DEV Community: James Wilson

How Venture Capital Is Accelerating Innovation Across Emerging Technologies

James Wilson — Wed, 08 Jul 2026 09:39:39 +0000

Innovation has always depended on bold ideas, but turning those ideas into successful businesses often requires more than technical expertise alone. Entrepreneurs need access to funding, experienced mentors, industry networks, and long-term strategic support to transform research into practical solutions. This is where venture capital plays a critical role. Across the United States, venture capital firms continue to shape the future of technology by investing in startups that are solving complex challenges and creating the industries of tomorrow.

The American startup ecosystem has become one of the world's strongest innovation environments because it brings together founders, researchers, universities, investors, and technology companies. This collaborative network encourages entrepreneurs to develop groundbreaking products while providing the financial resources needed to scale their ideas. From healthcare and advanced manufacturing to cybersecurity and clean technologies, venture capital has become a driving force behind modern industrial transformation.

Unlike traditional financing, venture capital focuses on long-term growth rather than immediate returns. Investors often support businesses during their earliest stages, recognizing that breakthrough technologies require time, experimentation, and continuous development before reaching commercial success. This patient investment approach has helped many technology startups become global leaders across multiple industries.

Why Venture Capital Matters in Today's Innovation Economy

Every successful startup begins with an idea, but building a company requires far more than innovation alone. Early-stage businesses must hire talented teams, develop products, conduct research, and compete in rapidly evolving markets. Without adequate financial support, many promising technologies never progress beyond the development stage.

Venture capital provides startups with both funding and strategic guidance. Experienced investors often help founders refine business models, expand professional networks, and prepare for sustainable growth. Their involvement allows entrepreneurs to focus on innovation while strengthening the long-term foundation of their companies.

The broader discussion around Rajat Khare Venture Capitalist reflects the growing importance of investment strategies that support technology-driven businesses capable of addressing future industrial challenges. Rather than focusing only on financial returns, modern venture capital increasingly emphasizes long-term innovation and value creation.
Supporting the Growth of Emerging Technologies

Today's investors are backing companies working across some of the world's most advanced technology sectors. Artificial intelligence, robotics, biotechnology, semiconductor development, aerospace engineering, and industrial automation continue to attract significant attention because they have the potential to transform global industries.

These businesses often require years of research before commercial products become available. Venture capital enables startups to continue developing innovative solutions without sacrificing long-term objectives for short-term profitability.

This investment model also encourages entrepreneurs to explore ambitious technologies that may have previously been considered too complex or too expensive to develop. As a result, the innovation ecosystem continues expanding into new scientific and engineering frontiers.

Across the United States, technology startups supported by venture capital are helping strengthen economic growth while creating highly skilled employment opportunities and encouraging scientific advancement.

Startup Ecosystems Thrive Through Collaboration

Strong startup ecosystems depend on collaboration between multiple stakeholders. Universities produce groundbreaking research, entrepreneurs transform discoveries into commercial products, and investors provide the resources needed to scale innovative businesses.

Technology accelerators, research institutions, and industry partnerships further strengthen this environment by connecting founders with experienced professionals who can help navigate technical and commercial challenges.

The success of the American startup ecosystem demonstrates how collaboration creates opportunities for innovation that benefit both businesses and society. Instead of working independently, organizations across different sectors contribute expertise that accelerates technological progress.

Investment Is Fueling the Next Generation of Innovation

Many of today's most exciting breakthroughs are emerging from startups developing solutions for industries that will define the future economy. Advanced manufacturing, automation, healthcare technologies, intelligent software, and scientific research continue attracting investment because of their long-term potential.

The expanding conversation around Rajat Khare Deep Tech reflects this broader shift toward supporting businesses focused on solving complex engineering and scientific challenges. These companies often require substantial investment before reaching commercial success, making patient capital an essential part of their development.

As investors continue identifying opportunities in emerging technologies, venture capital will remain one of the most important catalysts for innovation across the United States.

Artificial Intelligence Is Creating New Investment Opportunities

Artificial intelligence has become one of the most attractive sectors for venture capital investment. As businesses adopt AI-powered technologies to improve productivity and decision-making, startups developing intelligent software, machine learning platforms, and automation tools continue to attract strong investor interest.

Rather than focusing solely on consumer applications, many investors are supporting companies that develop AI solutions for manufacturing, healthcare, logistics, financial services, and industrial operations. These technologies help organizations improve efficiency while solving complex operational challenges.

