ManageEngine OpManager network monitoring: review, pricing, and alternatives

Name: ManageEngine OpManager — ITOpsClub Editorial Review
Item: ManageEngine OpManager
Author: ITOpsClub Editorial

ManageEngine

ManageEngine OpManager uses per device (perpetual license or annual subscription); add-ons priced separately pricing, runs on cloud / on-prem, supports Windows, Linux, and 30-day free trial.

ManageEngine OpManager is a network and infrastructure monitoring platform developed by ManageEngine, a division of Zoho Corporation headquartered in Chennai, India. It monitors network devices via SNMP, Windows and Linux servers via agents or WMI, VMware and Hyper-V virtual infrastructure, WAN links, wireless networks, and storage devices from a single on-premises installation.

OpManager's built-in network topology maps, customizable dashboards, and SLA tracking reports provide the operational visibility most IT teams need without additional visualization tooling. However, for teams that need traffic flow analysis, firewall log analysis, or application performance monitoring, those capabilities are separate ManageEngine add-on products priced independently — a structure that affects the all-in cost significantly.

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Pricing model

Per device (perpetual license or annual subscription); add-ons priced separately

Deployment

Cloud / On-prem

Supported OS

Windows, Linux

Trial status

30-day free trial

Review rating

Not surfaced

Vendor

ManageEngine

ManageEngine OpManager pricing

ManageEngine OpManager's published pricing is structured around device count and edition tier. Standard edition targets small-to-midsize deployments needing core network monitoring; Professional adds WAN monitoring, enhanced reports, and extended fault management depth; Enterprise adds distributed monitoring with OpManager Central for multi-site environments and Network Configuration Manager for device configuration backup and compliance.

The perpetual license model means the initial purchase is a one-time cost, with annual maintenance fees (typically 20–25% of the license cost) for support and updates. An annual subscription option is also available, which spreads cost across years without a large initial outlay but results in higher total cost over a 3–5 year horizon compared to the perpetual model.

The add-on architecture is the most important cost factor to understand before treating the published Standard or Professional pricing as the all-in number. NetFlow Analyzer — required for traffic analysis, bandwidth monitoring, and top-talker reporting — is a separate product with its own per-interface or per-device pricing. Firewall Analyzer for log analysis and security reporting is another separate add-on. Application Manager for APM and URL monitoring is a third.

OpUtils for IP address management and switch port mapping is a fourth. Each add-on covers a monitoring category that competing all-in-one platforms like Datadog or LogicMonitor include under a single subscription. Teams that need three or more of these capabilities should model the combined cost of OpManager plus add-ons against competing platforms before assuming the published entry price represents the full deployment cost.

View ManageEngine OpManager pricing

Standard: ~$245 for 10 devices (Network device monitoring via SNMP, basic server monitoring, fault management, alerting, and customizable dashboards. Core network monitoring without advanced flow analysis.)

Professional: ~$345 for 10 devices (Adds WAN RTT monitoring, advanced reports, enhanced fault management, and extended server monitoring. Flow analysis requires the separate NetFlow Analyzer add-on.)

Enterprise: Custom quote (Adds distributed monitoring with OpManager Central, multi-site management, and Network Configuration Manager (NCM) for device configuration backup and compliance.)

Verified from the official pricing page on March 17, 2026. View source

What stands out about ManageEngine OpManager

ManageEngine OpManager earns its place on a network monitoring shortlist primarily through two practical advantages: published pricing that enables self-guided commercial evaluation, and a comprehensive feature set covering network, server, and virtualization monitoring from a single on-premises deployment. For IT teams managing traditional infrastructure — routers, switches, firewalls, Windows servers, and VMware — OpManager provides broad visibility at a cost point that is transparent and competitive.

ManageEngine OpManager is best for

IT teams managing traditional on-premises network infrastructure — routers, switches, firewalls, Windows servers, and VMware — who need a single monitoring platform with clear published pricing and no cloud dependency for core monitoring functions. It is particularly well-suited for mid-market IT departments with 50 to 500 monitored devices, for organizations already using other ManageEngine products (ServiceDesk Plus, Desktop Central, Active Directory Manager Plus) where the ManageEngine ecosystem integration simplifies operations, and for budget-constrained teams that need enterprise monitoring capability without enterprise-level per-host subscription costs.

