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Cybersecurity Information SecurityTop 10 Best Audit Network Software of 2026
Compare audit network software options for network teams, with tradeoffs and fit notes for tools like Auvik and SolarWinds Network Configuration Manager.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
AI search agents find sources, extract figures with provenance, and aggregate written reviews. They also transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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ManageEngine OpManager is the best pick for security and audit teams needing continuous network evidence because scheduled discovery and long-horizon reporting stay consistent over time from polling history, whereas Auvik fits teams that must pair inventory with configuration drift evidence through change detection.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
ManageEngine OpManager
Scheduled discovery plus long-horizon reporting on monitored devices and services, built from polling history.
Best for: Fits when security and audit teams need continuous network evidence from SNMP and service polling.
Auvik
Editor pickAuvik’s change detection ties network inventory to configuration drift evidence for audit workflows.
Best for: Fits when security teams need authenticated network evidence and continuous configuration change tracking across many sites.
SolarWinds Network Configuration Manager
Editor pickBaseline-driven configuration auditing across diverse network devices with scheduled collection and structured evidence reporting in one workflow.
Best for: Fits when network teams need recurring baseline comparisons and auditable drift evidence across many device types.
Comparison Table
ManageEngine OpManager
enterpriseNetwork monitoring software that includes device discovery, inventory views, and infrastructure audit visibility.
Scheduled discovery plus long-horizon reporting on monitored devices and services, built from polling history.
OpManager uses scheduled discovery and polling to gather network reachability and performance signals from managed devices, then ties those signals to alerts and historical views. SNMP polling supports many enterprise devices, while service monitoring can verify application-facing availability with protocol checks. The evidence trail is driven by monitoring history rather than security scan artifacts, so audit output tends to look like operational records tied to objects.
A key tradeoff is that OpManager is not a vulnerability scanner or SCAP-oriented compliance scanner, so it does not produce authenticated scan findings or patch compliance evidence by itself. It fits best when audit teams need continuous device and service observability to support audit questions about network uptime, change impact, and exception handling tied to monitored assets.
- +SNMP polling and service checks generate repeatable device evidence
- +Scheduled discovery keeps monitored asset lists current over time
- +Historical views and reporting support ongoing audit evidence retention
- +Alert context links operational events to specific monitored objects
- –Does not generate vulnerability scan results or CVSS scoring
- –Coverage of authenticated scanning and credentialed probes is limited
- –RBAC and audit logging depth need validation in larger governance setups
- –Requires disciplined monitor grouping to keep audit reports readable
Network operations and audit
Prove uptime of critical services
Availability evidence across audit periods
Security team managing exceptions
Track recurring device alert patterns
Faster exception justification
Show 2 more scenarios
IT governance and compliance
Maintain an auditable monitored asset inventory
Fewer stale assets in reports
Uses discovery and polling scope to keep the monitored target list aligned to network changes.
Enterprise network teams
Monitor SNMP-managed infrastructure
Consistent health baselines
Collects SNMP telemetry and generates reports that support control mapping for network health.
Best for: Fits when security and audit teams need continuous network evidence from SNMP and service polling.
Auvik
SMBCloud-based network management platform with automated discovery, topology mapping, and device inventory.
Auvik’s change detection ties network inventory to configuration drift evidence for audit workflows.
Auvik pairs network discovery and continuous monitoring with audit-grade evidence capture, which makes it distinct among audit network tools. It uses authenticated scanning and SNMP polling to inventory network assets, track configuration changes, and surface drift indicators.
The solution also supports integrations for routing security findings into operational workflows, which helps connect network telemetry to audit requirements. Automation and governance controls focus on keeping collection consistent across sites and devices.
- +Agentless inventory and authenticated scan coverage for mixed network environments
- +Configuration change visibility that supports audit evidence collection
- +SNMP polling provides wide reach across network device types
- +Integration options connect network findings into existing security operations
- –Onboarding requires careful network access planning for consistent data collection
- –Coverage varies by vendor features and may require per-environment tuning
- –Deep audit mapping to control frameworks can require process alignment
- –Large environments can produce high event volume that needs filtering discipline
Managed service providers
Review network posture across customer sites
More consistent audit documentation
IT administrators
Maintain living network inventory
Up-to-date documentation baseline
Show 2 more scenarios
Network operations teams
Trace outages with topology context
Faster fault isolation
Topology and alert context help connect symptoms to affected paths and equipment for evidence-ready troubleshooting.
