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The Present and Future of AI in Healthcare

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Blog on health

As technology advances at an unprecedented rate, its impact on various aspects of our lives becomes increasingly significant. In the realm of healthcare, artificial intelligence (AI) stands out as a transformative force with immense potential. However, to truly appreciate its importance and potential, it’s essential to delve into what AI has achieved and how it continues to shape the present and future of healthcare. The numbers paint a compelling picture of AI’s growing influence in healthcare. With over 500 AI algorithms approved by the U.S. FDA, and digital health startups receiving billions in investments, it’s evident that AI is not just a theoretical concept but a tangible reality in the healthcare landscape. Projections indicate that the global market for AI-based healthcare solutions will exceed $208 billion by 2030, underscoring the significant investments and expectations surrounding AI in healthcare. The promise of AI in healthcare is multifaceted, ranging from early disease detection to optimizing treatment plans and enhancing patient outcomes. For instance, AI algorithms have the potential to revolutionize cancer screening by analyzing vast amounts of data, including family history, imaging results, and genetic markers, to identify individuals at higher risk of developing the disease. Additionally, AI-powered interventions can monitor patients in real-time, enabling early detection of deteriorating health conditions such as sepsis, and facilitating timely medical interventions. Despite the immense potential, the full-scale implementation of AI in healthcare presents numerous challenges. From regulatory hurdles to the need for extensive clinical trials and the integration of AI into existing healthcare workflows, realizing the promise of AI requires concerted efforts from various stakeholders. Moreover, it’s crucial to recognize that AI is not a replacement for human expertise but rather a powerful tool that complements clinical decision-making. Human clinicians bring invaluable insights and intuition to the table, which AI augments by processing vast amounts of data and identifying patterns that might elude human observation alone. Currently, AI is being utilized in various medical applications, including screening tests for complex illnesses, monitoring patient vitals for signs of deterioration, and enhancing patient safety through early warning systems. Institutions are also leveraging AI to optimize resource allocation, improve operational efficiency, and streamline administrative tasks such as billing and coding. As AI continues to mature, its role in healthcare is expected to expand beyond individual applications to encompass organization-wide workflows, clinical decision support, patient engagement, and revenue cycle management. Looking ahead, the future of AI in healthcare holds even more transformative possibilities. Medical assistants powered by AI are undergoing trials in medical facilities, with the potential to streamline scheduling, access relevant patient information, and assist healthcare providers in delivering personalized care. Moreover, AI-driven algorithms are expected to play a crucial role in organizing and analyzing vast amounts of medical data, leading to more precise diagnoses, personalized treatment plans, and better patient outcomes. However, as AI becomes more integrated into healthcare systems, concerns about privacy, data security, and algorithmic bias must be addressed. Robust measures must be implemented to ensure that patient data is protected, and AI algorithms are trained on diverse and representative datasets to avoid perpetuating biases or disparities in healthcare delivery. AI holds immense promise as a transformative force in healthcare, revolutionizing patient care, clinical decision-making, and operational efficiency. While challenges remain, the collaborative efforts of researchers, clinicians, policymakers, and technology developers are paving the way for a future where AI augments human expertise to deliver better healthcare outcomes for all. As we embark on this journey, it’s essential to recognize that AI is not a replacement for human judgment but a powerful tool that, when wielded responsibly, has the potential to revolutionize the practice of medicine.  

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From Panic to Precision: Revolutionizing Code Blue Responses in Healthcare