Why ManageEngine OpManager stands out

What makes ManageEngine OpManager stand out is the combination of published pricing and monitoring breadth for on-premises environments. In a category where most capable monitoring platforms require a sales conversation before revealing any cost information, OpManager's device-count-based pricing table on its website enables self-qualified commercial evaluation. The 600+ vendor monitoring templates activate appropriate metrics automatically for each device type, reducing the manual template work that tools like Zabbix require.

Commercial fit for ManageEngine OpManager

OpManager's commercial fit is strongest for organizations where on-premises deployment is preferred or required, where the device count is in the range where published pricing is applicable (10 to several hundred devices without custom Enterprise quoting), and where the ManageEngine product ecosystem is already partially in place. The fit weakens for teams that need traffic analysis as a day-one requirement — the NetFlow Analyzer add-on cost must be included in the comparison from the start. It also weakens for cloud-native teams monitoring primarily AWS, Azure, or GCP infrastructure without much traditional on-premises networking, where tools with stronger cloud-native integration depth (Datadog, Checkmk, LogicMonitor) are better aligned.

What users think

“Network and server monitoring with automated discovery, threshold-based alerting, and a topology view covering switching, routing, and physical servers. On-prem deployment on Windows or Linux makes it viable for organizations with data residency requirements that cloud monitoring platforms cannot satisfy.”

Read full review

In depth

ManageEngine OpManager is best evaluated in the context of the specific server monitoring software workflows your team is trying to standardize or improve.

Shortlist quality depends less on surface-level feature parity and more on how well ManageEngine OpManager fits your deployment preferences, reporting expectations, and the amount of day-to-day operational ownership your team can absorb. Use this page to understand product fit before moving into direct vendor comparisons.

Test whether ManageEngine OpManager fits the current environment and OS mix.
Validate the vendor’s pricing mechanics against real rollout assumptions.
Check whether the platform solves the workflows that matter in the first 90 days.

ManageEngine OpManager features

Network device monitoring and fault management

OpManager monitors network devices — routers, switches, firewalls, load balancers, UPS systems, printers, and other SNMP-capable hardware — through continuous SNMP polling. The platform ships with over 600 vendor-specific monitoring templates covering Cisco IOS and NX-OS, Juniper Junos, Fortinet FortiOS, Palo Alto PAN-OS, HP/Aruba, Huawei, MikroTik, Ubiquiti, and hundreds of other device types. - Each template activates the relevant OIDs for the device type — interface status and throughput, CPU and memory utilization, hardware health sensors (temperature, fan, power supply), and device-specific metrics — without manual OID entry. - Fault management handles device-down events and threshold breaches through a rules engine that correlates related alarms, suppresses dependent alerts when a root-cause device fails (preventing alert storms from downstream devices going unreachable), and routes tickets to ITSM systems.

Server and virtualization monitoring (VMware, Hyper-V)

OpManager monitors Windows and Linux servers through multiple collection methods: Windows Management Instrumentation (WMI) for agentless Windows monitoring, an OpManager agent for Linux servers, and SNMP for servers with management cards. - Monitored server metrics include CPU utilization (total and per-core on supported systems), memory usage, disk space per volume, disk I/O performance, process count, service state monitoring for specified Windows services, and network interface traffic. - Hyper-V monitoring covers host health, VM state, virtual disk performance, and Hyper-V-specific event monitoring.

WAN RTT and link performance monitoring

OpManager's WAN monitoring capability measures round-trip time (RTT), packet loss, and latency between network points using ICMP probes and IP SLA-compatible measurements on Cisco devices. This is operationally important for organizations with branch office connectivity, MPLS circuits, SD-WAN links, or leased-line connections between sites — OpManager shows link health, latency trends, and packet loss over time for each monitored WAN link. - IP SLA monitoring activates on Cisco routers that support the Cisco IP SLA feature, using the router itself as the measurement probe to provide more accurate end-to-end path metrics than ICMP alone. - Link performance dashboards show WAN link status across all sites simultaneously, with thresholds triggering alerts when RTT or packet loss exceeds acceptable limits.

