Faddom in 2026: Features, Pricing, Limitations & 5 Best Alternatives Compared

Faddom is an agentless application dependency mapping (ADM) platform that discovers servers, applications, and traffic flows across on-premises, cloud, and hybrid environments, without installing agents or storing credentials. It delivers topology maps in under 60 minutes and is purpose-built for infrastructure visualization, cloud migration planning, and change management. For teams that need CMDB accuracy, ITSM integration, and operational governance on top of those maps, Faddom’s architecture requires supplementing with additional tools.

Faddom does what it does well: give IT teams clear, credential-free visibility into infrastructure topology. But operations teams also need to know who owns each asset, what changed recently, what could break next, and whether the data is trustworthy enough for automation and AI agents to act on. That is the gap between application maps and runtime truth, and it is where the alternatives in this guide, starting with Virima, begin.

This guide covers Faddom in full for 2026: features, pricing, and the limitations that matter when you need more than maps. We then compare five alternatives, starting with Virima, which delivers the governed operational context layer, Trusted Runtime Truth, that Faddom’s architecture does not address. We pay particular attention to ITSM/ITOM integration, CMDB management, visualization, automation, and governance.

What is Faddom?

Faddom is an agentless application dependency mapping (ADM) platform for on-premises, cloud-based, and hybrid IT environments.

It automatically discovers servers, applications, and network connections without using agents or credentials. Faddom’s credential-free approach means no stored passwords, no privilege escalation, and no ongoing credential management overhead.

Faddom tracks network traffic to show how servers and apps connect and communicate. As a result, IT teams get real-time maps with clear views of dependencies and data flows.

This platform makes managing complex environments easier. It improves IT documentation, boosts security, and speeds up cloud migration and data center projects.

Faddom application dependency mapping solves visibility issues by showing how systems interact at all times. These up-to-date maps help IT teams plan changes, fix issues, and avoid risks during updates.

In short, Faddom gives continuous visibility into your infrastructure. It supports better decisions, smoother operations, and stronger IT governance without needing heavy tools or agents. However, visibility is only one layer of what operations teams actually need. Knowing what connects to what is useful, but teams also need to know who owns it, what changed, what could break, and whether the data is trustworthy enough for AI agents and automation to act on.

Faddom Key Features

Core discovery and mapping: Agentless, credential-free application dependency mapping across on-prem, cloud (AWS, Azure), and virtualized environments (VMware). Subnet dependency mapping, impact analysis, and unlimited tracked searches for monitoring topology changes over time.

Security capabilities: CVE vulnerability detection for installed software, SSL certificate tracking and expiration alerts, shadow IT identification for servers with minimal traffic, user access detection via Active Directory integration, and external (north-south) traffic monitoring with country-based blacklisting.

Migration planning: Cloud rightsizing recommendations with pricing details for AWS, Azure, and GCP. Migration wave planning for organizing workloads into phased moves.

AI features (new in 2025–2026): Compass AI is Faddom’s conversational intelligence engine, allowing teams to query infrastructure in plain language across topology, traffic, vulnerabilities, and user activity. Lighthouse AI provides traffic anomaly detection, flagging DNS anomalies, rogue logins, and outbound spikes without manual threshold configuration.

Integrations: REST API for exports to CMDB platforms and reporting tools. Native compatibility with ServiceNow, Jira Service Management (added 2026), and Splunk for CMDB sync and SIEM data enrichment. Available on AWS Marketplace, Azure Marketplace, and Google Cloud Marketplace.

Faddom Pricing

Faddom’s pricing is based on the number of servers (physical, virtual, and cloud instances), selected modules, and users. No setup fees.

All paid plans include email support with up to 3-hour response times during business days, unlimited access to the knowledge base, and ongoing software updates. Premium support (dedicated customer success manager, prioritized tickets, early access to new features) is available as an add-on.

The Community plan includes 3 users; paid plans start with 5 users, with additional users at extra cost. A 14-day free trial is available with self-serve setup.

Faddom Limitations

Faddom’s strengths (fast setup, credential-free discovery, and clear topology maps) are well established. But those strengths also define its scope. According to Gartner, most CMDB implementations fail to deliver business value, a risk that compounds when the primary discovery source is a read-only mapping tool with no CMDB layer, no ownership mapping, and no ITSM governance.

