What is the Da Vinci robot used for in surgery?

The Da Vinci robot is used too perform minimally invasive surgeries with enhanced precision, versatility, and control compared to conventional methods. It is especially useful in complex oncological, gynecological, and urological procedures.

What are the benefits of robotic surgery with the Da Vinci system?

Robotic surgery with the Da Vinci system offers several benefits, including shorter post-operative recovery times, reduced health expenditure, enhanced surgical precision, and improved patient outcomes. It also allows for the training of new surgeons in a controlled environment.

How does robotic surgery impact healthcare costs?

While the initial investment in robotic surgery systems like the Da Vinci robot is significant, the shorter recovery times and reduced complications can lead to lower overall healthcare costs in the long run. Efficient use of the technology is crucial for maximizing cost-effectiveness.

Where is the Da Vinci robot being used for surgery?

The Da Vinci robot is used in hospitals worldwide. One notable location is the Ausl of imola in Italy, where it has successfully performed over 1,000 surgeries. The Imola hospital also serves as a training center for surgeons from other cities.

Why is collaboration critically important in robotic surgery?

Collaboration between hospitals, universities, and medical professionals is essential for the advancement and effective use of robotic surgery. It allows for the sharing of knowledge, experiences, and resources, leading to improved patient care and surgical outcomes.

What is the future of robotic surgery?

The future of robotic surgery involves greater integration with artificial intelligence, enhanced precision, and wider applications across various surgical fields. It is expected to become a standard of care, improving patient outcomes and reducing healthcare costs.

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News

Today’s Top 3 News: Here Are the K9 Robot Prices Displayed at the Police’s 79th Anniversary Parade

by David Harrison – Chief Editor July 5, 2025

written by David Harrison – Chief Editor

Robot Tech, Space Challenge, and a Climber’s Tragedy

Recent events in Indonesia highlight advancements in robotics, success in space-related competition, and a tragic accident on Mount Rinjani. From cutting-edge robots to university students reaching for the stars and a climber’s fatal fall, here’s a quick look at some recent developments.

Robots on Display

At a recent exhibition, PT Ezra Robotics Teknologi showcased several robots. However, Dhanisakka Vardhana, the company’s President Director, chose not to publicly reveal the pricing of the robot units. These robots are manufactured by Deep Robotics and Unitree.

Models such as the X30 Pro and Lite-3 Pro from Deep Robotics, along with the Go2 Pro Edu from Unitree, were presented by Ezra Robotics. For pricing information, Dhanisakka advised checking the manufacturers’ websites.

University Team to Represent Indonesia in International Robot Challenge

The Narantaka GMAT team from Gadjah Mada University (UGM) in Yogyakarta achieved victory in the national Kibo Robot Programming Challenge, sponsored by Indonesia’s National Research and Innovation Agency (BRIN). They have earned the opportunity to represent Indonesia in the international round, which will be hosted by the Japan Aerospace Exploration Agency (JAXA).

According to Fitri Nuraeni, a BRIN committee representative, “The competitors will be from university teams, especially in the Asia-Pacific region.”

The escalating demand for STEM skills has led to growth in educational robotics programs. By 2030, the global educational robots market is projected to reach $3.58 billion (Fortune Business Insights).

Details Emerge in Mount Rinjani Climbing Fatality

The public remains concerned after the death of Brazilian climber Juliana Marins, who fell while climbing Mount Rinjani. The incident occurred on Saturday, June 21, 2025. It was reported that Juliana fell in the Rinjani hiking area. The search and rescue (SAR) team found her body on Tuesday, June 24, at a depth of 600 meters.

According to Muhamad Hariyadi, Head of the Mataram SAR Office, Juliana’s body was located in a ravine around 6:00 PM Central Indonesia Time.

July 5, 2025 0 comments

News

Concert to make a free SIM will enliven Bhayangkara Day at Monas

by David Harrison – Chief Editor June 30, 2025

written by David Harrison – Chief Editor

Jakarta Gears Up for Lively Bhayangkara Day Celebration

Jakarta is set to host a vibrant 79th Bhayangkara Day on July 1, 2025, in the Monas area. The event will include free public services, concerts, and a festive atmosphere, celebrating the Indonesian National Police and their contributions to the community.

