Microservices Monitoring Without Code Changes
Get complete visibility into your microservices architecture without modifying any code. Automatic distributed tracing, service dependency mapping, and performance monitoring across all services, languages, and protocols.
Complete Microservices Observability
Monitor every service, every call, every protocol - automatically
Zero-Code Distributed Tracing
Automatically trace requests across all microservices without adding a single line of code
Service Dependency Mapping
Discover and visualize service relationships, API calls, and data flows automatically
Cross-Service Performance
Track latencies, error rates, and SLIs across your entire microservices architecture
Protocol-Agnostic Monitoring
Monitor HTTP, gRPC, Kafka, RabbitMQ, and custom protocols without configuration
Cascade Failure Detection
Identify service bottlenecks and cascading failures before they impact users
Service Mesh Compatible
Works with Istio, Envoy, Linkerd, and Consul without any integration needed
Automatic Distributed Tracing
No SDKs. No Libraries. Just Complete Traces.
Trace correlation without headers or context propagation
Every service call captured, including async operations
Live traces with sub-millisecond latency
Service Dependency Discovery
Automatically discover how your services communicate
What We Discover
- Service-to-service calls
- API endpoints and methods
- Database dependencies
- Message queue flows
- External API calls
Insights Provided
- Call volumes and rates
- Latency percentiles
- Error rates by endpoint
- Service criticality
- Bottleneck detection
Works With Any Stack
No SDK integration needed - works at the kernel level
How eBPF Makes It Possible
Kernel-Level Visibility
eBPF programs run in the kernel, capturing all network traffic between services regardless of language, protocol, or encryption.
Automatic Correlation
Traces are correlated using kernel-level connection tracking, eliminating the need for trace headers or context propagation.
Zero Overhead
No agents, no sidecars, no service mesh required. Just deploy once per host and monitor all services automatically.
What We Monitor
Frequently Asked Questions
Common questions about microservices monitoring
Do I need to modify my code to use HyperObserve?
No code modifications are required. HyperObserve uses eBPF technology to monitor at the kernel level, providing complete visibility into your microservices without any application changes or restarts.
What programming languages and frameworks are supported?
HyperObserve supports all programming languages and frameworks including Java, Python, Node.js, Go, .NET, Ruby, PHP, and more. Since monitoring happens at the network level, language-specific agents or SDKs are not required.
How much performance overhead does HyperObserve add?
HyperObserve adds less than 2% CPU overhead compared to 5-15% for traditional APM tools. The eBPF-based approach is highly efficient and designed for production environments.
Can HyperObserve work with service meshes like Istio?
Yes, HyperObserve works seamlessly with service meshes including Istio, Linkerd, and Consul Connect. It provides complementary visibility and can monitor both service mesh traffic and direct service-to-service communication.
How quickly can I get started with microservices monitoring?
You can have complete microservices monitoring running in under 5 minutes. Simply deploy the HyperObserve agent and start seeing distributed traces, service maps, and performance metrics immediately.
Does HyperObserve support hybrid and multi-cloud environments?
Yes, HyperObserve provides unified monitoring across on-premises, hybrid, and multi-cloud environments. You get a single pane of glass for all your microservices, regardless of where they're deployed.
Monitor Microservices in Minutes, Not Months
No code changes. No service restarts. Just instant observability.