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The frequent blare of a “Code Blue” alarm signals critical, life-threatening emergencies demanding swift and accurate responses. A meticulous 24-month analysis across tertiary care hospitals reveals a daunting reality – 720 Code Blue calls, with 620 genuine emergencies and a survival rate plummeting to 11.13% for cardiac arrests. This stark scenario necessitates a paradigm shift in the approach to emergency healthcare, inspiring a journey from panic to precision. India’s healthcare sector, once plagued by high mortality rates due to limited access to intensive care and delayed data delivery, is now at a crossroads of transformation. Innovative technologies, such as the Medical Internet of Things (IoT), Artificial Intelligence (AI), and Machine Learning (ML), are heralding a revolution in wireless patient monitoring, bridging the gap between conventional methods and cutting-edge solutions. To avert Code Blue events, a multifaceted approach is imperative, transcending reactive measures to embrace proactive strategies. Wireless patient monitoring, empowered by AI and ML, emerges as a cornerstone in this transformation. By continuously analyzing real-time vital signs, these devices act as alert sentinels, allowing healthcare providers to identify subtle changes and intervene before emergencies escalate. Predictive analytics and machine learning algorithms enhance the system’s ability to recognize patterns, contributing to a shift from crisis management to prevention. The traditional Code Blue model, while vital, comes with limitations, often triggering rushed and unorganized responses. Communication breakdowns, unfamiliarity with patients, and the high-stakes nature of the situation contribute to chaos, potentially compromising patient outcomes. To address these challenges, a shift from a reactive, panic-driven model to a proactive, precision-based approach is imperative, facilitated by continuous patient monitoring solutions. Wireless patient monitoring, akin to watchful conductors, plays a pivotal role in reducing Code Blue emergencies. These devices provide real-time vital sign data, enabling healthcare experts to respond swiftly in critical situations. In a study involving 3100 patients, real-time data transmission resulted in an 87% decrease in hospital stays, a 77% drop in deaths, and significant cost savings for patients, emphasizing the transformative impact of wireless patient monitoring on healthcare outcomes. The success of wireless patient monitoring marks not only a transformation from panic to precision but also heralds an overture of proactive care. Continuous monitoring of vital signs allows healthcare providers to anticipate and address potential issues before they escalate, reshaping emergency healthcare into a proactive, preventive paradigm. As India embraces the era of wireless patient monitoring, the ripple effects on the healthcare system are evident, transcending statistics to impact lives and improve the quality of care. The journey from panic to precision in Code Blue responses signifies a chain of transformation, rewriting the narrative of emergency healthcare and ensuring timely and effective interventions. The evolution from traditional patient monitoring to wireless solutions, complemented by cutting-edge technologies, is a beacon of hope for the healthcare industry. It represents a symphony of progress, reshaping and redefining healthcare to be more precise, proactive, and ultimately, more humane. The future has arrived, ushering in a new era where emergencies are met with the precision of a well-conducted symphony, thanks to the marriage of innovation and compassionate care.

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Dr. Rajnikant Rajhans, Dean, R&D, NICMAR University, Emphasizes on Correlation of AI and NEP

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“AI is reducing the time for our faculty members, it was never a threat for us” says Dr. Rajnikant Rajhans, Dean, R&D, NICMAR University in an interview at “ArdorComm New Normal- Education Leadership Summit & Awards 2023” held in Pune, Maharashtra on 24th November 2023. How is NEP going to be transformational in aligning the upcoming labour force with market requirements at NICMAR University? NICMAR, as an industry-focused institution in construction, real estate, and infrastructure, emphasizes providing skilled labour to meet industry needs. The National Education Policy (NEP) has been instrumental in shaping our objective of outcome-based education, contributing significantly to building a skilled labour force. The focus has always been on delivering the best labour force and management to the industry, and the NEP, with its outcome-based education approach, further strengthens our ability to achieve this goal. What are the current projects that NICMAR is working on? NICMAR’s current projects are anchored in the CEB Model – Community, Environment, and Business Based research model. Our commitment to addressing community issues and offering solutions enhances the quality of our research projects. Engaging in sustainable projects with local and industrial partners, we work towards providing researched solutions and research papers. This aligns with our implementation of outcome-based education, ensuring a practical and impactful approach to our research endeavours. How is NEP and AI correlating at NICMAR University? The correlation between the National Education Policy (NEP) and Artificial Intelligence (AI) at NICMAR University is viewed positively. Today, we had an insightful presentation on the impact of AI on various aspects, including education and industries. AI, far from being a threat, is seen as a tool that enhances the efficiency of our faculty members. It has significantly reduced the time required for certain tasks, benefiting our educational ecosystem. The integration of AI into our organization is a gradual and deliberate process, aimed at improving our educational processes and overall efficiency.