ADM-only scope

Faddom is purpose-built for dependency mapping and infrastructure visualization. It does not include a CMDB, IT asset management, service management, or operational automation. Teams that need those capabilities must purchase and maintain additional tools, which increases total cost of ownership and adds integration complexity. The more tools you stack to compensate, the more divergence you introduce between your discovery data and the systems your teams actually operate from.

Read-only architecture

Faddom maps and observes but does not offer native remediation, ticketing, or automation workflows. After identifying an issue or change risk, teams must pivot to other systems to take action. There is no governance layer, no ownership mapping, and no blast radius analysis tied to change records. As AI-driven operations workflows grow in 2026, this becomes a structural limitation: AI agents require governed, writable infrastructure data to act, not passive maps to view.

ITSM integration breadth

Faddom integrates natively with ServiceNow, Jira Service Management (added in 2026), and Splunk. Integration with Ivanti, HaloITSM, Xurrent, TeamDynamix, or other ITSM platforms is not available out of the box. If your primary ITSM platform sits outside Faddom’s native list, you will need custom API work or manual data exports to keep your service desk and your dependency data aligned, and that alignment will be one-directional.

No agent-based discovery option

Faddom’s agentless-only approach makes setup simple and covers many systems. When deep metrics are needed from isolated applications, remote endpoints, or environments where persistent monitoring would provide stronger data fidelity, the absence of an agent-based option is a constraint. Virima offers both agentless and agent-based discovery, including a Windows discovery agent for persistent monitoring of remote PCs and servers, giving teams the right method for each part of their environment.

No SaaS application discovery

Faddom’s traffic-based discovery model does not extend to SaaS applications. As organizations continue migrating workloads to SaaS, this gap means teams lose visibility over a growing portion of their service landscape. With organizations using an average of 112 SaaS applications and that footprint continuing to expand, this blind spot affects the completeness of any dependency map Faddom produces.

Scalability at the extremes

While Faddom works well for mid-sized environments, some users report challenges maintaining clean, navigable maps across thousands of services or across hybrid networks with inconsistent architecture. Organizations with large or complex infrastructure may find that map management overhead grows alongside the environment.

Does Faddom Include a CMDB?

Faddom does not include a native CMDB. It exports discovery and dependency data to external CMDB platforms (including ServiceNow) via REST API in a one-way push. Teams that need a CMDB must license and maintain a separate solution, which creates an additional integration surface and increases the risk of data divergence between the discovery layer and the CMDB. Virima is the most direct alternative: it includes a built-in CMDB that populates from discovery, with every configuration item carrying source attribution and a confidence score, and supports bidirectional sync with your ITSM platform of choice.

Before we get to the broader list of Faddom alternatives, here is the head-to-head most buyers are actually weighing: Faddom vs. Virima.

Faddom vs. Virima: Head-to-Head Comparison (2026)

Faddom focuses on one job: agentless application dependency mapping. Virima covers that and the rest of the stack around it: discovery, a built-in CMDB, ViVID service mapping with live operational overlays, IT asset management, and out-of-the-box ITSM integrations. More importantly, Virima delivers Trusted Runtime Truth, the governed operational context layer that tells teams and AI agents not just what exists, but who owns it, what changed, what could break, and whether the data is authoritative enough to act on. That is the trust plane Faddom’s architecture does not provide.

If you only need a dependency map for a migration sprint, Faddom does that well. If you need that map to stay accurate, to carry source attribution and confidence scores, to show open incidents and unpatched CVEs on the same view, and to flow into your ITSM workflows with governance your team and AI agents can trust, that’s Virima.

Notable Faddom Alternatives

If you’re looking at Faddom, it’s smart to compare it with other top tools in IT discovery and mapping. In this guide, you’ll explore five strong alternatives that help manage infrastructure and map system dependencies. Each option has unique strengths worth noting.

One of the standout choices is Virima. It offers powerful features that go beyond what Faddom provides. You’ll see how Virima can fill in the gaps and still give you great value in dependency mapping.

