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

Application dependency maps tell you what connects to what. That is useful, but it is only the starting point. 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 difference between application maps and runtime truth.

Faddom is a well-known tool on the application maps side. It uses agentless discovery and gives IT teams clear topology views across hybrid environments. For what it does, it does it well.

This blog gives you a full picture of Faddom in 2026: features, pricing, and the limitations that matter when you need more than maps. Then we compare it with five alternatives, starting with Virima, which delivers the governed operational context layer, Trusted Runtime Truth, that Faddom’s architecture does not address. We’ll especially look at how Virima stacks up in 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 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

• 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 will require additional tools, which increases total cost of ownership and integration complexity.
• Read-only tool. Faddom maps and observes but does not offer native remediation, ticketing, or automation workflows. After identifying an issue, 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.
• Limited ITSM integration breadth. Faddom integrates natively with ServiceNow and Splunk. Support for other ITSM, monitoring, or orchestration platforms is limited. If your team uses Jira Service Management, Ivanti, HaloITSM, Cherwell, or other tools, you may need custom integrations or manual data exports.
• No discovery agent option. Faddom’s agentless-only approach makes setup simple and covers many systems. However, when deep metrics are needed from isolated applications, remote endpoints, or environments where agents would provide more frequent monitoring, the lack of an agent-based alternative is a constraint. Virima, by contrast, offers both agentless and agent-based discovery, including a Windows discovery agent for persistent monitoring of remote PCs and servers.
• No visual impact overlay for ITSM data. 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.
• 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.
  

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

Faddom vs. Virima Comparison Table

Faddom focuses on one job: agentless application dependency mapping. Virima covers that and the rest of the stack around it: discovery, an always-accurate 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.

See the difference in your own environment. Schedule a Virima Demo | Full Faddom vs. Virima Comparison

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 easy-to-use IT management platform. It brings together IT asset management (ITAM), service management (ITSM), and operations management (ITOM) into one tool. You don’t need to switch between platforms to manage your IT environment. Everything you need is in one place.

Like Faddom, Virima offers automated discovery and application dependency mapping. However, it also includes a full CMDB, built-in service management features, and visual tools like the Virima Visual Impact Display. These tools help you understand how everything in your IT setup connects and works together.

Plus, you can use agentless discovery for quick scans or agent-based discovery for deeper access in restricted areas (via optional agents). 

Once Virima discovers your IT assets and their relationships, it stores the data in its built-in CMDB. This CMDB follows ITIL standards and acts as your single source of truth. You can easily see how infrastructure and applications connect.

But Virima doesn’t stop at just showing relationships. It brings that data to life. You can further connect it to your ITSM workflows, automate change processes, and track live updates like incidents, alerts, and changes. As a result, you get clear, governed operational context on how everything works together, context that is accurate enough for automation to act on safely.

Key features include:

Hybrid infrastructure discovery

Virima supports both agentless scanning and agent-based discovery. You can also easily find all physical, virtual, and cloud assets in your network. When you need continuous monitoring or off-network tracking, agents come in handy. 

Moreover, this gives you full visibility into your IT environment. Whether you manage on-premises servers or cloud services, Virima collects data in the way that suits you best.

Integrated Configuration Management Database (CMDB)

Virima offers a built-in CMDB that follows ITIL SACM standards. It stays updated through automated discovery processes, so you always have current data. This central database keeps detailed records of your configuration items (CIs) and how they connect.

You can also sync the CMDB with other data sources and ITSM tools. This helps you maintain an accurate view of your IT environment. As a result, you can make better decisions during incident handling and change management.

Automated service & dependency mapping

Virima automatically finds connections between your applications, servers, and network components. It then creates clear visual maps that show how everything works together. These service maps further make it easier to understand how one change can affect the rest of your system.

With Virima Service Mapping, you can quickly see both upstream and downstream impacts. This visibility helps you plan migrations better and solve outages faster.

Virima Visual Impact Display (ViVID™)

Virima’s interactive visualization module, ViVID, is what truly makes the platform stand out. It shows near real-time ITSM and operational data on your dependency maps. 

For instance, you can view open incidents, recent changes, alerts, or even security risks right on the map. This live view also helps you quickly spot the root cause of issues and respond faster with confidence.

IT asset management capabilities

Virima doesn’t just stop at discovery. You also get full asset lifecycle management in the same platform. It tracks your hardware, software, licenses, warranties, and even vendor contracts. 

So, you always know who owns what, how it was procured, and whether it meets compliance rules.

ITSM and ITOM integrations

Virima works smoothly with ITSM and ITOM tools like ServiceNow, Jira Service Management, Ivanti Neurons, and HaloITSM. You don’t need to write any code to connect these tools. Virima supports two-way data sync, so your CMDB and service desk always stay in sync.

