GITNUXSOFTWARE ADVICE
Telecommunications ConnectivityTop 10 Best Bandwidth Throttling Software of 2026
Ranking and comparison of bandwidth throttling software for network admins, covering NetLimiter, SoftPerfect, NinjaOne, plus pfSense and NetCrunch.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
Astaro / Sophos UTM is the right pick if you need centralized, policy-managed bandwidth quotas across branch and campus networks, whereas NetLimiter fits Windows network admins who want per-process throttling and on-box visibility to troubleshoot enforcement.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Astaro / Sophos UTM
Inline policy evaluation on a security gateway links throttling decisions to the same objects as firewall and VPN rules.
Built for fits when branch and campus networks need centralized bandwidth limits with existing UTM policy management..
NetCrunch
Editor pickTraffic control targets monitored network objects, so throttling decisions can be traced to the same discovery context.
Built for fits when network ops teams want traffic control tied to their NetCrunch monitoring model for incident response and WAN management..
pfSense
Editor pickInterface-scoped queueing controls that integrate with firewall rule matching during packet processing.
Built for fits when network edge teams need rule-driven throttling across multiple sites..
Comparison Table
Astaro / Sophos UTM
enterpriseUnified threat management appliance with integrated traffic shaping and bandwidth quotas.
Inline policy evaluation on a security gateway links throttling decisions to the same objects as firewall and VPN rules.
Astaro / Sophos UTM is designed to be deployed as an on-premises security gateway where traffic policing happens in the same path as firewalling, VPN handling, and content inspection. Bandwidth management is tied to firewall and security policy constructs, which makes it practical to throttle traffic for known segments and applications without building an external controller. The product stores configuration and enforcement rules in its central gateway configuration, which simplifies change tracking compared with scattered agent-based throttling.
A key tradeoff is that fine-grained throttling at very high scale depends on classification accuracy and the number of active sessions, because policy rules still evaluate per-flow state in the gateway. A common usage situation is capping bandwidth for branch-user networks during business hours by matching source networks and destination services, then reviewing logs to verify that the expected sessions are throttled. This approach fits teams that already centralize security and traffic policy in the UTM rather than teams that need host-level shaping for thousands of endpoints.
- +Policy-driven throttling tied to gateway firewall rules and interfaces
- +Consistent enforcement inside the same inline traffic path as security controls
- +VPN-aware classification supports limiting traffic for tunnel users and networks
- +Detailed traffic and session logs support verification of rate enforcement
- –Complex classification and many rules can increase admin overhead
- –Very high scale per-flow shaping can require careful performance planning
Network operations teams
Limit branch traffic to shared WAN links
Predictable WAN utilization
Managed service providers
Apply per-customer bandwidth caps
Tenant traffic isolation
Show 1 more scenario
Security engineers
Constrain bandwidth during incident response
Containment without shutdown
Reduce specific destinations or services from affected segments using policy throttling and logs.
Best for: Fits when branch and campus networks need centralized bandwidth limits with existing UTM policy management.
NetCrunch
enterpriseNetwork monitoring suite that includes traffic threshold policies and bandwidth limiting actions.
Traffic control targets monitored network objects, so throttling decisions can be traced to the same discovery context.
NetCrunch combines network discovery with traffic control, so rule creation can follow the environment NetCrunch already knows. Bandwidth throttling can be driven by monitored entities such as devices and interfaces, which reduces translation work between monitoring labels and enforcement targets. The automation surface is centered on console-driven configuration and recurring rule application, which fits teams that already standardize change workflows around NetCrunch alerts and topology.
A key tradeoff is that NetCrunch’s throttling is strongest when the enforcement workflow stays inside the NetCrunch-managed network model rather than when rules must be generated from a separate SDN control plane. This fits a use case where WAN links saturate intermittently and ops teams want predictable caps for specific sites or endpoints while keeping a single pane for fault and performance context.
