Azure Monitor vs Broadcom DX Application Performance Management comparison

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Comparison Buyer's Guide
Executive Summary
Updated on Jun 28, 2023

We performed a comparison between Azure Monitor and Broadcom DX Application Performance Management based on real PeerSpot user reviews in five categories. After reading all of the collected data, you can find our conclusion below.

  • Ease of Deployment: Azure Monitor's setup is challenging and may require assistance, particularly for inexperienced users. On the other hand, Broadcom DX Application Performance Management's setup is more flexible, with some users finding it to be a quick and easy process. Technical resources were employed to assist with setting up.
  • Features: Azure Monitor provides flexible monitoring capabilities for cloud resources along with log analysis, graphs and charts, and reporting. It seamlessly integrates with Microsoft technologies. In contrast, Broadcom DX APM is commended for its code-level visibility, easy deployment, transaction monitoring, and lightweight approach to monitoring servers and network items.
  • Pricing: Azure Monitor uses a pay-as-you-go model based on log file sizing. On the other hand, Broadcom DX Application Performance Management has a monthly licensing fee with different options available. Although some users find the pricing of Broadcom DX Application Performance Management expensive and suggest that it should be cheaper, others recommend improving the licensing model by imposing limits on deploying the agent.
  • Service and Support: Different users have varying experiences with Azure Monitor's customer service, with some receiving quick and helpful assistance while others complain about unresponsive engineers. The feedback for Broadcom DX Application Performance Management's customer service is mixed, with some users rating it positively and others negatively. However, there is room for improvement in meeting SLAs.
  • ROI: Azure Monitor offers cost-effective proactive information about infrastructure, which has resulted in a positive ROI for some users. On the other hand, Broadcom DX Application Performance Management provides better application performance, reducing downtime and optimizing resource utilization, resulting in a positive ROI.

Comparison Results: Azure Monitor offers more customization, monitoring abilities for cloud resources across multiple subscriptions, and better troubleshooting features. It is also more flexible, low-cost, and integrates well with other Microsoft technologies. Additionally, it has received more positive feedback for initial setup and pricing. Despite both products having mixed reviews on customer service and support, Azure Monitor is considered a robust and stable product that scales well and offers a one-stop place to monitor all resources.

To learn more, read our detailed Azure Monitor vs. Broadcom DX Application Performance Management Report (Updated: March 2024).
765,234 professionals have used our research since 2012.
Featured Review
Quotes From Members
We asked business professionals to review the solutions they use.
Here are some excerpts of what they said:
Pros
"The solution's most valuable features are its ability to focus on delivery and maximizing the performance of applications and services.""Azure Monitor's best features are its graphs and charts, the different visibility options, and reporting.""The most valuable features of Azure Monitor are the login analytics workspace and we can write any kind of custom queries in order to receive the data that is inserted into the login analytics workspace, diagnostic settings, et cetera.""The solution very easily integrates with Azure services and in one click you can monitor your resource.""The initial setup is straightforward.""It is a move-in powerful feature compared to other market-leading tools.""Data exporting is easy, and this tool works seamlessly with other solutions. It's a stable and low-priced solution.""Among the valuable features of this solution, Application Insights stands out as one of the most significant. It provides insights into application performance and helps identify issues and bottlenecks."

More Azure Monitor Pros →

"Stability is one of the strongest attributes of CA APM. It is very stable on all platforms.""If we see something that we need to change or monitor, we can get it scripted pretty quickly.""Users no longer need to depend upon the console for a compatible Java version. Now, users can directly learn the version, perform all their actions, and see all of those performance-related issues.""JVM memory monitoring and connection pool monitoring are valuable features.""Attribute decoration is a unique and very powerful feature. We can add meaningful meta information based on our internal demand.""I found the solution's end-to-end analysis and flexibility most valuable.""We are able to spot issues much quicker with the use of the out-of-the-box metrics given to us by CA. But we also develop that further with the use of the EPA Agent and expand what we can give and show the business by creating our own scripts. This has allowed us to develop our own self-monitoring and before anybody else sees the issue we are on hand to solve that as quickly as possible.""Service maturity when you can retrieve the normal metrics for every major aspect of each module and delivering this info to the correct eyes."

