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Messaging service for business and operations and inquiries /
Patent Number: 202111036684, Applicant: Dr. Akhilesh Tiwari.
The present inventions is about a method and system by which the entity can interact with each other in a manufacturing channel by using a messaging system (11). The said messaging system to perform status inquiry and functional processing steps with respect to data stored (1) at the resource management system of the other. That information is transmitted through a messaging system (11) to the other party such as the seller. -
A system for electronic commerce product verification /
Patent Number: 202111037073, Applicant: Dr. Akhilesh Tiwari.
A system (100) for electronic commerce product verification comprising a production company server (101), plurality of database servers (102), (103), (104), internet (105), user device (106); a unique code generation system (210); an image database (317), a control system (318), a camera (319). The unique code generation system (210) generates a code of each product having the configuration includes each retailer number, a place number, or other binomial combinations. -
Business supply chain management system and thereof /
Patent Number: 202111040160, Applicant: Dr. Akhilesh Tiwari.
The present invention relates to provide a system and method for business supply chain management that includes a system and variety of steps in which it process. Where a order is received from a buyer or from a seller. The received order includes more information about the ordered product. An exemplary process according to the present invention is a flow chart showing the steps in 5. In step 10, an order is received for one or more products from a supply chain participant such as a buyer or seller. -
A method for generating a unique identifier and system for verifying it /
Patent Number: 202111040160, Applicant: Dr. Akhilesh Tiwari.
A method for generating a unique identifier and system for verifying comprising card holder (201) ; merchant (202); credit card issuer (203); account identifier number (204); goods/services (205); authorization (206); wherein smart card (100) comprising a display (101) in communication with the central processor, memory (102) in communication with the central processor, keyboard (103) in communication with the central processor, biometric interface (104), central processor (105). -
A data/document management system and method /
Patent Number: 202111047326, Applicant: Anil Kumar.
A data/document management system and method comprising a user device (101); internet (102); a server (103); an authentication module (104); a code generation module (105); record management system (106); a processing module (107); a database (108). The method comprises following steps of A) Data /document storing mode and B) data / document fetching mode. The invention provides a high efficient and low, user friendly data / document management system and method. The invention provides a record management system (106) which is connected to the database system (108). -
A system and method for managing goods using their information /
Patent Number: 202121047598, Applicant: Anil Kumar.
A system (100) and method (100A) for managing goods using their information comprising a RFID reader (101), weherin RFID reader reading an RFID tag; an antenna (102) for identifying a tag, communication unit receiving a RFID tag value extracted by reading the RFID tag (103) from an RFID reader (101) of a transferor of an object with an attached RFID tag (103); a display unit (107) comprises a display (106) and a communication unit (105); a processing and control device (104) for mapping information of the tag. -
System and method to track time at a workplace /
Patent Number: 202111050063, Applicant: Dr. Navin Kumar Shrivastava.
A system and method to track time at a workplace comprising a smart dashboard (100A) and an employee card (106). smart dashboard (100A) having a plurality of sides (101), (102), (102A), (104); a camera unit (104B); plurality of light units (103) (103A); a control unit circuit (104A). The dashboard is foldable or can be attached to the working table (105). The employee card (106) has configuration (106A) of an IC (115), a battery (116), a communication unit (117), a memory (118), a employee information unit (119), a display unit (120), a vibration unit (121). -
Artificial intelligence based system and method for management, recommendation, mapping of skill /
Patent Number: 202111054501, Applicant: Durgansh Sharma.
Artificial intelligence based system (100) and method for management, recommendation, mapping of skill comprising EmpNet (101), recommender system (102), automated machine learning system (103), skillset dataset (104), optimization system (105), industry interface system (106). The method for management, recommendation, mapping of skill comprising the steps of: a) capturing the required skillset personal data by the panchayat system (701); b) verify the skillset (702). -
Desk organizer /
Patent Number: 350152-001, Applicant: Vaibhav Tripathi. -
System & applications of artificial intelligence for interplay between business, innovation and technology /
Patent Number: 202141058897, Applicant: Rajesh E. -
A system and method for evidence base practice in education /
Patent Number: 202111058901, Applicant: Roopali Sharma.
A system (1) for evidence base practice in education comprising student data module; teacher data module (3); researcher data module (4); industry expert data module (5); server (6); network (7); student interest module (8); counselling module (9); concept clearing module (10); wherein each module is comprising a computer system websites which are accessible to the network and whole data of the modules is stored in the server (6). -
USB and wireless mouse with left thumb scroll /
Patent Number: 350151-001, Applicant: Sanjay Rastogi. -
A smart attendance system and method for permission inventory during the class /
Patent Number: 202111060922, Applicant: Shivani Chaudhry.
A smart attendance system (1). The system (1) comprises a smart lecture stand (2), which having an electronic unit (2A) which is connected to the other smart door, smart bench, and smart chair of the system; a smart bench (3), which having an electronic unit (3A), which is connected to the other smart door, smart stand, and smart chair of the system; a smart chair (4) comprises which having an electronic unit (4A); which is connected to the other smart door, smart bench, and smart stand of the system; a smart door (5) comprises a electronic unit (5A), which is connected to the other smart door, smart bench, and smart chair of the system. -
Method of enhancing quality of services in cloud computing environment using load balancer /
Patent Number: 202211006218, Applicant: Dr. Pratibha Giri. -
Customer relationship management system and method of taking feedback thereof /
Patent Number: 202241008325, Applicant: Dr. Rashmi Rai.
