Sysdig + NeuBird: Runtime Security Meets Production Operations
NeuBird reads Sysdig's container metrics, runtime events, and security findings, correlating them with your full stack to prevent incidents, accelerate root cause, and close security-to-operations gaps.
In place
Data queried where it lives, never copied
Every agent
Inherits the connection once it is made
100%
Human-approved actions
Full
Audit trail on every action
Core Capabilities
From signals to solutions
Prevent
Catch risky runtime behavior and performance degradation early
NeuBird reads Sysdig container metrics and Falco rule outputs continuously, detecting suspicious process activity, resource saturation, and unusual network patterns before they escalate into security incidents or production outages.
- Correlates Falco runtime events with container metric anomalies for early threat-plus-performance signals
- Detects pod restarts, OOMKills, and resource contention trends before SLOs are breached
- Surfaces risky container image deployments correlated with emerging runtime behavior
Resolve
Bridge the security-to-operations gap with correlated root cause
When a Sysdig alert or Falco event fires, NeuBird correlates the runtime signal with Kubernetes state, infrastructure metrics, application logs, and deployment history across all connected tools, distinguishing a security threat from an operational failure, and identifying the precise origin of both.
- Cross-correlates Falco events with Kubernetes audit logs and pod lifecycle changes
- Ties container-level syscall activity to service-level performance degradation
- Delivers plain-language root cause that spans security and operations context
Operate
Reduce alert noise and close container observability gaps
NeuBird analyzes your Sysdig Falco rule coverage, container metric collection, and compliance posture to surface redundant alert rules, uninstrumented workloads, and compliance gaps, turning raw security data into prioritized operational actions.
- Identify Falco rules generating high event volume with low incident correlation
- Surface Kubernetes namespaces or workloads missing Sysdig agent coverage
- Recommend compliance policy tuning based on observed runtime behavior patterns
Better Together
Sysdig + NeuBird
| Capability | Sysdig | NeuBird |
|---|---|---|
| Container and Kubernetes runtime monitoring | ✓ | ✓ |
| Falco-based threat detection | ✓ | ✓ |
| Cross-tool correlation (beyond Sysdig data) | None | ✓ |
| Root cause spanning security and operations | None | ✓ |
| Proactive degradation detection before alerts fire | None | ✓ |
| Deploy-to-incident correlation across CI/CD | None | ✓ |
| Autonomous 24/7 incident triage | None | ✓ |
| Falco rule noise and coverage optimization | None | ✓ |
Ecosystem
Works across your entire stack
Sysdig is one piece of the picture. NeuBird queries it in place and correlates it with every other connected tool, and every agent in the center inherits the connection.
Container & Kubernetes
- Kubernetes
- Docker
- Helm
- ArgoCD
Cloud Security
- AWS Security Hub
- Azure Defender
- GCP Security Command Center
- Terraform
Observability
- Prometheus
- Grafana
- OpenTelemetry
- Datadog
Incident & Response
- PagerDuty
- Jira
- Slack
- ServiceNow
FAQ
Common questions
Does NeuBird replace Sysdig?
No. NeuBird reads from Sysdig's APIs and adds cross-tool correlation and root cause analysis on top. Your runtime security policies, Falco rules, and compliance posture are managed entirely within Sysdig.
Which Sysdig APIs does NeuBird use?
NeuBird uses the Sysdig Monitor API for container and Kubernetes metrics, and the Sysdig Secure API for Falco events, vulnerability findings, and compliance results, all via a scoped, least-privilege API token.
Does NeuBird work with open-source Falco directly?
Yes. If you are running open-source Falco independently, NeuBird can read Falco event output via webhook or log stream, correlating those events with your other connected tools.
How does NeuBird differentiate a security threat from a performance incident in Sysdig data?
NeuBird's Context Engineering correlates the Falco event signatures and syscall patterns with concurrent performance metrics and deployment events. This cross-signal analysis determines whether a Sysdig alert is security-driven, operationally-driven, or both.
Does NeuBird support multi-cloud Sysdig deployments?
Yes. NeuBird supports Sysdig deployments spanning AWS, Azure, and GCP, correlating container runtime data from all cloud environments into a unified incident analysis.
Get Started
Connect Sysdig to the center.
Sysdig gives you the data. Connect it to NeuBird once, and every agent that touches production inherits it, including the ones you build yourself.