For example, it can send discovered data into your ServiceNow CMDB. At the same time, it can pull details from tickets or change records. This connection also helps you link operational data directly with your service management workflows.

Automation and orchestration

Virima supports runbook automation and custom workflows to cut down on manual tasks. You can also set business rules or create automated actions to respond to specific events. 

For example, Virima can update fields, send alerts to teams, or even run remediation scripts. These built-in automations help you enforce policies and later respond quickly to changes—without lifting a finger.

Governance and the trust plane for operations

With features like change tracking and audit logs, Virima helps you stay in control of your IT environment. It also visualizes vulnerabilities and highlights unauthorized changes. 

When systems drift from their expected state, Virima alerts you right away. This supports both security best practices and compliance audits. It is much like Faddom’s focus on shadow IT, but with a critical difference: Virima provides the governance and trust plane that Faddom lacks. Ownership is mapped to every CI. Blast radius is calculated before a change is approved. Every data point carries source attribution. 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.

Simply put, Virima does more than just map dependencies. It matches Faddom in discovery and goes further with full IT management tools. You get CMDB, IT asset management, ITSM integration, automation, and a governed trust layer, all in one platform. For a detailed side-by-side breakdown, see Virima vs. Faddom.

So, if you’re looking to manage and visualize everything from one place, Virima makes a strong case.

See How Virima Fills the Gaps Faddom Leaves Open

Faddom gives you dependency maps. Virima gives you dependency maps, a CMDB, IT asset management, ITSM integration, and ViVID overlays that turn those maps into operational tools your team can act on, all backed by a Trusted Runtime Truth layer that governs what your people and AI agents can trust.

Schedule a Demo | See the Full Virima vs. Faddom Comparison

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 using automated discovery, making it useful for audits.

You can also use Device42 to document and improve your IT setup. It helps you go beyond simple mapping by combining it with full asset tracking.

Key features include:

Automated hybrid discovery

With Device42, you can discover assets automatically across on-prem, cloud, and virtual environments. It also supports both agent-based and agentless methods, giving you flexibility. 

The platform uses familiar protocols like SNMP, WMI, SSH, and IPMI to identify devices. You can also schedule scans to keep your asset data fresh and accurate.

Comprehensive asset inventory

Device42 builds a clear and detailed list of your hardware and software assets. It tracks servers, switches, appliances, virtual machines, and more. Moreover, you’ll see installed software, versions, license details, and even usage trends. 

It also flags outdated or prohibited tools to help you stay compliant and reduce waste.

Dependency and relationship mapping

Device42 creates simple visual charts that show how hosts, apps, and IT services connect. These maps help you understand how one change or outage might affect other systems. 

You can use them for root cause analysis or to plan changes with less risk. While these maps are helpful, they may not update in real time unless you start a scan.

Data center management extras

Device42 also offers tools that go beyond application mapping. You can print and scan QR codes on asset tags using a mobile app. This further lets your team pull up asset details quickly while working on-site. 

Device42 even tracks warranties and contract dates by pulling info from vendors like Dell or IBM.

Extensibility and integrations

Device42 works well with other IT tools. It offers REST APIs and built-in integrations with ITSM tools like ServiceNow and VMware. You can customize asset types and fields to match your setup. 

With this flexibility, Device42 fits easily into your IT operations and helps manage your configuration data more effectively.

Overall, compared to Faddom, Device42 helps you track more IT assets. It works almost like a mini CMDB. However, its dependency mapping feels basic and doesn’t always update in real time.

Device42 works well if you want asset tracking, documentation, and some mapping features together. On the other hand, Faddom focuses only on real-time mapping.

If you need both mapping and inventory, Device42 might be a smart choice. It finds assets, maps dependencies, and builds your inventory—all at once.

Learn  more: Virima vs Device42 vs ServiceNow

3. ServiceNow ITOM (ServiceNow Service Mapping & Discovery)

ServiceNow leads the pack in IT service management. It 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 also work closely with ServiceNow’s CMDB and other ITSM features on the platform.

Key features include:

Automated multi-source discovery

ServiceNow Discovery helps you find IT assets and how they connect across cloud and on-prem environments. It can identify servers, databases, applications, and more. Then, it automatically adds these items—called configuration items (CIs)—to your ServiceNow CMDB. This keeps your records accurate without the need for manual updates.

Service mapping

Now, let’s go a step further with service mapping. Instead of just listing assets, ServiceNow maps out how your services are built. It also connects IT components to the business services they support. 

For example, it can map out an e-commerce app by showing the web servers, app servers, databases, and network parts that work together.

With this map, you can clearly see how everything fits. It also helps you spot risks. So, if a server goes down, you’ll quickly know which services are affected and where to act first.