1. Virima

Virima is an IT management platform that brings together IT asset management (ITAM), IT service management (ITSM), and IT operations management (ITOM) into one platform. You don’t need to switch between tools to manage your IT environment.

Like Faddom, Virima offers discovery and application dependency mapping. It also includes a full CMDB, built-in service management features, and the Virima Visual Impact Display (ViVID™): tools that show how everything in your IT environment connects and how operational events affect it in context.

Virima supports both agentless and agent-based discovery. Once Virima discovers your IT assets and their relationships, it stores that data in its built-in CMDB, which follows ITIL SACM standards and acts as your single source of truth.

But Virima doesn’t stop at showing relationships. You can connect that data to your ITSM workflows, trigger runbook automation, and track live updates like incidents, alerts, and changes. The result is clear, governed operational context on how everything works together, context that is accurate enough for automation to act on safely.

What is Trusted Runtime Truth?

Trusted Runtime Truth is the operational foundation that IT teams and AI agents need to move faster and act safely: a continuously refreshed picture of every asset, service dependency, ownership assignment, change history, and blast radius, where every data point carries source attribution and a confidence score. Unlike topology-only maps or static documentation, Trusted Runtime Truth is governed and explainable. It is the authoritative data layer that agentic IT workflows require to take action without manual verification at every step. Virima delivers Trusted Runtime Truth through high-frequency discovery cycles, multi-source CI reconciliation, and bidirectional ITSM integration. Faddom’s architecture (passive traffic analysis without a CMDB, ownership mapping, or governance layer) cannot serve this function.

Key features include:

Hybrid infrastructure discovery

Virima supports both agentless and agent-based discovery. You can find all physical, virtual, and cloud assets in your network. When you need continuous monitoring or off-network tracking, agents provide persistent coverage. This gives you full visibility into your IT environment and the flexibility to collect data in the way that suits each part of your infrastructure.

Integrated Configuration Management Database (CMDB)

Virima includes a built-in CMDB that follows ITIL SACM standards. It is kept current through high-frequency discovery cycles, so you always have accurate, attributed data. This central database maintains detailed records of your configuration items (CIs) and their relationships, and supports bidirectional sync with ITSM platforms so your service desk and CMDB stay aligned.

Service and dependency mapping

Once your team defines your services (manually, via spreadsheet import, or through integrations like Lean IX), Virima automatically builds dependency maps that show how applications, servers, and network components connect. These service maps make it easier to understand how one change can affect the rest of your environment. With Virima Service Mapping, you can quickly see both upstream and downstream impacts to plan migrations and resolve outages faster.

Virima Visual Impact Display (ViVID™)

ViVID is Virima’s interactive visualization module. It shows ITSM and operational data directly on your dependency maps: open incidents, recent changes, event management alerts from tools like SolarWinds and Nagios, and NIST NVD vulnerability data. This live operational view helps you quickly identify root cause and respond with confidence. Faddom’s maps show topology only, without ITSM or vulnerability overlays.

IT asset management

Virima includes full asset lifecycle management in the same platform. It tracks hardware, software, licenses, warranties, and vendor contracts. You always know who owns what, how it was procured, and whether it meets compliance requirements.

ITSM and ITOM integrations

Virima supports bidirectional sync with ServiceNow, Jira Service Management, Ivanti, HaloITSM, Xurrent, Hornbill, and TeamDynamix. No custom code required. Discovered data flows into your ITSM CMDB; change records and incident data flow back into Virima’s service maps.

Automation and orchestration

Virima supports runbook automation and custom workflows to reduce manual tasks. You can set business rules or create event-triggered actions, for example, to update CI fields, send alerts, or run remediation scripts when specific conditions are met.

Governance and the trust plane for operations

Virima tracks change history, maintains audit logs, and surfaces vulnerabilities through NIST NVD integration. Ownership is mapped to every CI. Blast radius is calculated before a change is approved. Every data point carries source attribution. When infrastructure drifts from expected state, Virima flags it through CMDB health scoring and change tracking. That governed layer is what turns raw infrastructure visibility into Trusted Runtime Truth, the operational foundation that IT teams and AI agents need to act safely.

