Netdata vs NeDiNeDi focuses on network discovery, inventory, and config management. Netdata discovers SNMP devices automatically and adds per-second metrics, ML anomaly detection, native flow analysis, and full-stack observability — giving you live visibility into every layer of your infrastructure, not just the network.
Netdata discovers SNMP devices and creates their monitoring automatically, then adds real-time monitoring, flows, ML, and full-stack observability.
Collect metrics every second with 1-second latency from collection to visualization. Spot transient spikes and microbursts that polling intervals miss entirely.
Built-in NetFlow v5/v7/v9, IPFIX, and sFlow v5 analysis with Sankey diagrams, geographic maps, and GeoIP/ASN enrichment out of the box.
18 unsupervised ML models per metric detect anomalies automatically, reducing false positives by approximately 99% without manual threshold tuning.
Monitor network, servers, containers, applications, and logs in one unified platform — no need to stitch together multiple tools.
LLDP/CDP/BGP/OSPF device fabric maps plus per-process and per-container connection maps with clickable dependency views.
Auto-discover network devices with 1,700+ device profiles. SNMPv1/v2c/v3 support with no manual MIB configuration required.
Trusted by DevOps and network teams worldwide
High-level comparison
Two open-source, self-hosted tools with fundamentally different strengths. NeDi focuses on network discovery and inventory. Netdata delivers real-time, full-stack observability with ML and flow analysis.
Capability
Netdata
NeDi
Collection Granularity
✅ Per-Second
1-second collection, 1-second latency to visualization
⚠️ Polling-Based
Interval-based polling with limited latency accuracy
Flow Analysis
✅ Native and Advanced
NetFlow v5/v7/v9, IPFIX, sFlow v5 with maps
❌ Not Available
No native NetFlow, IPFIX, or sFlow support
Machine Learning
✅ Advanced
18 ML models per metric with anomaly advisor
❌ Not Available
No ML or automated anomaly detection
Full-Stack Scope
✅ Complete
Network, servers, containers, apps, and logs unified
⚠️ Network Only
Focused on network devices and infrastructure
Network Topology
✅ Advanced
LLDP/CDP/BGP/OSPF plus app and infra layers
✅ Good
CDP/LLDP-based L2 topology with auto-drawing
Config Backup (NCM)
Not Available
Read-only by design; never changes device configuration
✅ Advanced
Config backup and change tracking built-in
Endpoint MAC Location
✅ Advanced
Endpoints, unmanaged ones too, learned from FDB/MAC/ARP tables and located in the L2 topology
✅ Advanced
Signature MAC/IP node tracking to switch port
SNMP Trap Handling
✅ Advanced
v1/v2c/v3 and INFORMs, 150k+ trap definitions
✅ Good
SNMP trap and syslog correlation supported
Deployment Model
✅ Automated
Install agent, auto-discover, start monitoring in minutes
⚠️ Manual LAMP Setup
Perl, PHP, MySQL, RRDtool stack configuration needed
Architecture
✅ Distributed Edge
Agents process locally, Parents aggregate, Cloud unifies
⚠️ Centralized
LAMP-based central server polling network devices
1-second resolution
Learn about real-time monitoring
NetFlow + IPFIX + sFlow
Explore flow analysis
~99% fewer false positives
See anomaly detection
Multi-layer topology
Explore topology viewer
Feature comparison
A detailed look at what each platform monitors. Netdata covers the full stack with real-time fidelity; NeDi focuses on network discovery and inventory.
Feature
Netdata
NeDi
SNMP Device Monitoring
✅ Advanced
1,700+ device profiles, SNMPv1/v2c/v3, per-second polling
✅ Advanced
Broad multi-vendor SNMP discovery and inventory
Network Topology Mapping
✅ Advanced
LLDP/CDP/BGP/OSPF plus app and container layers
✅ Good
CDP/LLDP L2 topology with auto-drawing
SNMP Trap Monitoring
✅ Advanced
v1/v2c/v3 and INFORMs, 150k+ definitions, severity-tagged
✅ Good
Trap and syslog correlation with alerting
NetFlow / sFlow Analysis
✅ Ideal
NetFlow v5/v7/v9, IPFIX, sFlow v5 with maps
❌ Not Available
No native flow analysis capability
Server / OS Monitoring
✅ Advanced
Full Linux, Windows, macOS per-second metrics
❌ Not Available
No server or operating system monitoring
Container Monitoring
✅ Advanced
Docker, Kubernetes, full container stack metrics
❌ Not Available
No container or orchestration monitoring
Process Monitoring
✅ Advanced
Per-process CPU, memory, I/O, and network metrics
❌ Not Available
No process-level monitoring
Logs Management
✅ Advanced
OS logs in place + any source via OpenTelemetry
⚠️ Basic
Syslog collection and correlation
ML Anomaly Detection
✅ Ideal
18 ML models per metric, anomaly advisor, RCA
❌ Not Available
No machine learning or anomaly detection
Config Backup and Change Tracking
Not Available
Read-only by design; never changes device configuration
✅ Advanced
Config backup with change tracking and diffing
MAC-to-Port Endpoint Location
✅ Advanced
Endpoints, unmanaged ones too, learned from FDB/MAC/ARP tables and located in the L2 topology
✅ Advanced
Signature MAC/IP node location on switch ports
Custom Dashboards
✅ Advanced
Algorithmic dashboards auto-generated, custom builder
⚠️ Basic
RRD-based graphs with limited customization
Live Topology
Flow Analysis
SNMP Traps
Real-Time Metrics
Auto-Discovery
Use case comparison
Where each platform shines. NeDi is purpose-built for network discovery and inventory. Netdata extends visibility into real-time monitoring, flow analysis, and full-stack observability.
Use Case
Netdata
NeDi
Real-Time Infrastructure Monitoring
✅ Ideal
Per-second metrics across network, servers, and apps
⚠️ Limited
Polling-based network device monitoring only
Live Troubleshooting
✅ Ideal
1-second visualization latency, SSH console replacement
⚠️ Limited
RRD graphs with polling-interval latency
Network Discovery and Inventory
✅ Advanced
SNMP discovery creates monitoring jobs automatically; 1,700+ device profiles
✅ Advanced
Purpose-built discovery with deep inventory tracking
Flow / Traffic Analysis
✅ Ideal
NetFlow, IPFIX, sFlow with maps and enrichment
❌ Not Available
No native flow analysis capability
Anomaly Detection
✅ Ideal
18 ML models per metric, anomaly advisor, RCA
❌ Not Available
No ML or anomaly detection
Capacity Planning
✅ Advanced
Tiered retention with high-fidelity historical data
⚠️ Basic
RRD-based historical graphs with fixed resolution
Config Change Management
Not Available
Read-only by design; never changes device configuration
✅ Advanced
Config backup, change tracking, and diffing
Endpoint Location
✅ Advanced
Endpoints, unmanaged ones too, learned from FDB/MAC/ARP tables and located in the L2 topology
✅ Advanced
Signature MAC/IP tracking to specific ports
Full-Stack Observability
✅ Ideal
Network plus servers, containers, apps, and logs
❌ Not Available
Network devices only
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