Article -> Article Details
| Title | Rajat Khare Regarding How AI Video is Changing Remote Inspections |
|---|---|
| Category | Business --> Resources |
| Meta Keywords | Boundary Holding, Rajat Khare, AI Video, |
| Owner | Garry Rhodes |
| Description | |
| With AI changing the way the good old businesses operate, one such attractive innovation is AI-powered short video technology for remote inspections. From energy and utilities to construction and telecom, industries are using intelligent video tools in lieu of site visits, maintaining speed, cheapness, and sustainability. Amongst worldwide thought leaders in support of this transition is Rajat Khare: deep tech investor, venture capitalist, and founder of Boundary Holding, a Luxembourg-based investment firm. From medtech to cleantech and waste management, Khare has championed breakthrough technologies with efficiency and sustainability in mind. His perspective on AI video inspections is, indeed, testimony to the growing importance this field has in shaping the productive future. Why Video Technology is Changing InspectionsLarge-scale industrial inspections traditionally meant paying a site visit, traveling, and ensuring resource mobilization. It took more time and immediately added to operational costs. Short videos based on AI have somehow negated these problems:
For example, Enel Green Power, a multinational renewable energy company, has been using short video technology to monitor solar plant construction costs worth several hundred millions. By introducing video-based data into project management, the company sped up budgeting and quality checks in the absence of too many travels and manpower. Rajat Khare’s Perspective on AI VideoSpeaking on the future of this technology, Rajat Khare highlights its transformational potential: "We are still in the early days of this AI-powered video revolution. As the systems become refined and adoption grows, industries will increasingly find value in switching to a fully remote, AI-driven inspection model." Khare, an alumnus of IIT D, has his expertise in finding new deep-tech trends that match well with global agendas of efficiency, digitization, and climate consciousness. He is one of the prominent voices when we speak about the future of AI applications. Through Boundary Holding, he has invested in several tech-based ventures. The Pioneers for AI Video-Driven Inspection TechnologyA number of startups and scaleups drive innovation in the space, many of which have links to Europe and India:
With applications increasing in Europe, the US, and Asia, these companies are part of a burgeoning ecosystem of AI-led inspection front runners. How AI-Powered Video Inspections WorkAI video inspections are all about granting high-accuracy detection of events through the analysis of footage captured by mobile devices or through sensors or drones via computer vision and machine learning. Here are some important things they offer: - Real-Time Analysis: Are you witnessing equipment malfunction or structural issue or safety risk, it picks up on the same in real time. - Automation: Are you avoiding a human inspector to carry out these repetitive checks? Then, good choice! - Learning Systems: With more data, the AI learns to better detect things. A Blitz technology officer explains: “The ability to remotely monitor and manage assets without being physically present diminishes inefficiencies, prevents costly delays, and enables continuous improvement in inspection quality.” Environmental and Sustainability PerspectiveAI video inspections, while efficient on the ground, are also eco-friendly. By reducing the number of times stakeholders have to travel, the carbon footprint generated thereby can be significantly curtailed. According to Rajesh Kumar Ph.D., sustainable technology expert: “Integrating AI in inspection processes implies that AI works with global climate goals in cutting needless travel, thereby reducing emissions and encouraging more green industrial practices.” Such an environmental stance may be particularly important to investors such as Rajat Khare, who are interested in cleantech and sustainable technologies from a long-horizon vantage point. What's in it for InvestorsThe ability of AI-driven inspections to scale across and penetrate industries makes them appealing opportunities for venture capital and technology investors. Possible applications are far and wide, from energy and utilities to construction and telecommunication. Boundary Holding, with Khare at the helm, has for decades supported technologies that straddle efficiency, digitization, and sustainability-and AI video inspections fit into this roadmap perfectly. Cost saving, improving productivity, and conserving the environment are the main ingredients that further enhance the attractiveness of this sector for an investor whose view is long-term. ConclusionAI-based short video inspections are ushering in a new era in industries based on monitoring, data verification, and quality control. With the innovations giving out a real-time data-validated insight that not only assist in eliminating inefficiencies of traditional inspection methods but also lower environmental impact, industrial operations are being reshaped. As an early backer of deep-tech innovations, Rajat Khare and Boundary Holding infuse capital into AI video technology worldwide and support its adoption. With Vyntelligence, TechSee, and Blitz conducting the research and development, future remote inspections are set to be smart, fast, and sustainable. FAQsQ1: What are the industries in which AI-powered video inspections have the biggest impact? Energy, utilities, construction, telecom, and manufacturing see varied benefits in cost reductions, increased data fidelity, and loss-time minimization. Q2: How does AI video inspection technology work? It uses computer vision and machine learning for the analysis of video footage, whether from a mobile device, drone, or sensor, to identify problems such as malfunctions, safety hazards, and structural damages in real time. Q3: How do AI-based video inspections prove to be environmentally beneficial? Fewer trips and site visits lessen carbon emissions, thus contributing toward sustainability goals around the globe. | |
