India Rises to 6th Place in Global Patent Filings: WIPO report

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India has secured the sixth position globally in patent filings, according to the latest World Intellectual Property Organization (WIPO) report. The country recorded 64,480 patent applications in 2023. The number reflects India’s fastest pace of growth in more than a decade.

WIPO noted that India achieved double-digit growth in patent filings for the sixth consecutive year. The 2023 growth rate stood at 15.7%, marking a sharp rise in innovation activity across sectors. The report highlighted India as one of the top emerging contributors to the global IP ecosystem.

Domestic innovation played a major role in this rise. More than 55% of all patent applications came from resident inventors. This is the first time resident filings have crossed the halfway mark. The shift shows increasing confidence among Indian researchers, start-ups, and academic institutions.

India also reported a remarkable jump in granted patents. WIPO said the country saw a 149% increase in patents granted in 2023. The surge reflects improvements in examination speed and the strengthening of India’s intellectual property administration.

The report added that India performed strongly across other IP categories as well. In trademarks, India ranked fourth globally, with nearly 90% of applications coming from domestic applicants. In industrial designs, India entered the global top ten, supported by high growth in the textile, tools, and healthcare sectors.

Experts say the steady rise in patent activity is the result of policy reforms, faster processing times, and a supportive start-up ecosystem. Government schemes and digital platforms have also made filing simpler and more accessible.

WIPO’s findings underline India’s growing strength in sectors such as artificial intelligence, electronics, biotechnology, and deep-tech research. These fields contributed heavily to the rise in domestic patent filings.

India’s ascent to the sixth position signals a major shift in global innovation dynamics. The country now aims to continue this momentum by expanding industry-led research and strengthening collaboration between academia, start-ups, and the private sector.

With sustained growth and increasing global recognition, India is positioning itself as a major innovation hub in the coming decade.

China Retains Top Spot as the World’s Leading Patent Filer in 2024

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China has once again secured its position as the world’s top patent filer, according to the latest report from the World Intellectual Property Organization (WIPO). The global body revealed that patent applications worldwide rose to 3.7 million in 2024, marking a 4.9% increase from the previous year — the fastest growth since 2018.

China led the race with 1.8 million patent applications, maintaining a dominant share of nearly half of all global filings. The United States followed with about 501,831 applications, while Japan ranked third with 419,132. South Korea and Germany rounded out the top five with 295,722 and 133,485 filings respectively.

WIPO highlighted that computer technology remained the most active field, accounting for more than 13% of all published patent applications. Other high-growth sectors included digital communications, electrical machinery, and medical technology, reflecting the rapid pace of global innovation.

The report also showed strong growth in trademark and design filings. Global trademark applications climbed to 15.2 million in 2024, with China contributing nearly 7.3 million. In design patents, Chinese applicants led again with more than 906,000 filings, underscoring the country’s expanding creative and industrial capacity.

WIPO Director General Daren Tang praised the resilience of global innovation systems and stressed the importance of inclusive participation. He called for greater female involvement in patenting activities, noting that diversity is key to sustainable growth in innovation.

Experts say the surge in patent filings reflects rising investment in research and development across Asia, especially in frontier technologies such as artificial intelligence, semiconductors, and green energy. Analysts believe China’s consistent performance in IP filings demonstrates its strategic focus on intellectual property as a driver of national competitiveness.

WIPO’s data also revealed that Asia accounted for nearly 70% of all global IP filings in 2024. This dominance highlights the region’s transformation into the world’s innovation powerhouse.

With growing competition in technology and digital sectors, countries are racing to strengthen their intellectual property ecosystems. The latest data reinforces that China’s innovation engine remains strong — and its commitment to protecting ideas is shaping the future of global technology.

Anixa Biosciences Secures US Patent for Breakthrough Breast Cancer Vaccine Technology

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Anixa Biosciences, Inc. (NASDAQ: ANIX) has received a new U.S. patent for its innovative breast cancer vaccine technology. The United States Patent and Trademark Office (USPTO) will officially issue Patent No. 12,472,205 on November 18, 2025, marking a major step forward for the company’s preventive cancer program.

