DATA CENTER MANAGEMENT SYSTEM

Abstract

This invention relates to an integrated system (1) that enables monitoring, management and optimization of physical infrastructure and resources located in data centers.

Description

1 TARIFF DATA CENTER MANAGEMENT SYSTEM Technical Area This invention enables monitoring of physical infrastructure and resources located in data centers, with an integrated system that enables its management and optimization It is related. Previous Tech 10 Data Center Infrastructure Management (DCIM) Engineers working in these processes face various challenges while carrying out their daily tasks. They are facing challenges such as computer addiction and data center issues. Manual monitoring and management of the devices located, 15 from different applications These include the need for data collection, data entry errors, and wasted time. The fact that current processes are manual and time-consuming reduces the productivity of engineers. This reduces the likelihood of making mistakes and increases the probability of errors. For this reason, in data centers... It will make all the functions to be performed accessible through a single platform, Inventory management, energy management, 20 engineers using handheld terminals functions such as capacity management, environmental monitoring, reporting and analysis are fast and efficient. A new system is needed to ensure that it is carried out in some way. International patent no. WO2015035399, which falls under the prior art. Inventory of data center equipment located in server racks in document 25 A system and method for management is being discussed. In an application, the system and the method includes location information of the equipment to be managed, equipment-specific information, and This involves generating an identification code that includes equipment history. The identification code, It is applied to the equipment or a part of it. When the equipment is placed in the server rack, a The code scanner or reader is positioned within the scanning range of the identification code. 30 The code reader scans identification codes and transmits the information associated with the codes to a communication device. 2 It transmits; this device then transmits the codes to a user or network device in a network environment. The information can then be analyzed, sorted, and presented graphically to the user. It can be displayed on the interface, allowing the user to evaluate and locate the equipment. And you can watch. Brief Description of the Invention The purpose of this invention is to improve the physical infrastructure and resources located in data centers. It has an integrated structure that enables monitoring, management, and optimization. The system is to implement. 10 Another purpose of this invention is inventory management, energy monitoring, capacity planning, data center encompassing core functions such as environmental monitoring, reporting and analysis This contributes to the more efficient and error-free execution of operations. Another purpose of this invention is to improve the skills of engineers working in data center environments. enabling access to systems, transactions, and real-world operations through terminals. by enabling real-time data tracking, reducing the burden of manual processing. The goal is to reduce costs and improve speed, accuracy, and efficiency in business processes. Another purpose of the invention is to enable engineers working in data centers to interact with computers. to be able to run all operations within the data center without needing to to provide. Detailed Description of the Invention 25 The "Data Center Management System" was developed to achieve the purpose of this invention. This is shown in the attached figure; Figure 1. Schematic view of the system that is the subject of the invention. 30 3 The parts shown in the figure are individually numbered, and the corresponding numbers correspond to these numbers. given below: 1. System 2. Electronic device 5 3. Application 4. Database 5. Server D. External server 10 Monitoring and managing the physical infrastructure and resources located in data centers. and the system described in the invention has an integrated structure that enables its optimization. (1); -Barcode or serial number on devices located in data centers 15 at least one electronic device that enables the information in this form to be read by a laser reader. device (2), -electronic devices (2) run on the devices located in the data center site Access to inventory information by scanning a barcode or serial number, monitoring of devices, all 20 received from multiple external servers (D) regarding the devices visualizing data together, inventory management, energy monitoring, capacity at least one interface that enables planning, environmental monitoring and reporting. at least one application offering (3), -the devices in the data center and the barcode / serial numbers assigned to those devices are in harmony with each other. at least 25 configured to ensure that they are kept on record in a matched manner. a database (4) and - All information regarding the device whose barcode is scanned is obtained from multiple external servers (D) the collection and consolidation of data at a single point and its presentation to the user, the user Inventory management, energy monitoring, capacity planning, environmental monitoring and reporting. monitoring of all transactions made regarding the processes and entry into the database (4) 30 4 recording, analyzing the monitored processes, and providing