Category Archives: Technology

Digital Shift Accelerates in MSMEs with Rising AI Adoption

New Delhi, June 23: Digital payment systems such as UPI and Aadhaar-enabled banking services now account for 61% of MSME transactions, highlighting the rapid shift towards digital financial ecosystems in India, according to a recent report.

The findings underline the growing dependence of micro, small, and medium enterprises (MSMEs) on digital platforms for daily business operations, including payments, receipts, and financial management. The report notes that improved access to seamless and low-cost digital infrastructure has significantly boosted financial inclusion and operational efficiency across the sector.

Alongside the rise in digital payments, the report also highlights a steady increase in artificial intelligence (AI) adoption among MSMEs. Businesses are increasingly leveraging AI-powered tools for customer engagement, inventory management, fraud detection, and data-driven decision-making.

Experts say the combined growth of digital payments and AI adoption is transforming the MSME landscape, enabling greater transparency, faster transactions, and improved productivity. This shift is also helping smaller enterprises integrate more effectively into formal financial systems.

The report further suggests that continued expansion of digital infrastructure, coupled with supportive policy measures, will play a crucial role in strengthening India’s MSME ecosystem and driving long-term economic growth.

Overall, the findings reflect a significant digital transformation within the MSME sector, positioning it as a key driver of India’s evolving digital economy.

India Strongly Advancing Sovereign AI Strategy, Says Report

New Delhi, June 23: A large majority of Indian policymakers are actively advancing a sovereign artificial intelligence (AI) strategy, with 96% reportedly focused on strengthening national capabilities in the emerging technology space, according to a recent report.

The findings highlight India’s growing emphasis on building independent AI infrastructure, enhancing data security, and reducing reliance on foreign technologies. Policymakers are increasingly prioritising the development of domestic AI systems to support economic growth, governance efficiency, and innovation across sectors.

The report notes that India’s sovereign AI approach is being shaped by a combination of government initiatives, industry participation, and academic research, aimed at building a robust and self-reliant digital ecosystem.

Experts suggest that this strategic focus could help India position itself as a key global player in artificial intelligence, while also ensuring greater control over data governance, ethical AI deployment, and technological resilience.

The development reflects a broader global trend, where nations are increasingly investing in AI sovereignty to secure long-term technological and economic advantages.

India’s strong policy momentum in this area underscores its ambition to harness AI as a core driver of future growth and digital transformation.

IBM CEO Arvind Krishna Welcomes Growing US Focus on Quantum Computing

New York, June 23: IBM Chairman and CEO Arvind Krishna has welcomed the United States’ increasing focus on advancing quantum computing, highlighting the technology’s potential to drive innovation, strengthen economic competitiveness, and address complex challenges across industries.

Krishna noted that continued investment in quantum research, infrastructure, and talent development is essential for maintaining technological leadership in a rapidly evolving global landscape. He emphasized that collaboration between government, industry, and academic institutions will play a key role in accelerating the development and practical application of quantum technologies.

Quantum computing is widely regarded as the next frontier in computing, with the potential to solve problems that are beyond the capabilities of traditional computers. Experts believe the technology could transform sectors such as healthcare, finance, cybersecurity, materials science, and energy.

Krishna’s remarks come amid growing global competition in advanced technologies, with governments and technology companies increasing investments in quantum research and innovation. Industry leaders view sustained policy support and strategic funding as critical to advancing the commercialization of quantum computing solutions.

The comments underscore the growing importance of quantum technology as nations seek to strengthen their technological capabilities and secure long-term economic growth through innovation.

AI, Robotics to Strengthen Human–Machine Understanding

June 22: Experts have highlighted that advancements in artificial intelligence and robotics are expected to significantly deepen human–machine interaction, leading to more intuitive, efficient, and collaborative systems across industries.

According to specialists in emerging technologies, rapid progress in AI-driven automation, machine learning, and robotics is enabling machines to better interpret human behaviour, respond to complex instructions, and adapt to dynamic environments. This evolution is expected to improve productivity and decision-making across multiple sectors.

Industry observers note that AI and robotics are increasingly being integrated into healthcare, manufacturing, logistics, education, and services, where they are enhancing operational efficiency and supporting human workers rather than replacing them.

Experts further suggest that continued innovation in natural language processing, computer vision, and autonomous systems will play a key role in improving communication between humans and machines, making interactions more seamless and context-aware.

