The oil and gas manufacturing industry has seen a rapid evolution in the manufacturing processes. Emerging technologies such as IoT are being integrated with the production process in the energy sector to boost systems' performance by adequately monitoring the network. One such global organization, one of the Fortune 100 listed companies, has been expanding consistently in the field of oil and natural gas manufacturing to maintain future sustainability. Network management in such a company plays a vital role in communication between several networks during the production process. The company has moved to TCPWave IPAM solutions to improve IP address monitoring which optimizes the network management in the production process.
The previous solution adopted by the company faced difficulty due to the inefficiency caused by the manual operations to manage the network services. Maintaining the IP addresses in several networks by ensuring security and reliability becomes a difficult task and requires automated solutions for managing the whole process. This is where TCPWave solutions come in to solve the problems faced due to the existing solution by providing reliability and maintainability.
TCPWave IP address management solves the problem of managing the IP addresses manually by reducing human errors, thereby boosting the system's performance. DDI is the central element of TCPWave network management. TCPWave delivers multi-cloud DNS, DHCP, and IP Address Management (DDI) Services with security, simplicity, scalability, and comprehensive analytics as a bundled solution deployed across data centers and clouds. The DDI Network Infrastructure of TCPWave enhances the network scalability and availability, thus reducing costs, optimizes reliability, and provides security by automating processes across several networks and data centers.
The significant features of TCPWave IPAM made it a one-stop solution for all network management activities. TCPWave IPAM infrastructure provides the most efficient solution by providing fully-integrated automation using integrations with ServiceNow, VMWare VRA, and Cisco, which are being embedded into TCPWave IPAM. Thus, human errors generated due to manual monitoring will be eliminated by this process of automation. TCPWave IPAM manages various services, such as DNS and DHCP services, including managing zones, domains, appliances, etc. The rich CLI interface allows these operations to be performed smoothly using a CLI. The perks of TCPWave IPAM include Quick tasks, which are a very productive way to manage all data about networks, subnets, objects, etc., in IPAM directly.
The security system of TCPWave DDI can handle cybersecurity attacks and protect the network infrastructure as strong ciphers are used for encryption and threat intelligence support embedded into the DDI layer to detect anomalies. The High Availability design of TCPWave, also known as T-Mesh technology, provides resiliency for the DDI ecosystem towards security breaches or system failure. Hence, TCPWave IPAM solutions are being considered to improve the network monitoring activities for ease of operation and maintenance, thereby being cost-effective.
Network capacity planning plays a crucial role in the overall stability of an organization's network. TCPWave robust reporting and auditing framework, embedded into the core product, can save the data backup in case of system/network failure.
TCPWave provides an efficient solution to manage several clouds by integrating several technologies, thus providing agility.
The network management at TCPWave has seen rapid evolution over the years with the efficient DDI infrastructure. In the course of growing the company's network over the years, TCPWave has earned significant recognition for providing effective automation, robust monitoring, and cost-efficient network management. Contact us to get a demo.