Zero Trust & Segmentation

Build Zero Trust and Segmentation Policies on Verified Facts

Give IT and Security one continuously validated view of every device and identity, so access and segmentation policies enforce on facts and scale without growing exception lists.

Trusted by 30,000+ environments to provide confident IT and security decisions.

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Policies Stall When the Data Behind Them Can't Be Trusted
Zero Trust, SASE, and segmentation policies are only as reliable as the asset classification they're built on.
Is this device classified consistently across every tool enforcing policy on it?
What is the actual risk posture of this asset right now?
Why does this exception still exist, and who approved it?
Which policies are failing at the edge because the underlying data is wrong?
The result?
Access controls look correct on paper but fail in practice, slowing Zero Trust progress and increasing operational risk.
Validated Asset Context That Makes Policies Enforceable
Security designs policies. IT enforces them. Both need the same validated asset data to do it reliably.
Normalize asset and identity classification across every discovery source and enforcement tool.
Enrich every access decision with current device health, risk posture, and lifecycle state.
Make exceptions explicit, measurable, and time-bound.
Roll out and adjust controls confidently with accurate, validated context.
The payoff?
Policies become enforceable, auditable, and scalable: built on verified asset data, not classification guesswork.

Benefits

Verified Asset Context Makes Policies Enforceable at Scale

When every access decision is built on accurate, continuously validated asset intelligence, policies stop failing at the edges and Zero Trust becomes operationally real.

Zero Trust That Actually Scales

Consistent, normalized asset and identity classification means policy logic works the same way across every enforcement tool, no gaps where inconsistent data causes controls to fail silently.

Exceptions That Shrink Over Time

When exceptions are explicit, measurable, and time-bound, they stop accumulating into permanent workarounds. Policies tighten over time instead of eroding under one-off approvals.

Controls You Can Roll Out Without Risk

Accurate asset context means access and segmentation controls can be rolled out gradually and adjusted confidently, without disrupting operations or creating new exposure in the process.

Network Discovery

Unified Context

Every Policy Decision Based on Consistent Asset Classification

When different tools label the same device differently, policies break at the edge. Lansweeper discovers, normalizes, and classifies assets across environments and discovery sources, so every enforcement tool works from the same verified foundation.

IT Asset Details

Verified Risk Posture

Access Decisions Informed by Real Risk

Policies that ignore device health make least-privilege impossible. Lansweeper enriches every asset with vulnerability insights, patch status, lifecycle, and configuration context, so access and segmentation rules reflect actual risk posture, updated continuously rather than at the last audit.

IT Asset Lifecycle Insights

Controlled Rollout

Enable Zero Trust Without Disrupting the Business

Bad data forces organizations to choose between enforcing policy and causing disruption. When the asset data is accurate and continuously validated, your teams can enable and enforce segmentation and Zero Trust controls step by step. False positives drop, and cascading exceptions stop before they start.

Workflows and Automation with Flow Builder

Orchestration

Asset Intelligence That Feeds Your Enforcement Ecosystem

Lansweeper feeds normalized asset context into NAC, IAM, SASE, and SIEM platforms through native integrations, webhooks, and open APIs. Flow Builder triggers automated responses when asset state changes. Every policy decision stays traceable with audit trails that don’t require manual reconstruction.

How it works

Built for IT and Security Teams

Discover every asset, understand what’s at risk, and push trusted data to the tools that take action.

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  • See what’s actually there

    Continuously discover and classify every asset across IT, OT, cloud, and IoT, including managed, unmanaged, and shadow assets without manual effort.

  • Know what matters most

    Normalize and apply context, vulnerability data, and lifecycle signals to assess risk, forecast spend, and surface optimization opportunities.

  • Act with confidence across tools

    Deliver trusted asset intelligence to ITSM, CMDB, and security tools so actions are accurate, scoped, and prioritized.

INTEGRATIONS

Turn Asset Intelligence Into Action Across Your Stack

Lansweeper feeds trusted, continuously updated asset intelligence into the tools that take action.