- +Inline throttling rules align with NetCrunch-discovered devices and interfaces
- +Traffic enforcement stays connected to the same monitoring and event context
- +Console-based rule lifecycle supports recurring operational change workflows
- +Event correlation helps validate throttling impact during incidents
- –Throttling depends on the NetCrunch object model for clean targeting
- –Automation through direct API control is limited compared with automation-first platforms
- –Fine-grained per-application classification requires careful traffic identification design
- –Rule tuning can take multiple iterations to avoid under- or over-throttling
Network operations teams
Cap WAN saturation during peak hours
Lower latency during congestion
SOC analysts
Limit noisy hosts during containment
Containment without total shutdown
Show 2 more scenarios
IT network managers
Standardize throttling by site
Consistent fair-share outcomes
Rule management in the NetCrunch console supports repeatable caps for recurring link contention patterns across sites.
Performance engineers
Test capacity plans safely
Better forecasting confidence
Throttling lets teams simulate constrained throughput while keeping visibility into the measured impact on KPIs.
Best for: Fits when network ops teams want traffic control tied to their NetCrunch monitoring model for incident response and WAN management.
pfSense
enterprisepfSense provides firewall traffic shaping through queues, limiters, and scheduling rules.
Interface-scoped queueing controls that integrate with firewall rule matching during packet processing.
pfSense supports traffic control using its firewall rule engine plus shaping and queue settings, so throttling happens alongside NAT, filtering, and routing decisions. Bandwidth limits can be applied per interface using policy ordering and rule match criteria, which helps avoid broad global caps. Configuration changes are tracked through the system configuration, and operational visibility comes from live interface statistics and traffic logs.
A key tradeoff is that deeper throttling granularity depends on how traffic is classified, because rule match quality determines how accurately bandwidth limits apply. pfSense fits best for branch firewalls where bandwidth must be constrained consistently for specific networks or traffic categories without adding external appliances.
- +Inline enforcement ties throttling to firewall rules and routing
- +Repeatable configuration supports consistent policy across sites
- +Live interface statistics help validate actual throughput behavior
- +Traffic policy changes apply within the same network edge stack
- –Fine-grained per-application throttling needs strong traffic classification
- –Queue tuning requires careful testing to avoid latency spikes
Branch network admins
Limit WAN bandwidth per site
Stabilizes link saturation behavior
SMB IT staff
Constrain guest access throughput
Reduces customer network contention
Show 1 more scenario
Network operations teams
Enforce policy during failover
Preserves bandwidth controls after changes
Keep throttling rules in the same configuration set as routing and firewall policies.
Best for: Fits when network edge teams need rule-driven throttling across multiple sites.
NetLimiter
SMBNetLimiter controls application bandwidth usage and monitors network traffic on Windows.
Per-process traffic shaping rules tied to live connection and bandwidth metrics for fast tuning during incidents.
NetLimiter focuses on on-premises bandwidth throttling with agent-based traffic shaping and per-host or per-application control on Windows. Its core workflow combines real-time per-process or per-connection bandwidth graphs with rule-driven limits for throughput, burst behavior, and protocol targeting. NetLimiter also includes automated rule management for repeatable enforcement across workloads, which helps network admins keep throttling consistent after changes.
- +Per-process bandwidth limiting with live throughput graphs
- +Rule targeting supports per-host and per-application traffic control
- +Connection and protocol level counters support troubleshooting
- +Automation of repeatable rules reduces manual enforcement errors
- –Windows-first deployment limits coverage for mixed-OS estates
- –Throttling correctness requires careful selector and rule ordering
- –Policy visibility across many endpoints can become operational overhead
- –Deep traffic inspection features are limited compared to network inline products
Best for: Fits when Windows network admins need fine-grained per-process throttling with on-box visibility for troubleshooting and enforcement.
MikroTik RouterOS
enterpriseMikroTik RouterOS uses queues and traffic policies to limit and shape network bandwidth.
Hierarchical queue trees with per-branch limits enable fair-share style bandwidth allocation across nested groups.
MikroTik RouterOS enforces bandwidth throttling by configuring traffic shaping and rate limits directly on the router. It uses an integrated traffic control stack tied to interfaces, queues, and address or device matchers, so throttling decisions are applied inline.
Automation is available through RouterOS scripting plus an API surface for configuration management and bulk provisioning. Governance is handled through role-based access features and audit-style event logging in the platform’s built-in management tools.