The newly granted patent protects methods that trigger an immune response to the protein α-lactalbumin. This protein is normally present in breast tissue during lactation but is also found in certain types of breast cancer. By targeting α-lactalbumin, the vaccine aims to train the immune system to recognize and destroy emerging cancer cells before they form tumors.

The breast cancer vaccine was developed by researchers at the Cleveland Clinic, led by Dr. Vincent Tuohy and Dr. Justin Johnson. Anixa holds an exclusive worldwide license to this technology from the Cleveland Clinic. The company stated that the new patent extends its intellectual property protection for the vaccine into the mid-2040s, strengthening its long-term development and commercialization strategy.

According to Anixa’s CEO, the patent marks a key milestone in the company’s mission to create a first-of-its-kind preventive breast cancer vaccine. He emphasized that strong patent protection provides the foundation for advancing the vaccine through future clinical trials and regulatory stages.

Anixa’s breast cancer vaccine remains investigational and is currently in the clinical testing phase. Early-stage trials have focused on evaluating its safety and immune response in healthy volunteers and breast cancer survivors. The company plans to expand studies to assess the vaccine’s ability to prevent the onset of cancer in high-risk populations.

If successful, this vaccine could become a historic medical advancement, offering women a proactive way to prevent one of the world’s most common cancers.

HFCL Files 33 Patents to Strengthen India’s 5G and 6G Leadership

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HFCL Ltd has taken a major step toward advancing India’s telecom innovation. The company has filed 33 patents related to 5G and 6G network technologies. These patents focus on cutting-edge solutions that will power the country’s next-generation communication systems.

HFCL’s new filings include innovations in energy-efficient systems, AI and machine learning applications, and network optimization technologies. The company said these patents reflect its strong focus on research and development for global telecom markets.

The patents, filed between 2021 and 2025, aim to create a robust intellectual property portfolio for the 5G and upcoming 6G era. HFCL has been developing advanced hardware and software solutions to support high-speed, low-latency, and secure communications.

The initiative aligns with India’s Bharat 6G Vision, launched by the government to make India a key global player in next-generation networks. Under this vision, India aims to secure 10 percent of global 6G patents by 2030. HFCL’s innovation drive supports this national goal by contributing indigenous technology to global telecom standards.

Managing Director Mahendra Nahata emphasized that India should not just “host” 6G networks but also “own” them. He said developing homegrown technologies would strengthen telecom sovereignty, reduce dependency on foreign vendors, and ensure secure network infrastructure.

HFCL’s R&D teams are working across multiple domains, including optical fiber cables, telecom equipment, and wireless access solutions. The company is also investing in AI-driven network management to improve performance and reliability. These innovations will help telecom operators manage networks efficiently while reducing energy consumption.

Industry experts believe HFCL’s patent push will enhance India’s intellectual property strength in telecom technology. It positions the company as a serious contender in the global 5G and 6G ecosystem, alongside established international players.

The patents not only reflect HFCL’s technical capabilities but also highlight India’s shift toward innovation-led manufacturing. The company’s efforts will likely inspire other domestic firms to invest in R&D and contribute to the nation’s digital transformation.

With these 33 patents, HFCL has reinforced its role as one of India’s leading contributors to future telecom technologies. As 6G research accelerates worldwide, HFCL’s innovations could play a key role in shaping the connected world of tomorrow.

Nuwellis Secures Patent for Safety Innovation in Pediatric Blood Filtration

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Nuwellis, Inc. has received a new U.S. patent for its advanced safety technology used in pediatric blood filtration systems. The United States Patent and Trademark Office (USPTO) issued a notice of allowance for the company’s latest invention that strengthens the safety features of its Vivian Pediatric Continuous Renal Replacement Therapy (CRRT) system.

The new patent covers an intelligent clamp system that enhances patient safety during blood filtration. It automatically adjusts the clamping force based on environmental conditions and tubing characteristics. The system can also recondition tubing under specific thermal settings and includes thermal insulation to maintain consistent performance.