Network administrators
Identify configuration drift against baselines
Clearer change history
Config comparison highlights unintended changes so teams can document drift and improve configuration control history.
Best for: Fits when security teams need authenticated network evidence and continuous configuration change tracking across many sites.
SolarWinds Network Configuration Manager
enterpriseNetwork configuration and compliance software for auditing device changes, standards, and policy drift.
Baseline-driven configuration auditing across diverse network devices with scheduled collection and structured evidence reporting in one workflow.
SolarWinds Network Configuration Manager automates network configuration auditing by comparing live device configs against defined baselines and producing evidence for control checks. It supports scheduled collection across network targets and organizes findings by device and policy scope, which helps teams track configuration drift over time.
Integration with the SolarWinds monitoring ecosystem streamlines correlated operations between configuration issues and broader network telemetry. Reporting and export options support audit workflows that need traceable change history and repeatable verification runs.
- +Scheduled config collection produces recurring audit evidence with consistent run logic
- +Baseline comparison highlights drift at the device and section level
- +Flexible import and normalization of device configuration text supports mixed network fleets
- +Findings reporting supports audit review workflows with historical context
- –Workflow depth depends on how baselines and checks are modeled for each device type
- –Cross-tool automation requires more setup than code-based policy-as-code approaches
- –High change rates can increase review noise without disciplined exception handling
- –Large environments can strain operational overhead when many templates and baselines are maintained
Security and compliance teams
Generate policy-scoped configuration evidence
Repeatable evidence outputs
Network operations teams
Run scheduled config audits over targets
Consistent audit coverage
Show 2 more scenarios
Network administrators
Track configuration drift over time
Drift visible in reports
Historical results reveal changes between current configs and defined baselines so teams can document drift.
SOC and monitoring teams
Correlate config issues with telemetry
Fewer disconnected investigations
Integration with the SolarWinds monitoring ecosystem links configuration findings with broader network operational signals.
Best for: Fits when network teams need recurring baseline comparisons and auditable drift evidence across many device types.
Total Network Inventory
SMBPC and network inventory software for auditing hardware, software, and license data across local networks.
Scheduled network inventory with time-based comparisons for device identification and audit evidence packaging.
Total Network Inventory builds an inventory from network scanning results and device metadata, then organizes that data to help audit preparation and ongoing reviews. Its network inventory workflow is built around scan scheduling and repeat runs that surface differences between captures across time. Evidence output is structured for audit use, with per-device findings that can be exported for reporting.
- +Scheduled network inventory runs support audit-ready recurring evidence
- +Exportable per-device findings reduce manual spreadsheet work
- +Protocol-based device interrogation improves identification versus ping-only discovery
- +Change-focused inventory comparisons help track drift over time
- –Scan scope and network reachability require ongoing governance
- –Advanced compliance workflows need more process design than policy-driven tooling
- –Integration depth depends on exported data formats and add-ons
- –Large segmented networks can increase operational overhead
IT audit teams
Recurring infrastructure evidence collection
Faster evidence assembly
Network operations
Subnet coverage and change tracking
Reduced drift surprises
Show 1 more scenario
Security engineering
Authenticated device identification
Better targeting for follow-ups
Uses network interrogation to map hosts and devices more precisely than unauthenticated checks.
Best for: Fits when teams need recurring network asset evidence from scheduled discovery across many subnets.
Lansweeper
enterpriseAgentless network discovery and IT asset inventory software with audit reporting across devices and software.
Cross-asset correlation in discovered inventories links device, software, and network details for audit evidence review.
Lansweeper runs credentialed scans and inventory collection on managed subnets so security teams can tie discovered assets to control requirements. It tracks installed applications, open ports, operating system details, and asset relationships so auditors can review what was observed during specific scan cycles. Scans can be scheduled to fit recurring audit rhythms and to support ongoing evidence refresh.
