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Singapore Patent Trends (Updated 2025)

Rahul — Thu, 20 Nov 2025 12:58:18 +0000

Singapore Patent Trends (Updated 2025)

Between 2019 and 2025, Singapore has taken a decisive stride in transforming its innovation landscape, not just in volume of patents, but in the strategic dynamics surrounding them. In June 2025, the Intellectual Property Office of Singapore (IPOS) launched its flagship SIPS 2030 strategy, aiming to harness intangible assets and bolster Singapore’s role as a global IP hub. In parallel, Singapore tightened its patent‑regime parameters by lowering free claim thresholds and raising filing fees: a move designed to sharpen clarity and support innovation‑driven growth.

Moreover, the 2025 edition of IP Week @ SG 2025 drew over 5,000 delegates from 40+ countries around the theme “Ideas to Assets: Innovating in Times of Change”, signalling Singapore’s focus on converting ideas into protected value.

Against this backdrop, this article explores the patent trends, sector shifts and innovation inflection points of Singapore’s journey from 2019 to 2025 offering insights for the readers, who are watching Asia’s agile IP performers.

How has the Patent Filing Trend in Singapore Changed Over the Years?

Singapore’s patent journey has two acts: the climb to 2019 and the subsequent descent. The early rise signalled its emergence as a regional IP filing hub. But from 2020 onwards, a shift took place, not a collapse of innovation but a recalibration.

Patent publication years, especially for recent filings (2023–2025), may reflect incomplete datasets due to the 18-month publication window. This means the apparent dip post-2022 might be partially due to publication delays and not a literal collapse in innovation.

Who Are the Top Companies in Singapore Patent Landscape?

What this company‑ranking reveals is less about who is filing, and more about how Singapore is being used as part of global IP strategy.

A majority of the names: Huawei (China), Samsung (South Korea), OPPO (China), Panasonic (Japan) and US firms like Regeneron, Visa and Illumina, are headquartered outside Singapore. That tells us that Singapore is acting as a regional filing hub rather than purely a domestic innovation platform.

This trend signals investment into Asia‑Pacific market positioning, potential cross‑licensing leverage and supply‑chain protection. As Singapore’s IP infrastructure evolves (with new acceleration tracks and simplified claim criteria), the quality and potential monetisation of these filings likely increases.

Who Are the Top Universities & Institutions in Singapore Patent Landscape?

This ranking tells a compelling story about the structure of Singapore’s innovation system: it’s institution‑driven. A*STAR leads the list serving as Singapore’s main public research engine, focused on mission‑oriented R&D and translation into patented inventions. NTU and NUS follow closely, signalling that universities are no longer passive education hubs but active patent‑filing players.

The fact that international institutions appear further down the list (with much smaller counts) underscores that local institutions dominate the domestic patenting landscape rather than many foreign research centres using Singapore purely as a patent filing destination.

Which Key Technology Areas Dominate the Patent Landscape in Singapore?

Singapore’s patent landscape is telling a clear story: innovation gravitating toward life sciences and digital technology, not just in isolated pockets but in full stride.

Life Sciences claims the largest share of filings by far. This aligns with Singapore’s deliberate positioning as a biotech and med‑tech innovation hub. Global pharmaceutical player Eli Lilly and Company launched a S$42 million Digital Health Innovation Hub in Singapore in 2024 to develop wearable sensor tech and AI‑driven health platforms. This signals that life sciences patents here are not just domestic efforts, they form part of multinational R&D anchoring in Singapore.

How Singapore’s Consumers Are Shaping Patentable Innovation?

Ultra connected environment

In early 2025, Singapore had internet penetration of 95.8 % and mobile connections amounting to 179 % of its population.

Consumer tech innovations – in digital platforms, communication systems and imaging tools – are supported by a pervasive digital backbone.

Digital first shopping behaviour

Over 65 % of Singaporean shoppers used their smartphone in their latest purchase, according to a July 2025 review.