Network topology mapping and visualization

OpManager generates network topology maps that show the physical and logical connectivity between monitored devices. Maps are built through discovery — OpManager scans IP ranges and uses SNMP topology discovery (CDP, LLDP, ARP tables, routing tables) to identify device relationships and draw connection lines representing physical links. - Device status on the map reflects real-time monitoring state: a device in alarm shows in amber or red, a device that is down shows visually distinct from healthy devices, and administrators can click any device on the map to access its performance dashboard and current alarm state. - Maps are customizable — administrators can arrange device icons, add background images representing floor plans or geographic maps, and create multiple views that group devices by function, location, or network segment. - The topology view is useful for post-incident reviews (identifying which devices were in alarm simultaneously) and for impact analysis (understanding which downstream devices depend on a failing core switch).

Configuration and change management (NCM add-on)

Network Configuration Manager (NCM) is a ManageEngine add-on that extends OpManager with device configuration backup, change detection, and compliance auditing. NCM connects to network devices via SSH or Telnet, backs up running and startup configurations on a configurable schedule, and sends alerts when configurations change unexpectedly. - Compliance policy templates check device configurations against defined rules — such as ensuring that specific commands are present (NTP server configured, SSH v2 only, SNMP v3 required) or absent (Telnet disabled, default credentials removed) — and report devices that fail compliance checks. - This compliance reporting is valuable for organizations subject to PCI DSS, HIPAA, or internal security hardening standards that include network device configuration requirements.

Wireless network monitoring

OpManager monitors wireless infrastructure through SNMP-based polling of wireless LAN controllers (WLCs) and access points from Cisco, Aruba, Ruckus, Ubiquiti, and other vendors. Monitored wireless metrics include AP operational status (up, down, or rogue), client association counts per AP and per SSID, channel utilization and interference indicators, signal strength distribution, and WLC-level summary statistics for large deployments. - For campus environments with hundreds of access points managed by a central WLC, OpManager's wireless view provides a summary of wireless health — how many APs are active, how many clients are connected, and which APs are experiencing elevated client counts or interference — without requiring a dedicated wireless management platform. - Rogue AP detection alerts when an unrecognized AP appears in the wireless environment.

Custom dashboards, reports, and SLA tracking

OpManager's dashboard system allows IT teams to build role-specific views from a library of pre-built widgets covering device health, alarm counts, interface traffic, server performance, WAN link status, and many other metrics. Dashboards are configurable per user or shared across teams, and the widget library is extensible through OpManager's reporting system. - SLA tracking in OpManager measures device and service availability against defined availability targets, generating compliance reports that show uptime percentage per device over the reporting period, the duration and frequency of availability violations, and trends over time. - For IT teams that are accountable to business stakeholders for infrastructure availability commitments, SLA reports provide the documentation trail for regular reporting.

Pros and cons of ManageEngine OpManager

This is the point in the evaluation where buyers should separate what sounds strong in the demo from what will still matter after implementation, reporting setup, and day-two administration are real.

Strengths

These are the strengths most likely to keep ManageEngine OpManager in the shortlist once the team starts comparing practical fit, not just feature breadth.

Published pricing enables self-guided commercial evaluation

ManageEngine publishes Standard and Professional pricing by device count on its website. In a category where most capable alternatives — SolarWinds NPM, Auvik, LogicMonitor, Datadog — require a sales conversation before revealing any cost information, published pricing allows IT budget holders and procurement teams to self-qualify on commercial fit, model costs for different device counts, and enter vendor conversations with a real benchmark rather than a vendor-controlled first impression.

600+ vendor templates reduce manual configuration

OpManager ships with over 600 device-specific monitoring templates that activate the appropriate SNMP OIDs, WMI counters, or agent metrics for each device type automatically upon discovery. For common devices — Cisco switches, Fortinet firewalls, VMware ESXi hosts, Windows servers — this means monitoring is configured to a useful level without manually selecting metrics or entering OIDs. The template library reduces the gap between device discovery and operational monitoring, particularly in environments with diverse hardware from multiple vendors.

Broad on-premises coverage of network, server, and virtualization in one platform

OpManager monitors network devices, Windows and Linux servers, VMware vSphere, Hyper-V, WAN links, wireless infrastructure, and storage from a single installation. For IT teams managing traditional on-premises infrastructure who want a single tool for these layers rather than separate monitoring tools per category, OpManager provides that unified visibility at a lower license cost than most platforms offering comparable breadth. The common alarm console and unified dashboards reduce the context switching between monitoring tools that multi-tool environments require.

