The service map is meant to provide context for how a service or dependency translates to end-user performance. With the application service map, you can move into a particular service to view more detailed performance metrics (root cause of service degradation, transaction traces, exceptions, performance over time, etc.).
AppOptics trace- and service-level root cause simplify pinpointing application performance issues. These simplified views work for legacy monolithic applications just as well as they work for modern apps running in Kubernetes. Remove the guesswork from your incident response and have your teams focus on working together to solve the problem.
AppOptics performance monitoring goes deep and wide, including applications, transactions, services, servers, hosts, containers, and serverless. It’s powerful made simple with auto-instrumentation, a one-click connection from hosts and transactions to their associated logs, and simplified root cause summaries, making APM valuable in just about anyone’s hands.
Get a bird's-eye view across all your servers, hosts, containers, and serverless environments. Cross-reference application and infrastructure metrics side by side in the same dashboard.
Infrastructure monitoring for your legacy and new IT implementations with simple-to-click drilldowns into resource utilization and performance by services, containers, and processes.
Monitor over 30 with broad application language support (.Net, Java, PHP, Python, Scala, Node.js, Go, and Ruby).
Monitor including Load Balancer, Cosmos DB, SQL Database, Redis, and Azure App Services with broad application language support (Java, PHP, Python, Scala, Node.js, Go, and Ruby).
Avoid downtime with color-coded heatmaps that provide visualizations of all your hosts, and containers with comprehensive alerting on key performance metrics across the stack.
Measure what matters with AppOptics. It's an APM tool offering the ability to perform full-stack monitoring of your systems, including key business metrics associated with those applications.
Achieve complete observability and accelerate troubleshooting by integrating synthetic monitoring and real-user monitoring powered by SolarWinds? Pingdom?.
Achieve complete observability by integrating your metric, trace, and log data into a single integrated APM experience. Accelerate troubleshooting and identification of the root cause of performance issues.
Single pane of glass visualization of thresholds that have been exceeded, paired with comprehensive alerting through major notification services like Slack, PagerDuty, Opsgenie, email, webhooks, and more.
Monitoring infrastructure and application metrics side by side, reduces the time it takes to identify what part of the stack is failing, so you can quickly get to root cause.
Code profiling combined with distributed trace enables you to go beyond the poor-performing service and identify the line of code causing the poor performance.
Incorporate custom metrics to combine business metrics side by side with system metrics. See and measure the impact infrastructure and application performance has on your business performance.
Leverage out-of-the-box dashboards and analytics to maximize performance while ensuring you don’t overspend or under-utilize precious on-premises and cloud resources.
AppOptics trace- and service-level root cause simplify pinpointing application performance issues. These simplified views work for legacy monolithic applications just as well as they work for modern apps running in Kubernetes. Remove the guesswork from your incident response and have your teams focus on working together to solve the problem.
AppOptics performance monitoring goes deep and wide, including applications, transactions, services, servers, hosts, containers, and serverless. It’s powerful made simple with auto-instrumentation, a one-click connection from hosts and transactions to their associated logs, and simplified root cause summaries, making APM valuable in just about anyone’s hands.
Achieve complete observability and accelerate troubleshooting by integrating synthetic monitoring and real-user monitoring powered by SolarWinds? Pingdom?.
“Our application has millions of unique visitors every day. It's critical for us to render data as fast as possible to the end-user. Hence, we use the application to optimize the flow, remove unnecessary calls, and optimize the queries, thus leading to a smaller response time by the application.”
“AppOptics has helped us identify bottlenecks in our application ranging from incorrect thread pool configuration to memory leaks to sub-optimal database queries. Based on these insights, we have made appropriate fixes which helped us better utilize our AWS infrastructure and thereby, lower our operational expenses.”
“We switched from a competitor to SolarWinds AppOptics, saving us significant monthly cost and providing us an easier to use product at the same time.”
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AO-IN AppOptics Infrastructure (10 hosts, 100 containers and 1,000 custom metrics) |
$1,199 |
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AO-FSA1 AppOptics Full-Stack APM (Infrastructure plus APM, 10 hosts, 100 containers) |
$2,999 |
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AO-MP1 AppOptics Metric Pack for either Full-Stack APM or Infrastructure (additional 1,000 custom metrics) |
$599 |
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AO-TP1 AppOptics Trace Pack for AppOptics Full-Stack APM (additional 100 traces/minute) |
$999 |