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Cons
"I would like more transparency when we use the solution with another environment, like on-premises, or on another cloud environment, like AWS or GCP.""The scalability could be improved as there are some limitations.""Although it's not always the case, the price can sometimes get expensive. This depends on a number of factors, such as how many services you are trying to integrate with Azure Monitor and how much storage they're consuming each month (for example, how large are the log files?).""Enhancing and reaching a level of detail that facilitates pinpointing and addressing issues at such a refined level within the application and database components would be helpful.""Azure Monitor could improve network performance monitoring and make it more advanced.""The monitoring of Kubernetes clusters needs improvement to be on par with competitors.""They need to work with other cloud providers - not just Azure.""The biggest one is probably just the user interface. There could be more advanced logging at the database level. They can also improve their query builder to allow you to search for things better, but I last used it about a year ago. They might have already changed a ton of things in the newer versions."

More Azure Monitor Cons →

"A CA APM agent takes a lot of memory. That is one disadvantage. If you configure CA APM correctly it will still consume around 15 to 20 percent of memory.""The product displays some graphics and sometimes we want to have some different metrics in the same graphic but it doesn't display in the same scale, so it's quite complicated to see the metrics. If the product would be able to manage a double scale, it would be perfect.""The following need improvement: 1) Integration of third-party content into app maps (e.g. data coming from beats/elastic platform). 2) Support of new application server technologies, time to adopt new versions of them. 3) Dashboarding capabilities (as with all other vendors). 4) Application architecture of the central Enterprise Manager should be developed into a cloud native architecture. 5) Mitigation of SPOF – PostgreSQL database, behind Team Center.""In order for the tool to be successful, at least in our organization, it will need to have more self-serve features for implementation, instrumentation, and then modification of metric data from the APM.""The upcoming changes for the deployment process of the agent will help a lot, in that others have gotten to that point first.​""The APM SQL feature doesn't perform like we would like it to. I know that's a new feature with 10.5, so it may be one of those things that gets a little better, but it should run faster.""We enountered stability issues. They were mitigated by performance tuning within infrastructure.""With respect to SQL monitoring, it would be nice to have a little more information because it doesn't provide the full statement all of the time."

More Broadcom DX Application Performance Management Cons →

Pricing and Cost Advice
  • "Azure Monitor is a low-priced solution, which is why it would work best on small-scale projects."
  • "The price of the solution is reasonable."
  • "Azure Monitor is a competitively priced solution."
  • "Azure Monitor is one of the more cost effective solutions on the market."
  • "The cost of Azure Monitor application performance should be less expensive."
  • "The licensing is a monthly fee."
  • "I would rate Azure Monitor a two out of five for affordability."
  • "The solution is very costly because you have to pay for various things such as adding to logs and internet alerts."
  • More Azure Monitor Pricing and Cost Advice →

  • "Depends on the size of the product you need."
  • "Althougth it is a bit expensive, it is really worth it"
  • "There is some research needed to determine licensing costs, based on the number of DataPower instances for the Nastel agent, for example."
  • "Negotiate a lot, but do not forget to buy the product because it is worth it."
  • "Pricing and licensing are not issues."
  • "On pricing, CA is very competitive. I think that's going to help in the long run."
  • "Setup costs are quite competitive relative to other solutions, and simpler."
  • "Dynatrace is the most expensive of these tools followed by AppDynamics which is "medium-expensive." CA APM is a bit lower in price than either Dynatrace or AppDynanics... In my opinion, if you can afford it, go for AppDynamics instead of CA APM."
  • More Broadcom DX Application Performance Management Pricing and Cost Advice →

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    Questions from the Community
    Top Answer:Splunk handles a high amount of data very well. We use Splunk to capture information and as an aggregator for monitoring information from different sources. Splunk is very good at alerting us if we… more »
    Top Answer:Azure Monitor is a very easy-to-use product in the cloud environment.
    Top Answer:We cannot use AI services with the solution.
    Top Answer:Scalability-wise, I rate the solution a nine out of ten...there is a very easy way to deal with it by adding more servers to the application.
    Top Answer:The pricing structure should be based on memory or CPU usage rather than the number of agents, as it makes the solution more expensive for us. The pricing structure is too high and becomes… more »
    Top Answer:The area of improvement is related to the areas of application onboarding and instrumentation, where the product has certain shortcomings. Broadcom needs to work on application instrumentation and the… more »
    Product Features
    Deployment

    On-premise deployment

    Can be deployed on AWS

    Can be deployed on Azure

    Can be deployed in a private cloud

    Monitor on-premise applications in virtualized environments

    Monitor applications running on AWS and Azure

    Monitor applications running on Pivotal Cloud Foundry, Redhat OpenShift and Heroku

    Support for Pivotal Cloud Foundry, Redhat OpenShift. Heroku is a future roadmap item.
    Configuration and Infrastructure

    Configuration and management through a single, web-based user interface

    Automatically create a visualization of the entire application topology with all components.

