Liongard vs Auvik for MSPs: Asset Truth, Network Maps, and the Assessment Bill
Quick answer: choose Auvik when the main job is discovering, mapping, and operating client networks. Choose Liongard when the main job is maintaining cross-stack asset and configuration evidence across cloud, identity, endpoint, network, and SaaS systems. Some MSPs need both. The buying decision should follow the service you intend to deliver and the labor you intend to charge for.
That distinction matters because Liongard and Auvik overlap just enough to produce a bad comparison.
Both products discover technology, maintain inventory, track change, and help technicians troubleshoot. But they organize the work around different questions. Auvik starts with the network: what is connected, how does traffic move, what changed on the device, and where is the fault? Liongard starts with the managed environment: what assets and identities exist, how are they configured, what drifted, and what evidence should the MSP act on?
If you compare only feature names, you can convince yourself that either product replaces the other. If you compare the work your team must perform, the choice gets clearer.
Liongard vs Auvik at a glance
| Decision area | Liongard | Auvik | Better default fit |
|---|---|---|---|
| Primary operating model | Cross-stack asset and configuration intelligence | Network discovery, mapping, monitoring, and management | Depends on the service line |
| Strongest evidence | Assets, identities, configurations, detections, and historical change | Topology, device health, interfaces, traffic, alerts, and network configuration | Liongard for cross-stack assessments; Auvik for network operations |
| Network maps | Network visibility is part of a broader environment record | Interactive Layer 1, 2, and 3 topology is central | Auvik |
| Configuration history | Tracks configuration drift across many system types | Backs up and compares supported network-device configurations | Liongard for breadth; Auvik for network-device workflow |
| Cloud and identity context | Strong focus across systems such as Microsoft 365, identity, SaaS, endpoint, and network | Network-first, with broader server and endpoint products available | Liongard |
| Traffic analysis | Not the main job | NetFlow and interface-level traffic visibility are core capabilities | Auvik |
| Client planning | Useful for assessments, documentation, lifecycle work, and QBR evidence | Useful for network remediation, capacity, refresh, and outage analysis | Both, with different inputs |
| Main implementation risk | Collecting data without assigning ownership for review and remediation | Building a map and alert stream without pricing cleanup and ongoing network operations | Both |
The shortest useful rule is this: Auvik explains the network. Liongard explains the managed environment.
That rule is not absolute. Auvik inventories devices and stores configurations. Liongard sees network equipment and change history. The difference is the center of gravity, not a hard product boundary.
Where Auvik is stronger
Auvik is stronger when the network itself is the service problem.
Its current network-management documentation says a collector discovers IP-connected devices, builds Layer 1 through Layer 3 topology, monitors interfaces and traffic, maintains device dashboards, and starts with more than 64 preconfigured alerts. Auvik also backs up supported device configurations and shows changes side by side. Auvik Network Management
That combination is valuable when an MSP inherits a client with no reliable map. A topology view can show routers, switches, firewalls, uplinks, interfaces, and site relationships without asking a technician to reconstruct the network from old diagrams and cable labels. Auvik says its discovery uses protocols such as SNMP, WMI, and ICMP, then uses network data such as CDP, LLDP, and forwarding tables to build the map. Auvik Network Device Discovery
For an MSP, that supports four kinds of paid work:
- Onboarding discovery. Establish what exists before accepting responsibility for it.
- Outage response. Locate the affected path and check device, interface, traffic, and configuration context.
- Network refresh planning. Find unsupported equipment, overloaded links, weak site design, and replacement dependencies.
- Ongoing network operations. Route alerts, review configuration changes, and maintain a trustworthy topology.
The practical benefit is not a pretty diagram. It is fewer blind troubleshooting steps and fewer avoidable site visits.
Auvik is also the clearer choice when traffic is part of the question. Its product pages describe flow visibility, interface behavior, bandwidth spikes, syslog, and device-level performance. If the client asks why an application is slow across a branch network, those signals are closer to the problem than a cross-stack asset record.
Where Liongard is stronger
Liongard is stronger when the MSP needs evidence across more than the network.
Liongard describes its platform as continuous asset intelligence across cloud, endpoint, identity, network, and SaaS environments. Its asset-discovery guidance includes devices, users, privileged accounts, service accounts, software, infrastructure, lifecycle fields, managed status, tags, ownership, and location. Liongard Continuous Asset Discovery and Inventory
That breadth changes the assessment question. Instead of asking only what is connected, the MSP can ask:
- Which privileged identities appeared or changed?
- Which assets are unmanaged, stale, duplicated, or nearing retirement?
- Which configurations drifted between inspections?
- Which domains or certificates are approaching expiration?
- Which client systems disagree about users, devices, or licensing?
- What evidence should appear in the next security review or QBR?
Liongard's change-detection documentation says it compares metric results over time and records before-and-after values on a system timeline. Those detections can also feed alerts and operational workflows. Liongard Configuration Change Detection
This is where Liongard separates itself from a network-first tool. A firewall configuration change matters, but so does a new privileged account, an MFA change, a license assignment, a DNS change, a certificate date, or a cloud configuration drift. Liongard's official FAQ describes the distinction directly: Auvik emphasizes network discovery and visualization, while Liongard emphasizes deeper configuration detail gathered through APIs and SSH across the wider managed stack. Liongard FAQ
For vCIO, security, compliance, and documentation-heavy teams, that creates better raw material for a recurring client review.
Where the products overlap
The overlap is real, and it should affect the evaluation.
Auvik inventories network devices, monitors health, stores configuration history, exposes APIs, and integrates with PSA and documentation tools. Liongard discovers devices, identities, and systems, tracks changes, raises detections, and supports operational response.
The mistake is treating overlap as equivalence.