Virima does more than map dependencies. It matches Faddom in discovery and goes further with a full IT management platform: CMDB, IT asset management, ITSM integration, automation, and a governed trust layer, all in one place.

For a detailed side-by-side breakdown, see Virima vs. Faddom. See How Virima Fills the Gaps Faddom Leaves Open →

2. Device42

Device42 is another strong alternative to Faddom. It focuses on IT asset management, discovery, and dependency mapping. You can use it to see how business apps, network devices, and services connect across on-prem and cloud. The platform builds a central inventory from discovery, making it useful for audits. It helps you go beyond simple mapping by combining it with full asset tracking.

Automated hybrid discovery

Device42 discovers assets automatically across on-prem, cloud, and virtual environments, supporting both agent-based and agentless methods. It uses SNMP, WMI, SSH, and IPMI protocols to identify devices, with scheduled scans to keep asset data fresh.

Comprehensive asset inventory

Device42 builds a detailed list of hardware and software assets, tracking servers, switches, appliances, VMs, installed software, versions, license details, and usage trends. It flags outdated or prohibited tools to help you stay compliant and reduce waste.

Dependency and relationship mapping

Device42 creates visual charts showing how hosts, apps, and IT services connect. These maps help with root cause analysis and change planning. While helpful, they may not update in real time unless you start a new scan.

Data center management extras

Device42 offers QR code asset tagging via mobile app, letting your team pull up asset details quickly on-site. It also tracks warranties and contract dates by pulling information from vendors like Dell or IBM.

Extensibility and integrations

Device42 works with other IT tools via REST APIs and built-in integrations with ITSM tools like ServiceNow and VMware. Asset types and fields can be customized to match your setup.

Overall, Device42 helps you track more IT assets than Faddom and works almost like a mini CMDB. However, its dependency mapping is more basic and doesn’t always update in real time. If you need deep ITSM integration, a governed trust layer, and full IT management capabilities in one place, Virima remains the stronger option.

Learn more: Virima vs Device42 vs ServiceNow

3. ServiceNow ITOM (ServiceNow Service Mapping & Discovery)

ServiceNow leads in IT service management and also offers powerful tools in IT Operations Management (ITOM). With Discovery and Service Mapping, you can automatically find devices and see how they support your business. These tools work closely with ServiceNow’s CMDB and other ITSM features on the platform.

Automated multi-source discovery

ServiceNow Discovery finds IT assets and their connections across cloud and on-prem environments, automatically adding configuration items (CIs) to your ServiceNow CMDB without manual updates.

Service mapping

ServiceNow maps out how your services are built, connecting IT components to the business services they support. For example, it can map an e-commerce app by showing the web servers, app servers, databases, and network parts that work together. If a server goes down, you’ll quickly know which services are affected.

AI-powered operations (AIOps)

ServiceNow ITOM uses AI-driven insights to detect unusual patterns, group alerts, and suggest fixes. It can detect when a system metric drifts from normal and launch workflows to remediate, a proactive approach that goes beyond mapping to help you avoid downtime.

Integration with ITSM processes

Since it runs on the ServiceNow platform, ITOM connects directly with Incident, Problem, and Change Management. Your support team sees which assets are affected when issues arise; change planners see which systems may be at risk before making updates.

Security and compliance capabilities

ServiceNow ITOM includes firewall audits and certificate tracking, ensuring connected systems meet IT security standards and compliance requirements.

ServiceNow’s mapping is part of a larger (and often expensive) platform. It works best for organizations already on ServiceNow. For those that need ServiceNow-level capability at a fraction of the cost, Virima offers bidirectional CMDB sync with ServiceNow alongside its own governed discovery and service mapping.

4. BMC Helix Discovery

BMC Helix Discovery, earlier called ADDM, helps you map your IT infrastructure and applications. It’s part of the BMC Helix suite and works well for discovering hardware, software, and services across cloud and on-prem environments.

Agentless continuous discovery

BMC Helix Discovery uses an agentless method to scan and identify assets across your IT environment on a continuous basis or on schedule. It discovers servers, network devices, software, and cloud services, then maps how they connect.

