Integrated cloud connectivity is crucial to modern network security and by the end of 2020, more than 80% of all business loads will run in the cloud. Therefore, network security must include cloud access considerations and the ability to optimize cloud connectivity by enabling fast and secure cloud adoption and connections to SaaS and infrastructure-as-a-service (IaaS) applications.
Virtual Private Networks (VPNs) use virtual connections to create a private network, keeping any endpoint connected to the Internet securely and protecting sensitive information from unauthorized viewing or interception. A VPN routes an endpoint device connection through a private server so that when the data reaches the Internet it is not seen as coming from the device at 192.168.0.1. High-performance Crypto VPNs speed cloud access, provide a better and more secure experience for remote workers, and enable all organizations to maintain a consistent security policy and proper access control, regardless of location, for everyone. the organization’s users, applications, and devices.
Perimeter security is evolving, like all other aspects of network security in modern times. Traditionally, the network perimeter refers to the peripheral infrastructure that sits between the corporate network and the public Internet, and creates secure controls for incoming and outgoing information that passes between them. NGFWs are a common part of this edge infrastructure. Strong perimeter security at 192.168.8.1 should include capabilities such as application awareness and control, monitoring and blocking of malicious content, and general traffic management.
Organizations are using more data than ever before that is being transmitted at higher speeds between distributed locations around the world. The advantage of technologies such as 5G and the needs of organizations transmitting massive data sets, such as those found in high-speed e-retail, transportation, energy, and manufacturing, have created the need for a security at hyperscale. All of these developments require adequate security controls.
Too often, organizations find that their security tools can’t keep up with what hyperscale requires and forgo security protections for optimal user experience, a dangerous trade-off. Hyperscale applications require a different mindset than traditional network security tools. They need properly scaling network firewalls and other solutions to process unprecedented volumes of data at speeds never seen before.
Network automation uses network and security software tools to maximize network efficiency and functionality. Automation is used in many aspects of corporate IT infrastructure to relieve human teams and greatly reduce the chances of human error, which continues to be the leading cause of network security problems and outages. Using network automation to update configurations and perform myriad other functions instead of cumbersome manual processes helps reduce the overall complexity of network administration and results in stronger network security.
Compliance management is not optimal in this day and age of data privacy regulations and other compliance controls put in place by different industries, governments, and regions. Compliance management is also traditionally quite cumbersome, involving lengthy manual processes led by teams and weeks and months of work to obtain, analyze and report on data.
Network and security teams can tackle complicated and time-consuming auditing processes, which are often ineffective anyway, by automating compliance tracking and reporting and integrating those techniques with other network security operations. Robust compliance tracking and monitoring tools can also benchmark network environments against industry benchmarks and best practices, ensuring risk measurement is a simple process.
Enterprise network security
Enterprise network security, especially for large, distributed enterprises, requires an integrated, automated, and cloud-ready approach that prioritizes protecting the corporate network and its assets and data while preserving connectivity and a great user experience for employees. and clients. Enterprise network security isn’t just about keeping the bad guys out, either; legacy systems, patch management, alert fatigue, and a shortage of specialized cyber workers and network security workers are all factors in selecting the right network security solutions. At a minimum, a corporate network security strategy incorporates both software and hardware tools; includes on-premises, hybrid, and cloud access models; maximizes protection against the widest variety of threats; It regulates what enters and leaves the corporate network and manages who has access to what on the network.
Small Business Network Security
Attackers frequently target small businesses and use techniques like ransomware, in the full knowledge that small business network security is often woefully inadequate. It’s important for small businesses to select the right tools to help protect company data and assets, including secure Wi-Fi, virtual private networks (VPNs), multi-factor authentication, and branch office firewalls. Centralized, cloud-based management also simplifies ongoing operations with helpful rules and policies, so small businesses can quickly adopt new technologies while keeping their business secure.
“How can we do it even faster?” It’s a question that has been around since the dawn of digital innovation, and it pertains to network security then, now, and in the future. Speed is the driving force behind digital transformation and how it transforms business, facilitating efficiency, access, application development, productivity, revenue, and return on investment (ROI). This is why high performance is a critical attribute of network security tools, especially in the age of hyperscale and hyperconnected environments, where traditional network security systems are no longer able to keep up, as they are not capable of delivering secure connectivity and can no longer meet user experience demands. Security performance is the gold standard for organizations operating at the forefront of digital innovation, even a millisecond delay can have huge negative consequences at this scale.