- +Credentialed scanning builds an inventory with audit-grade observables
- +Scheduled scan jobs keep evidence aligned with audit time windows
- +Asset and software correlation reduces manual spreadsheet reconciliation
- +Exports and integrations support downstream control workflows
- –Authenticated coverage depends on well-managed credentials per network segment
- –Large environments can require ongoing tuning of scan scope
Security operations teams
Credentialed inventory refresh for audits
Reduced audit evidence chasing
IT asset management
De-duplicate endpoints and software
More accurate asset counts
Show 2 more scenarios
GRC and compliance analysts
Map inventory to control requirements
Faster control documentation
Uses exported discovery data to support evidence packets and exception handling narratives.
Vulnerability management
Prioritize patching by exposure
Lower time to remediate
Leverages discovered software and endpoint attributes to target remediation work with better context.
Best for: Fits when security teams need authenticated discovery evidence plus repeatable scan schedules across many subnets.
Domotz
SMBRemote network monitoring platform with device discovery, inventory, and topology views for network oversight.
Agent-backed network discovery and continuous monitoring that creates ongoing evidence for network visibility and change tracking.
Domotz focuses on network asset discovery and continuous visibility through a managed agent and discovery probes rather than audit-first control mapping. It collects network and service telemetry for downstream use in configuration and security workflows, including evidence snapshots tied to monitored endpoints.
- +Network-first discovery and monitoring reduces audit dependence on host-only tooling
- +Continuous telemetry supports evidence gathering tied to ongoing observation
- +Centralized console makes it practical to monitor many sites and segments
- +Integration outputs support feeding other security workflows
- –Coverage can skew toward network visibility over application-level control evidence
- –Requires initial probe deployment choices to avoid blind spots across segments
- –Automation depth can lag audit-native policy and rule management workflows
- –Audit outputs may need additional tooling to match compliance report formats
Managed service providers
Monitor customer reachability and alerts
Centralized incident visibility
IT operations documentation teams
Share topology and inventory records
More accessible network records
Show 2 more scenarios
Network administrators
Generate topology maps from observed devices
Topology tied to live data
Domotz produces topology visuals based on observed connectivity relationships tied to current monitoring data.
IT operations teams
Detect new or altered endpoints
Earlier awareness of changes
Discovery results highlight new, missing, or changed devices so teams can react quickly to inventory drift.
Best for: Fits when security and audit teams need continuous network evidence across many sites, then feed it into governance workflows.
PDQ Inventory
SMBWindows-focused inventory and audit software that tracks hardware, software, and configuration details across managed devices.
Native coupling between Inventory findings and PDQ Deploy targeting so remediation selects devices from the current inventory run.
PDQ Inventory provides asset discovery and software inventory for Windows environments, with a focus on keeping a local inventory view current for audit evidence. Discovery output is tied to job results and can be exported for reporting workflows, with controls for scheduling scans and managing scan targets.
- +Inventory results connect directly to PDQ Deploy targeting for remediation workflows
- +Scan scheduling and target selection support repeatable audit evidence collection
- +Windows-centric discovery depth includes hardware and installed software inventory
- +Exportable job output supports evidence packaging for control walkthroughs
- –Best fit is Windows estates, with limited value for non-Windows auditing
- –Credentialed scan setup requires local admin access and careful credential management
- –Cross-system audit log aggregation needs external tooling like SIEM connectors
- –Governance controls are console-based and can lag enterprise RBAC expectations
IT audit and compliance teams
Schedule recurring inventory evidence collection
Repeatable evidence without spreadsheets
Network and infrastructure administrators
Refresh in-scope local endpoint inventory
Refreshed inventory of endpoints
Show 2 more scenarios
IT asset managers
Verify hardware and operating system identity
More consistent hardware records
Recurring collection gathers hardware and operating system details for consistent asset records and reporting.
Active Directory administrators
Validate directory devices against scans
Searchable device groupings
Combining imported directory computers with scanned endpoint data identifies inventory gaps for verification.
Best for: Fits when security teams need scheduled Windows inventory for audit evidence and want tight PDQ Deploy alignment.
Greenbone Vulnerability Management
enterpriseOpen-source vulnerability scanner for comprehensive network auditing.