- +Inline queue-based rate limiting tied to interfaces and match rules
- +Automation support via RouterOS scripting and a management API
- +Extensive packet matching enables per-IP, per-subnet, and per-device controls
- +Centralized management options support consistent policy rollout across sites
- –Queue design and rule ordering can be error-prone during complex policies
- –Application-layer throttling needs external classification effort beyond basic packet matching
Best for: Fits when WAN edge throttling must be enforced on-prem with automation and fine-grained match rules.
SoftPerfect Bandwidth Manager
SMBSoftPerfect Bandwidth Manager applies centralized traffic rules and bandwidth limits across networks.
Application and protocol classification tied to per-host limits with usage reporting for rule tuning.
SoftPerfect Bandwidth Manager is an on-premises bandwidth throttling tool that focuses on per-device control and application-aware limits. It supports traffic shaping with rule-based bandwidth caps, plus monitoring and reporting that separate usage by host and protocol.
Administration is handled through a Windows-centric management workflow with local enforcement and configurable scheduling. Automation is available through a documented command-line workflow and settings-driven rule management.
- +Per-host bandwidth rules let teams throttle noisy devices quickly
- +Protocol and application-based matching supports targeted rate caps
- +Monitoring views show which client traffic consumes the configured limits
- +Rule scheduling supports timed policies without external orchestration
- –Windows-first deployment limits environments that rely on Linux enforcement
- –Advanced governance needs careful change control since rules apply at runtime
Best for: Fits when Windows network admins need per-host throttling with reporting and timed policies.
Antamedia Bandwidth Manager
vertical specialistAntamedia Bandwidth Manager controls and allocates internet access for users, devices, and networks.
Session-based policy mapping that applies bandwidth limits to active clients using Antamedia’s accounting context.
Antamedia Bandwidth Manager is a network bandwidth throttling tool that pairs traffic control with user-level visibility for on-premises environments. It supports rule-based bandwidth limits tied to active sessions, which helps enforce per-user and per-device caps without manual per-host policing.
Administration centers on a web management console with configurable policies and monitoring views for ongoing rate enforcement. Integration depth is strongest in managed network workflows where Antamedia’s own session and accounting data feeds the throttling rules.
- +Session-aware throttling rules based on observed client activity
- +Web-based policy management for defining rate limits and enforcement targets
- +Granular controls for user and device bandwidth caps in one rule set
- +Monitoring views that map ongoing traffic to enforced limits
- –Policy changes require careful governance to avoid unintended throughput drops
- –Automation and API surfaces are limited compared with agent-based network admin suites
- –Classification coverage depends on what the environment surfaces to Antamedia
- –Advanced traffic shaping workflows can require deeper network and OS tuning
Best for: Fits when managed networks need session-linked throttling for users and devices under ongoing admin oversight.
Traffic Shaper XP
SMBWindows-based bandwidth management and traffic shaping utility for local network control.
Rule-based per-application throttling on Windows, with burst-aware rate control tied to monitored processes.
Traffic Shaper XP from bandwidthcontroller.com is a Windows-focused bandwidth throttling tool that enforces per-host and per-application limits on monitored traffic. It applies rate control rules based on local traffic targeting, with options for burst control behavior rather than only fixed caps.
The product is designed for operator-driven rule management through a local administration interface rather than a cloud controller workflow. Bandwidth Shaper XP also fits scenarios where repeatable throughput constraints must be applied while keeping the enforcement point on the same machine that generates or routes the traffic.
- +Per-application and per-host rules on Windows traffic flows
- +Rule set enforcement stays local to the machine running the controller
- +Burst-oriented rate behavior supports smoother throughput under contention
- +Config-driven throttling avoids external hardware requirements
- –Limited visibility and governance controls for multi-server environments
- –Best results require careful rule scoping to avoid unintended throttling
- –Automation and API surface are not the primary administration model
- –Advanced traffic classification options are narrower than switch-level controls
Best for: Fits when a Windows admin needs repeatable per-app throughput limits on a single edge or workstation.
NetBalancer
SMBNetBalancer sets download and upload priorities and limits for Windows applications and processes.
Process-aware throttling rules that match traffic to specific running applications on the agent machine.