ManageEngine ecosystem integration simplifies IT operations

OpManager integrates natively with other ManageEngine products: ServiceDesk Plus for ITSM ticket creation from alerts, Desktop Central for endpoint management data, Active Directory Manager Plus for user context, and OpUtils for IP address and switch port management.

Perpetual license option avoids recurring subscription accumulation

ManageEngine OpManager is available as a perpetual license with annual maintenance, not only as a subscription. For IT organizations that prefer capital expenditure over operating expenditure, and that plan to run a monitoring platform for five or more years, the perpetual model can result in lower total cost than annual subscriptions that accumulate over multi-year deployment periods.

Limitations

These are the points worth pressing in pricing calls, technical validation, and rollout planning before the team treats the product as a safe choice.

Add-on architecture significantly increases all-in cost

Traffic analysis (NetFlow Analyzer), firewall log analysis (Firewall Analyzer), application performance monitoring (Application Manager), and IP address management (OpUtils) are all separate products with separate pricing. Teams that need more than basic network and server monitoring will purchase multiple ManageEngine products, each with its own device-count or interface-count pricing and annual maintenance.

UI is functional but dated compared to modern monitoring platforms

OpManager's interface has received incremental updates but retains design patterns from its earlier versions — dense information display, older navigation metaphors, and less intuitive dashboard configuration than cloud-native platforms like Datadog or LogicMonitor. For IT teams where monitoring dashboards are shared with business stakeholders or used in NOC displays, the interface quality is a practical limitation. Engineers accustomed to modern observability UI design often find OpManager's interface requires a longer orientation period than SaaS-first alternatives.

Topology maps require manual updates in dynamic environments

Unlike Auvik's continuously updated topology maps, OpManager's network maps are built during discovery and require manual re-discovery or administrator updates to reflect network changes. In environments where devices are added, removed, or reconfigured frequently — cloud-adjacent environments, rapidly growing networks, or dynamic data center deployments — OpManager's topology maps can fall behind the actual network state. This is less of a concern in stable, slowly changing on-premises networks but is a real limitation in dynamic environments.

Initial setup requires meaningful configuration investment

OpManager's initial deployment — installing the application, configuring SNMP credentials, running discovery, assigning monitoring templates, setting up notification profiles, and building dashboards — takes longer than fully automated cloud tools. The setup is not complex for experienced network administrators, but it is not the out-of-box experience that Auvik or cloud-native tools provide. Teams expecting immediate monitoring coverage after installation will need to allocate 1–3 days of configuration work before OpManager is fully operational across a mid-size environment.

Limited depth for cloud-native and container workload monitoring

OpManager's primary design point is traditional on-premises infrastructure. Cloud monitoring for AWS, Azure, and GCP exists but is less comprehensive than Checkmk's or Datadog's cloud integrations. Container and Kubernetes monitoring depth is minimal compared to purpose-built cloud monitoring tools.

ManageEngine OpManager deployment, integrations, and platform coverage

ManageEngine OpManager installs on Windows Server (2016, 2019, 2022) or Linux (RHEL, CentOS, Ubuntu). The installation package includes a bundled PostgreSQL database for configurations and an RRD or custom database backend for performance data — no separate database installation is required for standard deployments.

Installation completes in 20–40 minutes on a supported operating system. The recommended minimum specifications for a production deployment monitoring up to 500 devices are 8 CPU cores, 16 GB RAM, and 500 GB of SSD storage for performance data retention. OpManager's own sizing guide provides more granular recommendations based on device count, check intervals, and data retention period.

Discovery is configured by specifying IP ranges or individual addresses, SNMP credentials (community strings for v1/v2c, or credential sets for SNMPv3), and WMI credentials for Windows servers. OpManager scans the defined ranges, identifies responsive devices, matches them against its template library, and adds them to the monitoring configuration. Devices that match known templates have monitoring configured automatically; unrecognized devices are added with basic ICMP availability monitoring and flagged for manual template assignment.

The discovery process typically takes 10–30 minutes for a Class C subnet depending on network responsiveness. After discovery, review the template assignments for each discovered device type to confirm appropriate metrics are being collected — template auto-matching is accurate for common device types but occasionally requires manual correction for custom or less common hardware.