Nuwellis designed this innovation to improve reliability in treating infants and small children who require extracorporeal blood therapy. Pediatric patients are more vulnerable to blood volume imbalances, pressure changes, and tubing failures. The new clamp technology aims to minimize these risks and deliver precise, safe therapy for children weighing between 2.5 and 20 kilograms.

The company said the new patent builds on its expanding intellectual property portfolio in pediatric blood purification. In September 2025, Nuwellis received another patent for a hemolysis detection system that monitors blood damage during filtration. Together, these technologies strengthen the safety framework of the Vivian system.

The Vivian Pediatric System remains an investigational device and is not yet available for commercial use. Nuwellis continues to refine the system as part of its mission to advance fluid management and kidney care for critical pediatric patients.

Chief Technology Officer Dan Rose highlighted that the new patent demonstrates Nuwellis’s focus on safety and innovation. He said the company is committed to developing technologies that support clinicians and protect the most delicate patient groups.

Nuwellis’s previous studies have shown encouraging results in pediatric care. Its earlier Aquadex system achieved a 92% survival rate in children with acute kidney injury, underscoring the company’s expertise in pediatric ultrafiltration technology.

The new patent is expected to enhance Nuwellis’s competitive position in the growing pediatric renal care market. It also reinforces the company’s strategy to expand its intellectual property base and protect its research-driven innovations.

With this milestone, Nuwellis continues to move closer to offering a fully developed pediatric blood filtration solution that prioritizes precision, safety, and clinical reliability.

Chinese Scientists Patent New Norbornene Derivatives for Heart and Brain Disorders

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Chinese researchers have patented a new class of norbornene derivatives that show promise in treating cardiovascular and neurological disorders. The compounds were developed by scientists at Jiangsu Hengrui Pharmaceuticals Co. Ltd., Shanghai Senhui Pharmaceutical Co. Ltd., and Shanghai Shengdi Medicine Co. Ltd.

Patent Covers Broad Therapeutic Use

The new patent claims chemical structures derived from norbornene, a bicyclic hydrocarbon known for its strong and flexible molecular framework. According to the filing, the compounds may be used to treat cerebral infarction, coronary heart disease, myocardial infarction, and cerebral ischemia.

Researchers say the derivatives can help reduce brain and heart tissue damage caused by restricted blood flow, a key factor in stroke and heart attack.

Promising Preclinical Data

One example compound, identified as Compound 1 (Example 1) in the patent, showed encouraging results in animal tests. In a rat model of middle cerebral artery occlusion (MCAO)—a standard method for studying stroke—the compound improved neurological function scores and significantly reduced cerebral infarct size.

These findings suggest that the norbornene-based molecules may protect brain tissue from ischemic injury and improve recovery after a stroke.

A Step Toward Novel Cardiovascular Therapies

Cardiovascular and ischemic brain disorders remain major global health challenges. Current treatments often focus on managing symptoms rather than repairing damage. The new patent could open the door to novel neuroprotective and cardioprotective drugs that act at the molecular level to limit cell death.

The involvement of Jiangsu Hengrui, one of China’s leading pharmaceutical innovators, highlights the country’s growing role in global drug discovery and intellectual property generation.

Early Stage, but Strong Potential

The norbornene derivatives are still at an early research stage. Human trials have not yet been announced. However, securing a patent gives the developers exclusive rights to further research, licensing, or partnership opportunities.

Experts note that norbornene’s unique ring structure allows scientists to design molecules with precise pharmacological activity and stability, making it a versatile scaffold in modern medicinal chemistry.

China’s Rising Innovation in Medicinal Chemistry

In recent years, Chinese pharmaceutical firms have filed a growing number of patents in cardiovascular, oncology, and neurological drug categories. This trend reflects China’s ambition to shift from generic drug manufacturing toward innovative, IP-driven R&D.