NetBalancer runs on Windows and throttles traffic by classifying flows and applying rate limits per host, port, or application process. It supports per-rule bandwidth caps with burst behavior and direction control for both download and upload paths.
The rule set is managed through a local GUI and can be tied to recurring scenarios by saving configurations. Traffic controls operate inline on the machine where the agent runs, so enforcement scope follows the device boundary.
- +Per-process and per-port rules let bandwidth caps map to real apps
- +Separate download and upload throttling reduces unintended cross-direction effects
- +Burst and token-style behavior helps keep interactive traffic usable
- +Rule presets and configuration saves speed repeat deployments
- –Enforcement is device-scoped, so routing-wide policies need extra nodes
- –Advanced classification and troubleshooting take more setup than simple caps
- –Automation depth is limited compared with policy engines that expose APIs
- –Large rule sets can be slower to audit in the GUI than config-driven tools
Best for: Fits when Windows admins need per-host or per-app bandwidth caps without network-wide hardware changes.
cFosSpeed
SMBcFosSpeed prioritizes and manages network traffic on Windows devices.
cFosSpeed’s queueing-based prioritization ties traffic classes to interactive responsiveness on the local host.
cFosSpeed is a Windows-focused bandwidth shaping tool that throttles traffic by application, host, and protocol using a local traffic driver. It prioritizes interactive traffic with queueing rules and supports per-connection and per-direction control for fine-grained congestion management on a single gateway.
The product includes telemetry and rule feedback that helps tune shaping policies without needing router firmware changes. Its admin surface is primarily local configuration rather than enterprise-wide orchestration through an API.
- +Application and host matching rules allow targeted rate limits
- +Queueing and prioritization improve responsiveness under congestion
- +Local driver mode can shape traffic without router replacement
- +Rule tuning feedback helps converge on practical settings
- –Primarily designed for Windows clients, not centralized network enforcement
- –No documented RBAC or audit log support for multi-admin environments
- –Automation and API surface for provisioning is minimal
- –Traffic classification depends on local visibility and endpoint behavior
Best for: Fits when a single Windows gateway or workstation needs per-app rate control without router upgrades.
Conclusion
After evaluating 10 telecommunications connectivity, Astaro / Sophos UTM 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.
How to Choose the Right bandwidth throttling software
Bandwidth throttling software enforces rate caps and fair-share behavior for selected traffic so congested links stay usable during downloads, updates, and bursts. This buyer’s guide covers ten tools used for network edge and host-level traffic control, including Astaro / Sophos UTM, NetLimiter, and NinjaOne for network administration workflows.
The ranking centers on how throttling decisions connect to the same objects used for security policy, monitoring context, and automation. The guide also compares Windows-first agents such as NetLimiter and NetBalancer with gateway and router platforms like pfSense and MikroTik RouterOS.
Bandwidth Throttling Software for Enforcing Rate Caps on Specific Traffic Flows
Bandwidth throttling software controls throughput by applying traffic control rules such as per-host limits, per-process caps, and queueing policies that shape or police packets as they pass through an inline path. Astaro / Sophos UTM links inline throttling to the same gateway policy objects used for firewall and VPN decisions, which keeps classification and enforcement aligned inside the security gateway.
pfSense supports interface-scoped queueing controls that tie into firewall rule matching during packet processing so throttling behavior can be reproduced across sites. Host-focused tools like NetLimiter focus on per-process shaping based on live connection metrics, which targets fast incident tuning on Windows without changing router configurations.
Bandwidth throttling controls that map to enforcement targets
Bandwidth throttling tools need to bind rate caps to the same traffic targets used for policy and operations. When throttling decisions stay attached to firewall rule objects, monitored devices, or live connections, troubleshooting becomes repeatable instead of guesswork.
This guide evaluates the enforcement target path and the control surface used to define caps. Tools that connect throttling to inline gateway traffic, interface-scoped queues, or per-process selectors reduce drift between what admins intend and what packets actually experience.
Inline policy linkage inside the same traffic path
Astaro / Sophos UTM applies throttling decisions inline on the security gateway using the same objects as firewall and VPN rules. pfSense ties interface-scoped queueing to firewall rule matching during packet processing so enforcement can stay rule-driven across sites.