Dr. Rajnikant Rajhans, Dean, R&D, NICMAR University, Emphasizes on Correlation of AI and NEP Read More »

Dr. V. V. Ravi Kumar, Deputy Director- Academics, Symbiosis Institute of Business Management, Pune, Expresses his views on correlation of AI and NEP

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“The correlation between AI and the New Education Policy is a key focus at Symbiosis Institute of Business Management,” said Dr. V. V. Ravi Kumar, Deputy Director- Academics, Symbiosis Institute of Business Management, Pune in an interview at “ArdorComm New Normal- Education Leadership Summit & Awards 2023” held in Pune, Maharashtra on 24th November 2023. How is Symbiosis Institute of Business Management implementing the New Education Policy? At Symbiosis Institute of Business Management, the implementation of the New Education Policy (NEP) is a progressive endeavour. The first step involves the establishment of the Academic Bank of Credit (ABC), where all students are registered. This innovative approach allows students in business management, for example, to pursue courses outside their core discipline, such as music, with the assurance of receiving credits for their efforts. The institute is actively exploring interdisciplinary avenues to ensure that students do not feel restricted, fostering a more holistic and flexible learning environment. How do you see AI and New Education Policy correlating and making the upcoming workforce market-ready? The correlation between AI and the New Education Policy is a key focus at Symbiosis Institute of Business Management. Through the Academic Bank of Credit (ABC), students can seamlessly integrate AI courses into their MBA curriculum, facilitating the transfer of credits. Regarding workforce readiness, the institute acknowledges that a significant portion of its postgraduate students already comes with industry experience, solving a part of the readiness challenge. However, the emphasis remains on providing these students with a finishing touch and an extra edge, aiming not just for industry readiness but for producing industry leaders. What’s your takeaway from today’s event? A: Today’s event presented a compelling blend of technology companies and education leaders, fostering synergy between these two critical sectors. Engaging in conversations with technology leaders revealed numerous opportunities for education institutions to adopt new approaches and technologies. The event’s innovative format created a space for dialogue that could potentially lead to impactful collaborations and advancements in the field of education. ArdorComm media is celebrating its second anniversary; any message you wish to share? Congratulations to ArdorComm Media on its second anniversary! As evident from your rapid expansion and notable achievements, it’s clear that you are making significant strides. I encourage you to explore additional formats, such as closed round tables, to engage industry and education leaders further. This approach can deepen your impact and contribute to meaningful discussions within the sector. Best wishes for continued success and growth in the years to come.

Dr. V. V. Ravi Kumar, Deputy Director- Academics, Symbiosis Institute of Business Management, Pune, Expresses his views on correlation of AI and NEP Read More »

AI Predicted to Propel Medical Devices Industry to $1.2 Billion by 2027, Indicates GlobalData Report

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According to a report from GlobalData, a leading data and analytics company, the medical devices industry is anticipated to reach $1.2 billion by 2027, primarily fueled by the healthcare sector’s need to streamline processes, cut costs, and enhance accuracy in diagnosing an increasing number of patients with intricate medical profiles. Brian Hicks, Senior Analyst of Medical Devices at GlobalData, highlighted the widespread use of AI in healthcare, particularly in diagnostic settings, where AI algorithms expedite the identification of challenging image abnormalities that might be overlooked by the human eye. This advancement allows for a more comprehensive review of patient profiles while minimizing the risk of misdiagnoses. The report emphasizes that the driving force behind this surge is the adoption of computer vision technology, which finds applications in diagnostics across various medical specialties. Notably, AI’s contribution to reducing error rates in cancer detection has been well-documented, with studies indicating a significant decrease in pathologists’ error rates, from 3.4% to 0.5%, when AI was incorporated in identifying cancer-positive lymph nodes as far back as 2016. Hicks emphasized the accelerated pace at which AI can identify potential positive cases, allowing for a more rapid review of numerous patient profiles without compromising accuracy. The research reveals a notable concentration of AI-related investments in the medical imaging and diagnostic sectors, with many companies specializing in leveraging deep learning technology. Traditional MedTech companies, primarily focused on hardware and surgical instruments, have limited opportunities to integrate such advanced technologies into their products. Hicks underscored the critical role of AI in early detection, asserting that its ability to analyze challenging tissue abnormalities, symptoms, and intricate patient profiles will lead to earlier interventions and improved patient outcomes.