Innovations in digital tech – e‑commerce, mobile payment, data analytics – are directly targeted at a market where digital usage translates into real purchasing behaviour.

Rising health tech and home care adoption

A Singapore based start up, Speedoc, has been using AI and connected devices to deliver home based care, signalling consumer openness to non hospital health tech.

Patent filings in life sciences and remote health systems may map to growing consumer demand for healthcare at home and wearable/connected devices.

Sustainability as purchasing filter

A survey found 7 in 10 Singapore consumers believe sustainability is important, though only ~3 in 10 are actively contributing.

Innovations in chemical manufacturing, eco materials and sustainable processes matter not just to industry, but to end users choosing products with green credentials.

Premium, experience led and localisation driven retailing

Singapore is increasingly used by luxury brands as a testbed for immersive retail experiences and regional launches.

Patent activity in imaging systems, navigation/transportation systems or digital services may tie into physical plus digital experiences that Singapore consumers value.

Cautious spending, yet demand for value and novelty

The UOB Group ASEAN Consumer Sentiment Study Consumer Sentiment Study (Singapore Edition, 2025) shows the majority of consumers are prudent in spending, even as digital and lifestyle demands evolve.

While innovation is welcome, patents and licensing strategies should recognise that consumers will pay for clear value differentiation or convenience — not just technology for technology’s sake.

Singapore Innovation Prediction Roadmap

What is in the report?

Full breakdown of patent portfolios by technology area.
Year-wise evolution of filings by technology .
Rank-list of top companies/assignees in the singapore and their filing trends.
Legal status analysis: how many are active, granted, abandoned etc.
Future directions & upcoming innovation hotspots in the singapore.

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Footwear Industry Patent Overview Report

Rahul — Wed, 19 Nov 2025 12:28:02 +0000

Footwear Industry Patent Overview Report

In the world of athletic footwear, a subtle but significant transformation is taking place one driven as much by technology as by design. Recent headlines have highlighted breakthroughs ranging from ultra-responsive midsoles to bio-based performance materials, signaling how innovation is reshaping what modern sports shoes can be.

Behind these visible trends lies a much broader industry shift. Footwear companies are increasingly rethinking how shoes are conceptualized, engineered, and manufactured. Advanced foams and composite structures are replacing conventional materials, automated knitting and 3D-printing are reducing waste, and data-driven design is enabling more precise performance customization than ever before.

Sustainability targets are also pushing brands toward recycled polymers, solvent-free processes, and circular manufacturing models.

This rapid evolution is reflected in the patent landscape, with over 130,000 footwear-related patents filed globally. Leading players like Nike, Adidas, Asics, Anta Sports, Skechers, Puma, and Li-Ning are actively driving innovation in materials, performance technologies, and modern manufacturing.

What are the current problems with Footwear Industry?

Material Sustainability & Performance

Balancing eco-friendly materials with durability

Footwear brands face rising pressure to adopt recyclable, bio-based, and low-carbon materials. However, sustainable materials often compromise durability, abrasion resistance, water-proofing, or long-term comfort. Finding eco-materials that match synthetic leather, foams, and rubbers is a major barrier driving significant R&D and patent activity in polymers, adhesives, and manufacturing processes.

Comfort, Fit & Foot Health Challenges

Designing personalized fit at scale

Consumers increasingly expect shoes tailored to foot shape, arch support, gait, and activity type. Mass production struggles with personalization, leading to discomfort, injury risks, and high return rates—especially in e-commerce. This drives innovation in smart insoles, foot-scanning technologies, responsive cushioning, and biomechanical design, reflected in a growing cluster of patents around fit-optimization systems.