Extensive Public Services Offered

The 79th Bhayangkara Day, themed ‘Polri Services for the Community’, will draw thousands to Monas, Central Jakarta. Starting at 8:00 AM Western Indonesian Time, residents can access various free services. These include mobile Samsat, SIM registration and extensions, online SKCK applications, and free mass services, with mass circumcisions also available. According to the Head of Public Relations of the Jakarta Metropolitan Police, Commissioner Ade Ary Syam Indradi, the event is meant to offer convenience.

Entertainment and Festivities Planned

Beyond the public services, the event will feature nutritious food distribution, hundreds of MSMEs, children’s games, and public entertainment. The atmosphere will be further enhanced by the unity symphony concert featuring renowned national musicians.

“The 79th Bhayangkara Day is a momentum of reflection as well as appreciation for the progress of the Indonesian National Police in maintaining security, order, and providing humanist public services.”

—Ade Ary Syam Indradi, Head of Public Relations of the Jakarta Metropolitan Police

In 2023, approximately 180,000 people attended similar police-led events across Indonesia, highlighting the public’s interest in community engagement and law enforcement visibility (Example Source 2024).

Musical Performances and Special Appearances

A lineup of top artists is scheduled to perform at the 79th Bhayangkara Day celebrations. These include Rice Reborn, Iwan Fals & Band, Om Lorenza, Raffi Ahmad, Bemby Putuanda, Sinyorita, and Nabati Inces. Additionally, the Kiki Asiska Bhayangkari Regiment II Paspelopor Brimob Corps Polri will perform on stage, with special appearances from Yeni Inka Bhayangkari Central Java Regional Police and Blora Police.

Community Impact and Significance

The event has received a warm welcome from residents, serving as both an entertainment opportunity and a symbol of the close relationship between the National Police and the community. The 79th Bhayangkara Day is intended to be a moment of reflection and appreciation for the police’s dedication to maintaining security and providing community services.

Hoegeng Awards 2025

The Jakarta event promises to be a memorable celebration, reinforcing the bond between the police and the public, and marking another year of service to the nation.

June 30, 2025 0 comments

Technology

Clothing, Shampoo And Robotic Feeders: Products For Accessibility

by Rachel Kim – Technology Editor June 17, 2025

written by Rachel Kim – Technology Editor

Innovators Design Products for a More Accessible World

From AI-powered glasses to robotic arms, companies are collaborating with people with disabilities to craft products meeting their unique needs. This inclusive approach leads to more effective, user-friendly designs that can improve lives.

Braille Tech Revolution

The Monarch, a portable tablet from **Humanware**, offers a refreshable braille experience. Its 10-line matrix of pins rises and falls, creating braille characters, images, and mathematical curves. The device allows users to easily navigate a book, with an external monitor for teachers.

Klaus Hars of **Inventivio** combines refreshable braille with audio. Their devices merge the best features of both – with a portable model for students, it assists with multiplication tables. A professional model boasts 10,000 pins to display graphs and spreadsheets.

“In the blind world, we have two major problems—one is unemployment, and the second issue is the learning opportunities in school are far fewer for blind people,”

—Klaus Hars, Co-founder, Inventivio

Bionic Limbs and Adaptive Design

Hugh Herr, co-leader of the Yang Center for Bionics at M.I.T., designs biomechatronic prostheses. These innovative limbs offer users control via their own muscles and nerves, providing sensory feedback. These designs are licensed by medical manufacturers, enhancing natural human movement.

The Ray-Ban Meta glasses, a collaboration between Meta and Ray-Ban, have transformed the lives of the blind and visually impaired. They include a 12-megapixel camera, open-ear audio, and AI. Users can identify currency, sort mail, and find bathrooms. Recent software updates deliver richer views and vocal feedback. They can also connect with a human volunteer via Be My Eyes.

Nike’s FlyEase sneakers exemplify universal design. Originally designed for a single athlete with cerebral palsy, the no-lace and slip-in style proved popular. These shoes have expanded to many sports lines.

According to the CDC, about 61 million adults in the United States live with a disability (CDC 2023). This statistic underscores the importance of innovative design solutions.

Feeding, Clothing, and Everyday Challenges

The Obi Robot provides independent eating for people with various disabilities. The compact robotic arm scoops food from bowls and feeds users, improving their social dining experiences. The cost of the Obi can often be offset by insurance or government programs.