The latest norbornene patent strengthens that trajectory and adds another example of homegrown chemical innovation aimed at life-threatening diseases.

Ola Electric Files Design Patent for Compact Urban EV

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Ola Electric appears to be working on a compact electric car as a new design patent surfaces online. The patent hints at a shift in the company’s focus from premium sedans to affordable, urban electric vehicles aimed at mass adoption.

The design, filed in India, showcases a futuristic compact hatchback with short overhangs and a minimalist exterior. The model seems to have a two-row layout and a full-width LED light bar at the front. The overall design suggests a city-friendly car tailored for dense urban environments.

According to reports, the upcoming model will likely use Ola’s Gen 4 platform. This new modular platform can support two-, three-, and four-wheeled electric vehicles. Ola aims to use it for scooters, small cars, and light commercial vehicles.

The company’s in-house developed 4680 Bharat cell could power the car. The locally produced cell promises better energy density and lower cost, helping Ola reduce dependence on imported components. This aligns with Ola’s plan to make India self-reliant in electric mobility technology.

The compact EV marks a clear change in Ola’s product strategy. The firm had earlier teased a sleek performance-oriented electric sedan, but the latest patent shows a move toward the volume-driven small car segment. Industry experts say this decision could open new opportunities in the growing affordable EV market.

If Ola succeeds, it could compete directly with the Tata Tiago EV, MG Comet EV, and Citroën eC3, all positioned below ₹10 lakh in India. A well-priced Ola hatchback with a real-world range of around 200 to 300 km could attract first-time EV buyers and daily city commuters.

However, challenges remain. Manufacturing a car requires large investments in design validation, safety testing, and production infrastructure. Ola’s experience so far lies mainly in electric scooters. Scaling up to four-wheelers will test its technical and operational capabilities.

The company has not confirmed specifications, pricing, or launch timelines yet. But experts expect the first compact EV from Ola to arrive by 2026 or 2027, following the completion of its cell manufacturing facility and platform readiness.

If executed well, the compact EV could become a game-changer for Ola and for India’s electric mobility landscape. With localized batteries, a scalable platform, and an urban-friendly design, Ola Electric might finally bring a truly homegrown electric car to Indian roads.

Big Tech Patents: Mind Reading and Dream Control Devices

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Big Tech is pushing the limits of innovation with patents that sound more like science fiction than science. Recent filings reveal a race to develop technologies that can read thoughts, interpret emotions, and even control dreams. These patents show where the future of human–machine interaction may be headed — and why it worries privacy experts.

Companies such as Google, Meta, Microsoft, and Samsung are investing heavily in brainwave and neural interface research. Their goal is to create seamless communication between human thoughts and digital systems. Some patents describe sensors that can detect a user’s emotional state through brain activity. Others aim to translate thoughts into digital commands without speaking or typing.

One example is the U.S. patent US20110298706A1, titled “Brainwave Actuated Apparatus.” It outlines a device that reads brain signals to control electronic actions. Meta, formerly Facebook, has filed similar patents for mind-controlled interfaces in its augmented and virtual reality projects. These systems could let users navigate digital worlds using only their thoughts.

Even more astonishing is a patent called US20160119391A1, the “Dream Sharing, Visualization, and Realization Platform.” It proposes a technology that records and analyzes dreams to create visual or virtual representations. The system could also use this subconscious data for personalized advertising or market research. The patent even suggests waking a person with an alarm that can be turned off only by describing their dream.

Experts say these inventions represent the next frontier of data collection. Neural data — information drawn directly from the brain — is more personal than any biometric or behavioral data used today. Scientists and privacy advocates warn that such data must be protected with strict laws before it reaches commercial use.

Ethicists fear misuse of brain and dream data for manipulation or surveillance. Governments around the world have not yet created clear rules for neural interfaces. Without regulation, ownership and consent issues could become major challenges.

Despite the risks, tech giants see huge potential. Brain–computer interfaces could revolutionize communication, healthcare, gaming, and marketing. Imagine controlling a smartphone, designing art, or communicating feelings — all through thought.

