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What is Employee Monitoring Software and How Does It Work?

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Employee monitoring software refers to platforms that enable you to track your employees’ activities. They let you track working hours, location, computer usage, etc. They are helpful in office-based, remote, or hybrid workplaces. This article will explain employee monitoring software and how it works.


What is Employee Monitoring Software?

Employee monitoring software is a program that lets employers gather valuable data about their employees’ activities. You can use it to monitor the activities of office-based or remote employees. 

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Monitoring freshwater ecosystems with affordable new biosensor

Monitoring freshwater ecosystems with affordable new biosensor

The health of freshwater ecosystems is of paramount importance in maintaining the balance of our environment. However, their preservation is threatened by the release of biodegradable waste from plant and animal sources. Despite the gravity of this issue, the current methods for assessing water quality are often impractical due to their complexity and high costs. In a remarkable breakthrough, researchers from Ritsumeikan University in Japan have developed an affordable and self-sustaining biosensor that can efficiently monitor water quality in freshwater lakes and rivers.

This innovative biosensor is designed to detect organic effluents, or biodegradable waste materials from plants and animals, which are a significant environmental concern. The team behind this invention used inexpensive carbon-based materials to construct the biosensor, making it not only cost-effective but also accessible for widespread use.

Affordable and self-sustaining biosensor

The biosensor operates based on a microbial fuel cell (MFC), a technology that generates electricity through the biological metabolism of electrogenic bacteria. This fascinating process involves the bacteria consuming the organic waste and converting the stored chemical energy into electricity. The amount of electricity produced is proportional to the concentration of organic waste consumed by the bacteria, making it a reliable indicator of the level of organic waste present in the water.

Inside the anode of the MFC, the researchers placed soil containing electrogenic bacteria. As these bacteria decomposed the organic matter in the water, they converted the stored chemical energy into electricity. This electrical output served as a measure of the organic waste present in the water, providing a direct and efficient method of monitoring water quality.

Monitoring freshwater pollution

To enhance the practicality of this biosensor for monitoring freshwater ecosystems, the team added a light-emitting diode (LED) that visually indicated the level of organic contamination in the water samples. The LED began flashing when the chemical oxygen demand (COD), a parameter used to measure the level of organic contaminants in water, exceeded a threshold value of 60 mg/L. This visual cue provides a simple yet effective way for anyone to understand the level of contamination in the water, without the need for complex analysis.

Notably, the biosensor requires no external power supply, making it a self-sustaining solution for monitoring water quality. This feature makes it particularly useful in early detection systems that monitor influxes of organic wastewater in freshwater bodies, providing a timely warning to prevent potential environmental disasters.

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Monitoring freshwater ecosystems

The details of this study were published in the Biochemical Engineering Journal in November 2023, marking a significant milestone in the field of environmental conservation. This affordable new biosensor offers a practical and cost-effective solution to monitor freshwater ecosystems, paving the way for improved water quality management worldwide.

Monitoring freshwater ecosystems with affordable new biosensor represents a significant leap forward in our ability to protect and preserve our precious water resources. This development highlights the importance of innovative and accessible technology in addressing environmental challenges and ensures that we can continue to enjoy the benefits of healthy freshwater ecosystems for generations to come. For more information read the official paper explaining the biosensor in more detail.

Ritsumeikan University, Japan

Ritsumeikan University is one of the most prestigious private universities in Japan. Its main campus is in Kyoto, where inspiring settings await researchers. With an unwavering objective to generate social symbiotic values and emergent talents, it aims to emerge as a next-generation research university.

It will enhance researcher potential by providing support best suited to the needs of young and leading researchers, according to their career stage. Ritsumeikan University also endeavors to build a global research network as a “knowledge node” and disseminate achievements internationally, thereby contributing to the resolution of social/humanistic issues through interdisciplinary research and social implementation.

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E-Ink analogue dials for CPU & GPU activity monitoring and more

Streacom VU1 Dynamic PC analogue dials for CPU and more

If you are considering building a new PC your would like to monitor your computers network, RAM, CPU and GPU activity, in a non-digital way, you might be interested in the Streacom VU1 Dynamic analogue dials. Although powering the VU1 is an open-source platform that has been specifically designed from the ground up to be easy to implement so that support can be natively added to virtually any application. Equipped with E-Ink display the analogue dials can be changed to suit whatever project you may like to include them in providing unlimited use cases and easy configurations.

The Streacom VU1 is a dynamic device that has been inspired by the CAPS project, a hobbyist endeavor that utilized analogue dials to display PC hardware information. This innovative gadget has been developed in collaboration with Saša Karanović, who was instrumental in designing the firmware, hardware, and software for the original project. The VU1 is a testament to the ingenuity and creativity that can be found in the intersection of technology and design.

E-Ink analogue dials connectionsE-Ink analogue dials

The VU1 utilises an e-ink display for its dial face, showcasing its versatility and adaptability. The e-ink display is a remarkable feature, providing excellent contrast in natural light and requiring no power to maintain an image. This makes it an energy-efficient solution that offers clear, crisp visuals. The dial face can display any numeric information from any source, making it a versatile tool for monitoring various data.

One of the main highlights of the VU1 is its open platform design, which allows support for third-party applications. This feature opens up a world of possibilities, enabling developers to create new uses for the dials. The device’s Server App, which controls the dials and acts as a gatekeeper for other applications or data sources, uses the industry standard REST API. This makes the VU1 a highly adaptable and flexible tool that can be integrated into a wide range of systems and applications.

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Streacom VU1 Dynamic

The structure and design of the VU1 are nothing short of impressive. Housed in a 55 mm cube made from extruded aluminum, the device comes in two types: a HUB and a DIAL. The visualization of the VU1 consists of three elements: a moving coil, an e-ink display, and Dial Face RGB illumination. The moving coil is fully configurable, allowing users to adjust the needle’s movement properties. The Dial Face RGB illumination provides subtle lighting for the e-ink display and can change colour based on certain conditions, adding an element of interaction and dynamism to the device.

E-Ink analogue programmable dials

The VU1 also includes a PC Hardware Monitoring App, designed to cover the most requested use case for the device. It uses standard USB cables for connections and can drive multiple dials from a single HUB. This makes the VU1 a highly efficient tool for monitoring PC hardware, providing real-time data in a visually appealing format.

In terms of placement options and accessories, the VU1 is primarily designed to be a desk accessory, but it can also be secured to other surfaces or devices using the M3 mounting point on the back. This flexibility in placement makes it a versatile tool that can adapt to various environments and setups.

Pricing and availability

Regarding pricing and availability, pre-orders for the VU1 are now open, with shipping expected to start at the end of December 2023. Pricing options include €130 for the ‘Starter’ Kit, €125 for the ‘Expansion’ Kit, €42 for a single HUB, and €38 for a single DIAL. This pricing structure allows users to choose the option that best fits their needs and budget.

The Streacom VU1 is a dynamic, versatile, and innovative device that offers a unique way to monitor PC hardware information. With its open platform design, e-ink display, and support for third-party applications, it is a tool that pushes the boundaries of technology and design. Whether you are a tech enthusiast or a professional looking for a unique way to monitor your PC hardware, the VU1 is a device worth considering.

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