Modern approaches to ensuring security in remote work environments
Modern reality dictates new conditions for the work of security specialists and IT specialists. The massive transition to remote work has required a review of outdated network architectures that can no longer cope with the load. How to ensure security and productivity while working remotely? In this material, we will consider alternative ways to achieve modern security controls that will help cope with challenges of today.
Moving from legacy to new architectures
Traditional networks, which route all remote traffic through the central corporate network, are experiencing enormous congestion. This results in decreased performance and poor user experience. In this new environment, organizations are rethinking their network infrastructure, especially for applications that require high performance and reliable connectivity. Microsoft, for example, has implemented split tunneling into its VPN strategy.
Initially, routing of all remote traffic through the corporate network provided:
- preventing unauthorized access;
- access control for authorized users;
- network protection (IDS/IPS and DDoS attack mitigation);
- data leak prevention (DLP).
In modern conditions, these tasks can be solved differently, using modern technologies and security methods that are more adapted to distributed and remote work:
- Implementation of multi-factor authentication for everyone users.
- Use identity and access management services to enforce MFA and block legacy authentication protocols.
- Allows only registered devices that comply with the security policy to access resources.
- Using identity management services to assess user risk and control their login.
- Using cloud applications to protect traffic.
- Distributes user requests to the nearest entry point to ensure outage resilience and protection against DDoS attacks.
- Use built-in DLP capabilities (a set of technologies and practices designed to prevent data leaks) to detect improperly stored or incorrectly transmitted sensitive information.
- Automatically scans downloaded files for malicious elements.
- Enable Exchange Online Protection to scan email messages to improve security and protect your organization from spam, phishing, address spoofing, and other threats.
The importance of updating your VPN infrastructure
Modern VPN infrastructure plays a critical role in providing secure remote access to corporate resources. However, attackers are actively targeting unprotected VPN systems, exploiting vulnerabilities to attack and gain unauthorized access to data. Therefore, regular updating of the VPN and VPS infrastructure is extremely important to ensure security and information protection.
Recommendations for updating and protecting your VPN infrastructure:
- constant software updates;
- using multi-factor authentication;
- implementation of a monitoring and logging system to track suspicious activity and promptly respond to security incidents;
- restricting access to VPN to only necessary users and devices;
- regular training for users so that they are aware of the latest threats and security measures associated with the use of VPN.
Regular updating and protection of the VPN infrastructure are key elements of ensuring security in remote work environments. These measures help protect your organization from threats, improve productivity, and ensure compliance with security requirements.
Private VPN server: a reliable organizer of remote work
Private VPN server is one of the effective approaches to ensuring security in remote work conditions. It provides a number of benefits that help protect the data and privacy of employees working from home or other remote locations.
It’s easy to buy a private VPN server on favorable terms on Private VPN server. Here you can not only purchase personal servers, but also find detailed information about available rental options, payment methods, as well as detailed answers to frequently asked questions in the FAQ section. Explore this resource and find answers to your questions in articles about VPN.