Network System Design and Redundancy Services

What are the reasons why smart grid networks are important to businesses today?

Network System Design: Network managers are facing rapid changes and complex hardware, software, and cellular services as a result of the Internet of Things (IoT). It is not the only technology that complicates things. External forces have also contributed to the growing instability. Examine the long-term and wide-ranging effects of the Covid-19 plague. Through the plague, which is changing the nature of work and accelerating the use of remote, scattered labor, the cloud’s resilience has been tested in an unprecedented way.

In a Ponemon Institute study, cyber-attacks, human errors, hardware failures, and customer service platform (USP) failures account for most data center outages. Among the 425 participants in the survey of 132 data centers and 1,667 markets in North America, Canada, and Latin America, 75% said they could avoid the latest downtime, but 54% said they didn’t use best practices in the network system design and resource enhancement. The cost constraints of 69% prevented the implementation of proactive solutions, which increased the risk of subsequent unplanned interruptions.

By 2022, the world’s largest cloud service providers and technology companies, including Microsoft Azure, GitHub, Google, IBM, Salesforce, and Zoom, will be affected.

The operator networks of today are still a patchwork of 3G and 5G generations. Older devices and apps use fewer data and bandwidth when running on 4G or even 3G networks, while newer devices and apps need more bandwidth and data.

Due to all these complexities and changes, the risk of connection failures and network degradation increases substantially. In the meantime, network professionals must operate 99.99% of the network without additional funding and staff to cope with the complexity.

Smart, software-based networks, which can perform most configuration and management functions without human interaction, are the next step in information technology. To make sure your network is always secure, you should do five things:

  • Flexibility: 5G, 4G, and 3G networks must be flexible to adapt to changing conditions and requirements in the present and the future.
  • Availability: To remain connected to clients and applications, the network must continue to run, heal itself, and fail.
  • Protection: The best protection is built into the product from the beginning and cannot be added later.
  • Intelligent: A permanent network should have a single, intelligent, centralized point of view for managing and controlling devices and locations. AI and machine learning should not be necessary to automate basic tasks.
  • Monitoring: It is critical to monitor all connected devices, machines, and people connected to the network, especially in industries that perform important functions

A recent automation world survey found that 67% of respondents use some type of intellectual remote-access technology to monitor machines and analyze data. In industries such as manufacturing, mining, oil and gas, construction, and transportation, this is especially true.

In rural Nicaragua, another customer, EOS International, deployed a cellular LTE Cat 1 connection-based remote water-quality monitoring solution. IoT solutions improve the detection of garbage bin levels in underground garbage containers in Jerusalem, where trash has become a major problem.

Businesses, machines, and individuals can connect, transmit data and perform operations in new ways because of IoT support technologies. The value of these technologies lies in their reliance on networks, so today’s networks require intellectual networks as well.

Network Design services for resilient networks:

The NOC is the brain of a company. A NOC is often the first line of defense against any attacks or disruptions a company or enterprise might experience with their telecommunications networks. Select the right NOC for your network design services.

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