A customer relationship management system (1) and method of taking feedback thereof comprising a feedback button (2), a mobile application (2A), an electronic unit (4), a computer (5), a mobile (6), a network (7), a server (8), a database (9). The invention provides a feedback button may be a physical three-way button (2) or a three-way digital button. One of them is visible on mobile applications and the second one is visible in the room. -
Holder for pens/visiting cards/paperclips /
Patent Number: 355121-001, Applicant: Dr.Priyanka. -
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Exploratory Analysis and Pattern Recognition in Energy Production and Demand: A Data-Driven Approach Using Multi-Source Energy Metrics
Hydropower is a leading renewable energy source due to its high efficiency and low operational costs. However, it still faces significant environmental, operational, and forecasting challenges. This paper explores the use of machine learning (ML) models such as SARIMA, Random Forest (RF), and Neural Basis Expansion Analysis for Time Series (NBEATS) to optimize hydropower operations. By analyzing diverse data sets, including hydrometeorological data, plant operations, sensor inputs, and other energy production and demand metrics such as solar, wind, coal, nuclear, and storage, ML enhances decision-making in areas such as inflow forecasting, predictive maintenance, and environmental sustainability. The paper presents an exploratory analysis of 48 -hour energy production and demand patterns across multiple sources (Hydro, Coal, Solar, Wind, Nuclear, and Storage), offering insights into interdependencies and system behavior. It also reviews current ML applications in hydropower, highlights challenges such as data quality and model interpretability, and discusses emerging technologies such as reinforcement learning, explainable AI (XAI), and digital twins as promising future directions. 2025 IEEE. -
Harnessing the Transformative Potential of Blockchain Technology to Accelerate the Global Transition Toward a Scalable, Transparent, and Resilient Circular Economy Framework
Blockchain technology applied to circular economy has a world-changing potential to increase transparency, traceability, and the sustainability of the resources management. With the shift towards regenerative industries, it is of the essence to have the capacity to track the lifecycle of used products, used materials, and waste securely. A new method (Circular Blockchain-Resource Lifecycle Management (CB-RLM) algorithm) is proposed in this work that is supposed to maximize the monitoring and incentivization resource flow in the context of decentralized systems. Using a blockchain as a platform allows conducting real-time monitoring of materials backtracking, and the proposed approach will provide a way of materials following all stages of production, consumption, reuse, and recycling. The algorithm combines the information presented by the means of the IoT-enabled devices to guarantee permanent verification of product statuses and ownership, whereas smart contracts automatically sanction the policy compliance of reuse and returns. The system also creates digital tokens as rewards to sustainable behavior during processes, which gives the stakeholders incentive to engage in the circular economy. The mechanism will not only facilitate resource efficiency and accountability but it will promote trust among the members of the supply chain. The suggested CB-RLM algorithm also has the potential to solve such key design problems as data integrity, stakeholder cooperation and lifecycle openness, thus paving the way to the creation of scalable and smart circular systems. This model brings a more environmentally responsible and resilient industrial ecosystem by means of decentralized enforcement and automated incentives. The suggested CB-RLM technique achieves an overall accuracy of 99.4%. The Author(s), under exclusive license to Springer Nature Switzerland AG 2026. -
Multi-dimensional changes in drought patterns across India
Indias hydroclimatic systems are undergoing unprecedented transitions in a warming climate, marked by shifts in temperature extremes, altered precipitation patterns, and increasing drought risk. This study presents a comprehensive assessment of drought trends and hydroclimatic variability across six major geographical zonesWestern, Central, Himalayan, Indo-Gangetic Plain (IGP), Peninsular, and Northeast Indiaduring the period 1971 to 2020. Using a set of advanced climate change metricsStandardized Local Anomalies (SLA), Novel Climate Scores (NCS), and changes in probability of local climate extremes alongside the Standardized Precipitation Evapotranspiration Index (SPEI), we quantify changes in drought conditions and the emergence of non-analogue climates. Changes in climatic extreme are computed using high-resolution daily gridded temperature and rainfall datasets, comparing recent decades against a 19511980 baseline. SLA quantifies deviations from historical variability, highlighting intensified warming over the Indo-Gangetic Plain, western India, and the southern peninsula. NCS reveales the emergence of novel climatescombinations of temperature and precipitation conditions not previously observed, particularly in Southeast India and the Himalayan region. The probability of local climate extremes shows a substantial increase in extreme events across India indicating enhanced climate volatility. These metrics are then integrated with drought analysis using SPEI to incorporate both precipitation and temperature-driven evaporative demand. SPEI trends indicate increasing dryness in Northeast India, the Himalayas, and the Indo-Gangetic Plain, linked to declining monsoonal rainfall and rising temperatures. Meanwhile, Western and Peninsular regions show wetting trends, driven by increased rainfall and convective precipitation events. The rainfall is the dominant drought driver during the monsoon, while high maximum temperatures intensify drought conditions in pre- and post-monsoon seasons by enhancing evaporative demand. Minimum temperature exhibits regional effects, showing a drying influence in the IGP and Himalayas, but a slight moistening signal in Peninsular India. By combining drought indices with climatic extremes metrics, this study offers a comprehensive framework to monitor hydroclimatic shifts and their regional impacts. The findings underscore the need for region-specific adaptation strategies that incorporate early warning systems, sustainable water management, and climate-resilient agriculture to address Indias evolving drought risks. The Author(s), under exclusive licence to Springer Nature B.V. 2025.