However, industry watchers urge caution. “Filing a patent doesn’t mean the technology is ready or even possible yet,” one analyst noted. “But it shows where Big Tech wants to go — inside the human mind.”

The battle for these futuristic patents is not just about innovation. It’s about who will own the next generation of human experience — our thoughts, emotions, and dreams.

India Targets 10% of Global 6G Patents by 2030 with Strong AI Focus

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India has set an ambitious target to capture 10% of global 6G patents by 2030, marking a strong step toward technological self-reliance. The Department of Telecommunications (DoT) announced the goal during the Emerging Science, Technology and Innovation Conclave (ESTIC) 2025.

Telecom Secretary Neeraj Mittal said India aims to be a global leader in next-generation communication technologies. He stressed that Artificial Intelligence (AI) will play a central role in shaping 6G networks. AI will help create intelligent, self-healing, and energy-efficient communication systems that adapt to real-time demands.

The government is working to build a strong ecosystem for research, patents, and innovation. It plans to connect academia, industry, and startups through collaborative projects. The initiative includes over 100 R&D programs focused on 6G technologies, open radio access networks (Open RAN), and indigenous chipset development.

India is also developing test beds and regulatory sandboxes to accelerate experiments in terahertz and optical communication domains. These facilities will support researchers and companies in testing next-gen communication tools under real-world conditions.

Officials said that the 6G roadmap aligns with the “Atmanirbhar Bharat” and “Viksit Bharat 2047” visions. The goal is to transform India from a telecom consumer into a global innovator and exporter of advanced technologies.

AI will serve as a “horizontal technology”, supporting multiple layers of 6G — from network management to predictive maintenance. This will enable faster, smarter, and more secure connectivity.

The DoT is also preparing to make new spectrum bands available for 6G and strengthen the Open RAN ecosystem. Efforts are underway to empower MSMEs and startups to contribute to India’s 6G innovation drive.

Experts view this 10% patent target as ambitious but achievable if India sustains its investment in innovation. The challenge lies in scaling domestic manufacturing, strengthening IP frameworks, and improving international collaboration.

If successful, India could become a key contributor to global telecom standards and a hub for AI-driven 6G technologies, redefining its position in the global digital economy.

Samsung Faces $191 Million Verdict in OLED Patent Lawsuit

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In a major legal setback, a U.S. federal jury in Texas has ordered Samsung Electronics to pay $191.4 million to Pictiva Displays International Ltd for infringing two OLED display technology patents.

The verdict came from the U.S. District Court for the Eastern District of Texas, a venue known for high-stakes patent trials. The jury found that Samsung violated two patents—known as the ‘547’ and ‘425’ patents—covering innovations that enhance the resolution, brightness, and energy efficiency of OLED screens.

Pictiva, which holds the rights to these patents originally developed by OSRAM GmbH, argued that Samsung used the protected technology across its smartphones, televisions, laptops, and wearable devices without authorization. The jury agreed, awarding damages totaling $191.4 million.

Samsung has denied the allegations and announced plans to appeal the verdict. The company also filed petitions with the U.S. Patent and Trademark Office (USPTO) to invalidate the two patents.

The lawsuit, filed in 2023, is part of a broader wave of patent enforcement actions targeting large tech firms over OLED and display technologies. Legal experts note that the Eastern District of Texas has long been a favorable forum for patent owners and licensing entities.

For Pictiva, the ruling marks a significant victory, strengthening its position as a major holder of OLED-related intellectual property. For Samsung, the decision adds to ongoing legal pressures in the U.S. market and could influence future OLED product designs.

Industry analysts believe the outcome underscores the rising value of OLED innovation patents in a competitive display technology landscape. Companies that rely heavily on OLED screens may now face higher licensing costs or renewed efforts to secure exclusive patent rights.

Despite the verdict, Samsung continues to dominate the global display market and remains one of the leading OLED manufacturers worldwide. The company said it remains confident in its legal stance and will “vigorously defend its technology” during the appeal process.