What exactly is secure remote access?

What exactly is secure remote access?

Because of new technology and the pandemic, what it really means to provide protected remote access has changed significantly over the last couple of years. Secure remote access is essentially having location-independent connectivity between corporate users and centralized applications, systems, and resources, whether they are hosted in the cloud or on-site.

The following technologies can enable secure remote access:

VPNs;

Both intrusion detection systems and intrusion prevention techniques;

Firewalls with Protected Access Service Edge (also known as SASE and Software-Defined Perimeter);

brokers for cloud access security;

network access with zero trust;

Infrastructure for virtual desktops, as well as authentication and access control (IAM).

Who bears responsibility for secure remote access?

In the new era, cybersecurity teams are likely to direct and also regulate the policies, methods, and solutions linked to providing secure remote access, even if remote access programs, including firewalls and VPNs, are often under the purview of community teams.

Teams of cybersecurity experts evaluate and reduce the risks of remote access, taking into account the following:

Password sharing, programs that violate an organization’s security policies, unencrypted personal devices, a lack of good cyber hygiene, and patching that is rarely done.
Their duties include reducing the greatest cybersecurity risks through the development and evaluation of access controls, the management and supervision of remote access operations, the maintenance of remote access rules, and the testing of remote access operations.

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Prerequisites for remote access

VPNs’ decreasing effectiveness Reestablishing VPN standards is one strategy used by corporations to combat the vulnerabilities associated with working remotely, particularly if employees use consumer-grade devices. This requires implementing basic security measures including encryption, role-based access, multifactor authentication, and strong passwords.

However, many experts contend that VPNs haven’t scaled up to satisfy the increased demands of secure remote access for just a hybrid workforce. As a result, much more agile technology will eventually take the role of VPNs.

Creating regulations for secure remote access

The underlying policy that protects access to and use of enterprise resources, such as information, sources, networks, and systems, will be a distinguishing feature of protected remote access.

Requirements

the requirements for giving remote access to employees; the technologies utilized for remote access and the minimum security requirements; the types of resources that can be accessed remotely;
network components necessary for remote access;
IT staffers responsible for remote access security tasks;
In addition to integrating remote access security with other information safety operations, emergency methods are provided for remote access security compromise.

The protected remote access ecosystem is applicable to the manuals listed below.
Secure remote access and zero trust

As borders blur and the base of consumers who demand resource utilization grows, cybersecurity and these teams’ understanding of phrases like perimeter and loyalty are quickly becoming obsolete. Organizations are no longer protected by four castle walls and a firewall moat to keep away miscreants.

The concept of zero trust is currently being adopted by many security teams. The principle of “never trust, generally verify” is the cornerstone of a zero trust design. Continuous verification, a zero trust alternative to traditional perimeter security, is a key component of protecting a remote workforce dependent on the cloud.

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In our best guide to zero trust, you can learn more about this specific sort of networking security.

Secure remote access and SASE

An developing idea called Secure Access Service Edge integrates network and security features into a single cloud service, not just to stop traffic from being routed through the data center but also to support a remote workforce, cloud-based applications, and IoT adoption use cases.

Businesses may maintain edge-to-edge security while connecting remote users, preventing bottlenecks, and improving speed with a SASE framework.

Secure remote access and SD-WAN

Wide area networks are essential to distributed enterprises because they link headquarters, branch offices, cloud services, and users in many locations. However, they can be time-consuming, expensive, and difficult to manage. Based on their architectural design, WANs can potentially negatively impact traffic and performance and pose some security risks.

If a system overlay that enables IT to remotely setup, administer, monitor, and protect practically all WANs is used, software-defined WANs can help enterprises overcome the challenges posed by conventional WANs, including remote workers and edge devices.

Secure remote access and the cloud

The cloud is crucial for managing a remote workforce because it makes it possible for users to access resources from anywhere. Cloud access can increase output, teamwork, and employee satisfaction, but it also brings security issues that need to be addressed.

Cloud use must be approached with appropriate preparation, security measures, and the very best practices available to stop specific cloud dangers and vulnerabilities, even though it’s crucial for enabling cybersecurity teams to oversee remote access with adaptive methods, tools, and policies.

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Secure remote access and SecOps

The term “SecOps” refers to a highly skilled crew made up of security and operations personnel who help reduce risk in a business. The need for SecOps has increased as a result of the acceleration and volume of cyberattacks, as well as the challenge of integrating a hybrid or perhaps remote workforce into the modern workplace.

Make sure to include essential jobs in SecOps teams, employ efficient SecOps tools, manage cloud security, embrace automation and AI, and follow SecOps best practices in order to create a team that can support a combination of on-premises and remote work while maintaining protection.

It takes a complex method to manage a huge universe of on-premises and remote users. For the demands of employees, independent contractors, business partners, mobile and distant users, devices, and consumers that require protected remote access, IAM has developed into a viable alternative. IAM is a versatile way to protect shared resources while adjusting to the various user needs of remote work settings, with cloud, on premises, and hybrid options.

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