Manufacturing Complexity & Supply Chain Bottlenecks

Managing multi-component assemblies and global sourcing

A typical shoe has 50–70 components, requiring stitching, molding, bonding, and assembly. Manual labor dependence, long lead times, and reliance on overseas suppliers create inefficiencies. Disruptions (logistics, labor shortages, geopolitical instability) severely impact production. As a result, automation, 3D knitting, additive manufacturing, and modular shoe architectures are rising areas of patent filing.

Environmental Waste & End-of-Life Disposal

Reducing landfill waste from multi-material shoes

Over 22 billion pairs of shoes are produced annually, most ending up in landfills because they contain complex material combinations (rubber, EVA, leather, textiles, adhesives) that are almost impossible to recycle. Regulations and consumer expectations push brands to develop recyclable soles, disassemblable shoe structures, and circular design technologies—driving a surge in IP around mono-material soles, dissolvable adhesives, and mechanical fasteners.

Counterfeiting & Brand Protection

Combatting global proliferation of fake footwear

Footwear is among the most counterfeited consumer goods worldwide. High-value sports and luxury brands lose billions due to replicas that mimic designs, logos, and comfort technologies. This creates demand for IP protection technologies such as embedded authentication tags, blockchain-based track-and-trace systems, and unique material signatures—leading to patent filings in anti-counterfeit markers and traceability systems.

Innovation Costs & Technical Barriers

High R&D investment for new cushioning, performance, and smart-shoe tech

Developing next-gen cushioning foams, energy-return systems, waterproof membranes, or sensor-enabled footwear requires advanced materials science, testing equipment, biomechanics expertise, and long development cycles. Smaller manufacturers struggle to keep pace. Patent competition is intense around soles, foams, propulsion plates, adaptive systems, and smart footwear electronics, raising barriers to entry.

How many patents were filed in Footwear Industry by Every Year?

Patent filings in footwear surged from just hundreds in the early 2010s to over 12,000 annually by 2023—reflecting breakthrough innovations in smart footwear, sustainable materials, performance tech, and manufacturing processes.

About the recent trend? Patent applications take up to 18 months to publish, so the latest filings are still working through the system. The innovation pipeline remains robust—the question is who’s leading it and where.

Major players continue aggressive patent activity across smart textiles, biomechanical design, and sustainable manufacturing. Some companies are consolidating dominance while others explore white-space opportunities.

Curious which brands are winning the innovation race? Want to know which technology domains are heating up?

Which are the top companies hold the most patents in the Footwear industry?

Nike dominates overwhelmingly with over 10,000 patents—nearly 9x more than any competitor. This reflects aggressive R&D across performance tech, materials, and manufacturing innovation.

Adidas holds second with ~1,200 patents, followed by Asics (950+) and Anta Sports (800+). Traditional players like Skechers, Puma, and BASF maintain mid-tier portfolios (500-700), while emerging Asian manufacturers—Xtep, 361 Degrees, Li-Ning—are building significant patent positions.

Even niche brands like Crocs (320+) show focused IP strategies in specialized segments.

Curious which technologies each company dominates? Want to identify competitive gaps and licensing opportunities?

Which Countries are Leading the Global Innovation Race in Footwear Industry?

Footwear patent activity is heavily concentrated in Asia, with China leading decisively at over 75,000 patents—commanding the lion’s share of global filings. This dominance is driven by massive investments in manufacturing innovation, smart footwear technology, and sustainable materials.

The United States holds strong with 17,000+ patents, focusing on performance engineering, automation, and branded innovation. South Korea and Japan collectively contribute over 11,000 patents, excelling in advanced materials and precision manufacturing.

Europe remains a significant player with over 7,500 patents (EPO), emphasizing quality, sustainability, and design innovation. Emerging activity in Taiwan, Brazil, and Italy signals that footwear R&D is becoming increasingly global and specialized.

Curious which countries dominate specific technology areas? Want to know where your competitors are filing and why?

Technology Bifurcation of Footwear Industry

Patent activity reveals distinct innovation priorities across footwear technology. Sole technology dominates with over 19,000 patents, followed closely by Shoe (14,500+) and Footwear (12,000+) categories—reflecting intense competition in foundational performance and comfort engineering.

