Dilip Kumar is a Video Journalist at The Economic Times. He focuses on themes such as animal rights, animal rescue and rehabilitation, the judicial system, and cultural movements, often exploring the intersections of crime and justice within agriculture and farming contexts. Dilip's work has been featured in prominent outlets including BBC News, Cointelegraph, and The News Minute.
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Bettiah, India (Local)
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Dilip Kumar's coverage revolves around debunking fake news, misinformation, and fact-checking, with a focus on India. He extensively covers evolving stories related to government announcements and provides expert commentary in the realm of entertainment news, government & politics, and culture & society.
Given his dedication to fact-checking and addressing misinformation primarily within India, Dilip would be most responsive to pitches that provide insights into current or emerging issues related to fake news trends specific to the region. Experts who can offer informed analysis on how social media is shaping these narratives or who have experience in combatting scams prevalent in Indian society could also capture his attention.
For those reaching out with story ideas for Dilip Kumar’s beat should emphasize local relevance while offering unique perspectives on combating misinformation across various topics including entertainment news, government & politics as well as cultural & societal developments.
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Dilip Kumar Jun 05, 2026, 00:05 IST
As AI moves from experimentation to execution, infrastructure has become the decisive foundation for scale, trust and competitive advantage
By: Dilip Kumar
Dilip Kumar Jun 17, 2026, 23:32 IST
By: Bhaskar Mondal, Swapnila Pramanick, Trayambak Basak, Susovon Ghosh, Himachal Pradesh, Dilip Kumar
Affiliations & Notes a School of Chemical Sciences, Indian Institute of Technology (IIT) Mandi, Himachal Pradesh 175075, India
What has changed? Clients manufacturing “Aftermarket parts” are now eligible for IATF16949 Mandatory inclusion of aftermarket activities for existing IATF-certified sites
By: Dilip Kumar, Saini, Kumar, Jang Bahadur, Anurag, Sharma, Rai, Bipin Kumar, Rajastha, Chakrabarti
The use of image-sensing and real-time processing in Intelligent Transportation Systems (ITS) has introduced a sudden surge in transmitting and gathering high-resolution visual data from vehicle cameras, road infrastructures, and user devices. Such image data are, however, exceedingly susceptible to interception, tampering, and privacy breaches with regard to imminent quantum computing attacks that can break classical encryption algorithms. With such constraints in view, the paper presents a new Hybrid Quantum-Classical Image Encryption Framework that integrates chaos-based bit-level image encryption and quantum-resistant encryption measures to ensure high-security protection of image information in ITS infrastructures. The new framework integrates a customized bit-level chaotic permutation scheme using a Rearranged Arnold Cat Map (R-ACM) and 2D Logistic-Sine Chaotic Maps for confusion and diffusion, and the inclusion of a Quantum Key Distribution (QKD) or post-quantum lattice-based Kyber Key Encapsulation Mechanism (KEM) for secure key negotiation. The two-pyramidal security architecture enhances sensitivity to key and plaintext variations, offers chosen-plaintext, differential, noise, and occlusion attack immunity, and supports efficient encryption of RGB and grayscale image information without excessively large time overhead. Experimental results on representative ITS-relevant image data sets verify superior performance with mean NPCR > 99.60%, UACI ≈ 33.5%, entropy measures close to 8.0, and significantly suppressed correlation between neighboring pixels. Further, key space analysis demonstrates a combinatorial complexity of over 2²⁵⁶, making brute-force and quantum-type attacks computationally infeasible. The new framework is extremely suitable for real-time implementation in autonomous vehicles, roadside edge nodes, and intelligent traffic monitoring systems, thereby enabling secure, intelligent, and privacy-preserving ITS infrastructure in the post-quantum era.
Dilip Kumar Jul 01, 2026, 17:35 IST
Dilip Kumar Jul 10, 2026, 23:52 IST
Dilip Kumar [1] [1] IIM Kashipur, India Localización: Tourism economics: the business and finance of tourism and recreation ISSN Vol. 32, Nº. 5 (August), 2026 págs.
By: Sekhar Chandra, Dilip Kumar, Siksha O Anusandhan
Chlorine-functionalized nitrogenated multiwall carbon nanotubes (N-MWCNTs: Cl) were synthesized, and their structural, electronic, and paramagnetic