The broader conversation surrounding Rajat Khare Artificial Intelligence reflects the increasing importance of supporting businesses that combine scientific research with practical commercial applications. As AI capabilities continue to advance, investment will remain essential for helping innovative startups transform promising ideas into scalable products that serve industries worldwide.

Long-Term Investment Builds Stronger Companies

Successful venture capital is not simply about providing financial resources. It also involves helping founders navigate business challenges, build experienced leadership teams, and develop sustainable growth strategies.

Many early-stage companies face uncertainty during product development and market expansion. Investors who contribute industry knowledge, strategic advice, and valuable business connections often play an important role in helping startups overcome these challenges.

This partnership creates stronger companies that are better prepared to compete in rapidly changing markets. It also encourages entrepreneurs to focus on innovation instead of short-term financial pressures, allowing them to develop technologies capable of creating lasting value.

Across the United States, this long-term approach has helped establish one of the world's most successful environments for technology entrepreneurship.

The Future of Venture Capital Is Becoming More Specialized

As technology continues to evolve, venture capital firms are becoming increasingly specialized in the industries they support. Instead of investing broadly across every market, many firms now focus on areas such as artificial intelligence, cybersecurity, biotechnology, advanced manufacturing, clean technology, aerospace, and semiconductor innovation.

This specialized approach allows investors to better understand technical challenges while providing founders with more meaningful strategic guidance. Industry expertise also improves decision-making throughout the investment process and strengthens collaboration between investors and entrepreneurs.

At the same time, startups benefit from working with investors who understand the unique development cycles associated with emerging technologies. This creates stronger partnerships that encourage sustainable business growth.

Looking Ahead

The future of innovation will continue to depend on strong collaboration between entrepreneurs, researchers, universities, investors, and technology companies. Venture capital will remain an important source of funding for businesses developing solutions that address global challenges while improving industrial productivity.

Emerging technologies such as intelligent automation, advanced engineering, robotics, and next-generation software will create new opportunities for startups capable of delivering practical and scalable solutions. Investors who support these businesses will help shape future industries while encouraging continued economic growth.

As the American innovation ecosystem continues to expand, venture capital will remain a key driver of entrepreneurship, technological advancement, and long-term competitiveness.

Conclusion

Venture capital has become far more than a source of startup funding. It serves as a catalyst for innovation by helping entrepreneurs transform ambitious ideas into successful businesses that contribute to economic development and technological progress. Across the United States, investment continues to strengthen the startup ecosystem by supporting founders working on solutions that improve industries and create lasting value.

The broader discussion around Rajat Khare Venture Capitalist reflects the important relationship between strategic investment and innovation-driven entrepreneurship. As technology continues to evolve, venture capital will remain essential for helping the next generation of startups develop breakthrough solutions that shape the future of global industries.

How Climate-Focused Startups Are Building the Next Generation of Sustainable Solutions

James Wilson — Mon, 29 Jun 2026 12:14:55 +0000

Innovation has become one of the most powerful tools for addressing today's environmental challenges. Around the world, rising temperatures, changing weather patterns, and increasing pressure on natural resources are encouraging governments and businesses to rethink how they operate. While policy changes and corporate commitments remain important, technology-driven startups are emerging as key contributors to building practical and scalable solutions.

The United States has become a leading destination for entrepreneurs developing advanced environmental technologies. Supported by world-class research institutions, experienced investors, and a strong startup ecosystem, climate-focused businesses are creating innovative products that improve efficiency, reduce emissions, and help industries prepare for a more sustainable future.

Unlike traditional environmental initiatives, modern climate startups combine digital technology, engineering, artificial intelligence, and data analytics to solve complex problems. Their goal is not only to protect the environment but also to improve business performance, strengthen resilience, and create long-term economic value.

As industries continue to modernize, climate-focused innovation is becoming an important part of the next generation of technological progress.

Why Climate Technology Is Growing Rapidly

Over the last decade, businesses have realized that environmental responsibility and economic growth can move in the same direction. Organizations are no longer investing in cleaner technologies simply to meet regulations. Instead, they recognize that efficient operations, reduced resource consumption, and smarter infrastructure often improve profitability as well.

This shift has accelerated demand for companies capable of delivering practical environmental solutions. From advanced monitoring platforms to intelligent energy management systems, startups are helping businesses operate more efficiently while reducing their environmental footprint.