AI Predicted to Propel Medical Devices Industry to $1.2 Billion by 2027, Indicates GlobalData Report Read More »

India’s First AI-Powered Agricultural News Monitoring and Analysis Solution ‘Krishi 24/7’ Launched by Government

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The Department of Agriculture and Farmers Welfare (DA&FW), in partnership with the Wadhwani Institute for Artificial Intelligence (Wadhwani AI), has introduced ‘Krishi 24/7,’ India’s inaugural AI-driven solution for automated monitoring and analysis of agricultural news. Developed with support from Google.org, this innovation will enable the DA&FW to identify pertinent agricultural news, issue timely alerts, and take swift actions to safeguard farmers’ interests and encourage sustainable agricultural development by enhancing decision-making. The Ministry of Agriculture & Farmers Welfare underlines the necessity for an efficient mechanism to pinpoint and manage agricultural news articles that can facilitate prompt decision-making. Krishi 24/7 scans news articles in various languages, translates them into English, and extracts crucial information, including headlines, crop names, event details, dates, locations, severity, summaries, and source links, ensuring that the ministry receives timely updates on pertinent events found on the internet. During the launch of this initiative, Manoj Ahuja, Secretary (A&FW), emphasized that this news monitoring system not only keeps stakeholders informed but also empowers them to shape the narrative. He encouraged continuous improvement and adaptability to the evolving landscape of information. Samuel Praveen Kumar, Joint Secretary (Extension), explained the system’s functions, which aim to provide near real-time monitoring of online agricultural news articles, helping the DA&FW identify relevant news and establish a comprehensive mechanism for event selection, alert creation, and timely action. JP Tripathi, Associate Director (Ag) at Wadhwani AI, highlighted their commitment to developing AI solutions for addressing challenges where news monitoring and validation have been manual and time-consuming. He mentioned the successful deployment of a similar solution for tracking and analyzing disease outbreaks in collaboration with the National Centre for Disease Control (NCDC). By collaborating with the DA&FW and other central government bodies, their goal is to provide effective tools that enhance information flow through data-driven decision-making.

India’s First AI-Powered Agricultural News Monitoring and Analysis Solution ‘Krishi 24/7’ Launched by Government Read More »

NHAI Unveils Enhanced AI-Powered ATMS for Improved Road Safety and Digital Enforcement on Indian Highways

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The National Highways Authority of India (NHAI) has introduced an updated policy to enhance road safety and reduce response times to incidents on the nation’s highways and expressways. This initiative leverages the latest advancements in artificial intelligence (AI) technology and focuses on digital enforcement of traffic regulations. As part of these improvements, the previous VIDS cameras are being replaced with the newly developed Video Incident Detection and Enforcement System (VIDES). VIDES is equipped to identify 14 distinct incidents, including violations such as triple riding, not wearing helmets or seatbelts, driving in the wrong lane or direction, the presence of animals on the road, and pedestrian crossings. Depending on the detected incident, VIDES will trigger responses such as notifying route patrol vehicles or ambulances, generating electronic traffic violation fines (e-challans), relaying alerts to nearby Variable Messaging Boards, or sending notifications through the ‘Rajmargyatra’ mobile app to nearby travelers. To ensure comprehensive coverage, these cameras will be installed approximately every 10 kilometers along the national highways, with advanced Command & Control Centers every 100 kilometers that integrate feeds from various cameras. The Vehicle Speed Detection System (VSDS) is now integrated into VIDES, optimizing the use of Automatic Number Plate Recognition (ANPR) cameras. Additionally, the Traffic Monitoring Camera System (TMCS) positioned every 1 kilometer on the national highways is being enhanced with capabilities such as automated accident detection and identifying stalled vehicles. NHAI is strengthening collaboration with local traffic agencies by providing dedicated workstations for traffic police representatives in the Command & Control Centers, facilitating real-time coordination and response through network sharing of camera feeds. The deployment of Advanced Traffic Management System (ATMS) is expected to contribute to disaster management by offering valuable input for effective planning and implementation. It will also enable the online sharing of highway status and other crucial information, benefiting both the agencies and highway users. The policy also includes provisions for developing integrated utility corridors along the national highways to establish Optic Fiber Cables (OFC) infrastructure. While the ATMS equipment will initially use OFC for communication with the Command & Control Centers, the policy also anticipates future integration of 5G-based communication tools as 5G coverage expands.