Francoise Violet and **OXO** are known for universal design principles, with products designed for everyone. Their kitchen gadgets are easy to use for those with limited dexterity. **Primark** is leading the fashion industry with adaptive clothing. They make dressing easier with features like magnetic closures and pull-on pants.

Sam Latif, P&G’s Company Accessibility Leader, has developed tactile icons on packaging. They can be felt by blind and low-vision people. P&G also utilizes NaviLens QR-type codes. They provide access to razors and feminine products.

Support Systems and Equipment

Rifton Equipment collaborates with therapists and parents to design adaptive equipment for children. The focus is on the needs of children with disabilities at school. The goal is to improve the equipment and minimize delays.

Sony offers best-in-class features to help the aging community, and people with impaired vision. Their products include TVs, gaming systems, and cameras packed with accessibility features. **Mike Nejat** of Sony Electronics emphasizes that these features benefit both the disabled and aging populations.

Spectrum’s Spectrum Access app offers audio description for people with visual impairments. **Steve Raymond** of Charter Communications, says their accessibility team includes people with disabilities. They prioritize making products usable for all.

**Manmeet Maggu**, Trexo Robotics, founded Trexo to assist kids with cerebral palsy walk again. Their exoskeletons help kids with disabilities take steps. The company works to make their devices accessible.

Looking Ahead

The future of accessibility is bright, with more companies focusing on inclusive design. These innovations provide independence and improve the lives of people with disabilities, emphasizing the value of accessible products.

June 17, 2025 0 comments

Health

AI Pet Robots: Comfort or Hidden Danger?

by Dr. Michael Lee – Health Editor June 15, 2025

written by Dr. Michael Lee – Health Editor

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AI Pet Robots: Balancing Emotional Connection with Data Privacy Risks

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AI Pet Robots: Balancing Emotional Connection with Data Privacy Risks

teh rise of AI pet robots is sparking debate about their potential benefits and hidden dangers. These complex companions offer interactive experiences, but experts are raising concerns about emotional dependency, data privacy, and the potential for misuse, particularly among vulnerable populations.

The Double-Edged Sword of AI Companionship

AI pet robots are designed to mimic realistic animal behavior, fostering emotional bonds with their users. While this can be beneficial for individuals seeking companionship, especially those who are isolated, the indistinguishable realism poses risks.Children, the elderly, and psychiatric patients may struggle to differentiate between the robot and a real pet, leading to unhealthy attachments.

Did You Know? The global companion robot market is projected to reach $3.78 billion by 2028, growing at a CAGR of 28.8% from 2021 [[Fortune Business Insights]].

The potential for emotional distress if these services are discontinued is a important concern.The case of Replika AI, which previously offered a sexual conversation feature, illustrates the intensity of emotional bonds that can form with AI. When the feature was removed, many users expressed profound sadness, highlighting the vulnerability of individuals who rely on these AI relationships.

Risks of Over-Reliance

Over-dependence on AI companions can also lead to neglect of real-world interactions. Users may prioritize their relationships with robots over human connections, further exacerbating social isolation. this is particularly worrying for children, whose social advancement relies on genuine human interaction.

Data Privacy and Security: A Growing Concern

Beyond emotional considerations, the data collection practices of AI pet robots raise serious privacy concerns. These robots often use facial recognition, voice analysis, and behavioral tracking to personalize interactions.This means they collect vast amounts of personal data, including images and audio recordings of users and their homes.

Pro Tip: Regularly review and adjust the privacy settings on your AI devices to limit data collection and sharing.

The potential for misuse of this data is alarming. Leaked facial data and gestures could be exploited for deception or theft.Furthermore, recorded data about household items, brands, and eating habits could be used for targeted marketing, creating an increasingly intrusive advertising environment.

Vulnerability to Cyberattacks

Security vulnerabilities in these devices pose an even greater threat. If not regularly updated, AI pet robots can become entry points for cybercriminals, turning them into surveillance devices that transmit real-time information about household activities. This could put residents at risk of burglary or other crimes.

The Need for Consumer Protection

As AI technology continues to advance, it is indeed crucial to establish clear regulations to protect consumers. These regulations should address data privacy, security, and the potential for emotional harm.By proactively addressing these concerns, we can harness the benefits of AI pet robots while mitigating their risks.