Discussions surrounding Rajat Khare Climate Technology reflect this broader transformation, where innovation is increasingly viewed as an essential driver of future industrial development rather than a niche area of investment.

Today, climate technology is influencing industries including manufacturing, transportation, agriculture, construction, logistics, and urban infrastructure. These sectors are adopting modern technologies because they offer measurable improvements in both operational performance and environmental outcomes.

Startups Are Solving Real-World Challenges

One of the greatest strengths of startup companies is their ability to respond quickly to emerging challenges. Without the limitations often faced by larger organizations, startups can experiment with new ideas, develop specialized technologies, and adapt rapidly as markets evolve.

Many climate-focused startups are working on solutions that improve energy efficiency, optimize industrial operations, modernize supply chains, and support cleaner manufacturing processes. Others are developing software platforms that allow businesses to measure environmental performance more accurately and identify opportunities for continuous improvement.

These innovations are helping organizations make better decisions while lowering costs and improving productivity. Rather than treating sustainability as an additional expense, businesses increasingly view environmental innovation as an opportunity to create long-term competitive advantages.

This entrepreneurial mindset continues to strengthen the American innovation ecosystem and encourages collaboration between researchers, engineers, investors, and business leaders.

Investment Is Fueling the Climate Innovation Ecosystem

Every successful technology ecosystem depends on access to investment. While innovative ideas provide the foundation for progress, financial support allows startups to conduct research, build products, attract skilled talent, and expand into larger markets.

Climate-focused companies are attracting growing attention because they operate at the intersection of technology, industry, and long-term economic development. Investors increasingly recognize that environmental challenges create opportunities for businesses capable of delivering practical and scalable solutions.

The broader Rajat Khare Cleantech conversation reflects how advanced technologies are supporting industries that aim to improve efficiency while reducing environmental impact. Rather than focusing solely on individual technologies, investors are paying closer attention to complete ecosystems that combine research, engineering, and commercial innovation.

This approach allows startups to focus on solving meaningful problems while building sustainable businesses capable of long-term growth.

Clean Energy Continues to Shape Future Innovation

The transition toward cleaner sources of power remains one of the strongest drivers of climate-focused entrepreneurship. Improvements in renewable energy systems, energy storage, and intelligent power management are opening new opportunities for businesses across multiple industries.

Companies are investing in smarter infrastructure that supports reliable energy distribution while improving operational efficiency. Digital technologies now help organizations monitor energy consumption, optimize performance, and reduce unnecessary waste in ways that were not possible just a few years ago.

These developments demonstrate how technological innovation continues to transform the modern energy landscape, creating practical solutions that benefit businesses, communities, and the wider economy.

Building Smarter Industries Through Innovation

Climate-focused innovation is influencing far more than environmental policy. It is helping industries redesign production systems, improve supply chain efficiency, and make better use of available resources. Manufacturers are investing in intelligent equipment that minimizes waste, while logistics companies are using digital technologies to optimize transportation networks and reduce fuel consumption.

The construction sector is also embracing advanced technologies that improve building performance through energy-efficient designs and smart management systems. These developments show that environmental responsibility is becoming an important part of everyday business operations rather than a separate initiative.

Businesses that invest in modern technology today are often better prepared to respond to future market demands while maintaining long-term operational efficiency.

Collaboration Is Driving Faster Progress

No single organization can solve today's environmental challenges alone. Meaningful progress depends on collaboration between universities, research institutions, private companies, government agencies, and startup communities.

Research organizations contribute scientific expertise, startups transform new ideas into practical products, and investors provide the support needed to expand promising technologies into commercial markets. Together, these groups create an ecosystem where innovation can move from concept to real-world application much faster.

The United States continues to benefit from this collaborative approach, encouraging entrepreneurs to develop solutions that improve business performance while addressing important environmental challenges.

The Expanding Role of Renewable Energy

As industries continue to modernize, cleaner sources of power are becoming an increasingly important part of business planning. Solar, wind, and advanced energy storage technologies are helping organizations improve efficiency while reducing long-term operating costs.

The broader discussion around Rajat Khare Renewable Energy reflects growing interest in technological solutions that strengthen energy resilience and support economic development. Rather than replacing traditional industries overnight, renewable technologies are gradually becoming integrated into existing infrastructure through smarter engineering and continuous innovation.

