Journal of Protected Access and Cloud Security
type: channel
description: The Journal of Protected Access and Cloud Security publishes research on cloud security, access control, authentication, identity management, data protection, privacy-preserving computing, and secure distributed systems.
language: en-US
publication name: Journal of Protected Access and Cloud Security
items: SAP HEALTHCARE SOFTWARE FOR MANAGING HOSPITAL FACILITIES, ENERGY USE, MAINTENANCE, AND SERVICE REQUESTS
items: EDUCATION ANALYTICS SOFTWARE FOR PREDICTING STUDENT DROPOUT, LEARNING GAPS, AND ACADEMIC SUCCESS
items: VIRTUAL CLASSROOM SOFTWARE FOR REMOTE TEACHING, INTERACTIVE LEARNING, AND REAL TIME STUDENT ENGAGEMENT
items: AGRICULTURE SOFTWARE FOR CROP MONITORING, FARM PLANNING, WEATHER ALERTS, AND YIELD PREDICTION
items: SMART FARMING SOFTWARE USING INTERNET OF THINGS FOR SOIL MONITORING AND IRRIGATION AUTOMATION

SAP HEALTHCARE SOFTWARE FOR MANAGING HOSPITAL FACILITIES, ENERGY USE, MAINTENANCE, AND SERVICE REQUESTS
type: item
description: SAP healthcare software supports hospital facility management, energy monitoring, maintenance planning, and service request handling through an integrated enterprise platform. The system manages buildings, utilities, medical areas, equipment locations, maintenance schedules, repair history, energy consumption, and operational costs. Automated alerts notify facility teams about preventive maintenance, equipment faults, unusual energy use, safety inspections, and pending service requests. Real-time dashboards help administrators monitor electricity, water, fuel consumption, maintenance expenses, asset downtime, and departmental service performance. Workflow tools allow staff to submit, assign, prioritize, and track maintenance requests until completion. Integration with procurement, finance, inventory, and asset management improves coordination and cost control. Overall, the software can reduce energy waste, improve maintenance response, extend facility life, and support safe and efficient hospital operations.
creator: Amal Nasser
rights: Copyright (c) 2026
date: 2026-06-17
publication date: 2026-06-17
volume: 5
starting page: 1
ending page: 5

EDUCATION ANALYTICS SOFTWARE FOR PREDICTING STUDENT DROPOUT, LEARNING GAPS, AND ACADEMIC SUCCESS
type: item
description: Education analytics software supports the prediction of student dropout, learning gaps, and academic success by analyzing attendance, assessment results, engagement, course activity, and demographic information. Machine learning models identify patterns associated with low participation, declining performance, repeated failures, and possible withdrawal. Real-time dashboards help educators monitor student progress, subject mastery, risk levels, and intervention outcomes. Automated alerts enable academic staff to provide counselling, tutoring, financial support, or personalized learning resources before problems become severe. Analytical tools also evaluate teaching effectiveness, curriculum difficulty, and institutional performance. Integration with learning management systems, student databases, and attendance platforms improves data consistency. Overall, education analytics software can strengthen early intervention, reduce dropout rates, address learning gaps, and improve academic achievement.
creator: Mikko Laaksonen
rights: Copyright (c) 2026
date: 2026-06-17
publication date: 2026-06-17
volume: 5
starting page: 6
ending page: 12

VIRTUAL CLASSROOM SOFTWARE FOR REMOTE TEACHING, INTERACTIVE LEARNING, AND REAL TIME STUDENT ENGAGEMENT
type: item
description: Virtual classroom software supports remote teaching, interactive learning, and real-time student engagement through an integrated online education platform. The system enables instructors to conduct live classes, share presentations, demonstrate digital content, organize discussions, and communicate with students from different locations. Interactive tools such as polls, quizzes, virtual whiteboards, screen sharing, breakout rooms, and chat improve learner participation. Realtime dashboards help teachers monitor attendance, responses, activity levels, lesson completion, and student understanding. Recorded sessions allow learners to review missed or difficult topics at their convenience. Integration with learning management systems, digital libraries, assessment tools, and student databases improves academic coordination. Overall, virtual classroom software can expand educational access, strengthen interaction, support flexible learning, and improve remote teaching effectiveness.
creator: Saeed Al-Mansoori
rights: Copyright (c) 2026
date: 2026-06-17
publication date: 2026-06-17
volume: 5
starting page: 13
ending page: 19

AGRICULTURE SOFTWARE FOR CROP MONITORING, FARM PLANNING, WEATHER ALERTS, AND YIELD PREDICTION
type: item
description: Agriculture software supports crop monitoring, farm planning, weather alerts, and yield prediction through an integrated digital platform. The system records crop varieties, field conditions, planting schedules, irrigation, fertilizer use, pest activity, labour, and machinery operations. Satellite imagery, sensors, drones, and mobile applications help farmers monitor crop health, soil moisture, disease symptoms, and growth patterns. Weather alerts provide timely information about rainfall, temperature, storms, and drought risks to support agricultural decisions. Predictive models analyze historical yields, climate conditions, soil data, and crop performance to estimate production levels. Real-time dashboards help farmers manage resources, identify risks, and track farm activities. Overall, agriculture software can reduce input wastage, improve productivity, strengthen climate preparedness, and support more efficient farm management.
creator: Rebecca Morgan
rights: Copyright (c) 2026
date: 2026-06-17
publication date: 2026-06-17
volume: 5
starting page: 20
ending page: 26

SMART FARMING SOFTWARE USING INTERNET OF THINGS FOR SOIL MONITORING AND IRRIGATION AUTOMATION
type: item
description: Smart farming software using the Internet of Things supports soil monitoring and irrigation automation through connected sensors, controllers, and cloud-based analytics. The system continuously measures soil moisture, temperature, humidity, nutrient levels, and field conditions across different agricultural zones. Sensor data are transmitted to a centralized platform where farmers can monitor crop requirements through real-time dashboards. Automated irrigation controllers activate or stop water delivery according to soil conditions, crop type, weather forecasts, and predefined thresholds. Alerts notify farmers about dry soil, sensor faults, water leakage, abnormal field conditions, and equipment failures. Historical data also support irrigation planning and resource evaluation. Overall, IoT-based smart farming software can reduce water consumption, improve crop health, lower labour requirements, and support precise agricultural management.
creator: Lorenzo Bellini
rights: Copyright (c) 2026
date: 2026-06-17
publication date: 2026-06-17
volume: 5
starting page: 27
ending page: 33