To secure remote access while maintaining productivity, I rely on key strategies like using VPNs to encrypt data traffic, ensuring sensitive information stays protected. Implementing Multi-Factor Authentication (MFA) adds an extra layer of security, making it harder for unauthorized users to gain access. Regular software updates are also crucial to address vulnerabilities and keep systems secure. By combining these strategies, I can provide secure remote access without compromising productivity or data safety.

For remote access, I always make sure to implement a solid mix of security practices. Using a VPN is a must to encrypt data and keep sensitive information safe. Multi-factor authentication (MFA) is a game-changer to add an extra layer of protection, especially with the variety of devices employees use. I also prioritize regular software updates across all systems to patch vulnerabilities before they can be exploited. By combining these strategies, I ensure productivity doesn't come at the expense of security.

Securing remote access will require a shift towards advanced frameworks like ZTNA and SASE. ZTNA will minimize the exposure by completely abstracting the network, making sensitive resources invisible to unauthorized users. SASE complements this by converging networking and security services, integrating solutions like cloud-delivered firewalls, secure web gateways, and data loss prevention into a single architecture. This approach will ensure secure, optimized access for remote users regardless of their location, while also providing granular visibility and control. Together, ZTNA and SASE form a robust, scalable solution that aligns perfectly with the needs of modern, distributed workforces.

From my experience, securing remote access hinges on balancing usability with stringent protection. Beyond VPNs and MFA, consider adopting Zero Trust principles—continuously verifying users and devices before granting access. Endpoint Detection and Response (EDR) tools can monitor and mitigate threats on remote devices in real-time. Moreover, providing tailored security training empowers employees to recognize phishing attempts targeting remote setups. Lastly, enforce least privilege access—granting employees only the permissions they need reduces exposure. Regularly reassess access policies to adapt to evolving threats. Start with small, scalable changes to improve security without hindering productivity.

Ensuring secure remote work is a critical requirement for all organisations. While VPN access remains a common method, adopting a zero trust architecture is a far more robust solution for remote employees. Unlike VPNs, which inherently create a “trust by default” model, zero trust enforces a “never trust, always verify” approach. This architecture requires continuous authentication, ensuring that users are consistently validated at every access point. By implementing zero trust, organisations can maintain confidence that users are exactly who they claim to be, significantly reducing the risk of unauthorised access. You can enhance this with endpoint protection, MFA, DLP, device management, and training alongside zero trust model.

To secure remote access while keeping productivity high, ensure strong identity verification with multi-factor authentication and use secure VPNs to protect connections. Adopt a “zero trust” approach, granting only necessary access and monitoring for unusual activity. Keep devices secure with antivirus, encryption, and regular updates, and train employees to spot risks like phishing. Balancing strong defences with usability is key to success.