Automated service modeling

Helix Discovery uses blueprint templates to find and map services automatically. These blueprints describe common patterns like web apps or clustered databases and produce service maps ready for analysis.

Real-time service awareness

BMC connects discovery data with real-time system performance, feeding it into BMC’s monitoring tools so you can see both system layout and performance issues side by side for faster root cause analysis.

Data reconciliation and normalization

Helix Discovery brings data together from multiple sources, including SCCM, cloud APIs, and others, cleans and organizes it, and feeds it into a single, accurate view of each asset, keeping your CMDB reliable.

Security and compliance monitoring

The tool watches for unknown devices, missing patches, and expired certificates, giving you visibility into both system structure and risk for compliance audits.

BMC Helix stands out for its deep discovery capabilities and wide IT operations integration. However, you’ll likely need significant in-house expertise to make full use of it, and the cost structure is enterprise-grade. For organizations that need scalable discovery with strong CMDB support (and have the budget for it), BMC Helix is worth evaluating.

5. Dynatrace

Dynatrace stands out as a different kind of option on this list. While it focuses primarily on observability and application performance monitoring (APM), it also includes dependency mapping through its OneAgent and Smartscape technologies.

Automated topology discovery with AI

Once you deploy Dynatrace’s OneAgent (or use agentless monitoring for some cloud services), it finds all components in your environment and automatically maps how they connect and depend on each other. You get a real-time, application-level dependency map that stays current.

Smartscape visualization

Dynatrace’s interactive Smartscape UI shows how applications, services, hosts, and cloud regions connect. The map updates live, so when something changes (like a new microservice starting) you see it right away.

Broad technology support

Dynatrace works across traditional platforms (Windows, Linux, AIX), cloud platforms (AWS, Azure, GCP, Kubernetes, Docker), and popular languages and frameworks (Java, .NET, Node.js, PHP).

AI-driven anomaly detection

Dynatrace’s AI engine, Davis, learns your application’s normal behavior over time and automatically spots unusual performance issues. If a slow database query affects a web service, Dynatrace identifies that link and alerts you with context about the cause.

Automated root cause analysis

Dynatrace traces issues to their root cause by following the dependency chain, telling you exactly what’s causing the slowdown, down to the code or settings, so your operations team can act quickly.

If you only need dependency mapping, Faddom offers a simpler, lower-cost option. But if you want real-time mapping combined with deep performance analytics in a dynamic, microservices-heavy environment, Dynatrace stands out. If mapping needs to connect to governance, CMDB accuracy, and ITSM workflows, neither Dynatrace nor Faddom addresses that layer. That is where Virima is differentiated.

From Application Maps to Runtime Truth: Why Operations Teams Choose Virima Over Faddom

If you are evaluating Faddom for application dependency mapping, there is a gap to understand before committing: Faddom maps dependencies well, but it stops there. It does not include a CMDB, IT asset management, ITSM workflows, or visual impact analysis. That means you will still need separate tools, separate licenses, and separate integrations to run your IT operations end to end.

Virima closes that gap. It matches Faddom’s agentless discovery and dependency mapping capabilities, then extends into a full IT management platform covering CMDB, ITAM, ITSM integration, and service mapping with the Virima Visual Impact Display (ViVID). ViVID overlays ITSM incident and change records, event management alerts from tools like SolarWinds and Nagios, and NIST NVD vulnerability data directly onto service maps. That turns a static dependency diagram into an operational command center.

Here is what that means in practice. When an incident fires in ServiceNow or Jira Service Management, your team does not have to cross-reference a separate mapping tool to understand what is affected. ViVID shows the blast radius on the service map itself, with the ITSM ticket data overlaid in context. When a new CVE hits your environment, the NVD integration flags exposed assets on the map so you can prioritize remediation based on business criticality, not just CVSS scores.

Virima also offers bidirectional CMDB sync with ServiceNow, Jira Service Management, Ivanti, HaloITSM, TeamDynamix (Beta), and more. Faddom’s integration is limited to one-way data exports to ServiceNow and Splunk via REST API, with Jira Service Management added natively in 2026. If your ITSM platform is anything other than ServiceNow or Jira, Faddom’s native integration story is thin.