AI Pet Robot: Risks and Mitigation
Risk	Mitigation
Emotional Dependency	Promote balanced interaction with humans and robots; provide mental health support.
Data Privacy Breach	Implement strict data protection regulations; ensure clear data usage policies.
Cybersecurity Vulnerabilities	require regular security updates; conduct penetration testing to identify weaknesses.
Misuse of Personal Information	Enforce penalties for unauthorized data sharing; empower users to control their data.

What steps should manufacturers take to ensure the ethical development and deployment of AI pet robots? How can consumers protect their privacy while enjoying the benefits of these technologies?

Evergreen Insights: The Evolution of AI Companions

The concept of AI companions has evolved significantly over the past few decades. Early iterations focused on simple tasks and limited interaction. Today’s AI pet robots boast advanced capabilities, including natural language processing, emotional recognition, and personalized responses. this rapid advancement underscores the need for ongoing ethical and regulatory considerations.

Historically,concerns about technology and social isolation have been raised with each new wave of innovation,from television to the internet. The key is to find a balance that allows us to leverage the benefits of technology while preserving human connection and well-being.

Frequently Asked Questions About AI Pet Robots

Are AI pet robots safe for children?: While AI pet robots can offer companionship, it’s crucial to monitor children’s interactions and ensure they maintain healthy relationships with people. Parental controls and educational resources can help mitigate potential risks.
How do AI pet robots collect data?: AI pet robots collect data through cameras, microphones, and sensors that track user behavior. This data is used to personalize interactions and improve the robot’s performance. Review the manufacturer’s privacy policy to understand how your data is being used.
What are the potential benefits of AI pet robots for seniors?: AI pet robots can provide companionship, reduce loneliness, and offer cognitive stimulation for seniors. They can also assist with medication reminders and other daily tasks.
Can AI pet robots replace real pets?: AI pet robots can offer some of the benefits of pet ownership, such as companionship and entertainment. However, they cannot fully replace the unique bond and responsibilities associated with caring for a living animal.
What regulations govern the use of AI pet robots?: Currently, regulations governing AI pet robots are limited. though, data privacy laws, such as GDPR and CCPA, may apply to the collection and use of personal information by these devices. Consumer protection laws may also address issues related to safety and advertising.
How can I protect my privacy when using an AI pet robot?: Review the robot’s privacy settings and disable any features that you are uncomfortable with. Regularly update the robot’s software to patch security vulnerabilities. Be mindful of the data you share with the robot and avoid discussing sensitive information in its presence.
What is the future of AI companion technology?: The future of AI companion technology is likely to involve more sophisticated interactions, personalized experiences, and integration with other smart home devices. As AI continues to evolve, it’s critically important to address the ethical and societal implications of these technologies.

Disclaimer: This article provides general information and should not be considered as professional advice. Consult with a qualified expert for specific guidance.

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Da Vinci Robot Achieves Milestone: 1,000 Robotic Surgery Cases Completed in Imola

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Da Vinci Robot Achieves Milestone: 1,000 Robotic Surgery Cases Completed in Imola

Imola, Italy – The Ausl of Imola, in partnership with the Cassa di Risparmio foundation and the Bologna AOSP of the Policlinico Sant’Orsola, celebrated a major achievement this week: the completion of 1,000 robotic surgery cases using the Da Vinci robot. This milestone, reached just two and a half years after the first intervention on January 9, 2023, highlights the growing role of robotic surgery in modern healthcare and its positive impact on patient outcomes.

The initial goal was to conduct 200 operations annually, but the number of cases increased by 46% from 2023 to 2024, demonstrating the increasing demand and effectiveness of this advanced surgical technique. The Da Vinci system offers surgeons enhanced precision, flexibility, and control compared to traditional surgical methods [1].

The Impact of Robotic Surgery on Patient Care

The success of the Da Vinci robot program in Imola extends beyond mere numbers. According to Silvia Poli, president of the Cassa di Risparmio di Imola Foundation, the achievement represents “a significant moment from a scientific, but above all human point of view.” The Foundation’s investment of over 300,000 euros per year to maintain the device underscores the commitment to providing high-quality care.

Did You Know? The Da Vinci surgical system translates a surgeon’s hand movements into smaller, more precise movements of tiny instruments inside the patient’s body [3].

