital preservation—aligned closely with the award’s evaluation criteria.
“Brian’s track record reflects a level of consistency and control that stands out in today’s trading environment,” said a spokesperson associated with the award selection process. “The European Apex Trader Award recognizes individuals who can perform across cycles, and Brian demonstrated that capability.”
In parallel, Ferdinand’s induction into the Forbes Finance Council further reinforces his growing presence within the broader financial community. As a member, he contributes insights on trading strategy, performance psychology, and market structure to a global audience of finance professionals.
“The goal is always sustainability—building a process that performs over time and across conditions,” said Ferdinand. “It’s an honor to be recognized externally and to contribute to the broader conversation through Forbes Finance Council.”
With both recognitions, Ferdinand continues to establish himself as a disciplined and forward-focused trader operating at a high level within global markets.
About Brian Ferdinand
Brian Ferdinand is an active member of the Forbes Finance Council, portfolio manager, and trader at EverForward Trading. He focuses on structured, risk-managed multi-asset strategies designed to deliver consistent performance across shifting macroeconomic and volatility regimes, with an emphasis on capital efficiency, drawdown control, and systematic execution.
Ferdinand’s work in quantitative and systematic trading has been recognized with multiple global distinctions. He is the recipient of the Global Systematic Trading Performance Award (GSTPA), awarded for sustained, model-driven returns and risk-adjusted performance across diverse market conditions. He has also received the Global Quantitative Trading Excellence Award (GQTEA), recognizing innovation in systematic strategy design and disciplined alpha generation.
Additional honors include the Institutional Trading Strategy Innovation Award and the Portfolio Performance Consistency Distinction, reflecting a focus on repeatability, execution precision, and robustness through varying liquidity and volatility environments. In 2026, he was named “Breakout Trader of the Year,” highlighting strong performance and adaptability during complex market conditions.
As an active Forbes Finance Council member, Ferdinand contributes insights on portfolio construction, systematic frameworks, and risk management, with a focus on building resilient strategies that scale across asset classes and market cycles.
About EverForward
EverForward is a trading firm focused on portfolio construction, active trading, and execution across liquid global markets. The firm emphasizes clarity of strategy and scalable trading frameworks designed for consistent performance across varying market environments.
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Pramukh Karupakala Shivakumar Highlights Structured Trading Discipline in Evolving Global Markets
Mumbai, Maharashtra
In recent years, the growing complexity of global financial markets has led to increased attention on structured investment methodologies. Among practitioners contributing to this discussion is Pramukh Karupakala Shivakumar, whose career spans over 20 years across multiple asset classes and geographic regions.

Born in 1973, Pramukh entered the financial industry early in his career and developed a strong foundation in market structure and capital behavior. His early professional experience provided exposure to institutional trading environments, where understanding the movement of large-scale capital—often referred to as “whale activity”—became a central component of his analytical approach. Over time, this perspective evolved into a broader framework centered on identifying capital trends, monitoring liquidity shifts, and aligning trading decisions with prevailing market direction.
Market observers note that Pramukh’s approach places particular emphasis on the relationship between price action and underlying capital flows. Rather than relying solely on traditional valuation metrics, his methodology incorporates volume structure, accumulation patterns, and timing of entry and exit points. This has contributed to a trading style that combines both short-term tactical positioning and medium-term trend participation.
His experience across multiple markets—including equities in Asia and the United States, as well as derivatives—has further shaped his understanding of cross-market dynamics. This multi-market exposure has enabled a more adaptive approach, particularly in environments where volatility and liquidity conditions can change rapidly.
In addition to market participation, Pramukh has also been associated with efforts to translate complex trading concepts into more accessible frameworks. Observers suggest that his emphasis on “following capital, following trend, and maintaining execution discipline” reflects a broader shift within the industry toward structured and rule-based participation, especially among non-institutional investors seeking greater consistency.
As financial markets continue to evolve, the relevance of disciplined methodologies remains a key theme. Practitioners like Pramukh Karupakala Shivakumar are contributing to ongoing discussions around how individual and institutional participants can better navigate increasingly interconnected and data-driven market environments.
About Pramukh Karupakala Shivakumar
Pramukh Karupakala Shivakumar is a financial market practitioner with over two decades of experience in equities and derivatives trading. His work focuses on capital flow analysis, trend-based strategies, and structured execution frameworks. With exposure to multiple global markets, he has developed an approach that integrates volume dynamics, price behavior, and disciplined risk management to support consistent participation in evolving financial environments.
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Volkswagen Rolls Out Cheaper EVs in Battle with Chinese Carmakers
WOLFSBURG, Germany
Volkswagen (ETR: VOW3) has announced the launch of a new lineup of more affordable electric vehicles (EVs) as part of its strategy to compete with the rapidly expanding Chinese electric vehicle market.
The German automaker revealed plans to introduce a range of budget-friendly EVs designed to appeal to a wider customer base. This move is seen as a direct response to the growing dominance of Chinese manufacturers, who have been gaining market share both domestically and internationally with more competitively priced EVs.
Volkswagen’s new models, set to hit European and international markets by mid-2026, will be priced significantly lower than previous EV offerings. The company aims to reduce production costs through enhanced manufacturing processes, scaled production of electric components, and strategic partnerships with battery suppliers.
“By introducing these new, cost-effective electric models, we are making Volkswagen’s innovative technologies accessible to a broader audience,” said Oliver Blume, CEO of Volkswagen. “Our goal is to remain at the forefront of the EV transformation, not only in Europe but globally.”
Volkswagen’s strategy reflects a larger trend in the auto industry, where traditional automakers are ramping up efforts to compete with Chinese EV producers like BYD, NIO, and Xpeng. These companies have been able to reduce costs through economies of scale, local manufacturing, and government-backed incentives, forcing European and U.S. manufacturers to rethink their approach.
The new Volkswagen EVs will focus on combining affordable pricing with high-performance features and cutting-edge technology, including long-range batteries, advanced driver-assist systems, and energy-efficient powertrains. The company is also emphasizing sustainability, ensuring that the vehicles meet stringent environmental standards and offering fully recyclable materials in the production process.
Volkswagen plans to increase its global EV market share with these new models while maintaining its commitment to premium electric vehicles and advancing the company’s carbon-neutral goals. The company’s new offerings are expected to have a significant impact on the European EV market, where Chinese competitors have already made inroads.
About Volkswagen
Volkswagen is one of the world’s leading automobile manufacturers, headquartered in Wolfsburg, Germany. The company operates under multiple brands, including Volkswagen, Audi, Porsche, and SEAT, and is at the forefront of the global automotive shift toward electric vehicles and sustainable transportation solutions.
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