information to the user. It includes at least one server (5) configured to provide the service. The electronic device (2) included in the system (1) which is the subject of the invention, is a tablet with laser reader. It is a device in the form of a barcode or 5 found on devices in the data center. It is configured to enable laser reading of serial numbers. The subject of the electronic device (2) is any remote device in the known state of the art. to establish a connection with the server (5) using the communication protocol and the established connection data exchange between application (3) and server (5) via connection It is structured to enable its realization. The preferred 10 of the invention In its application, the Internet is used as a data bus with electronic devices (2) and server (5). It is configured to exchange data using this method. The application (3) in the system (1) which is the subject of the invention, on the electronic device (2) communication is being carried out between the electronic device (2) and the server (5) 15 It is configured to exchange data with the server (5) via. The application in question (3) allows users to query inventory, devices at least one that enables it to perform all operations such as add / subtract / move. It is structured to provide an interface. The application (3) is located in the data center. By scanning the barcode or serial number of the devices, 20 to provide at least one interface that allows the display of inventory information It is structured. Application (3) is monitoring of devices in the data center, from multiple external servers (D) in the form of inventory, energy monitoring and reporting It is configured to present the powered functions in a single integrated interface. Application (3) provides users with 25 language options for data centers. to provide an interface to enable the execution of transactions It is structured. Application (3) is for processing devices in data centers. Personal data verification is required for users who wish to proceed. to provide an interface that enables data entry / reading It is being structured. 30 The database (4) in the system (1) which is the subject of the invention is in communication with the server (5) The database (4) is configured to be managed by the server (5). One application of the invention is PostgreSQL. The database (4) is located in the data center. User information that grants permission to perform operations on the devices is recorded. It is structured to ensure that it is held. 5 The server (5) in the system (1) which is the subject of the invention, any remote communication to communicate with the electronic device (2) using the protocol and the established protocol data through communication with the application (3) carried out on the electronic device (2) It is configured to carry out the shopping. Server (5), database (4) and 10 being in communication, making new data entries into the database (4), data deletion of registered data in the database (4) or within the database (4) Modification of registered data and registered data in the database (4) to manage the database (4) by operations such as updating It is being configured. The server in question (5) is 15 for the devices in the data center. To ensure that users who will perform the transaction are authenticated. so that the data received through the application (3) can be checked with the data in the database (4) It is configured to do so. The server (5) allows users to authenticate their identity. barcodes or located on devices in the data center via application (3) After scanning the serial number with a laser, the device can be added / removed / moved. 20 receiving requests and processing related transactions for the barcode / serial number scanned device. It is configured to enable the implementation. The server (5), data By enabling real-time data processing for devices at the center, it prevents data loss. It is configured to prevent synchronization errors. Server (5) provides inventory information on data center devices, environmental data, energy and 25 By gathering information about capacity status on multiple external servers (D), one to ensure that an application (3) is presented to the user together on an interface It is configured accordingly. Server (5), status of devices in the data center. to ensure the preparation and presentation of reports to the user It is being structured. 30 6 Industrial Application of the Invention Thanks to the system (1) which is the subject of the invention, inventory management, energy consumption monitoring, Functions such as environmental monitoring and capacity planning are accessible from a single platform. This will lead to engineers having to switch between different systems. 5 This will disappear. Devices in the data center will be assigned barcodes or serial numbers. By providing direct access, errors resulting from manual data entry can be avoided. This will prevent problems and result in significant time savings in operational processes. In addition, the system has (1) a user-friendly interface, fast processing capacity and security. Its structure, which conforms to standards, enables engineers working in the field to do their jobs more effectively. This will allow them to accomplish it in this way. Around these basic concepts, the invention relates to the “Data Center Management System (1)”. It is possible to develop a wide variety of applications, and the invention described herein It cannot be limited to examples; it is essentially as stated in the requests. 15