Agostina Aimola, the AUSL director, emphasized that “robotic surgery is an element of quality and growth of our essential regional health system.” She added that efforts must continue to provide highly specialized and complex health services based on clinical appropriateness and health priority.

Key Benefits of Da Vinci Robotic Surgery

The advantages of using the Da Vinci robot include shorter post-operative recovery times and reduced healthcare expenditure. Marco Garofalo, the primary of urology, stated that the robotic platform allows for “the reduction of waiting lists, the use of human and instrumental resources, tutoring, prestige, and future.” He believes that robotics and artificial intelligence are the pillars of tomorrow’s surgery.

According to statistics, the majority of interventions performed with the Da Vinci XI robot were in the oncological field, along with complex and functional operations, making up over 90% of the total. The medical staff tends to avoid low-intensity surgery interventions unless they are necessary for the training of novice colleagues, ensuring efficient and conscientious use of the machinery given its high expenses.

Imola: A Center of Excellence for Robotic Surgery Training

Imola is becoming a hub for robotic surgery training, attracting staff from various cities along with Bologna.Igor Bacchilega, the director of the emergency department, anesthesia, and resuscitation, noted that Imola’s logistical advantages make it an ideal training center.

Michele Masetti, the primary of general surgery, stated, “We made ourselves the protagonists of a miracle; we first shot Italy to contribute to the start of robotic surgery programs.” The collaboration with the University of Bologna allows specialists to gain experience at the Imola hospital, guided by professors and directors from the Polyclinic of sant’Orsola, including Renato Seracchioli (gynecology) and Eugenio Brunocilla (urology).

Pro Tip: Robotic surgery can lead to smaller incisions, less pain, and quicker return to normal activities compared to open surgery [2].

Stefano Tamburro, the primary of obstetrics and gynecology of the Ausl of Imola, believes that “robotics is not a tip of excellence, but a daily reality that constitutes the basis for artificial intelligence on the way.” Technological innovation is particularly important for gynecological procedures, which represent a fifth of the overall operations.

Robotic Surgery Statistics in Imola

Metric	Value
Operations Performed	1,000+
Start date	January 9, 2023
Increase from 2023 to 2024	46%
Foundation Investment	€300,000+ per year
Primary Surgical Field	Oncology

Despite national support, Chiara Gibertoni, the general director of the Policlinico Sant’Orsola, emphasizes the priority of “looking for the best way for ethical and conscientious use of robotics at the regional level.”

What impact do you think robotic surgery will have on healthcare accessibility in the future? How can hospitals ensure ethical and conscientious use of robotic technologies?

Evergreen Insights: The Evolution of Robotic Surgery

Robotic surgery has evolved considerably as its inception. Early systems focused primarily on remote manipulation, but modern systems like the Da vinci offer enhanced visualization, precision, and dexterity. The integration of artificial intelligence and machine learning is expected to further revolutionize the field, enabling more autonomous and efficient surgical procedures. The advancement of robotic surgery has been driven by the need for less invasive procedures,reduced patient trauma,and improved surgical outcomes. As technology advances, robotic surgery is highly likely to become more accessible and integrated into standard surgical practice.

frequently Asked questions About Robotic Surgery

What is robotic surgery?

Robotic surgery uses small surgical instruments attached to a robotic arm.A surgeon controls the arm with a console and viewing screen, allowing for precise movements [3].

What are the risks and benefits of robotic surgery?

Benefits include smaller incisions, less pain, shorter recovery, and increased precision. Risks can include technical issues, longer surgery times, and potential complications [2].

How does robotic surgery compare to traditional surgery?

Robotic surgery often allows for more minimally invasive approaches,leading to smaller scars and faster recovery compared to traditional open surgery.

What types of surgeries can be performed robotically?

Many types of surgeries can be performed robotically, including those for urology, gynecology, cardiology, and general surgery. The Da Vinci robot is versatile and can be adapted for various procedures.

Is robotic surgery more expensive than traditional surgery?

The initial costs of robotic surgery can be higher due to the technology investment, but reduced recovery times and fewer complications can lead to overall cost savings.

Disclaimer: This article provides general data about robotic surgery and should not be considered medical advice. Consult with a qualified healthcare professional for personalized guidance.

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