The growing convergence of AI and robotics is also expected to open new opportunities for skill development and job creation in advanced technology domains, while encouraging responsible and ethical deployment of automation systems.

However, specialists also emphasize the importance of developing strong regulatory frameworks and ethical guidelines to ensure safe and transparent use of these technologies as they become more deeply integrated into everyday life.

The overall outlook suggests that the future of AI and robotics will be defined by closer collaboration between humans and machines, reshaping industries and redefining how people work and interact with technology.

Prosper AI raises $30M from Andreessen Horowitz to scale the first AI platform to run the entire patient journey

Working across 150,000 healthcare providers, Prosper AI is the first platform built to combine patient scheduling, insurance verification, and patient billing while coordinating voice interactions with both patients and insurers.

NEW YORK, US – June 22: Prosper AI, the leading AI platform to run the entire patient journey, today announced a $30 million Series A financing led by Andreessen Horowitz (“a16z”), with participation from Base10 and continued support from Emergence Capital, Y Combinator, and Company Ventures

The financing follows a period of rapid adoption and market acceleration. Since its last funding announcement six months ago, Prosper AI has grown revenue 5x, added more than 40 healthcare organizations as customers, expanded across more than 150,000 healthcare providers, and become the platform powering more than $1.3 billion in patient care. Today, Prosper AI wins 80% of competitive evaluations.

Providers increasingly recognize that scheduling is only the first step in the patient journey. As healthcare organizations look to automate insurance verification, and patient billing alongside scheduling, Prosper AI is emerging as the platform of choice to power financially cleared appointments.Today, Prosper AI’s customers span some of healthcare’s most influential organizations, including PE-backed outpatient groups such as Preferred Dermatology, health systems such as Jackson Memorial Hospital—the second-largest hospital in Florida—and healthcare technology leaders such as Athenahealth, one of the largest ambulatory EHR platforms in the United States.

Healthcare’s Next AI Platform Won’t Stop at Scheduling

Every patient appointment depends on workflows that occur before and after care is delivered, from scheduling and insurance verification to patient billing and collections. Historically, these processes have been fragmented across disconnected teams and point solutions, creating +$450B in administrative waste while making healthcare more expensive and less transparent for patients.

Where first-generation healthcare AI stopped at scheduling, Prosper AI manages the broader patient journey. The platform answers patient calls, schedules appointments directly in the EHR, verifies insurance benefits, automates patient billing, and contacts insurers on the phone when additional information is needed. By automating the patient journey end-to-end, Prosper AI helps providers lower administrative costs by +40% while giving patients visibility into their coverage and financial responsibility before care is delivered. The result is a single platform that manages both patient and payer workflows from appointment request through reimbursement.

Winning the Most Competitive Evaluations in Healthcare AI

As provider outpatient groups and health systems evaluate AI platforms, Prosper AI is increasingly emerging as the preferred solution.

“We evaluated seven different vendors through an extensive RFP and live demonstration process and concluded that Prosper AI had the most comprehensive platform” said Jonathan Banta, CEO of The 44 Group, and Co-founder of The Executive Roundtable, a provider consortium representing more than 600 physicians. “The difference wasn’t simply scheduling. Prosper AI was the only platform capable of handling insurance verification, patient financial responsibility, and the broader workflows required to support the entire patient journey.”

“Out of the gate, Prosper AI was handling more than 50% of our patient conversations end-to-end, including complex cases involving real-time benefits verification,” said Noah England, COO of Piedmont Dermatology. “Many organizations using other AI solutions remain stuck at 20–30% automation because those systems stop at scheduling.”

Enterprise Healthcare Platforms Are Choosing Prosper AI

The shift toward comprehensive AI solutions beyond voice AI for scheduling is no longer limited to provider groups. Some of the largest healthcare technology companies have also selected Prosper AI following side-by-side evaluations against competing AI platforms.

Athenahealth, one of the largest ambulatory EHR platforms in the United States covering +60M lives, selected Prosper AI after evaluating multiple AI solutions for internal voice AI workflows. Imagine Software, a leading healthcare software company serving more than 100,000 physicians and processing over $65 billion in claims annually, also selected Prosper AI after conducting a competitive evaluation.

“We reviewed multiple AI platforms, and Prosper AI consistently delivered the strongest performance, now handling thousands of conversations per day across multiple clients on our platform,” said Sam Khashman, CEO of ImagineSoftware. “In repeated side-by-side evaluations, Prosper AI achieved the highest accuracy and completion rates.”