SCAP-centric benchmark ingestion and reporting lets findings align to benchmark content for audit-ready evidence packages.
Greenbone Vulnerability Management fits security and audit network teams that need vulnerability findings to tie into audit evidence and recurring compliance reporting.
- +SCAP benchmark and benchmark-data import improves repeatable audit reporting
- +Credentialed scanning options reduce false negatives versus unauthenticated scans
- +Scan scheduling supports recurring evidence collection cycles
- +Findings history supports control validation narratives for audits
- –Authenticated scanning requires more network and credential setup discipline
- –Automation depth depends heavily on available integrations around evidence export
Audit and compliance teams
Produce structured vulnerability evidence reports
Documented evidence for controls
Network security teams
Discover hosts and assess exposed ports
Vulnerability view of reachable services
Show 2 more scenarios
Internal security teams
Schedule recurring internal exposure scans
Consistent exposure coverage
Scheduled scans against defined hosts, subnets, or asset groups keep exposure coverage consistent across cycles.
Network and system security teams
Run credentialed server assessments
Deeper findings than unauthenticated scans
Maintained credentials enable inspections of patch status, services, and server configuration beyond unauthenticated checks.
Best for: Fits when audit teams need recurring authenticated vulnerability evidence with consistent benchmark mapping.
Tenable Nessus
enterpriseVulnerability scanner that performs network audits and compliance checks.
The Nessus plugin architecture enables granular detection tuning through rule and plugin configuration per scan policy.
Tenable Nessus performs network vulnerability scanning through authenticated scans, verified checks, and signature-based detection to produce ranked findings with CVSS scoring. Nessus supports scheduled scanning, rule and plugin configuration, and exportable evidence for downstream workflows in ticketing and reporting.
- +High-fidelity findings from authenticated scanning with credentialed coverage options
- +Configurable scan scheduling for repeatable audit cycles
- +Extensive plugin set for broad protocol and product detection coverage
- +Evidence exports that fit audit reporting and evidence retention workflows
- –Operational overhead to tune scan policies and plugin settings for signal quality
- –Large scan outputs require disciplined triage to avoid finding fatigue
- –Audit workflows often need external tooling for remediation ticket creation
- –Asset sprawl can increase scan time and monitoring complexity without strict targeting
Internal security and infrastructure teams
Run authenticated scans across network assets
Repeatable vulnerability coverage
IT audit and compliance teams
Document exposure checks for audits
Reportable exposure evidence
Show 2 more scenarios
Network security and infrastructure teams
Assess newly added network segments
Evidence-based pre-operation risk view
Teams scan new or changed segments to identify exposed services and configuration issues before normal operations proceed.
Vulnerability management teams
Verify patch and configuration with credentials
More detailed host-level weaknesses
Authenticated checks use credentials to confirm software versions, service configurations, and missing patches.
Best for: Fits when security teams need repeatable vulnerability evidence generation across many networks.
Spiceworks Inventory
SMBFree IT inventory and network device discovery software for auditing hardware and installed software across environments.
Spiceworks Inventory’s device-centric inventory model ties discovered endpoints to software presence for audit-ready asset baselines.
Spiceworks Inventory is an audit network option focused on discovering and tracking endpoints across IT networks. It centers on agent-based inventory collection plus web-based visibility into devices, software, and network details for audit evidence.
- +Inventory views connect device identity to installed software and key attributes
- +Web console supports practical audit evidence gathering from asset records
- +Agent-based collection reduces gaps compared with pure network guessing
- +Discovery coverage benefits teams that already run Spiceworks deployments
- –Limited audit-oriented evidence workflows compared with dedicated compliance products
- –Less depth for credentialed vulnerability scanning and risk scoring output
- –Change tracking relies more on inventory refresh than control-level audit trails
- –Automation and API surface are not a primary strength for custom compliance pipelines
Network administrators
Discover devices missing from the repository
Broader visibility into assets
SMB IT teams
Export records for internal audit workflows
Organized audit-ready inventory
Show 2 more scenarios
Internal audit teams
Establish and compare hardware baselines
Less manual reconciliation
Recurring scans build hardware baselines and help review changes between inventory runs for audit purposes.