EMA’s 2026 research on CMDB maturity and ServiceOps identifies governed discovery data as the critical enabler of IT operations at scale. Download the EMA Report at virima.com to see how teams are building the discovery foundation that underpins both operational efficiency and AI readiness.

For organizations that need more than mapping, Virima delivers discovery, dependency mapping, CMDB, ITAM, ITOM, and ITSM integration in a single platform with transparent, predictable pricing.

Schedule a Demo with Virima →   Virima vs. Faddom Full Comparison →

FAQ

What is Faddom used for?

Faddom is an agentless, credential-free application dependency mapping tool that discovers servers, applications, and their connections across on-premises, cloud, and hybrid environments. It is primarily used for infrastructure visualization, change management planning, cloud migration preparation, and compliance documentation.

How much does Faddom cost in 2026?

Faddom pricing is based on server count, modules, and users. The Community plan (up to 50 servers) is free for a limited time. The Small & Medium Business plan starts at $20,000/year for up to 300 servers. Enterprise and large-environment plans use custom pricing. A 14-day free trial is available.

What are the main limitations of Faddom?

Faddom is focused on dependency mapping and does not include a native CMDB, IT asset management, ITSM capabilities, or an operational governance layer. It is a read-only tool without built-in remediation or automation. Native ITSM integration covers ServiceNow, Jira Service Management, and Splunk; other platforms require custom work. Faddom does not offer agent-based discovery, does not discover SaaS applications, and does not provide ownership mapping, blast radius analysis, or source attribution for CI data.

How does Virima compare to Faddom?

Virima matches Faddom’s agentless discovery and dependency mapping, then extends into a full IT management platform with a native CMDB, IT asset management, ITSM integration (bidirectional sync with ServiceNow, Jira Service Management, Ivanti, HaloITSM, Xurrent, Hornbill, and TeamDynamix), and the Virima Visual Impact Display (ViVID). Beyond feature coverage, Virima delivers Trusted Runtime Truth: discovery-sourced, governed operational context where every CI carries source attribution and confidence scores, ownership is mapped, blast radius is calculated before changes, and drift is detected through CMDB health scoring. This is the trust plane that Faddom does not provide. Virima also offers both agentless and agent-based discovery.

Does Faddom include a CMDB?

No. Faddom does not have a native CMDB. It exports discovery and dependency data to external CMDBs like ServiceNow via REST API in a one-way push. Organizations that need a CMDB must purchase and maintain a separate solution. Virima includes a full native CMDB that is populated by its discovery engine, with every CI carrying source attribution and confidence scores from high-frequency, multi-source discovery.

Can Faddom integrate with Jira Service Management or Ivanti?

As of 2026, Faddom integrates natively with Jira Service Management (newly added), ServiceNow, and Splunk. Integration with Ivanti, HaloITSM, Xurrent, TeamDynamix, or other ITSM platforms is not available out of the box and would require custom API work or manual data exports. Virima offers out-of-the-box bidirectional integration with all of these platforms.

What is ViVID and why does it matter?

ViVID (Virima Visual Impact Display) overlays ITSM incident and change records, event management alerts from monitoring tools like SolarWinds, Nagios, and LogicMonitor, and NIST NVD vulnerability data directly onto automated service maps. This gives IT teams operational context on the map itself, so they can see the business impact of infrastructure issues without switching between tools. Faddom’s maps show topology only, without ITSM or vulnerability overlays.

What is Trusted Runtime Truth and why does Faddom not offer it?

Trusted Runtime Truth is the operational context layer that combines machine-driven accuracy with human context, giving IT platforms and AI agents a governed, explainable picture of your environment: assets, services, dependencies, ownership, change history, and blast radius. Virima delivers it through high-frequency, multi-source discovery where every CI carries source attribution and confidence scores. Faddom’s architecture is designed for passive traffic analysis and topology mapping. It does not include ownership mapping, blast radius analysis, confidence scoring, drift detection through CMDB health scoring, or ITSM-integrated governance. As a result, Faddom cannot serve as the trust plane for operations teams or AI agents that need to act on infrastructure data, not just view it.