Before you book a demo

ManageEngine OpManager free trial, demo, and buying motion

ManageEngine OpManager's 30-day free trial is a full-product evaluation with no artificial feature restrictions, covering all edition features during the trial period. The trial installs on the team's own hardware or a test VM, which means the evaluation uses the team's own network and produces real monitoring data — not a pre-configured demo environment. This is operationally meaningful: the trial exposes how OpManager handles the specific device types, SNMP configurations, and server environments the team actually manages.

Install the trial on a system within the production network, not an isolated lab. OpManager's SNMP discovery and WMI server monitoring only work correctly when the monitoring server can reach the devices being monitored. A trial on an isolated VM that cannot poll production devices produces discovery results that do not reflect real conditions. Use a test server within the network segment that has SNMP and WMI access to the devices to be monitored.

Run discovery on a representative set of devices covering all the types in the production environment — at least one core switch, one firewall, one Windows server, and one Linux server or VMware host if applicable. Verify that the templates applied to each device type match the expected monitoring metrics. If a device type is not correctly templated, investigate whether a matching template exists in the library or requires custom configuration before committing to a production deployment.

Model the all-in cost before treating the Standard or Professional pricing as the full deployment cost. If traffic analysis is required, add the NetFlow Analyzer pricing at the interface count that will be monitored. If application monitoring is required, add Application Manager pricing. The combined cost including add-ons is the number to compare against SolarWinds NPM, Auvik, or Checkmk Enterprise — not the OpManager base price alone.

Test the ITSM integration during the trial if ServiceDesk Plus or another supported ticketing system is in the environment. Trigger a test alarm and confirm that a ticket is created in the correct queue with the appropriate priority and assigned to the right support group. The alert-to-ticket workflow is the feature that most directly reduces mean time to acknowledge for monitoring alerts — validating it works correctly during the trial prevents discovering integration gaps in production.

Frequently asked questions about ManageEngine OpManager for Network Monitoring

What is ManageEngine OpManager?

ManageEngine OpManager is a network and infrastructure monitoring platform developed by ManageEngine (a division of Zoho Corporation). It monitors network devices via SNMP, Windows and Linux servers, VMware and Hyper-V virtualization infrastructure, WAN links, wireless access points, and storage devices from a single on-premises installation. It includes network topology maps, customizable dashboards, SLA tracking, and integrations with ITSM tools including ManageEngine ServiceDesk Plus, Jira, and PagerDuty. It is deployed on Windows Server or Linux within the organization's own infrastructure.

Is ManageEngine OpManager free?

ManageEngine OpManager is not permanently free. It offers a 30-day free trial with full feature access. After the trial, a license is required — Standard edition starts at approximately $245 for 10 monitored devices, Professional at approximately $345 for 10 devices. There is no permanently free tier. The license is a perpetual purchase plus annual maintenance, or an annual subscription. OpManager's published pricing is one of its key differentiators — most comparable monitoring platforms do not publish pricing.

How does ManageEngine OpManager compare to SolarWinds NPM?

Both OpManager and SolarWinds NPM are on-premises network monitoring platforms with broad SNMP device coverage and server monitoring. The primary differences are cost and ecosystem. ManageEngine OpManager publishes pricing and is generally more affordable at equivalent device counts; SolarWinds NPM does not publish pricing and is typically more expensive. SolarWinds NPM's Orion platform has deeper network performance analytics and a larger installed base in large enterprise environments. ManageEngine integrates more naturally with the ManageEngine product ecosystem (ServiceDesk Plus, Desktop Central). For organizations already using SolarWinds tools, staying in the SolarWinds ecosystem may have integration advantages; for organizations using ManageEngine tools, OpManager is the natural network monitoring complement.

What is ManageEngine OpManager used for?

ManageEngine OpManager is used to monitor network infrastructure (routers, switches, firewalls), Windows and Linux servers, VMware and Hyper-V virtual machines, WAN link performance, wireless access points, and storage devices. It is used by mid-market and enterprise IT teams to centralize network and server monitoring, track device availability for SLA reporting, receive alerts when devices exceed performance thresholds or go offline, and integrate monitoring alarms with ITSM ticket systems. It is also used alongside ManageEngine's NetFlow Analyzer, Firewall Analyzer, and Application Manager for teams that need traffic analysis, log analysis, and application monitoring.

Does ManageEngine OpManager support cloud monitoring?