Monitoring-context targeting and operational traceability
NetCrunch connects throttling to its discovered network objects so traffic control stays tied to the monitoring model used during incident response. MikroTik RouterOS anchors enforcement to interfaces and match rules, but it shifts traceability to queue design and rule ordering.
Host-level, per-process enforcement with live tuning feedback
NetLimiter targets per-process traffic shaping using live connection and bandwidth metrics, which supports fast incident tuning on Windows. NetBalancer provides process-aware throttling on the agent machine using running application context, which makes routing-wide caps require additional nodes.
Classification depth for applications and protocols
SoftPerfect Bandwidth Manager combines application and protocol classification with per-host limits and usage reporting for rule tuning. pfSense supports interface-scoped queueing well, but fine-grained per-application throttling requires strong traffic classification and careful queue tuning.
Burst handling and queue design discipline
Traffic Shaper XP applies burst-aware rate control tied to monitored processes, which helps reduce harsh caps on Windows traffic flows. MikroTik RouterOS uses hierarchical queue trees for fair-share style allocation, which increases the need for correct queue design when policies get complex.
Choose the enforcement target and automation surface that matches operations
A bandwidth throttling purchase succeeds when the tool’s enforcement target matches how the organization already represents devices and traffic. Inline gateway policy engines suit branch and campus environments with centralized control, while Windows-first agents suit endpoints that need quick tuning without changing edge routing.
The decision also depends on how automation is done. Some tools rely on interactive rule and queue configuration, while others provide scripted or API-controlled automation that fits repeatable provisioning workflows.
Pick inline gateway control if policy objects already drive traffic decisions
Choose Astaro / Sophos UTM when the same gateway policy objects used for firewall and VPN decisions should also drive throttling choices inline. Choose pfSense when interface-scoped queueing must integrate with firewall rule matching so throttling can be reproduced across multiple sites.
Pick monitoring-context control when incident workflows depend on discovered objects
Choose NetCrunch when teams want traffic control to align with the NetCrunch discovery and event context used during WAN management. Choose MikroTik RouterOS when the enforcement target is best expressed as interfaces and match rules and queue design can be managed with scripting and a management API.
Pick Windows endpoint shaping when per-process caps drive the throttling strategy
Choose NetLimiter when Windows network admins need per-process throttling tied to live connection metrics and throughput graphs for rapid incident response. Choose NetBalancer when per-process and per-port rules must map to specific running applications, with separate download and upload throttling to control cross-direction behavior.
Pick application and protocol classification when caps must follow app behavior not just bandwidth
Choose SoftPerfect Bandwidth Manager when classification must support both application and protocol matching with per-host limits and usage reporting for rule tuning. Choose MikroTik RouterOS when classification can be approximated via match rules at the queue and interface layer and application-layer behavior can be handled through external classification effort.
Pick session-aware throttling when active client sessions are the operational control point
Choose Antamedia Bandwidth Manager when throttling must map to active client sessions using Antamedia’s accounting context and needs web-based policy definition. Choose Astaro / Sophos UTM when the throttling requirement is tied to inline gateway control and consistent enforcement inside the same traffic path as security controls.
Pick queue-based prioritization when interactivity under congestion is the target outcome
Choose cFosSpeed when interactive responsiveness matters on a single Windows gateway or workstation through queueing-based prioritization tied to traffic classes. Choose MikroTik RouterOS when fair-share allocation across nested groups must be implemented with hierarchical queue trees.
Who bandwidth throttling software is for
Organizations use bandwidth throttling software when links require controlled throughput so updates, downloads, and other bursts do not degrade interactive workloads. The tool choice depends on whether enforcement belongs at the network edge or inside Windows hosts.
Network admins also need to align throttling control with how they already manage policy, monitoring, and automation. Inline gateway tools fit centralized governance, while endpoint agents fit rapid local tuning and troubleshooting.
Network admins managing branch and campus networks with centralized policy governance
Astaro / Sophos UTM fits environments that want throttling decisions evaluated inline with the same firewall and VPN policy objects used at the gateway. pfSense fits teams that need interface-scoped queueing integrated with firewall rule matching across multiple sites.