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  • What is zero trust segmentation?

    Zero trust segmentation divides a network into small, isolated zones and allows access between them only after verifying the identity, device, and context of every request. It limits lateral movement, so a compromised device can’t reach systems it has no reason to touch.

    Segmentation policies are only as reliable as the asset data behind them. If a device is misclassified or missing from the inventory, the policy enforces on the wrong facts. Lansweeper gives IT and Security a shared, continuously validated view of every asset, so segmentation rules reflect what’s actually on the network.

  • Why do most zero trust initiatives stall?

    Most zero trust initiatives stall because the asset and identity data underneath them is incomplete, inconsistent, or out of date. When different tools classify the same device differently, policies fail at the edge, and teams respond with exceptions that become permanent.

    Unmanaged devices, OT, IoT, and shadow IT add assets no policy covers at all. 73% of cybersecurity leaders have seen incidents caused by unknown assets (Trend Micro). Progress resumes when IT and Security work from one trusted, continuously validated inventory that every enforcement tool can rely on.

  • How does Lansweeper support zero trust and segmentation policies?

    Lansweeper discovers, classifies, and enriches every asset across IT, OT, IoT, and cloud, then shares that context with the tools that enforce zero trust. Agentless discovery covers managed and unmanaged devices, and each asset is enriched with vulnerability, patch, lifecycle, and configuration data. Native integrations, webhooks, and open APIs connect that intelligence to:

    • Network access control (NAC) and identity and access management (IAM) platforms
    • Secure Access Service Edge (SASE) and microsegmentation tools
    • Security information and event management (SIEM) platforms and Flow Builder workflows

    IT and Security define, enforce, and audit access policies from the same trusted foundation.

  • What role does device trust play in zero trust?

    Device trust is the zero trust principle that every device must prove it is known, healthy, and compliant before it gets access. Identity alone isn’t enough: a valid user on a vulnerable or unmanaged device is still a risk. Device trust starts with recognizing every device on the network, which is why device identity is the foundation of zero trust network access.

    Device trust decisions depend on current data about each device’s classification, patch level, vulnerabilities, and owner. Lansweeper keeps that data continuously validated and benchmarks it against collective intelligence from 175M+ devices across 30,000+ environments, so access decisions reflect each device’s real state, not its last scan.

  • Does Lansweeper replace NAC or microsegmentation tools?

    No. Lansweeper is the Cyber Asset Intelligence Platform that NAC, microsegmentation, and SASE tools enforce on, not a replacement for them. Those tools decide who and what gets access. Lansweeper makes sure those decisions are based on a complete, correctly classified, continuously validated inventory.

    Because Lansweeper isn’t tied to a single control plane, the same trusted asset data supports every enforcement tool in the stack. That keeps policies consistent when organizations run more than one, and gives IT and Security a shared, defensible record of what each policy covers.

  • How does asset visibility support CISA and NSA zero trust guidance?

    Both the CISA Zero Trust Maturity Model and the NSA Zero Trust Implementation Guideline Primer treat device visibility as foundational. CISA’s Optimal stage for the Devices pillar calls for continuous monitoring and validation of device posture across on-premises, cloud, and remote environments.

    The NSA guidance spans 91 activities across seven pillars, and every pillar depends on knowing which devices exist. Lansweeper provides continuously updated device, software, configuration, and vulnerability records, with audit-ready reporting that helps IT and Security demonstrate maturity progress to auditors and leadership.

  • How do I start building zero trust on trusted asset data?

    Start with a complete, continuously validated inventory, because every zero trust pillar depends on it. A practical sequence:

    1. Discover every asset, including unmanaged, OT, IoT, and cloud devices
    2. Normalize classification so every tool labels devices the same way
    3. Enrich assets with risk, vulnerability, and lifecycle context
    4. Connect that data to your NAC, IAM, and segmentation tools
    5. Roll out policies in stages and track exceptions until they shrink

    Lansweeper offers a free trial, so IT and Security can measure visibility gaps before a rollout.