    Automatically discover business transactions

    Automatically discover standard back end systems (database, web services, SAP etc.)

    Discover and display non-standard backend systems through point-and-click configuration

    Automatically baseline every component within the business transaction

    Can be deployed in multi-tenant environment

    Application Visibility and Control

    Provide correlated views of distributed business transactions between tiers/services

    Automatically baseline every component within the Business Transaction

    Provide code level diagnostics (class & method-level visibility) of business transactions

    Monitor JVM health information (heap, GC, generational spaces, etc.)

    Monitor CPU utilization, OS memory usage, disk I/O, network I/O, other hardware metrics

    Report application errors & exceptions

    Automatically monitor entire call stack when application problems occur

    Does not disable monitoring functionality as a compromise to limit product overhead

    Historical performance monitoring and trending

    Full view of infrastructure details without leaving context of business transactions

    Single UI for server and application monitoring

    Alert on deviation from baseline

    Mean Time To Repair

    Identify slow and stalled business transactions without manual intervention

    Count, measure and score every transaction

    Identify error business transactions without manual intervention

    Identify slow SQL queries without manual intervention

    Identify slow backend systems or external services without manual intervention

    Automatically discover code deadlocks

    Provide quick cross launching into problem areas within the UI through hyperlinked alerts

    Automatically send email containing hyperlink to identified problem

    Automatic analysis of end-to-end APM data to provide root cause analysis

    Business Transactions

    Automatically discover business transactions

    Automatically learn and baseline performance of discovered business transactions

    Automatically count, measure and score every transaction

    Discover synchronous, asynchronous and multi-threaded business transactions

    Business Metrics

    Provide visibility into the impact of outages on business metrics

    Capture business metrics (e.g. revenue, orders) from applications and background jobs

    Enables creation of custom dashboards for business metrics and application behavior

    Out of the box reports on business transaction summary and trends

    Automatically correlate business transactions with environment monitoring (OS, JMX, etc.)

    Usability

    Browser-based web client

    Automatic & dynamic baselining of all metrics to reduce false alarms

    Include an online virtual collaboration space as a virtual "war room"

    Visualize multiple applications and the connectivity / dependencies between them

    Enable sharing of analysis/ visualizations without having to export data from the UI

    Group transactions using a Session ID and display transactions in order of execution

    Drill down from business transaction to correlated log file entries in single platform

    Available through CA's Log Analytics solution which can be integrated with APM
    Historical Trending

    Trending with metric persistence to do historical analysis and compare to baselines

    The ability to view and drill into Flow Map for extended periods up to 1 year

    The ability to compare Flow Maps from different time frames for up to 2 years

    Support for Agile

    Dynamic instrumentation of the application

    No need to reconfigure agent instrumentation when new app releases are deployed

    Automatically pick up application configuration changes as a result of agile releases

    Regression analysis to compare and highlight app performance improvements

    Areas of poor metric stability (differential analysis) and architectural potential (high call ratio) for improvement are analyzed, but through more advanced logic than regression

    Provide capability to compare business transactions flows for different releases

    Pre-Production Performance Tuning

    Identify the longest running methods in business transactions

    Determine relationship between increased load and application response time

    Identify worst backend calls (Database, Web Services, other backend) automatically

    Provide business transaction performance change from one code release to the next

    Scalability and Infrastructure

    Support at least 5000 agents on a single platform without requiring data federation

    Ability to support high availability APM infrastructure servers

    Has steady network traffic between agent and APM server regardless of transaction levels

    Encrypt data transmissions end-to-end across the environment

    Agentless monitoring

    Analytics

    Single UI incorporating Analytics and APM modules

    Analytics UI is web browser based with no locally installed client software

    Analytics layer providing intelligence across data collected by APM modules

    Scalable repository capable of collecting and storing large volume of metrics/events