Design innovation commands over 7,000 patents, while Material & Manufacturing exceeds 4,400 patents, highlighting the industry’s push toward sustainable materials and advanced production methods. Boots (5,000+) and Cushioning & Comfort (2,800+) represent significant specialized segments.

Emerging tech areas show strategic focus: 3D Printing (1,700+) signals manufacturing transformation, Smart Shoes (450+) reveal connected footwear ambitions, and Running Shoes (680+) demonstrate performance category intensity.

Curious which companies lead in specific technology domains? Want to identify white-space opportunities in high-growth segments?

Footwear Innovation Prediction Roadmap

What is in the report?

Full breakdown of patent portfolios by technology area (materials, manufacturing processes, sustainability, performance features, smart footwear).
Year-wise evolution of filings by technology area from 2019 to 2025.
Rank-list of top Companies/Countries in the footwear patent landscape and their filing trends.
Global distribution of filings: country-wise data & year-wise evolution.
Legal status analysis: how many are active, granted, abandoned etc.
Future directions & upcoming innovation hotspots in the footwear space.

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Ice Cream Industry Patent Overview Report

Rahul — Thu, 13 Nov 2025 07:41:02 +0000

Ice Cream Industry Patent Overview Report

In New York City, a new food trend recently made headlines – vanilla ice cream dipped in French butter to create a crisp, glossy shell. While it caught attention for its novelty, it also reflects a broader shift happening across the ice cream industry.

Over the past few years, companies have been rethinking how ice cream is formulated, processed, and delivered to meet growing expectations around health, sustainability, and product quality.

The shift is clear. Plant-based bases are becoming more common, natural stabilizers are replacing synthetic ones, and production lines are moving toward energy-efficient freezing, precise mixing, and higher levels of automation. These developments mark a move away from traditional methods and toward a more technical, consistent, and efficient manufacturing approach.

This evolution is also visible in the patent overview. Between 2019 and 2024, more than 11,500 ice-cream-related patents were filed globally. The most active contributors include Yili Group, Mengniu Dairy, Unilever, Nestlé, and Carpigiani, all investing steadily in new formulations, process improvements, and equipment innovation.

What are the problems with ice cream industry?

Health & Nutrition

Reformulating without compromising taste

Ice cream brands face rising demand for low-sugar, low-fat, and clean-label options. Reformulating while maintaining creaminess, flavor, and mouthfeel remains one of the industry’s toughest challenges.

Ingredient Limitations

Replacing synthetic stabilizers with natural alternatives

Natural stabilizers and emulsifiers often fail to match the performance of synthetic ones, affecting texture, shelf life, and product stability especially in plant-based products.

Cold-Chain Vulnerability

Temperature fluctuations affecting quality

Ice cream is highly sensitive to temperature shifts. Even minor breaks in the cold chain can cause ice crystal growth, freezer burn, and product waste, impacting both quality and shelf life.

Regulatory Compliance

Clean-label, allergen, and formulation standards

Global regulations around additives, allergens, and dairy alternatives create complexity for manufacturers, especially when launching products across multiple markets.

Packaging Limitations

Balancing sustainability with performance

Ice cream packaging must survive freezing, moisture, and transport. Finding eco-friendly materials that still protect product quality is a major bottleneck.

R&D Cost and Technical Barriers

High investment needed for new formulations

Developing functional, protein-rich, or sugar-reduced ice creams requires specialized equipment, longer testing cycles, and higher R&D spend—restricting innovation for smaller manufacturers.

Which are the top companies hold the most patents in the ice cream industry?

The global ice cream industry’s innovation is driven by a mix of major dairy brands, global FMCG leaders, and specialized equipment manufacturers.

Patent data shows strong dominance from Chinese companies like Yili and Mengniu, with Western leaders such as Unilever and Nestlé focusing on sustainability and automation.