NHAI Unveils Enhanced AI-Powered ATMS for Improved Road Safety and Digital Enforcement on Indian Highways Read More »

Dr. Hemalatha S. Murthy, Principal Director, White Petals Group of Institutions, Shares Insights on Technology Driven Learning

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“We gain unique insights and takeaways every time we attend such events,” says Dr. Hemalatha S. Murthy, Principal Director, White Petals Group of Institutions, in an interview with Pratik Ghosh, Content Writer, ArdorComm Media at the ‘New Normal – Education Leadership Summit & Awards 2023’ #ELSABengaluru #ELSAKarnataka How are you feeling to witness the New Normal Education Leadership Summit and Awards in Bengaluru? It’s a great pleasure. I have been associated with Chandan Anand and LinkedIn for more than eight years. They have been organizing tremendous events focused on the process of learning through technology, awareness, and principles of education. These events can significantly impact the transformation of education. As you know, the theme of our event is New Normal Karnataka. What’s your take on this? My take on this theme is how technology, including chatbots and AI, can be implemented in Karnataka. The state has not only Bangalore but also many rural areas. We should strive to make Bangalore a better place using AI and ChatGPT. How are you implementing these new-age technologies in your institution? We have already started incorporating these technologies, and we’re exploring the use of chat GPT to enhance the educational materials provided to students. In forums like this, where we bring together education leaders, EdTech players, and government representatives, how do you think they benefit the education sector? These forums are not about individuals but about a group of people learning from each other. We gain unique insights and takeaways every time we attend such events. It’s about mutual learning and growth. Any message or wishes for ArdorComm Media Group on its 2nd anniversary? I would like to encourage you to keep growing. There’s a lot that needs to reach educators and students through your efforts. Continuous learning and improvement are key. Thank you.

Dr. Hemalatha S. Murthy, Principal Director, White Petals Group of Institutions, Shares Insights on Technology Driven Learning Read More »

Dr. A. M. Surendra Kumar, Pro-Vice Chancellor, Presidency University, Shares Insights on Skill Development

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“We incorporate skill development courses into the curriculum, including life skills and soft skills,” says Dr. A. M. Surendra Kumar, Pro-Vice Chancellor, Presidency University, in an interview with Pratik Ghosh, Content Writer, ArdorComm Media at the ‘New Normal – Education Leadership Summit & Awards 2023’ #ELSABengaluru #ELSAKarnataka How are you feeling to witness the New Normal Education Leadership Summit and Awards in Bengaluru? I frequently attend this type of education summit, especially in Bangalore, which is an education hub. There are a lot of opportunities, and these events help in understanding the concept of education. They provide a platform to discuss how we can move forward and address concerns with other educators. I’m coming from an emerging University especially in Bangalore where we have more than 16,000 students are there are lot of opportunities which we can discuss with. So, you are making a platform to take care about all our concerns, to discuss with the other educators, so you are doing a wonderful job. As you know, the theme of our event is “New Normal Karnataka.” What’s your take on this? Since Karnataka is an education hub, especially in Bangalore, there are many opportunities. The government has recently allowed five private universities, which adds to the opportunities. This platform provides a great idea about the education landscape, especially in the Karnataka region. How are you implementing new-age technologies in your university? We have incorporated technology-enabled platforms, especially in engineering and computer science. Emerging technology programs like AI, machine learning, and others are already part of our curriculum. We are continuously updating the curriculum to stay current with new age technologies. What’s your take on skill development, and how should students emphasize on skill development? We emphasize skill development from the beginning of our programs. We incorporate skill development courses into the curriculum, including life skills and soft skills. In today’s competitive environment, industry looks beyond just CGPA and values other qualities. So, we mould our students from the beginning to be well-prepared for placements. In forums like this, where we bring together education leaders, EdTech players, and government representatives, how do you think they benefit the education sector? Such forums are beneficial as they incorporate industry and technology trends. I’ve seen discussions on ERP systems, which can introduce us to new features that can be incorporated into our education systems for the benefit of both students and the education community. Any message for ArdorComm Media on its 2nd Anniversary? You are providing a great platform for educators to come together and conduct such events. Your efforts, along with the presenters, are helpful in advancing the field of education, especially in higher education and to meet several good educators also.