Network operations teams running discovery and incident response around monitored devices
NetCrunch fits teams that want throttling rules targeted to the same devices and interfaces NetCrunch discovers for event-driven troubleshooting. MikroTik RouterOS fits teams that prefer expressing enforcement with interfaces and match rules they manage directly through scripting and its management API.
Windows network admins who need per-process tuning during incidents
NetLimiter fits when per-process caps tied to live connection metrics and throughput graphs are the operational workflow. NetBalancer fits when process-aware throttling on the agent machine must map to running applications and enforce separate upload and download limits.
Teams that need app and protocol based throttling with usage reporting
SoftPerfect Bandwidth Manager fits when application and protocol classification must drive per-host limits and usage reporting supports rule tuning. pfSense fits teams that can invest in traffic classification depth to achieve fine-grained per-application throttling with queue tuning validation.
Managed networks that treat active sessions as the throttling control anchor
Antamedia Bandwidth Manager fits when session-linked throttling must follow Antamedia accounting context for users and devices. Antamedia also fits when web-based policy management defines rate limits for ongoing oversight.
Common throttling mistakes and how to avoid them
Bandwidth throttling failures usually come from mismatched targeting, fragile queue design, or insufficient classification depth. The most frequent problem is assuming that rule intent translates directly to packet behavior without validating how the tool maps targets to enforcement points.
Another frequent issue is selecting an enforcement scope that does not match the organization’s operational model. Endpoint agents reduce visibility across routing paths, while gateway queue engines require careful performance planning when policies scale.
Assuming per-application throttling will work without strong classification
pfSense provides interface-scoped queueing tied to firewall rule matching, but fine-grained per-application throttling needs strong traffic classification. SoftPerfect Bandwidth Manager is better aligned when application and protocol matching are central to the throttling requirement.
Building complex queue policies without testing queue behavior under load
MikroTik RouterOS hierarchical queue trees require correct queue design and rule ordering to avoid unintended rate outcomes. Traffic Shaper XP burst-aware rate control also needs careful rule scoping to avoid throttling outside intended monitored processes.
Choosing endpoint throttling and then expecting routing-wide policy effects
NetBalancer and cFosSpeed enforce throttling on the local host so routing-wide policies need extra nodes. MikroTik RouterOS and pfSense fit routing-wide enforcement when throttling must follow interface and firewall rule processing.
Overloading inline security gateways with many throttling rules and complex classification
Astaro / Sophos UTM ties throttling to the inline security gateway policy objects, but complex classification and many rules can increase admin overhead. pfSense also depends on careful queue tuning to prevent latency spikes when rules become intricate.
How We Selected and Ranked These Tools
We evaluated enforcement targeting depth first, because throttling must attach to the same objects used for operational decisions. Features counted for 40% of the score because each tool was assessed on inline policy linkage, queue and rule mechanics, and how throttling maps to monitored context or live connection metrics.
Ease and value each counted for 30% of the score because Windows-first agents like NetLimiter and NetBalancer were judged on local troubleshooting speed and governance friction, while gateway and router platforms were judged on repeatable site configuration. Astaro / Sophos UTM separated itself by delivering inline policy evaluation on a security gateway that ties throttling decisions to the same objects used for firewall and VPN rules, which directly matches centralized governance workflows.
Frequently Asked Questions About bandwidth throttling software
How does NetLimiter implement throttling for Windows processes compared with cFosSpeed on the same host?
Which tool is better for throttling decisions that reuse the same identities as firewall and VPN policies?
When should throttling be enforced inline with gateway traffic instead of agent-only shaping on a workstation?
What breaks if throttling rules are copied by hand across multiple sites using pfSense exports?
Where does MikroTik RouterOS fall short compared with NetBalancer for per-application controls on Windows?
How do Antamedia Bandwidth Manager and SoftPerfect Bandwidth Manager differ in data model and rule targeting?
Which product supports API or scripting workflows for automation during provisioning at scale?
What tradeoff occurs when Traffic Shaper XP prioritizes local operator-driven rule management over centralized orchestration?
How do admins handle access control and auditing for throttling configuration changes in MikroTik RouterOS versus Astaro and Sophos UTM?
Tools reviewed
Primary sources checked during evaluation.
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