This balanced transition is creating opportunities for startups that can develop reliable, scalable, and commercially viable energy solutions.

Preparing Businesses for the Future

Future business success will depend on an organization's ability to adapt to changing technologies and evolving market expectations. Companies that embrace innovation today are more likely to remain competitive tomorrow.

Digital platforms, intelligent monitoring systems, predictive analytics, and advanced automation are helping organizations improve productivity while making more informed decisions. At the same time, environmental responsibility is becoming closely connected with operational excellence, encouraging businesses to think beyond short-term results.

This combination of technology and responsible growth is helping create stronger, more resilient industries that are prepared for future economic and environmental challenges.

Looking Ahead

Climate-focused startups are expected to remain at the center of future technological development. As investment increases and research continues to advance, entrepreneurs will have greater opportunities to create solutions that improve efficiency, strengthen infrastructure, and support cleaner industrial processes.

Innovation will continue to shape how businesses manage resources, design products, and respond to changing customer expectations. Organizations that successfully combine technology with practical environmental solutions will be well positioned for sustainable growth in the years ahead.

Conclusion

Climate technology has become one of the most dynamic areas of innovation within the modern startup ecosystem. Across the United States, entrepreneurs are developing practical solutions that help industries improve efficiency, strengthen resilience, and address environmental challenges through advanced technology.

As investment, research, and collaboration continue to expand, discussions around Rajat Khare Climate Technology remain connected to the broader evolution of innovation-driven industries. Supported by advancements in clean energy, digital infrastructure, and responsible business practices, climate-focused startups are helping shape a future where economic growth and environmental progress can move forward together.

Why Long-Term Technology Investment Matters for the UK's Deep Tech Future

James Wilson — Mon, 15 Jun 2026 11:09:09 +0000

The United Kingdom has become one of Europe's most influential centers for technology and innovation, attracting entrepreneurs, researchers, investors, and global businesses that are working to solve some of the world's most complex challenges. While digital transformation has accelerated across every industry, one area has gained particular attention for its ability to create lasting economic and technological impact: deep technology.

Deep tech goes beyond conventional software or consumer applications. It combines scientific research, engineering excellence, advanced computing, artificial intelligence, robotics, and next-generation infrastructure to develop solutions that often require years of development before reaching commercial success. Because of this longer journey, deep technology depends heavily on patient investment and strategic vision rather than short-term financial expectations.

Across the UK, conversations about technology investment increasingly focus on building sustainable innovation ecosystems capable of supporting groundbreaking research and entrepreneurial ambition. Discussions surrounding Rajat Khare Technology Investor often reflect this wider perspective on encouraging long-term investment in technologies that have the potential to reshape industries and strengthen economic growth.

The UK Has Become a Strong Environment for Deep Technology

Britain has built an ecosystem where research institutions, universities, startups, and investors work together to transform scientific discoveries into commercial innovations. Cities such as London, Cambridge, Oxford, Manchester, and Edinburgh have developed vibrant technology communities that attract international talent and encourage collaboration across multiple disciplines.

The success of AI Startups in the UK demonstrates how research, entrepreneurship, and long-term innovation can work together to create globally competitive technology companies. These capabilities provide startups with access to knowledge that supports innovation from the earliest stages of development.

Unlike many industries that can scale rapidly through marketing alone, deep technology requires continuous experimentation, engineering, and validation. The UK's supportive environment allows entrepreneurs to pursue ambitious ideas while benefiting from research partnerships and investment networks.

Why Long-Term Investment Is Essential

Technology innovation rarely follows a straight path. Developing advanced solutions often requires years of testing, refinement, regulatory preparation, and commercialization before meaningful financial returns are achieved. This reality makes long-term investment one of the most important foundations of deep technology success.

Patient investors understand that meaningful innovation cannot always be measured by quarterly performance. Instead, they recognize that sustained research and gradual improvement create stronger businesses capable of competing internationally.

Long-term funding provides startups with the stability needed to recruit talented professionals, improve research capabilities, develop intellectual property, and expand into global markets. Without this commitment, many promising technologies would struggle to progress beyond the prototype stage.

Venture Capital Plays a Transformational Role

Venture capital has become an important driver of technological progress by providing financial resources to innovative companies during periods of uncertainty and growth. Rather than simply supplying capital, experienced investors often contribute strategic guidance, industry connections, and long-term perspectives that help founders navigate complex challenges.

