Comparison

Application Control Software Comparison

Application control tools decide which programs, scripts, and libraries may execute on a device. Instead of trying to recognize every malicious file, they enforce a policy of what is permitted. NIST describes this approach in SP 800-167.

Problems this category addresses

  • Unapproved or unknown software running on business devices
  • Malware and ransomware that rely on executing new binaries or scripts
  • Shadow IT and unlicensed software installs
  • Difficulty proving which software is permitted for audits

Key terms

Click a term for a plain-English explanation.

Approaches vendors take

Standalone allowlisting platforms

Dedicated products built around default-deny execution control, often with cloud management and exception workflows.

Operating-system-native control

Controls built into the OS (for example, Microsoft App Control for Business) configured through existing management tools.

Bundled with privilege management

Application control offered alongside endpoint privilege management, focused on what runs and with what rights.

Bundled with endpoint security suites

Application control features included in a broader EDR/EPP suite, sometimes with fewer policy options.

Editorial analysis — a way of grouping products, not a ranking.

Trade-offs to understand

Strict default-deny vs. Blocklist / hybrid

Default-deny stops unknown software but creates more exception requests; hybrid is easier to run but lets unknown files execute.

Hash rules vs. Publisher rules

Hash rules are precise but break on every update; publisher rules survive updates but trust everything a vendor signs.

Native OS tooling vs. Dedicated platform

Native tools add no licence cost but usually need more in-house expertise to build and maintain policies.

Comparison criteria

Every product is described against the same criteria. Products are listed alphabetically; KyberScore does not rank vendors. See our methodology.

Policy model

Default-deny allowlisting, blocklisting, or a hybrid approach.

Policy creation

Learning mode, catalog of known apps, or manual rules.

Script and interpreter control

Coverage of PowerShell, macros, and scripting engines.

Change management

How updates and new software requests are handled.

Platform coverage

Windows, macOS, Linux, and server support.

Reporting

Audit logs and evidence suitable for compliance reviews.

Vendor and product comparison

ProductCapabilitiesDeploymentPricing

Airlock Digital

Airlock Allowlisting

Sample data — not publicly verified

Last verified: never

Application allowlisting, Execution blocklistingOn-premises, Cloud-hostedNot publicly verified

CyberArk

Endpoint Privilege Manager

Sample data — not publicly verified

Last verified: never

Least privilege, Application control, Privilege elevationSaaSNot publicly verified

Ivanti

Application Control

Sample data — not publicly verified

Last verified: never

Application allowlisting, Privilege elevationOn-premisesNot publicly verified

Microsoft

App Control for Business

Sample data — not publicly verified

Last verified: never

Application allowlisting, Code integrity policiesBuilt into Windows, Intune / Group PolicyNot publicly verified

ThreatLocker

Application Allowlisting

Sample data — not publicly verified

Last verified: never

Application allowlisting, Ringfencing, Storage controlCloud-managed agentNot publicly verified

Deployment and administration

  • Expect a learning or audit phase before enforcing policies.
  • Plan an exception-request process for end users before go-live.
  • Confirm how software updates are trusted (publisher, hash, path).

Integration considerations

  • Endpoint management (Intune, Group Policy, RMM tools)
  • SIEM or log platforms for audit events
  • Ticketing systems for approval workflows

Best-fit use cases

  • Organizations with stable, well-defined software needs
  • Regulated environments needing evidence of software control
  • MSPs standardizing protection across many client environments

Questions to ask during a demo

  1. How long does the learning phase usually take for an environment like ours?
  2. How are signed software updates trusted automatically?
  3. What does day-to-day administration look like after the initial rollout?
  4. How are policy exceptions requested, approved, and audited?
  5. What happens to protection if an endpoint loses connectivity to the management console?
  6. Which operating systems and versions are supported today, in writing?
  7. How is pricing structured, and what is excluded from the quoted price?

Sources