Daily Archives: December 2, 2025

Shravan Kumar Reddy Padur
Affiliation	IT Tech Specialist, Parker Hannifin, Overland Park, Kansas
Email ID:	padurshravan@gmail.com
Publications: Online Patching and Beyond: A Practical Blueprint for Oracle EBS R12.2 Upgrades       IJSRSET, Jun-16 Engineering Resilient Datacenter Migrations: Automation, Governance, and Hybrid Cloud Strategies, IJSRCSEIT, Jan-17  From Centralized Control to Democratized Insights: Migrating Enterprise Reporting from IBM Cognos to Microsoft Power BI, IJSRCSEIT, Feb-20  Intelligent Resource Management: AI Methods for Predictive Workload Forecasting in Cloud Data Centers, URF (UK) Jan-22  AI-Augmented Enterprise ERP Modernization: Zero-Downtime Strategies for Oracle E-Business Suite R12.2 and Beyond  IJSRCSEIT, May-23

Published by: Nishant

Kranthi Kumar Routhu
Affiliation	Oracle HCM Cloud Techno-Functional Lead (Penske), Techwave Consulting Inc, Reading, PA
Email ID:	routhukranthikumar@gmail.com
Publications: With over 19 years of deep expertise in Oracle HCM technologies, I bring a unique blend of functional, technical, and leadership skills that enable successful end-to-end implementation and ongoing support of Oracle Fusion HCM Cloud and Oracle E-Business Suite (11i & R12). I specialize in delivering scalable, secure, and efficient HCM solutions that support diverse industries, including public sector and healthcare organizations. For the past 10+ years, I’ve focused extensively on Oracle Fusion HCM Cloud (currently on version 25B), leading global implementations and support engagements across modules like Global HR, Payroll, Absence Management, Recruiting, Time & Labor, Compensation, Performance Management & Talent Management, and Learning Cloud. My experience spans three full-cycle implementations, and I have played a critical role in every project phase—from requirement gathering and solution design to testing, deployment, and post-go-live support.I’ve spent over 9 years in project leadership roles, working closely with cross-functional teams and stakeholders to drive results and ensure alignment with business objectives. My strong understanding of both business processes and system architecture enables me to identify functionality gaps, design custom solutions, and guide clients through successful digital transformations.

Published by: Nishant

Authors: Hitanshu Bodana, Ronak Singh, Krish Patel

Abstract: The increasing immersion of children in digital ecosystems—mobile applications, virtual environments, and gamified digital spaces—has amplified concerns around excessive screen time, addictive applications, and exposure to harmful content. Traditional parental control systems rely on rigid blocking mechanisms, often creating resistance among children and lacking nuanced, interactive behaviour regulation. This paper presents a Parental Control Time Lock App, a collaborative digital parenting framework integrating real-time monitoring, application-level time budgeting, and OTP-based conditional unlocking. Developed using Kotlin (Android) and a Spring Boot backend, the system enforces usage limits and enables parents to remotely authorize temporary access by providing a secure one-time password. The application incorporates behavioural design elements to promote healthy usage rather than punitive restriction. Testing conducted across 20 families demonstrated a 32% reduction in unregulated screen time and high parental satisfaction. The study contributes to the domains of digital wellbeing, child safety, and human–computer interaction by proposing a hybrid control model that balances autonomy, security, and trust.

Published by: vikaspatanker

Authors: Ayush Kumar, Abhendra Pratap Singh, Uma Gautam, Nandini Sharma

Abstract: For amputees in underdeveloped nations, the high expenses and complexity of commercial upper-limb prosthetics continue to be major obstacle to accessibility. The design, development, and testing of an affordable, 3D printed bionic hand with a dual-sensor interface is presented in this study. This system incorporates Electrocardiography(ECG) as a secondary control modality for improved stability and mode switching, in the contrast to standard myoelectric systems that only use Electromyography (EMG) and are vulnerable to motion artifacts and false triggers. Autodesk Fusion 360 was used to design the mechanical structure, which was then made of polylactic acid (PLA) and has a tendon-driven actuation mechanism controlled by SG90 servo motors. Band-pass filtering and threshold-based algorithms are used by the control logic, which is implemented on an Arduino Uno, to handle biosignals in real time. The ECG signal successfully serves as a safety interlock, and experimental results show a system latency of about 190ms and a strong object grabbing capacity. The combination of multimodal biosignals with additive manufacturing can produce a dependable, accessible, and useful prosthetic solution, as evidence by the fact that the entire fabrication cost was kept under 10000 INR.

DOI: https://doi.org/10.5281/zenodo.17786605

Published by: vikaspatanker