AI-powered operations (AIOps)

ServiceNow ITOM uses AI-driven insights to help you spot and fix problems before they affect users. It also applies machine learning to detect unusual patterns, group alerts, and even suggest fixes. 

For example, it can detect when a system metric drifts from normal and launch workflows to fix it. This proactive approach does more than just map your environment—it helps you avoid downtime.

Integration with ITSM processes

Since it runs on the ServiceNow platform, ITOM easily connects with your ITSM tools. The data from discovery and mapping flows directly into Incident, Problem, and Change Management. 

Your support team can instantly see which assets are affected when issues arise. Likewise, change planners can clearly see which systems may be at risk before making updates.

Security and compliance capabilities

ServiceNow ITOM includes features like firewall audits and certificate tracking. These tools help you stay on top of security settings and certificate expiration dates. 

While these aren’t part of mapping itself, they strengthen it by making sure your connections are safe and compliant. That means all your mapped systems meet IT security standards—encrypted, authorized, and up to date.

Overall, keep in mind that ServiceNow’s mapping is part of a larger—and often expensive—platform. It also works well for big companies that need a single place to manage all IT services and operations.

If your organization already uses ServiceNow, its ITOM tools can be a smart choice for mapping. They integrate smoothly and support a wide range of IT tasks.

But if you don’t already use ServiceNow, adopting it only for mapping may feel excessive. Faddom, on the other hand, gives you quick and simple dependency mapping without added complexity.

ServiceNow shines with deep automation and full-scale IT operations support. Faddom stands out for its fast setup and focused mapping features.

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. 

You can also see how these components connect across both cloud and on-prem environments. Many teams often use it with BMC’s CMDB and ITSM tools (like BMC Helix CMDB and Remedy/Helix ITSM). However, it also works fine on its own.

Key features include:

Agentless continuous discovery

BMC Helix Discovery uses an agentless method to scan and identify assets in your IT environment. You can run these scans continuously or on a set schedule. This also helps keep your data accurate and up to date. Since it doesn’t need agents on each device, the setup becomes faster and easier.

It can discover many types of configuration items (CIs), such as servers, network devices, software, and cloud services. Then, it maps how they connect and depend on each other. This further gives you a full and current view of your IT inventory without a lot of extra work.

Automated service modeling

Automated service modeling makes things even simpler. Helix Discovery uses blueprint templates to find and map services automatically. These blueprints describe common patterns, like web apps or clustered databases. 

As a result, you get a clear service map that’s ready for analysis.

Real-time service awareness

BMC connects discovery data with real-time system performance. With Helix Discovery, you can feed this data into BMC’s monitoring tools. This helps you see both the system layout and performance issues side by side. So, you can quickly find the root cause of any incident.

For example, if a server shows high CPU usage, you’ll see which user-facing service it affects. You’ll also spot the other connected components. Altogether, this clear view helps your IT team fix issues faster and more accurately.

Data reconciliation and normalization

Helix Discovery helps you bring data together from many sources. It also cleans and organizes that data. This means you avoid duplicate entries as well as messy records.

If your tools include SCCM, cloud APIs, or others, Helix Discovery pulls them all into one place. It also gives you a single, clear view of each asset. That way, your CMDB stays accurate and up to date.

With fewer conflicts and errors, you can trust your configuration data. It makes managing your IT environment much easier.

Security and compliance monitoring

The tool also helps you stay compliant with security standards. It also watches for unknown devices, missing patches, and expired certificates, just like ServiceNow does. You can track SSL/TLS certificates, spot non-compliant assets, and collect the right data for audits. 

This way, you get clear visibility into both your system’s structure and its risks.

It doesn’t just show what connects to what. Instead, it highlights where issues might pop up, like outdated software or risky devices. So, you not only see your IT dependencies but also understand where action is needed.

Overall, BMC Helix Discovery often gets compared to ServiceNow Discovery. Both target large companies with complex hybrid environments. Your choice usually depends on whether you already use BMC or ServiceNow tools.

BMC Helix stands out for its deep discovery abilities. It maps connections from infrastructure all the way to business services. It also uses strong data processing, like pattern matching and inference engines, to deliver accurate results.

When compared to Faddom, BMC Helix focuses more on large enterprise needs. It offers wider IT operations integration and handles custom setups through its pattern language. However, you’ll likely need more in-house expertise to make full use of it. For a closer look at how BMC Helix Discovery compares with Virima on discovery depth, CMDB accuracy, and total cost, see our Virima vs BMC Helix Discovery comparison.

If you’re looking for scalable discovery with powerful CMDB support—and budget isn’t a top concern—BMC Helix could be the right fit.

