Optimizing Remote Workforce Productivity: A Non-Invasive Monitoring Framework

Karthikeyan Manikam ()

International Journal of Computing and Engineering, 2024, vol. 6, issue 7, 40 - 51

Abstract: The transition to remote work has created a critical need for monitoring solutions that optimize productivity without infringing on employee privacy. This paper introduces a comprehensive framework of non-invasive monitoring techniques tailored for remote workforce management. We explore advanced attendance and activity tracking systems that utilize subtle indicators like mouse movements and keyboard inputs to assess engagement levels. Robust login/logout monitoring frameworks are discussed, providing detailed insights into active work hours while preserving autonomy. The implementation of customizable settings architectures allows organizations to adapt monitoring thresholds to diverse departmental needs. We delve into performance tracking infrastructures that integrate goal-setting platforms with detailed analytics on application and website usage. Automated notification systems are presented as a means to gently prompt employees during periods of inactivity without direct supervisory intervention. Furthermore, we propose a cloud-based architectural framework leveraging Amazon Web Services to ensure scalability, security, and efficiency in data collection, processing, and storage. This holistic approach balances the imperative for organizational oversight with ethical privacy considerations, aiming to enhance remote work effectiveness through data-driven decision-making and respectful employee engagement.

Keywords: Remote; Workforce Productivity; Non-Invasive; Monitoring Framework (search for similar items in EconPapers)
Date: 2024
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