ManageEngine OpManager includes basic cloud monitoring for AWS and Azure — monitoring cloud instances and some cloud services through API integration. However, its cloud monitoring depth is significantly less than purpose-built cloud monitoring tools like Checkmk, Datadog, or LogicMonitor. OpManager is primarily designed for traditional on-premises infrastructure. Teams monitoring primarily cloud-native workloads, containers, or Kubernetes clusters should evaluate tools with stronger cloud-native integration before selecting OpManager.

What is the difference between OpManager Standard and Professional?

OpManager Standard includes core network device monitoring via SNMP, basic Windows and Linux server monitoring, fault management, alerting, and dashboards — sufficient for basic network visibility. Professional adds WAN RTT monitoring, enhanced fault management, advanced reports, and extended server monitoring depth. Neither Standard nor Professional includes flow-based traffic analysis — that requires the separate NetFlow Analyzer add-on. Most mid-market deployments that need traffic visibility purchase Professional plus NetFlow Analyzer. Enterprise Edition adds distributed monitoring with OpManager Central and Network Configuration Manager for multi-site environments.

Can ManageEngine OpManager monitor Cisco devices?

Yes — Cisco is one of the most thoroughly supported vendors in OpManager's template library. OpManager ships with templates for Cisco IOS routers and switches, Cisco NX-OS data center switches, Cisco ASA firewalls, Cisco Catalyst and Nexus switch families, and Cisco Wireless LAN Controllers. These templates activate the relevant SNMP OIDs for each Cisco device type — interface metrics, CPU, memory, hardware health sensors, OSPF/BGP routing states, and Cisco-specific MIB data — without manual OID entry. IP SLA monitoring for WAN RTT measurement is also supported on Cisco routers that have the IP SLA feature configured.

ManageEngine OpManager alternatives worth comparing

If ManageEngine OpManager is on the shortlist, the comparisons worth running before the decision hardens are against tools that serve overlapping buyer requirements — on-premises network monitoring, published pricing, or broad infrastructure coverage — but with different approaches to deployment simplicity, monitoring scope, or total cost.

Nagios XI

Nagios XI gives teams a way to evaluate server monitoring software fit, deployment tradeoffs, and day-to-day operational usability.

Open alternative

SolarWinds NPM

SolarWinds Network Performance Monitor is an enterprise-grade on-premises network monitoring platform with deep SNMP analytics and the Orion platform ecosystem. It does not publish pricing and is typically more expensive than OpManager at equivalent device counts. SolarWinds NPM has a larger installed enterprise base and more sophisticated network performance analytics, including NetPath for hop-by-hop path analysis, PerfStack for cross-entity performance correlation, and deeper vendor integrations for large enterprise networking hardware. Compare SolarWinds NPM when the organization has existing Orion investment, when very large-scale enterprise deployments are required, or when the SolarWinds NPM feature set at scale justifies its higher cost versus OpManager's more transparent pricing.

Open alternative

Checkmk

Checkmk is an infrastructure monitoring platform with a free open-source Raw Edition and paid Cloud and Enterprise editions. Its auto-discovery engine identifies and configures services on monitored hosts without manual template selection — a meaningful setup-time advantage over OpManager's template application workflow. Checkmk's monitoring breadth is comparable to OpManager's but extends further into container and Kubernetes monitoring, and its cloud monitoring for AWS, Azure, and GCP is more comprehensive. The Raw Edition's zero cost makes Checkmk commercially compelling for teams with Linux administration capability. Compare Checkmk when a free self-hosted option is viable, when container or cloud monitoring depth matters, or when Checkmk's auto-discovery would save significant setup time over OpManager's template configuration.

Open alternative

Grafana Cloud

Grafana Cloud gives teams a way to evaluate infrastructure monitoring software fit, deployment tradeoffs, and day-to-day operational usability.

Open alternative

Splunk Observability Cloud

Splunk Observability Cloud gives teams a way to evaluate infrastructure monitoring software fit, deployment tradeoffs, and day-to-day operational usability.

Open alternative

See all ManageEngine OpManager alternatives

Sources

These are the public references, pricing pages, and editorial inputs used to support this page. Readers should still confirm final commercial or product details directly with the vendor when the decision becomes real.

pricing · verified Mar 17, 2026

Official pricing page

ManageEngine OpManager pricing reference

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