Why Andreessen Horowitz and Base10 Invested

“AI should make healthcare infinitely accessible,” said Jay Rughani, Partner at Andreessen Horowitz. “Prosper AI stood out because of the scope of their ambition: they want to eliminate every administrative friction point between a patient and the care they need. What convinced us was the pattern we kept hearing from customers — providers would deploy Prosper AI for scheduling, then quickly ask them to take on insurance verification, then billing, and so on. That pull-through only happens when your technology can consistently guide patients through the care journey end-to-end. It’s no surprise Prosper AI is winning the vast majority of competitive evaluations they enter.” 

Adeyemi Ajao, Co-founder and Managing Partner at Base10 Partners “Prosper AI is leveraging agentic AI to transform the way provider groups and hospitals engage with patients, driving not only savings, but increased revenue and better patient experience”.

Building the AI Workforce for Healthcare Operations

With the new funding, Prosper AI will expand its engineering and customer-facing teams, deepen integrations across the largest EHR platforms, and accelerate adoption across provider groups and health systems.

“Healthcare providers don’t want separate tools for scheduling, insurance verification, and billing,” said Xavier de Gracia, Co-Founder and Co-CEO of Prosper AI. “They want a single platform capable of managing the workflows that determine whether care happens and whether providers ultimately get paid. That’s what we’ve built, and it’s why providers, health systems, and healthcare technology companies are choosing Prosper AI.”

Over time, Prosper AI aims to build the AI workforce that powers healthcare’s administrative engine, eliminating waste, expanding access to care, and enabling providers to focus more of their time on patients.

From AI to Data Centres, India’s Digital Rise Accelerates on Global Stage

June 22: Over the past 12 years, India has strengthened its position as a global digital leader, supported by rapid advancements in artificial intelligence, expansion of data centre infrastructure, and large-scale digital transformation across sectors.

The country’s digital rise has been powered by increasing adoption of emerging technologies, wider internet access, and sustained investment in innovation-led growth. These factors have collectively reshaped India’s technology landscape and strengthened its role in the global digital economy.

Artificial intelligence has emerged as a key growth driver, with applications expanding across industries such as finance, healthcare, manufacturing, logistics, and public services. The integration of AI-based solutions has improved efficiency, enabled automation, and supported the development of new digital services.

At the same time, India’s data centre ecosystem has witnessed significant expansion, driven by rising demand for cloud computing, data storage, and high-speed digital connectivity. This growth has attracted strong interest from both domestic and international investors.

Industry experts note that the combination of AI innovation and robust digital infrastructure has positioned India as a competitive hub for technology development and digital services at the global level.

Analysts believe that continued investment in technology, skilled talent, and infrastructure will further strengthen India’s digital capabilities and global influence in the coming years.

The transformation highlights India’s evolution into a technology-driven economy with a growing role in shaping the future of the global digital landscape.

Investor Confidence in AI Fuels SK hynix’s Rise Above Samsung Electronics

Seoul, June 22: In a landmark moment for South Korea’s technology sector, SK hynix has overtaken Samsung Electronics in market capitalization for the first time, reflecting the growing importance of artificial intelligence-driven demand in the global semiconductor industry.

The milestone highlights a dramatic shift in investor sentiment as SK hynix continues to strengthen its position as a leading supplier of high-bandwidth memory (HBM) chips, a critical component powering advanced AI systems and data centers. Strong demand from major technology companies developing AI applications has fueled the company’s rapid growth and boosted its market valuation.

Samsung Electronics, long regarded as South Korea’s most valuable company and a dominant force in the global semiconductor market, continues to hold a strong presence across memory chips, smartphones, and consumer electronics. However, investors have increasingly focused on companies that are directly benefiting from the surge in AI-related investments.

Industry observers view SK hynix’s rise as a reflection of broader changes reshaping the semiconductor landscape. As artificial intelligence becomes a key driver of technological innovation, companies with strong positions in AI-focused memory technologies are attracting heightened investor attention.

The achievement marks a significant chapter in South Korea’s corporate history and underscores the evolving competitive dynamics within the global chip industry. Analysts expect competition between the two semiconductor giants to intensify as demand for AI infrastructure continues to expand worldwide.

While Samsung remains one of the world’s leading technology companies, SK hynix’s ascent demonstrates how rapidly changing market trends can reshape industry leadership and investor expectations.