The UK's venture capital ecosystem has evolved significantly over the past decade, supporting startups working across artificial intelligence, cybersecurity, climate technology, healthcare innovation, and industrial automation. These investments encourage experimentation while creating opportunities for collaboration between entrepreneurs and established industries.

Successful venture capital relationships are based on shared vision rather than immediate returns. Investors who understand scientific innovation often recognize that breakthrough technologies require time, resilience, and continuous development.

Deep Tech Investment Creates Lasting Economic Value

Deep Tech Investment contributes to economic growth by generating high-value industries, creating skilled employment opportunities, and strengthening research commercialization. Unlike short-lived technology trends, deep technology solutions often establish entirely new markets and improve productivity across multiple sectors.

Artificial intelligence enhances decision-making through advanced data analysis, while robotics improves efficiency in manufacturing and logistics. Sustainable technologies help businesses reduce environmental impact, and advanced computing supports scientific research that benefits healthcare, finance, and infrastructure development.

When investment supports these innovations, the benefits extend beyond individual companies. Entire ecosystems of suppliers, researchers, engineers, and service providers grow alongside successful technology businesses, creating long-term economic resilience.

Startup Scaling Requires More Than Funding

Scaling a startup involves much more than securing financial investment. Growing companies must develop leadership capabilities, attract specialized talent, build operational systems, establish international partnerships, and maintain continuous innovation while responding to changing market conditions.

Technology companies operating in deep tech face additional challenges because their products often involve sophisticated engineering and extensive testing before commercialization. As a result, founders benefit from strategic investors who understand long development cycles and complex technical requirements.

The UK's innovation ecosystem provides access to accelerators, incubators, research collaborations, and international networks that help startups navigate these challenges while expanding into competitive global markets.

Universities and Research Institutions Drive Innovation

One of Britain's greatest strengths lies in its ability to transform academic excellence into entrepreneurial success. Universities conduct research that generates new scientific discoveries, while startups convert these discoveries into practical technologies capable of solving real-world problems.

Collaboration between academia and industry creates opportunities for knowledge sharing, technology transfer, and commercialization. Researchers gain access to practical applications for their work, while entrepreneurs benefit from scientific expertise that strengthens product development.

This partnership encourages continuous innovation and reinforces the UK's position as a leader in advanced technology research.

The Importance of Technology Innovation for National Competitiveness

Countries that invest in technology innovation strengthen their ability to compete in increasingly knowledge-based global economies. Artificial intelligence, advanced manufacturing, automation, and digital infrastructure influence productivity across virtually every sector, making technological capability a strategic national asset.

The UK continues to invest in innovation because future economic growth depends on developing industries capable of creating high-value products and services. Deep technology startups contribute to this objective by transforming scientific ideas into scalable commercial solutions.

Innovation also encourages international collaboration, attracting global talent and creating opportunities for partnerships that expand Britain's influence within the worldwide technology landscape.

Building Sustainable Investment Strategies

Successful investment strategies balance ambition with patience. Rather than focusing solely on rapid financial outcomes, sustainable approaches prioritize research quality, responsible development, skilled leadership, and long-term market opportunities.

Technology ecosystems thrive when investors, entrepreneurs, universities, and policymakers share a commitment to continuous innovation. Stable investment environments encourage founders to pursue ambitious projects while maintaining high standards of governance and ethical responsibility.

This collaborative approach helps create businesses capable of delivering lasting economic and technological value while strengthening national competitiveness.

The Future of Deep Technology in the UK

The future of Britain's technology sector will increasingly depend on advances in artificial intelligence, robotics, advanced computing, climate technology, and industrial automation. These fields require substantial research and sustained investment, but they also offer opportunities to address major global challenges.

As digital transformation accelerates, deep technology companies will continue to influence healthcare, manufacturing, transportation, education, and environmental sustainability. Long-term investment will remain essential for supporting these innovations from early research through commercial success.

The UK's combination of academic excellence, entrepreneurial culture, international connectivity, and supportive investment ecosystems positions the country to remain one of Europe's leading centers for technology development.

Conclusion

Long-term technology investment is not simply a financial strategy; it is a commitment to innovation, research, and sustainable economic growth. Deep technology requires patience, collaboration, and vision because transformative solutions often emerge after years of dedicated development rather than immediate commercial success.

