PHP Application Performance Monitoring
Get full visibility into your PHP applications by seamlessly monitoring performance issues along with php errors, database queries and external calls using PHP monitoring. Fix critical issues sooner with real-time alerts impacting your users.
Instant PHP clarity when things break
End-to-end request flow
Follow how PHP requests move through application logic, databases, and external services under real traffic.
Cross-service request context
Understand how PHP requests interact with downstream services and where delays are introduced across boundaries.
Application dependency visibility
See how internal components and external services relate to each other and where architectural bottlenecks form.
Database execution insight
Analyze database behavior in the context of real PHP requests to isolate inefficient interactions.
External call performance
Track outbound network calls to APIs and services that influence response time and reliability.
Logs with execution context
View logs alongside runtime behavior to understand what happened and why it happened.
Security posture awareness
Surface risky runtime behavior and configuration issues that affect application stability.
Runtime error context
Capture failures with enough execution detail to understand impact and scope.
Unlock Predictable PHP Performance Under Real Traffic
Gain clarity into slow requests, fatal errors, and resource limits that quietly degrade PHP applications at scale.
PHP Requests Spending Time in Script Execution
In PHP, heavy loops, file operations, and synchronous code can dominate execution time, but without request-level timing, the exact script cost stays unclear.
Shared Hosting or Limited Resources Masking Bottlenecks
PHP apps often run in constrained environments where CPU or memory limits affect request speed, yet the slowdown appears as random latency.
Database Work Interleaved Deep Inside Page Logic
Queries are frequently mixed directly into page or controller logic, making it hard to isolate which DB interaction is extending the request lifecycle.
Errors Triggered Only by Specific Inputs or States
Many PHP failures occur only for certain URLs, parameters, or user states, but without contextual visibility, these edge cases are difficult to reproduce.
Deployments Changing Runtime Behavior Unexpectedly
A small code or config change can alter PHP execution paths, causing new slowdowns or failures that aren't obvious until traffic hits production.
Why teams choose Atatus?
Teams choose Atatus for clear visibility into PHP performance without adding complexity to their stack.
Built for PHP execution
Insights are tailored to how PHP applications behave in real production environments.
Faster issue diagnosis
Minimal configuration and focused dashboards help teams identify and resolve issues quickly.
Low operational overhead
Lightweight monitoring avoids performance impact and reduces ongoing maintenance effort.
Clear performance signals
Relevant metrics are surfaced without overwhelming teams with unnecessary data.
Supports growing SaaS workloads
Scales from small PHP applications to high-traffic, production-critical systems.
Predictable pricing
Usage-based pricing without long-term contracts or restrictive feature tiers.
Unified Observability for Every Engineering Team
Atatus adapts to how engineering teams work across development, operations, and reliability.
Developers
Trace requests, debug errors, and identify performance issues at the code level with clear context.
DevOps
Track deployments, monitor infrastructure impact, and understand how releases affect application stability.
Release Engineer
Measure service health, latency, and error rates to maintain reliability and reduce production risk.
Frequently Asked Questions
Find answers to common questions about our platform