    In context drill down between analytics data and APM data

    Graphical query builder for ease of use and broad adoption

    Ability to adjust timeframe via click and drag on dashboard charts

    Automated ranking (top N) of relevancy of every indexed field to current selection

    Configurable to collect not all, but specific desired transaction data/fields

    Alert off of metrics created in analytics based on search criteria

    Analytics data collection does not require full call method stack data

    No code changes required to pull custom (non-native) metrics into data repository

    Data collected, stored and analysed in near real time (i.e. not hours, days, or weeks later)

    API to input custom metrics

    Search API

    Ability to chart result set in custom dashboards

    Granular role based access control (RBAC)

    Log Analytics

    Ability to collect and store log files from monitored nodes

    Available via CA's log analytics solution which can be integrated with APM

    Log file data through TCP

    Available via CA's log analytics solution which can be integrated with APM

    Auto-inject business transaction identifier for each log statement

    Can be configured via custom tracer, requires integration with logging framework

    Ability to extract any field from log file for processing

    Available via CA's log analytics solution which can be integrated with APM
    Root Cause Analysis

    Historical performance monitoring and trending - retain 100% of historical data

    Report top database activities (e.g. Top SQL, Top Users, Top Programs)

    Report database activity profile over-time (identify patterns)

    Collect and store all database wait events and correlate with SQL/Stored Procedures

    Collect and store SQL/Stored Procedure KPIs (CPU, Count, Reads/Writes)

    Collect and store database instance level statistics (table size, row count, indexes)

    Collect and store database server/host KPIs (CPU, Memory, �)

    Ability to breakdown latency of stored procedure components

    Collect SQL Explain & Execution plans

    Collect and store performance data on database objects (Schemas, tables, indexes)

    Ability to collect and correlate deep-dive storage information

    Database Monitoring

    Provide a real-time view of performance showing current database activity

    Provide a holistic view of all database performance through a multi-instance dashboard

    Ability to send pro-active alerts based on health and performance of databases

    Static and dynamic alerting on collected database metrics

    Server Monitoring

    Monitor Machine availability

    Monitor CPU usage

    Monitor Disk performance

    Monitor Volume usage

    Monitor Machine load

    Monitor Memory

    Monitor SWAP

    Monitor Processes

    Monitor Network Adapter(s)

    Dynamic Baselining

    Synthetic page checker

    Application Monitoring

    Identify JVM memory leaks caused by leaky collections

    Enable tracking of object instantiations/destructions to troubleshoot JVM heap thrash

    PHP monitoring

    .NET monitoring

    Node.js monitoring

    Python monitoring

    Docker Monitoring

    Integrated monitoring of Dockerized containers with application monitoring

    Automatic discovery of containers

    Support Docker attributes and perspectives

    Visualize distribution of containers over cluster hosts

    Network Monitoring

    Autodiscovery of network topology and interdependencies

    Available via CA network flow analysis, which can be integrated with APM

    Report on throughput, packet loss, and RT rates

    Available via CA network monitoring tools, which can be integrated with APM

    Monitors network without need of TAP or SPAN port

    Available via CA network monitoring tools (without then need for TAP/SPAN), which can be integrated with APM

    Single UI to drill from network to application and business transaction

    Network monitoring data integrated into APM can be displayed natively within APM dashboards alongside business transaction data
    Virtualization Monitoring

    Citrix XenApp and XenDesktop monitoring

    Server virtualization monitoring

    VDI monitoring

    Web RUM

    Support for modern desktop browsers

    Support for mobile browsers

    Monitor all page requests

    Monitor all iFrame requests

    Full support for monitoring single page applications properly

    Automatically detect JavaScript errors

    Display response time status on Geo Map

    Collect and display Navigation Timing API data for all poor performing requests

    Collect and display Resource Timing API data for all poor performing requests

    Correlate web transactions with server side transactions for drill down

    Provide detailed browser traces for poor performing end user requests

    Provide usage based analytics showing browser types and versions

    Provide usage based analytics showing device and OS types

    Provide customizable analytics area for troubleshooting and analysis purposes

    Provide cache metrics for each page request

    Show server side response time for all pages

    Provide drill down from poor performing request to server side deep diagnostic session

    Session tracking

    Ability to generate a synthetic page request directly from the poor performing request

    SDK for support of any Single Page Application (SPA) framework

    EUM cross application correlation

    Analytics built into EUM portion of UI

    Custom user data available at the session and page request level

    Page grouping at root level instead of individual pages for each set of parameters