IT service teams
Track device allocation to owners
Clearer accountability for assets
Inventory views link devices to people and operational ownership so assigned assets stay traceable for audits.
Best for: Fits when teams need asset inventory evidence for audits and control mapping, not scan-centric compliance operations.
Conclusion
After evaluating 10 audit network software, ManageEngine OpManager stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
Frequently Asked Questions About Audit Network Software
How do Lansweeper and Auvik gather audit evidence across subnets without manual asset entry?
Which tool can tie network telemetry to audit workflows through change detection reports?
How do PDQ Inventory and Spiceworks Inventory differ for audit evidence when the environment is Windows-heavy?
What breaks if a team needs authenticated vulnerability evidence but chooses a tool focused on configuration drift instead?
How does Greenbone Vulnerability Management support benchmark-driven audit reporting compared with Tenable Nessus?
When does ManageEngine OpManager fit better than Total Network Inventory for ongoing security evidence?
How do authentication and scan mode capabilities differ between Greenbone Vulnerability Management and Lansweeper?
Which tool is best suited for credentialed scanning workflows that require consistent evidence history?
What is the operational tradeoff between Auvik and Domotz when a team wants always-on evidence rather than periodic compliance scans?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
How to Choose the Right Audit Network Software
We separate audit network software by how it produces defensible findings under **Evidence handling** and how it keeps you in control with **RBAC for audits**. Different tools also vary in **integration breadth** and whether automation can match your network change pace.
Evidence handling for audit trails
Why it matters
With Evidence handling, auditors can trace what was scanned, when it ran, and what results came from. If evidence is thin or hard to export, review cycles slow down.
How to check
Run a small scan, then open the result view and look for stored inputs: targets, scan time window, executed checks, and captured outputs. Export a sample report package and confirm it includes the underlying evidence needed to reproduce the reviewer’s claims.
RBAC for audit execution
Why it matters
RBAC for audit execution reduces the risk of accidental or unauthorized scanning and changing audit settings. It also helps teams separate scan operators from approvers and reviewers.
How to check
In admin settings, try creating two roles with different permissions. Confirm the restricted role can start scans they own but cannot change global audit policies or delete evidence from other teams.
Network discovery and target controls
Why it matters
Network discovery and target controls determine whether findings reflect your real exposure. Poor scoping produces noise, misses critical segments, or makes results hard to trust.
How to check
Ask for a demo where you scope by IP range or segments and then verify discovery behavior. Check whether you can exclude known-safe ranges and whether the tool shows a target inventory before the audit runs.
Integration breadth via audit outputs
Why it matters
Integration breadth via audit outputs matters when you need findings to flow into your existing workflows without manual copy/paste. Look for consistent export formats, webhooks, or an API that mirrors audit objects.
How to check
Collect one scan’s artifacts and see what the tool can export: findings, host inventory, and evidence bundles. Then check whether you can pull results through an API or automation endpoint and filter by scan ID, date, or environment.
Automation and recurring audit runs
Why it matters
Automation and recurring audit runs keep coverage aligned with change windows across subnets. If scheduling and re-runs are clunky, audit drift builds up between reviews.
How to check
Create a recurring job tied to a scope and settings, then inspect how the run behaves when the scope changes. Confirm you can preview what will be scanned and review run history with versioned settings.
Configuration versioning for audit settings
Why it matters
Configuration versioning for audit settings helps you explain why two audits differ. Without it, reviewers struggle to attribute changes to the network versus to altered audit rules or parameters.
How to check
Modify one audit setting (for example, scope filter or check set), run again, then compare the prior and current run records. Verify the UI or API exposes what changed and keeps older runs tied to their original settings.
Red flags
- Evidence exports omit scan inputs or are difficult to reconcile with results
- RBAC lets too many users alter global audit settings or delete others’ evidence
- Runs can’t be tied to exact audit settings used at the time
Fit by situation
- If multiple teams run audits and you need approvals separation, prioritize RBAC for audit execution.
- If auditors ask how findings were produced and you need traceability, prioritize Evidence handling for audit trails.
- If you rerun audits often and scopes change, prioritize Configuration versioning for audit settings.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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