Claims

7 REQUESTS 1. Monitoring the physical infrastructure and resources located in data centers, It has an integrated structure that enables its management and optimization; -Barcode or serial number found on devices located in data centers. minimum number that enables information in the form of a number to be read by a laser reader an electronic device (2), - carried out on electronic devices (2), located in the data center area Inventory information is accessed by scanning the barcode or serial number of the devices. access, monitoring of devices, multiple external 10 Displaying all data received from the server (D) together, inventory management, energy monitoring, capacity planning, environmental monitoring and reporting. at least one application that provides at least one interface that enables it to be done (3), -devices in the data center and the barcode / serial number assigned to those devices 15 to ensure that they are kept on record in a matched manner at least one database structured (4) and - All information regarding the barcode-scanned device is obtained from multiple external servers. (D) by taking and combining them at a single point and presenting them to the user, user inventory management, energy monitoring, capacity planning, environmental monitoring of all actions taken regarding monitoring and reporting processes 20 and recording in the database (4), analysis of the processes monitored at least the minimum structured to enable the creation and presentation of the product to the user. a system (1) characterized by containing a server (5).

2. It is a tablet-shaped device with a laser reader, and the devices in the data center are 25. laser reading of barcodes or serial numbers on the device characterized by an electronic device (2) configured to provide A system like the one in claim 1 (1).

3. Connect to the server (5) using any remote communication protocol 30 to establish and connect the application (3) and the server (5) through this established connection 8 structured to enable data exchange between them electronic device (2) and a system (1) as in Claim 1 or 2.

4. It is carried out on electronic device (2) and with electronic device (2). Data exchange with server (5) through communication established between server (5) and server (5) characterized by the application structured to perform (3) a system like any of the above requests (1).

5. Users can perform inventory inquiries, add / remove / move devices. 10 from the above requests characterized by the structured application (3) a system like any other (1).

6. By scanning the barcode or serial number of devices in the data center. EN 15 enables the display of inventory information in real time. The application is characterized by being structured to offer a minimal interface (3). a system like any of the above-mentioned requests (1).

7. Monitoring, inventory, and energy tracking of devices in the data center, and functions fed from multiple external servers (D) in reporting form are single 20 application configured to present in an integrated interface (3) a system like any of the above characterized claims (1).

8. Provides users with multiple language options for data center operations. structured to provide an interface to enable its execution any of the above requests characterized by application (3) a system like one of them (1).

9. 30 people who want to perform operations on devices in data centers Personal data is used to verify user identities. 9 structured to provide an interface that allows input / reading any of the above requests characterized by application (3) a system like one of them (1).

10. Communicating with server (5) and being managed by server (5) from the above requests characterized by the structured database (4) a system like any other (1).

11. The above is characterized by a database (4), one example of which is PostgreSQL. a system like any of the requests (1). 10 12. Authorized to perform operations on devices in the data center. configured to ensure user information is kept on record any of the above requests characterized by the database (4) a system like one of them (1). 15 13. Using any remote communication protocol, electronic device (2) to communicate with and through this communication with electronic devices (2) to exchange data with the application (3) being run on it 20 of the above requests characterized by the configured server (5) a system like any other (1).

14. Communicating with the database (4), adding new data to the database (4) registration, deletion of registered data in the database (4) or Modifying the registered data in the database (4) and database (4) 25 data through processes such as updating the recorded data within it characterized by the server (5) configured to manage the base (4) a system like any of the above requests (1).

15. Users who will perform operations on devices in the data center must be 30. to enable identity verification through the application (3) to check the received data against the data in the database (4) from the above requests characterized by the configured server (5) a system like any other (1).

16. Data of verified users via application (3) 5 The laser displays the barcode or serial number located on the devices in the center. After scanning, requests to add / remove / move devices the receipt and related procedures for the device with the scanned barcode / serial number with the server (5) configured to enable its implementation A system like any of the above characterized claims 10 (1).

17. By providing real-time data processing for devices in the data center, data to prevent loss and synchronization errors 15 of the above requests characterized by the configured server (5) a system like any other (1).

18. Inventory information for data center equipment, environmental data, energy and Information about capacity status is available on multiple external servers (D) by collecting them together on a single application (3) interface, 20 users characterized by the server (5) configured to enable its presentation a system like any of the above requests (1).

19. Preparing status reports for the devices in the data center and 25 with server (5) configured to make available to the user a system like any of the above characterized claims (1).

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