Organizations rely on remote administration tools like RDP and SSH to manage cloud servers, infrastructure, and production environments. However, exposing these services directly to the internet introduces significant security risks such as credential theft, brute-force attacks, and unauthorized access.
Zaperon enforces Identity-Centric Zero Trust access to cloud servers, ensuring that only verified users on compliant devices can establish RDP or SSH sessions—without exposing servers to the public internet.
Many organizations still secure cloud server access using VPNs or direct internet exposure, which creates several security and operational challenges.
Common gaps & ecurity challenges include:
Publicly exposed RDP and SSH ports
Credential-based access without device verification
Broad network access after VPN login
Limited visibility into administrative sessions
Increased attack surface for critical infrastructure
Without a Zero Trust approach, remote cloud access becomes a major entry point for attackers and insider threats.
Brute-Force Attacks on Exposed Servers:
Attackers frequently scan the internet for exposed RDP and SSH ports and launch automated password-guessing attacks to gain unauthorized access.
Compromised Administrative Credentials:
If an attacker obtains administrator credentials through phishing or credential leaks, they can gain direct access to cloud infrastructure.
→ Refer to Zero Trust Access Policies.
Unauthorized Access from Untrusted Devices:
Administrators accessing servers from personal or unmanaged devices may introduce malware or security risks into critical environments.
→ Refer to Device Compliance Report.
Lack of Visibility into Server Administration:
Without centralized monitoring, organizations may not know who accessed a server, what actions were performed, or whether access was legitimate.
→ Refer to Application Access Reports.
Lateral Movement Across Infrastructure:
Once inside a network via VPN, attackers can move between servers to escalate privileges or access sensitive data.
Zaperon enforces identity-aware Zero Trust policies before allowing RDP or SSH access to cloud servers, eliminating the need to expose management ports to the internet.
Identity-Verified Server Access:
Only authenticated and authorized users can initiate remote sessions to servers.
Device Trust Enforcement:
Access is granted only if the connecting device meets defined security requirements such as:
Disk encryption enabled
Updated operating system and security patches
Active endpoint protection
→ Refer to Zero Trust Access Policies.
Private Server Access Without Public Exposure:
Cloud servers remain hidden from the public internet, preventing attackers from scanning or targeting management ports.
Users connect securely through Zero Trust application access instead of VPN tunnels.
Granular Server Access Controls:
Administrators can restrict server access using policy controls such as:
Allow access only to specific users or groups
Restrict access to defined servers or environments
Apply time-based or location-based restrictions
Full Visibility into Administrative Sessions:
Zaperon provides detailed monitoring and logs for server access activities including:
User identity
Server accessed
Session start and duration
Source device and location
→ Refer to Admin Audit Logs & Reports
Unsecured cloud server access can expose organizations to serious operational and security risks.
Unauthorized access to critical infrastructure
Data breaches and intellectual property loss
Operational downtime and service disruption
Compliance and regulatory risks
Implementing Zero Trust access controls significantly reduces these risks while improving visibility into infrastructure management activities
Traditional VPN-based remote cloud access solutions grant broad network connectivity that increases security risks and limits visibility into application usage.
Zaperon enables secure remote access through Zero Trust Network Access (ZTNA) by verifying user identity, device trust, and contextual risk signals before allowing access to internal applications.
By replacing network-based access with identity-centric controls, organizations can protect internal systems, reduce attack surface, and provide secure connectivity for modern distributed workforces.