    Mobile RUM

    Support for native mobile applications

    Support for mobile browsers

    See mobile app performance, http errors, and network error information

    See the performance of API calls from your mobile application to the server side

    Track crashes and exception

    Provide crash analytics

    User tracing/breadcrumbs

    Trace transactions from mobile device all the way to the server side

    Correlate mobile transactions with server side transactions for drill down

    Provide usage and performance analytics based upon device type

    Provide usage and performance analytics based upon OS type

    Provide usage and performance analytics based upon OS version

    Provide unified user interface for mobile and server diagnostics

    Integrated and correlated data between mobile, server, and infrastructure monitoring

    Display response time status on Geo Map

    Provide device and carrier diagnostic metrics

    Track user sessions to understand user flows and behavior

    Capture user interactions within each session

    Alert based upon deviation from normal behavior for mobile metrics

    Provide percentile metrics related to mobile performance

    Ranking
    Views
    19,361
    Comparisons
    16,378
    Reviews
    31
    Average Words per Review
    515
    Rating
    7.7
    Views
    2,157
    Comparisons
    1,137
    Reviews
    6
    Average Words per Review
    855
    Rating
    7.5
    Comparisons
    Also Known As
    DX APM, CA APM, CA NetQoS Performance Center, Wily Introscope, CA Wily APM, CA App Experience Analytics, CA AXA
    Learn More
    Overview

    Azure Monitor is a comprehensive monitoring solution offered by Microsoft Azure. It provides a centralized platform for monitoring the performance and health of various Azure resources, applications, and infrastructure. 

    With Azure Monitor, users can gain insights into the availability, performance, and usage of their applications and infrastructure. The key features of Azure Monitor include metrics, logs, alerts, and dashboards. Metrics allow users to collect and analyze performance data from various Azure resources, such as virtual machines, databases, and storage accounts. 

    Logs enable users to collect and analyze log data from different sources, including Azure resources, applications, and operating systems. Azure Monitor also provides a robust alerting mechanism that allows users to set up alerts based on specific conditions or thresholds. These alerts can be configured to notify users via email, SMS, or other notification channels. Additionally, Azure Monitor offers customizable dashboards that allow users to visualize and analyze their monitoring data in a personalized and intuitive manner.  

    Azure Monitor integrates seamlessly with other Azure services, such as Azure Automation and Azure Logic Apps, enabling users to automate actions based on monitoring data. It also supports integration with third-party monitoring tools and services, providing flexibility and extensibility. 

    Overall, Azure Monitor is a powerful and versatile monitoring solution that helps users gain deep insights into the performance and health of their Azure resources and applications. It offers a wide range of features and integrations, making it a comprehensive solution for monitoring and managing Azure environments.

    Broadcom DX Application Performance Management is a cutting-edge next-generation APM that goes beyond the traditional aspects of what other APMs provide by offering fully integrated AIOPS (Artificial Intelligence for IT Operations) capabilities embedded in the solution. This enables Broadcom DX Application Performance Management better opportunities to detect anomalies faster, correctly anticipate behavior, and perform intuitive automatic corrective processes. The solution is able to provide comprehensive full stack end-to-end monitoring and deliver complete visibility and a nearly flawless user experience.

    Broadcom DX Application Performance Management Benefits

    Broadcom DX Application Performance Management has many valuable key features. Some of its most useful features include:

    • Improves visibility: Users gain complete 360-degree visibility with all applications, infrastructure, and end users in modern, traditional, and all cloud-based environments.
    • Continuous improvement: Intuitive automated feedback is provided throughout the entire software development lifecycle.
    • Scalability: The solution is easily scalable to the enterprise level with very easy to use administration.
    • Improved user experience: The solution provides intuitive dynamic insights concerning overall application performance and across the complete user journey.