Together, the top 15 companies hold a significant share of active patents, signaling a clear shift toward Asia-led R&D in the evolving ice cream technology overview.

Curious where your competitors stand?

Which countries are leading global ice cream innovation?

Innovation in the ice cream industry is led largely by Asia, with China emerging as the top patent contributor. China holds over 40% of active global ice cream patents, driven by advancements in dairy processing, frozen dessert technology, and alternative formulations.

The United States remains strong in automation, packaging, and flavor innovation, while Europe and Japan lead in equipment and quality control. The rise of Brazil, India, and South Korea shows how ice cream R&D is now a truly global effort.

Curious how your region stacks up?

How have patent filings in ice cream evolved over the years?

Innovation in the ice cream industry has grown rapidly over the last two decades. After steady increases post-2010, filings surged around 2018-2019 with the rise of health-focused, sustainable, and food-tech advancements.

Patent activity peaked in 2023 with nearly 2,000 filings, reflecting strong investment in new formulations, production technologies, and sustainable solutions. Although 2024-2025 show a slight dip, the overall trend highlights a highly active and evolving innovation landscape.

Ice Cream Innovation Prediction Roadmap

What is in the report?

Full breakdown of patent portfolios by technology area.
Year-wise evolution of filings by technology area from 2020 to 2025.
Rank-list of top companies/countries in the ice cream patent landscape and their filing trends.
Global distribution of filings: country-wise data & year-wise evolution.
Legal status analysis: how many are active, granted, abandoned etc.
Future directions & upcoming innovation hotspots in the ice cream industry.

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Cryptocurrency Industry Patent Overview Report

Rahul — Tue, 11 Nov 2025 05:13:51 +0000

Cryptocurrency Industry Patent Overview Report

When the world debated Bitcoin’s next price rally in 2020, few realized another, quieter revolution was already underway not on exchanges, but in patent offices.

Social listening across platforms like Twitter, Reddit, and Telegram reveals a striking shift in conversation. Between 2020 and 2025, discussions have evolved from token hype to deeper debates around security, regulation, and real-world adoption — signaling a maturing narrative in how the public perceives cryptocurrency.

Patent data tells the same story from another angle. More than 27,000 cryptocurrency patents published globally since 2020 highlight continued innovation in cross-chain interoperability, zero-knowledge proofs, and digital asset infrastructure. Industry leaders such as nChain, IBM, and State Grid Corporation of China are shaping the intellectual backbone of this new financial era.

Together, these social and IP signals reveal a single truth while the market’s noise may rise and fall, the foundations of tomorrow’s blockchain economy are being quietly, relentlessly engineered.

What are the problems with Cryptocurrency?

Regulatory Complexity

Global compliance differences

Cryptocurrency operates across borders, but regulations differ drastically from one country to another. This creates uncertainty for businesses and investors, slowing innovation and adoption. Harmonizing global standards remains a critical challenge for the industry.

Scalability Issues

High transaction costs and limited throughput

Blockchain networks often face congestion, leading to slower transactions and high gas fees. Without scalable solutions such as Layer-2 protocols or sharding, mass adoption and real-time financial use cases remain limited.

Privacy vs Transparency

Balancing user anonymity with accountability

Cryptocurrencies must protect user privacy while complying with anti-money laundering (AML) and know-your-customer (KYC) regulations. Striking this balance is crucial, as excessive transparency exposes users, whereas total anonymity risks regulatory backlash.

Cross-Chain Interoperability

Overcoming blockchain silos

Most blockchains operate as isolated ecosystems, limiting the seamless transfer of assets and data. The lack of standardized communication protocols hinders liquidity, cross-chain DeFi, and multi-network applications.

Quantum Threat

Preparing encryption for a post-quantum world

Future quantum computers could break today’s cryptographic algorithms, posing a significant risk to blockchain security. Research into quantum-resistant cryptography is essential to safeguard digital assets and maintain trust in decentralized systems.

