Security Doesn’t Stop at the Office Door: Scanning Your Remote Workforce
Remote workforce scanning ensures visibility into endpoint security regardless of location, addressing gaps caused by devices operating outside corporate networks. Saner CVEM achieves this with agent-based data collection, continuous monitoring, and unified risk prioritization across both remote and on-premises systems.
The Problem
The shift to distributed and hybrid work has fundamentally changed the vulnerability management landscape. Endpoints that once sat safely behind corporate firewalls and were reachable by internal network scanners now live in home offices, coffee shops, and co-working spaces. They connect to corporate systems over VPN — when they connect at all — and spend long stretches of time entirely outside the reach of traditional scanning infrastructure.
The result is a growing population of endpoints with unknown vulnerability posture. A laptop that hasn’t been on the corporate network in three weeks may have missed a critical patch cycle. A remote worker’s home router may be forwarding traffic through an insecure path. Without the ability to scan these devices wherever they are, security teams are effectively managing only part of their endpoint estate.
Security teams often rely on last check-in data, which may not reflect the current state of remote devices. This gap leads to delayed detection of vulnerabilities and missed patch cycles.
The Use Case
Remote workforce scanning means assessing the vulnerability posture of endpoints regardless of their network location — whether they’re connected to the corporate network, working through a VPN, or entirely off-network — ensuring that distributed employees don’t create invisible gaps in the organization’s security coverage.
How It’s Generally Solved
The traditional answer to remote workforce scanning is to require VPN connectivity and funnel all scanning traffic through the corporate network. This works when users actually connect to the VPN — but compliance is rarely 100%, and VPN-dependent scanning creates a systematic gap for devices that haven’t checked in recently. Agent-based scanning can help, but only when agents can reach the scanning infrastructure, which often still requires some form of corporate connectivity.
In many cases, devices that remain off-network for extended periods are not scanned regularly, which creates gaps in visibility across the endpoint environment.
How Saner CVEM Solves It
1. Collect Vulnerability Data Directly From Endpoints
Saner uses endpoint agents to collect vulnerability data from each device, regardless of where it is connected. The agent gathers details such as installed software, patch levels, and system configuration without relying on network-based scans.
This approach removes dependency on VPN connectivity and allows data collection to happen at the source, even when devices are outside the corporate network.
2. Maintain Continuous Visibility Across Remote Devices
Agents continue to report vulnerability data as devices move across different networks. Whether an endpoint is on a home network, public internet connection, or disconnected from VPN, visibility remains active.
This allows security teams to track the current state of remote devices instead of relying on outdated check-in data or last known status.
3. Bring Remote Endpoint Data Into a Unified View
All vulnerability data collected from remote endpoints is presented alongside on-premises systems in a single interface. This allows teams to view the entire endpoint environment without separating remote and internal assets.
The unified view makes it easier to compare risk across devices and maintain consistent tracking.
4. Prioritize Risks Across Remote and On-Premises Systems
Vulnerabilities identified on remote endpoints are evaluated using the same prioritization logic applied to all assets. Risk levels, severity, and impact determine what needs attention first.
This allows teams to focus on high-risk issues across the entire environment without separating remote endpoints from internal systems.
5. Maintain Consistent Coverage Across the Workforce
Endpoints continue to be assessed over time, regardless of changes in location or connectivity. New devices are included as they come online, and existing systems remain visible without requiring manual intervention.
This keeps vulnerability coverage consistent across the workforce and avoids gaps caused by network dependency or user behavior.