    Broadcom DX Application Performance Management Features

    There are many benefits to implementing Broadcom DX Application Performance Management. Some of the biggest advantages the solution offers include:

    • Custom personalized dashboards: Users are able to create their own specific views based on unique task-driven individualized requirements. This allows for comprehensive intuitive cross-domain analysis of the entire ecosystem and application usage from both synthetic and real user perspectives.
    • Fast, straightforward deployment: The solution offers an automated, zero-touch deployment process that better facilitates the monitoring and discovery of cloud-based and container applications. 
    • Improved administration processes: Agent administration and overall lifecycle processes are simplified, making configurations, deployments, and upgrades very simple.
    • Intuitive analysis: The solutions AIOPS processes provide for inherent root-cause detection and anomaly discovery to diagnose potential issues or problems immediately.
    • Improved visibility: Presented views are task-relevant to facilitate improved group topologies, and time-based to display the impact of performance anomalies. 
    • Improved mapping: Relationship mapping enables users to visualize all aspects of the environment with options to deep dive across entire applications, network layers, and infrastructure. 
    • Application support: The solution has functionality with Java, .Net, PHP, Node.js, Docker, Kubernetes, AWS, Google Cloud, and more. 
    • Flexibility: The solution is available both on premises and as a SaaS.

    Reviews from Real Users

    “The most valuable feature of Broadcom DX Application Performance Management for me is transaction monitoring. “ A Peerspot user who is an Applications Engineer at a financial services firm.

    “The most valuable features are the low overhead, the ability to monitor production on 24/7 principle, the ability to decrease time to discover the point of failure in the IT infrastructure or the application environment in a short period of time, reporting for analyzing the performance of the application for improving the code optimizing process.” A.Jurisic, CEO at Pio Pet d.o.o.

    “What is most valuable about this solution is that it completely monitors code-level visibility. We benefit from this as we're able to capture any performance issues from an application, then raise and forward those issues to the applicable team more quickly.” S. Doddi, APM consultant at Tech Mahindra Limited 

    Sample Customers
    Rackspace, First Gas, Allscripts, ABB Group
    Lexmark, Intermountain Healthcare, National Australia Bank, BBVA Compass Bank, Innovapost, Dansk Supermarked Group, U.S. Cellular, Orange, Cetip
    Top Industries
    REVIEWERS
    Computer Software Company33%
    Financial Services Firm14%
    Comms Service Provider14%
    Government10%
    VISITORS READING REVIEWS
    Computer Software Company15%
    Financial Services Firm12%
    Government8%
    Manufacturing Company7%
    REVIEWERS
    Financial Services Firm38%
    Insurance Company13%
    Energy/Utilities Company11%
    Comms Service Provider9%
    VISITORS READING REVIEWS
    Financial Services Firm19%
    Computer Software Company15%
    Manufacturing Company11%
    Insurance Company7%
    Company Size
    REVIEWERS
    Small Business36%
    Midsize Enterprise13%
    Large Enterprise51%
    VISITORS READING REVIEWS
    Small Business18%
    Midsize Enterprise14%
    Large Enterprise68%
    REVIEWERS
    Small Business16%
    Midsize Enterprise14%
    Large Enterprise71%
    VISITORS READING REVIEWS
    Small Business24%
    Midsize Enterprise10%
    Large Enterprise66%
    Buyer's Guide
    Azure Monitor vs. Broadcom DX Application Performance Management
    March 2024
    Find out what your peers are saying about Azure Monitor vs. Broadcom DX Application Performance Management and other solutions. Updated: March 2024.
    765,234 professionals have used our research since 2012.

    Azure Monitor is ranked 4th in Application Performance Monitoring (APM) and Observability with 44 reviews while Broadcom DX Application Performance Management is ranked 22nd in Application Performance Monitoring (APM) and Observability with 161 reviews. Azure Monitor is rated 7.6, while Broadcom DX Application Performance Management is rated 8.0. The top reviewer of Azure Monitor writes "A powerful Kusto query language but the alerting mechanism needs improvement". On the other hand, the top reviewer of Broadcom DX Application Performance Management writes "Provides efficiency in migration and DAW but requires a high level of administrator knowledge for configuration". Azure Monitor is most compared with Datadog, Dynatrace, Prometheus, Sentry and Grafana, whereas Broadcom DX Application Performance Management is most compared with Dynatrace, AppDynamics, BMC TrueSight Operations Management, VMware Aria Operations for Applications and New Relic. See our Azure Monitor vs. Broadcom DX Application Performance Management report.

    See our list of best Application Performance Monitoring (APM) and Observability vendors.

    We monitor all Application Performance Monitoring (APM) and Observability reviews to prevent fraudulent reviews and keep review quality high. We do not post reviews by company employees or direct competitors. We validate each review for authenticity via cross-reference with LinkedIn, and personal follow-up with the reviewer when necessary.