Smart Contract Vulnerabilities

Bugs and hacks in smart contracts, bridges, and wallets

Errors in code and poorly audited smart contracts frequently lead to exploits and massive financial losses. Enhancing security standards, auditing practices, and automated verification is vital to maintain user confidence and ecosystem stability.

Who are the key companies in Cryptocurrency?

A few tech giants are quietly shaping the future of blockchain.
From Nchain Holdings dominating with over 1,300 crypto patents to IBM, Intel, and Huawei expanding blockchain’s reach across finance, AI, and 5G — the race for IP leadership is on.

Curious where your competitors stand?

Which Countries Are Leading the Global Race for Cryptocurrency Patents?

Innovation in cryptocurrency isn’t just about tech — it’s a global race for dominance.
China leads the charge with over 11,000 patents, fueled by its national blockchain strategy, while the US follows with strong enterprise-driven filings from tech and fintech giants.
Europe, meanwhile, focuses on compliance and fintech infrastructure, reflecting its steady, regulation-led approach.

Curious how your region stacks up?

Which Technologies Dominate the Cryptocurrency Patent Landscape?

Security and privacy lead the charge, with over 7,000 patents focused on protecting digital assets and ensuring trust in crypto transactions.

Closely following are breakthroughs in payment systems, blockchain infrastructure, and cloud computing, showing how innovation is expanding from core security to real-world usability.

Want to see where the next wave of crypto patents is heading?

Cryptocurrency Innovation Prediction Roadmap

What is in the report?

Full breakdown of patent portfolios by technology area (security, payments, infrastructure, compliance).
Year-wise evolution of filings by technology area from 2003 to 2025.
Rank-list of top companies/assignees in the crypto patent landscape and their filing trends.
Global distribution of filings: country-wise data & year-wise evolution.
Legal status analysis: how many are active, granted, abandoned etc.
Future directions & upcoming innovation hotspots in the crypto space.

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Extended Reality (XR) Patent Overview Report

Prinkal Singh — Fri, 19 Sep 2025 08:06:35 +0000

What is in the report?

This report explores XR patent filing trends, grant timelines, and global innovation hotspots, covering leading countries, companies, and inventors. It highlights technology focus areas, portfolio life, litigation activity, and strategic shifts shaping the future of Extended Reality.

What is covered in this report:

1. How many patents have been filed in the Extended Reality (XR) industry?

2. How fast are XR patents granted?

3. Which countries are shaping the global XR patent landscape?

4. Where are XR R&D centers concentrated across the globe?

5. What types of patents are driving the XR industry?

6. How many XR patents are Active vs. Inactive?

7. How much remaining life does the XR industry’s patent portfolio have?

8. Which are the most cited patents in the XR industry?

9. Which companies are leading innovations in the XR industry?

10. How have leading XR companies shifted their patent strategies over time?

11. Who are the top inventors behind XR patents?

12. How has the patent filing trend of top XR inventors evolved over time?

13. Which key technology areas are top XR inventors focusing on?

14. Which key technology areas dominate the XR industry?

15. How have XR technology priorities shifted from 2019 to 2025?

16. How has the litigation activity evolved in the XR industry?

Download the Report

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Sustainable Aviation Fuels Patent Overview Report

Prinkal Singh — Fri, 19 Sep 2025 07:24:25 +0000

What is in the Report?

This report provides a detailed overview of SAF patent trends, leading countries, companies, and inventors, as well as key technology areas and R&D hotspots. It highlights technology evolution from 2014–2025 and reveals how top players are shaping the future of sustainable aviation fuels.