5. Dynatrace

Dynatrace stands out as a different kind of option on this list. While it focuses mainly on observability and application performance monitoring (APM), it also includes automated dependency mapping. You get this feature through Dynatrace’s OneAgent and Smartscape technologies.

The platform uses AI to automatically discover your full application and infrastructure setup. It then creates real-time maps that show how everything connects. Dynatrace calls this the “Smartscape” view, and it helps you see your environment clearly and quickly.

Key features include:

Automated topology discovery with AI

Once you deploy Dynatrace’s OneAgent, or use agentless monitoring for some cloud services, detection begins instantly. The platform also finds all components in your environment—like processes, services, applications, containers, and cloud instances. 

Then, it automatically maps how these components connect and depend on each other.

You can see everything from web requests between services to database calls. As a result, you get a real-time, application-level dependency map that stays up to date.

Smartscape visualization

Dynatrace offers an interactive Smartscape UI that acts like a real-time map of your IT stack. You can easily view how applications, services, hosts, and cloud regions connect with one another. 

When you click on any part of the map, you can instantly see detailed metrics and related dependencies. Best of all, the map updates live. So, when something changes, like a new microservice starting, you’ll see it right away.

Broad technology support

Dynatrace works well across many environments and technologies right out of the box. It supports traditional platforms like Windows, Linux, and AIX. It also connects easily with cloud platforms such as AWS, Azure, GCP, Kubernetes, and Docker. Plus, it works with popular languages and frameworks like Java, .NET, Node.js, and PHP.

Because of this wide support, you can map dependencies in both modern cloud-native apps and older on-prem systems. This is especially helpful if your IT setup includes a mix of old and new technologies.

AI-driven anomaly detection

One of Dynatrace’s key strengths is its AI engine, Davis. It learns your application’s normal behavior over time. Then, it automatically spots unusual performance issues or errors. 

For example, if two connected services suddenly take longer to respond, Dynatrace flags it right away.

This works closely with its built-in dependency mapping. The AI understands how parts of your system depend on each other. 

So if a slow database query affects a web service, Dynatrace quickly identifies that link. You get clear alerts about what’s causing the slowdown.

Automated root cause analysis

Dynatrace goes beyond just sending alerts when it finds something wrong. It also traces the issue to its root cause by following the chain of dependencies. Using big data and AI, it tells you exactly what’s slowing things down. 

For example, it may say, “Service X is slow because Service Y’s database calls are failing.”

This clear explanation helps you fix issues faster. It even shows the exact cause—down to the code or settings—so your operations team can act quickly.

Overall, Dynatrace offers a complete monitoring solution. It includes application mapping as just one part of its wide feature set. On the other hand, Faddom focuses only on mapping. So, if you only need dependency mapping, Faddom might be a better fit.

But if you want both real-time mapping and deep performance analytics, Dynatrace stands out. It also creates live maps and adds AI-powered insights for deeper understanding. This makes it ideal for dynamic, microservices-heavy environments. In such setups, manual mapping often falls short.

Dynatrace works especially well for organizations shifting to cloud-native systems. It can also auto-discover new elements and remove outdated ones as changes happen. However, this power comes with more complexity and a higher cost.

Faddom keeps things simple. You don’t need to deal with agent installations or high deployment costs. If mapping is your main goal, and you want quick results, Faddom delivers without the added weight of a full APM tool.

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 you should know about 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 bi-directional CMDB sync with ServiceNow, Jira Service Management, Ivanti, HaloITSM, and Cherwell. Faddom’s integration is limited to one-way data exports to ServiceNow and Splunk via REST API. If your ITSM platform is anything other than ServiceNow, Faddom’s native integration story gets thin.

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 to see how ViVID and bi-directional ITSM integration work in your environment.

For a detailed side-by-side comparison, visit Virima vs. Faddom.

FAQ Section

What is Faddom used for?

Faddom is an agentless, credential-free application dependency mapping tool that discovers servers, applications, and their connections across on-prem, 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. Paid plans start at $19,000/year for up to 300 servers, $36,000/year for hundreds of servers, and custom pricing for large enterprises with thousands of servers. 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. ITSM integration is limited to ServiceNow and Splunk. It 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 (bi-directional sync with ServiceNow, Jira Service Management, Ivanti, HaloITSM, and Cherwell), 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 automatically. 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. Organizations that need a CMDB must purchase and maintain a separate solution. Virima includes a full native CMDB that is automatically populated by its discovery engine, with every CI carrying source attribution and confidence scores from authoritative multi-source discovery.

Can Faddom integrate with Jira Service Management or Ivanti?

Faddom’s native integrations are limited to ServiceNow and Splunk. Integration with other ITSM platforms like Jira Service Management, Ivanti, HaloITSM, or Cherwell would require custom API work or manual data exports. Virima offers out-of-the-box bi-directional 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 authoritative 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, 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.