Ask the vendor to prove the workflow against one messy client, not a clean demonstration tenant. Use the same evaluation script for both products:
- Discover a client environment with known documentation debt.
- Identify five records your team currently cannot trust.
- Show how the product proves the current state and the prior state.
- Assign an owner and next action for each finding.
- Export or integrate the evidence into the PSA, documentation system, QBR, or project workflow.
- Measure the technician time required to clean up the result.
The last step is the one demos usually skip. Automated discovery still produces review work. Credentials fail. Device classification needs correction. Duplicate or stale records need a policy. Alerts need thresholds. Client mappings need ownership.
The assessment bill
The software subscription is only one part of the cost.
An MSP can buy excellent visibility and still lose money if nobody prices the labor that turns visibility into a service. The real bill includes deployment, credential collection, discovery cleanup, mapping, alert policy, documentation updates, recurring review, and client-facing recommendations.
For Auvik, that work often includes:
- collector placement and site coverage
- SNMP, CLI, API, and flow credentials
- topology validation and missing-device cleanup
- alert routing and noise reduction
- supported configuration-backup checks
- network ownership and escalation rules
For Liongard, it often includes:
- inspector deployment and credential coverage
- environment and customer mapping
- asset normalization and lifecycle policy
- metric, detection, and alert review
- documentation integration and stale-record handling
- recurring assessment and evidence ownership
Neither list is free managed-services overhead by default. Put the initial cleanup in the onboarding or assessment scope. Put recurring review in the service description. Put remediation in a roadmap or project quote.
If a finding has no owner, date, client impact, and disposition, it is not yet useful evidence. It is another row in another console.
Decision matrix by MSP operating model
| MSP profile | Better starting point | Why | Main warning |
|---|---|---|---|
| Network-first MSP | Auvik | Topology, traffic, device health, and config workflow match the daily service | Do not give away discovery cleanup or after-hours remediation |
| vCIO-heavy MSP | Liongard | Cross-stack asset, lifecycle, and change evidence supports recurring planning | Decide who converts findings into roadmap items |
| Security-heavy MSP | Liongard, then validate Auvik need | Identity, configuration drift, and multi-system evidence provide broader assessment input | Asset intelligence does not replace a security control or response owner |
| Documentation-debt-heavy MSP | Liongard | Automated collection and documentation integrations address stale records across systems | Automation can preserve bad mappings unless someone reviews them |
| Multi-site network specialist | Auvik | Live topology and site-level network context are closer to the core problem | Define the boundary between monitoring and engineering projects |
| Mature MSP with both service lines | Both may be justified | Each product can own a different evidence domain | Prevent duplicate tickets, conflicting records, and double billing |
| Small MSP with simple client networks | Pilot before buying either | The operational cost may exceed the value if nobody owns the workflow | Do not buy enterprise visibility to avoid fixing basic process discipline |
The mature answer is sometimes both. Auvik can own network truth while Liongard maintains cross-stack asset and configuration intelligence. Auvik even lists Liongard among its integrations, which is a useful signal that the products can be complementary rather than mutually exclusive. Auvik integrations list
If you run both, write down which system is authoritative for each record and event. Decide where network inventory lives, where cross-stack evidence lives, which product opens tickets, and which data appears in the client review. Without that contract, overlapping tools create duplicate noise.
Turn findings into QBR and project work
The value appears when the evidence changes a client decision.
Start with a small conversion rule:
| Finding | Client-facing question | Commercial outcome |
|---|---|---|
| Unsupported switch or firewall | What fails if this device cannot be replaced quickly? | Refresh project and lifecycle budget |
| Repeated interface saturation | Which business service is constrained, and when? | Capacity or network redesign scope |
| Privileged identity drift | Who approved this access, and is it still required? | Identity cleanup or security project |
| Expiring warranty, domain, or certificate | Who owns renewal and outage prevention? | Renewal task, managed add-on, or remediation quote |
| Configuration change outside policy | Was the change authorized, tested, and documented? | Incident review or control improvement |
| Unmanaged or duplicate asset | Is the device in support scope and billing? | Contract correction, onboarding cleanup, or removal |
Put those questions into the MSP QBR template. Use the shared responsibility matrix to name the MSP and client owners. If documentation is the constraint, compare the operating model in Hudu vs IT Glue.
The QBR should not become a screen-share through either product. Summarize what changed, why it matters, what decision is needed, and what happens if the client does nothing.
Then convert approved work into a scope with assumptions and exclusions. A network map can expose a refresh dependency. A Liongard detection can expose a configuration or identity gap. Neither one writes the project plan for you.
How Scopable fits
Scopable does not replace Liongard or Auvik.
It gives the MSP a place to turn mapped client evidence into assessment context, roadmap decisions, quote scope, and review material. Scopable's Liongard integration uses read-only credentials and explicit environment-to-client mappings, then syncs systems, inventory, metrics, detections, and timeline context onto the client record. Co-Work can use that synced context when the connection is active and a client mapping exists. See the Liongard setup guide for the exact workflow.
That boundary matters. Liongard collects and explains evidence. Auvik discovers and operates the network. Scopable helps turn the resulting decision into client-facing work.
If your team already has the evidence but still rebuilds the assessment, QBR, and quote by hand, start a Scopable trial and test the full path with one client.
Final verdict
Choose Auvik when network topology, traffic, device health, and site operations are the main job. Choose Liongard when cross-stack asset truth, identity and configuration drift, documentation, and assessment evidence are the main job.
Choose both only when you can name separate owners and outputs for each system.
Before signing either contract, run a paid-work test. Can your team turn a discovered fact into an assigned action, a client decision, and a scoped project without donating the cleanup? If not, the immediate problem is not product coverage. It is service ownership.