MAACICON 2026 Focuses on Latest Cochlear Implant Technologies and Challenges

Hyderabad, June 20: Experts discussed the latest advancements in cochlear implant technology, current challenges in cochlear implant care, and strategies to improve speech, hearing, and overall developmental outcomes for children with hearing impairment at the MAA Cochlear Implant Conference 2026 (MAACICON 2026), said Sunitha G Kumar, Founder & Chairperson, MAA Institute of Speech & Hearing (MISH).

MAA Institute of Speech & Hearing (MISH), in association with MAA ENT Hospitals and in collaboration with Ali Yavar Jung National Institute of Speech and Hearing Disabilities (AYJNISHD), organized MAACICON 2026 on June 20–21 in Hyderabad. The conference, approved by the Rehabilitation Council of India (RCI) as a Continuing Rehabilitation Education (CRE) Programme, was attended by distinguished guests including *Dr. Suman Kumar, Director, AYJNISHD, Mumbai; Prof. Rajashekar, Former Dean, Manipal University; Rotary District 3150 Past District Governors Ravi Vadlamani and Ramesh Vangala; and Rotarian Shivani Tibrewala, Secretary, Rotary Club of Lake District Moinabad*.

A pioneer in cochlear implant services since 2004, MAA ENT Hospitals has successfully completed over 750 cochlear implant surgeries. Through rehabilitation and auditory-verbal therapy services, hundreds of children with hearing impairment have been integrated into mainstream education and are now pursuing successful careers in various professional fields.

The conference brought together audiologists, speech-language pathologists,  rehabilitation professionals, researchers, academicians, and students from across the country. Scientific sessions focused on cochlear implant candidacy, surgery, mapping, rehabilitation, patient outcomes, and emerging technologies through expert lectures, panel discussions, and case presentations.

Over 150 delegates from across India participated in MAACICON 2026, making it a significant academic platform for advancing cochlear implant care and hearing rehabilitation.

India Sees Strong Double-Digit Growth in Global Cellular IoT Module Market

June 20: India has recorded strong double-digit growth in the global cellular IoT (Internet of Things) module market, reflecting the country’s expanding role in connected technologies and smart device ecosystems.

The growth highlights increasing demand for IoT-enabled solutions across sectors such as manufacturing, automotive, logistics, utilities, and smart infrastructure. Cellular IoT modules, which enable machines and devices to communicate over mobile networks, are becoming a core part of digital transformation initiatives worldwide.

Industry observers note that India’s growth is being driven by rapid adoption of connected devices, expanding 4G and 5G infrastructure, and rising investments in industrial automation and smart city projects. Affordable connectivity and a strong base of engineering talent are also contributing to the country’s rising presence in the global IoT supply chain.

The expansion of IoT applications in areas such as fleet management, energy monitoring, remote healthcare, and industrial automation has further accelerated demand for cellular modules. Businesses are increasingly using these technologies to improve efficiency, reduce operational costs, and enable real-time data-driven decision-making.

Analysts suggest that India’s momentum in the IoT segment is expected to continue as digital infrastructure strengthens and enterprises shift toward more connected and automated systems. However, they also note that sustained growth will depend on continued investment in semiconductor ecosystems, network reliability, and innovation in device manufacturing.

Overall, the strong double-digit growth positions India as an emerging contributor in the global cellular IoT module market, reinforcing its role in the broader digital and industrial transformation landscape.

India–Armenia Partnership to Strengthen High-Altitude Balloon and Near-Space Research Capabilities: Report

New Delhi, June 19: India and Armenia are set to deepen cooperation in advanced aerospace research, focusing on high-altitude balloon systems and near-space testing technologies, according to a recent report.

The collaboration is expected to support scientific experimentation in the upper atmosphere, enabling improved research in areas such as climate observation, communication systems, space environment studies, and advanced material testing.

Officials familiar with the development noted that high-altitude balloon platforms provide a cost-effective alternative for near-space research, allowing payload testing in conditions that simulate aspects of space without requiring full orbital missions.

The partnership is also expected to facilitate knowledge exchange between research institutions and technical experts from both countries, strengthening capabilities in aerospace innovation and experimental technologies.

Experts believe that such cooperation will contribute to expanding India’s growing space ecosystem while also enhancing Armenia’s participation in advanced scientific research programs.

The initiative reflects a broader trend of international collaboration in space and near-space exploration, where shared expertise and resources are increasingly being used to accelerate innovation and reduce research costs.

Both sides are expected to explore further areas of cooperation in emerging aerospace technologies in the coming period.