The UK's thriving innovation ecosystem demonstrates how universities, entrepreneurs, investors, and industry leaders can work together to build technologies that benefit society while strengthening global competitiveness. Within this broader conversation, references such as Rajat Khare Technology Investor reflect ongoing discussions about supporting deep technology, encouraging responsible Venture Capital, advancing Technology Innovation, and fostering an environment where ambitious startups can successfully scale into the future.

Rajat Khare - Venture Capitalist and Deep‑Tech Investor Advancing Artificial Intelligence in Remote Inspections and Clean Tech

James Wilson — Tue, 19 Aug 2025 13:11:19 +0000

Rajat Khare is an Indian venture capitalist, deep‑tech investor, and founder of Boundary Holding, a Luxembourg‑based investment firm. In recent commentary, he highlights how artificial intelligence (AI) combined with short‑video technology is reshaping remote inspections across utilities, manufacturing, energy, and infrastructure—delivering cost, time, and sustainability gains.

Why AI‑Powered Short Video is Changing Remote Inspections
Short, structured video clips analyzed by AI enable teams to verify on‑site work remotely, catch issues in near‑real time, and optimize inspection budgets. Rather than deploying large field teams for manual, on‑site checks, organizations can request standardized short videos from contractors or field staff and have them machine‑analyzed for quality, compliance, and safety signals.
“We’re still in the early stages of the AI‑powered video revolution… we anticipate that more industries will see the value of switching to a fully remote, AI‑driven inspection model.” — Rajat Khare
Key advantages:

Real‑time visibility into construction and maintenance workstreams
Remote verification that strengthens data integrity
Fewer site visits and lower operational costs
Reduced downtime through faster detection and resolution of issues

Case in Point: Clean‑Energy Projects at Scale
At Enel Green Power, an Italian multinational in renewable energy, engineers employ short‑video submissions to oversee large‑scale solar projects valued between $200 million and $400 million. Video evidence attached to routine data submissions allows remote verification, enhances inspection quality, and has prompted teams to rethink budgeting and inspection strategies to favor remote‑first workflows.

Ecosystem Leaders Driving the Shift
Multiple innovators are building the foundation for AI video inspections:
Vyntelligence — A leader in AI‑powered short‑video technology used for remote inspections and rapid, data‑driven decisions across large industrial settings.
TechSee — An AI‑powered visual support platform helping telecom and utilities organizations perform remote diagnostics and problem solving.
Blitz — Focused on construction and infrastructure; its AI video analysis helps detect material defects, alignment errors, and worker safety hazards.
These companies are gaining global traction, especially in Europe, where operational efficiency and sustainability are strategic priorities.

How AI‑Powered Short Video Works
AI video inspection stacks typically combine computer vision and machine learning models that analyze standardized, short video clips captured via mobile devices, remote sensors, specialized cameras, or drones. The system flags issues such as equipment malfunctions, structural damage, or safety risks, and then returns actionable recommendations. Because models learn from each inspection, accuracy improves over time, reducing false positives and elevating decision quality.

The Investor Perspective: Deep Tech with Clean‑Tech Impact
An IIT Delhi alumnus, Rajat Khare views AI video inspections as a pivotal convergence of deep tech and clean tech. Through Boundary Holding, he has backed solutions across waste management, medical technologies, and clean energy—areas where remote, AI‑driven oversight strengthens safety, compliance, and sustainability outcomes.
This alignment is drawing venture capital interest because the technology:

Cuts costs by reducing travel and on‑site workforce requirements
Improves safety by catching hazards earlier
Shortens cycle times from issue detection to resolution
Scales across sectors, from utilities to manufacturing to infrastructure

Sustainability Benefits
By materially reducing site visits and vehicle travel, AI‑powered remote inspections support lower carbon emissions and a smaller environmental footprint—a direct boost to corporate climate goals and reporting efforts. The operational efficiency gains run in parallel with measurable ESG outcomes, making this an attractive area for investors focused on both performance and impact.

Outlook
As AI toolchains mature and standardized short‑video protocols become common in field operations, remote, AI‑driven inspections are poised to become the default for asset‑intensive industries. Rajat Khare, as a venture capitalist and deep‑tech investor, continues to support technologies that strengthen industrial reliability while advancing clean‑tech objectives.
Source Link - https://www.techtimes.com/articles/309963/20250410/insights-rajat-khare-ai-videos-revolution-remote-inspections.htm