Monitoring System – Lot Based Server Room Monitoring System

Introduction

Monitoring System – A server failure can disrupt the entire data flow and hamper the efficiency of various operations that depend on smooth data transmission for any web-based organization. At the same time, monitoring the server room can be a difficult task. However, with the help of IoT, this task becomes very simple as IoT-enabled server room monitoring platforms provide you with real-time alerts on environmental parameters such as temperature, humidity, and humidity using sensors.

The server room monitoring system that supports IoT helps you closely monitor the surrounding conditions in the server room to prevent damage to critical server room assets. Monitor temperature and moisture in the server room, power surges, water leaks, floods, fires and smoke, and chemical leaks in the server room through sensors conveniently placed in the various equipment of the server room. With an IoT-based server room monitoring system, you can ensure the security of critical server room assets and uninterrupted data streams.

Different types of server room environment monitoring:

• Shelf level control
• Monitor surrounding conditions
• Water and flood monitoring

What is IoT Monitoring?

With IoT monitoring, you can dynamically analyze systems and process billions of events and alerts. IoT monitoring allows you to bridge the gap between devices and the business by collecting and analyzing various web-scale IoT data about connected devices, clients, and applications. You can close the performance gap by improving the performance of multiple applications, APIs, networks, and protocols. You also get actionable insights to improve customer experience, solve problems and increase IoT opportunities.

Also Read: Recruitment Program – Introduction, Benefits, Types, and More

What Technologies made the Internet of Things Possible?

• Although the idea of the Internet of Things has been around for a long time, a combination of recent advances in many different technologies has made it practical.
• Access to low-cost, low-power sensor technology. Affordable and reliable sensors make IoT technology more accessible to manufacturers.
• Link. The Network for the Internet network protocol suite makes it easy to connect sensors to the cloud and other “things” for efficient data transmission.
• Cloud computing platform. The increased availability of cloud platforms gives businesses and consumers access to the infrastructure they need to scale without managing everything.
• Machine learning and analysis. With advances in machine learning and analytics, as well as access to vast and diverse amounts of data stored in the cloud, businesses can gather insights quickly and easily. The emergence of these related technologies continues to push the boundaries of the
• Internet of Things, and the data generated by the Internet of Things enhances these technologies.
• Conversational Artificial Intelligence (AI). Advances in neural networks have brought natural language processing (NLP) to IoT devices (such as Alexa, Cortana, and Siri PDAs) and made them attractive, affordable, and viable for home use.

Monitoring of Environmental Conditions in the Server Room

It includes monitoring the temperature, humidity, and other parameters required for the server to function efficiently in the room.

Monitoring System – Ambient Temperature Monitoring

Server room temperature is an important parameter to improve server room performance. The IoT-based temperature monitoring system notifies IT administrators, if the ambient temperature exceeds a certain level. It is necessary to ensure that the performance of the equipment is not affected by extreme temperatures.

Monitoring System –  Environmental Humidity Monitoring

Importance of monitoring humidity in server rooms. Almost all electronic parts, even equipment, operate within a particular humidity range. High humidity environmental conditions can cause drives to fail and data to be lost. On the other hand, low humidity conditions can cause electrostatic discharge, leading to the complete failure of electronic components.

Therefore, it is again essential to monitor the humidity level in the server room for security and high-performance reasons.

Monitoring System – Motion Detection in Server Room

Motion detectors are required to restrict/monitor entry/exit to the server room. It has been observed that many server quarters remain empty outside of business hours or even during the day. By installing motion detectors, IT managers can stay informed and alerted to any activity in the server room.

Monitoring System – Lot Based – Smoke Detection in Server Room

Installing smoke detectors in server rooms ensures that IT staff remain alert during a fire. It can ensure corrective action is taken immediately to prevent any damage.

Water and Flood Monitoring

Although the risk of water infiltration to server rooms is low, the current architecture of buildings with raised floors makes these server rooms quite vulnerable.

Generally, two water leak sensors can be found: point sensors and water snake cables. Spot sensors work by triggering an awareness when water hits the device. Water rope or water snake chain sensors use a different working mechanism. They use a conductive cable, so contact at any point on the line will trigger an alert. The second type is preferred due to its excellent range and accuracy.

If the server room is on a raised floor, it is best to place the sensor below the upper floor as the water moves to the lowest point.

Most IoT implementations require a FOTA update to update the code of wireless IoT devices.

How is IoT Changing the World? Discover Connected Cars

IoT is reshaping the automobile by enabling connected cars. With IoT, car owners can operate their cars remotely by warming the car before the driver gets in or calling the car remotely by phone. Given the potential of IoT to enable device-to-device communication, cars will also be able to book their own service appointments when needed.

The connected car enables car manufacturers or dealers to revolutionize the car ownership model. Previously, manufacturers had an arm’s length relationship with individual buyers (or none at all). Essentially, the manufacturer’s relationship with the car ended after it was sent to the dealer. With connected cars, car manufacturers or dealers can build an ongoing relationship with their customers. Instead of selling cars, they can charge drivers a user fee, offering “transport as a service” using self-driving vehicles. IoT allows manufacturers to continually update their cars with new software, a radical departure from traditional car ownership models in which vehicles immediately depreciate in performance and value.

Conclusion

Security cameras are one of the most extensively used IoT devices today. Ironically, one of the main weaknesses of these cameras is that they can be stolen or damaged – you need to protect your security camera. Having independent tools saves time because you can let them do whatever they want. However, devices placed remotely must be monitored unattended; the most effective way is through an automated monitoring system.