Dr. A. M. Surendra Kumar, Pro-Vice Chancellor, Presidency University, Shares Insights on Skill Development Read More »

TRAI Launches Consultation Paper on 5G Ecosystem’s Role in India’s Digital Transformation

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The Telecom Regulatory Authority of India (TRAI) has released a consultation paper titled “Digital Transformation through 5G Ecosystem.” The primary aim of this paper is to address policy challenges and propose an appropriate policy framework to expedite the adoption and effective use of new technologies within the 5G ecosystem, contributing to the comprehensive and sustainable development of India’s economy. The Ministry of Communications has emphasized that India is currently undergoing a rapid digital transformation, significantly impacting its economy and society. Reliable mobile communication technologies play a pivotal role in achieving the objectives set forth by the Digital India program. These technologies are bolstering the economy and empowering citizens by enabling services like the unified payment interface (UPI) and various innovative government-to-business (G2B) and government-to-citizen (G2C) applications. With the emergence of technologies like 5G, Internet of Things (IoT), Artificial Intelligence (AI), Augmented/Virtual Reality (AR/VR), and the Metaverse, India stands on the cusp of unlocking new opportunities for growth and innovation. India initiated its 5G services on October 1, 2022, with telecom service providers actively expanding the 5G network across the entire nation. The government has launched multiple initiatives to develop 5G infrastructure and promote research and development in this domain. TRAI has also issued recommendations to accelerate the deployment of 5G networks and services in the country. Collaborative efforts spanning various sectors have been undertaken to expedite the rollout of 5G. Beyond just infrastructure deployment, it is crucial to develop and deploy new use cases for both consumers and enterprises to realize the full potential of 5G technology. When 5G is combined with AI, extended reality (XR), and IoT, it will enable businesses and society to fully harness the benefits of these technological advancements. However, achieving this vision necessitates effective collaboration across the ecosystem, involving Telecom Service Providers (TSPs), Original Equipment Manufacturers (OEMs), infrastructure providers, and the government. Adequate infrastructure upgrades, fiberization for 5G deployment, and network densification are essential elements to fully reap the benefits of this technology across various industries. The adoption of 5G will depend on factors like dedicated research and development investments to create India-specific use cases, increased enterprise involvement, affordable devices, and consumer adoption. To accomplish these goals, TRAI has proactively released this consultation paper to identify policy challenges and propose a suitable policy framework. The objective is to expedite the adoption and effective utilization of new technologies, ultimately contributing to the holistic and sustainable development of India’s economy through the 5G ecosystem. The consultation paper is available on TRAI’s website, www.trai.gov.in, for input from stakeholders. Interested parties are invited to submit written comments on the issues under consideration by October 30, 2023, and counter-comments, if any, by November 13, 2023. Comments and counter-comments should preferably be submitted electronically via email to advadmn@trai.gov.in, with a copy to vibhatomar@trai.gov.in. For further clarification or information, stakeholders may reach out to Vandana Sethi, Advisor (Admin & IR), at 11-23221509.

TRAI Launches Consultation Paper on 5G Ecosystem’s Role in India’s Digital Transformation Read More »