What is covered in this report:

1. How many patents have been filed in the Sustainable Aviation Fuels (SAF) industry?

2. How many SAF patents are Active vs. Inactive?

3. Which countries are shaping the global SAF patent landscape?

4. Where are SAF R&D centers concentrated across the globe?

5. Which companies are leading innovations in the SAF industry?

6. Who are the top inventors behind SAF patents?

7. Which key technology areas dominate the SAF industry?

8. How have SAF technology priorities shifted from 2014 to 2025?

9. What are the technology focus areas of the top SAF inventors?

10. How are top countries driving innovation in Sustainable Aviation Fuels (SAF)?

11. How are top companies shaping the future of SAF?

Download the Report

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Nuclear Energy Patent Overview Report

Prinkal Singh — Fri, 19 Sep 2025 07:07:37 +0000

What is in the Report?

This report provides a comprehensive view of Nuclear Energy patent trends, leading players, key technologies, and global innovation distribution. It highlights active vs. inactive patents, grant timelines, and emerging technology areas shaping the future of the Nuclear Energy industry.

What is covered in this report:

1. How many patents have been filed in the Nuclear Energy industry since 2020?

2. How many Nuclear Energy–related patents are filed each year?

3. How many Nuclear Energy patents are Active vs. Inactive?

4. How many Nuclear Energy patents are filed across different countries?

5. Which countries are leading the global Nuclear Energy patent race?

6. Which countries are leading in Nuclear Energy R&D output?

7. What types of patents dominate the Nuclear Energy sector?

8. What is the grant timeline for Nuclear Energy patents?

9. Which companies are leading innovations in the Nuclear Energy industry?

10. Which key technologies are shaping the future of Nuclear Energy?

…and more insights on: patent portfolio remaining life, company-wise filing trends, top inventors and their focus areas, technology evolution over time, and leading law firms driving Nuclear Energy innovation.

Download the Report

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Electric Vehicle Patent Overview Report

Prinkal Singh — Tue, 09 Sep 2025 06:48:51 +0000

What is in the report?

This report helps you to understand the Electric Vehicle (EV) patent filing trends, top leading players, key technological segments, global distribution of EV innovations, and provides a comprehensive worldwide overview of the Electric Vehicle industry and much more.

What is covered in this report:

1. How many patents have been filed in the Electric Vehicle industry since 2020?

2. How many EV-related patents are filed every year?

3. How many EV patents are Active/Inactive?

4. How many EV patents are filed across different countries?

5. What Technical Segments are covered by EV patents?

6. Which Companies and R&D Centres are leading EV innovations globally?

Download the Report

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Get any Company’s Subsidiaries & Acquisition …In Under 2-3 Days

jatin — Thu, 21 Aug 2025 08:46:30 +0000

This section contains a detailed list instead of a chart-based representation.

What is covered in this report:

1. Total Acquisitions – See how many companies have been acquired by the company.

2. Notable Acquisitions – Highlight the most impactful deals in the company’s history.

3. Acquisition List – Review the complete list of companies acquired with the acquired date and price.

4. Subsidiary List – Explore the company’s active subsidiaries across the globe.

Request for the Report

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Get Any Country Patent Insights …In Under 3-4 Days

Rahul — Thu, 21 Aug 2025 07:00:50 +0000

Country Patent Report Snapshot

What is covered in this report:

1. Publications & Grants – See how many patents were published and granted in the country each year.

2. International Contributors – Find which countries drive the most innovations entering the country.

3. Top Patent Holders – Identify companies with the largest patent portfolios in the country.

4. Leading Foreign Filers – Spot non-domestic companies filing the most patents in the country.

5. Universities & Institutes – See the top academic assignees in the country.

6. Leading SMEs – Discover the most active small & mid-size assignees.

7. US Law Firms (Prosecution) – Track firms handling the most patent prosecutions.

8. Key Female Inventors – Highlight prolific women inventors on patents.

9. Top Technology Areas – Review tech fields with the highest volume of published patents.

10. Emerging Trends – Spot fast-rising assignees, tech clusters, and momentum in filings.

Request for the Report

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