MiBee Steward

English | 中文

Device/network-layer asset discovery, identification, and registry, CMDB-lite for network and IoT assets. Automatically discovers what's on your network, infers what it is (brand/model via protocol fingerprints), and tracks it over time. Single zero-dependency binary; asset state flows to Prometheus via /metrics + /sd. Alerting/visualization are intentionally left to Alertmanager/Grafana. Built with Go + SvelteKit.

flowchart LR
    subgraph D["Discover"]
        D1["Active probes<br/>ICMP · TCP · SNMP v1/v2c/v3<br/>HTTP · RTSP · ONVIF · mDNS"]
        D2["Passive + router-resident<br/>DHCP leases · conntrack · ARP<br/>mDNS/SSDP sniff · optional eBPF"]
        D3["Distributed agents<br/>remote LANs report to center"]
    end
    subgraph I["Identify"]
        I1["Fingerprint rule library (YAML)<br/>device type · brand · model"]
        I2["OUI vendor (IEEE MA-L/MA-M/MA-S)"]
        I3["TLS cert chains · L2 topology<br/>LLDP / CDP / Bridge / STP"]
    end
    subgraph R["Registry & Track"]
        R1["CMDB-lite registry<br/>heartbeat freshness"]
        R2["Change detection<br/>added / changed / lost + SSE"]
        R3["Config backup + diff<br/>synthetic probing (拨测)"]
    end
    subgraph O["Outlets"]
        O1["/metrics · /sd<br/>Prometheus ecosystem"]
        O2["Webhook / email<br/>rule-driven notifications"]
    end
    D1 & D2 & D3 --> I
    I1 & I2 & I3 --> R1
    R1 --> R2 & R3
    R1 --> O1
    R2 --> O2

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A full visual walkthrough lives in the Web UI Tour.

Features

• Device Management: Add, configure, and monitor network devices
• Multi-Protocol Probing: SNMP v1/v2c/v3 (USM authNoPriv/authPriv, encrypted credential vault), ICMP, TCP, and HTTP monitoring
• Device Systems Management: Each device can have multiple installed systems with entry URLs, displayed as card grid UI with category badges
• Network Scanner (v2): Plugin-based 5-layer architecture (probe → classify → handler → persist → orchestrate) with cascading deep collection. Detects SSH/HTTP/RTSP/ONVIF/SNMP/Prometheus/node_exporter and infers device type/brand (e.g. cameras from RTSP+ONVIF). Extensible: add a protocol by registering one classifier + one handler.
• Device Config Backup: Oxidized/RANCID-style scheduled SSH running-config pulls (vendor command matrix, host-key TOFU), versioned storage, two-version diffs, and device_config_changed events. Opt-in; credentials encrypted at rest. API Reference
• RBAC with Network Scoping: Capability-based roles (admin / operator / viewer) plus per-user network grants; closed mode isolates tenants to their granted networks (MSP-ready).
• MAC Vendor Inference: Resolves each discovered MAC to its IEEE-registered vendor (MA-L / MA-M / MA-S, longest-prefix match), recorded as oui_prefix + oui_vendor (the NIC silicon vendor, distinct from the self-declared brand). Embedded curated table out of the box; full IEEE set optional.
• TLS Certificate Inventory: Collects full certificate chains from TLS-wrapped services (HTTPS, LDAPS, SMTPS, IMAPS, POP3S, FTPS, IRCS, TelnetS) with Subject/Issuer/SAN/validity/fingerprint + PEM, per port per device. Expiry status and trust verdict appear in the device detail UI; retained in host_tls_certs (default 30d).
• Synthetic Probing: Blackbox-style probing of configured external endpoints (http/tls/tcp/icmp modules) with latency and status-code tracking; TLS targets reuse the internal cert-chain collection. Exposed as mibee_probe_up / mibee_probe_cert_expiry_timestamp_seconds with example alert rules.
• eBPF Passive Observer: Optional TC ingress program sniffs ONVIF WS-Discovery multicast + TCP magic bytes as a corroborating evidence source (build-tag gated; default build is dependency-free).
• Distributed Discovery: Deploy lightweight agents on remote LANs to discover devices across networks; agents report to the center over HTTPS with bearer-token auth and disconnect recovery. MAC-primary identity keeps a roaming device a single asset. Distributed Guide
• Change Detection: Automatic device_added / device_changed / device_lost / device_config_changed detection on every scan, with a grace period to prevent jitter-induced false alarms. Queryable history (GET /changes) and real-time SSE stream (GET /changes/watch).
• Event Notifications: Rule-driven routing of change events (lost/recovered/added/changed, config changed) to webhook/email channels with anti-flap cooldowns, for device-lost emails without an Alertmanager stack.
• Topology Discovery: Bridge-MIB SNMP probe walks switch forwarding databases to learn L2 adjacency (which MAC is behind which port). Architecture
• Heartbeat Monitoring: Configurable intervals with automatic failure detection; liveness kept as a time series (online/offline history, offline-since, availability ratio)
• Prometheus Integration: Metrics endpoint at /metrics for monitoring, HTTP SD at /sd for auto-discovery
• Embedded Web Interface: SvelteKit SPA with real-time dashboards, multi-LAN device filtering, change history, and agent management UI
• JWT Authentication: TOTP 2FA, capability-based RBAC (admin / operator / viewer) with object-level network scoping, and machine-to-machine agent token auth
• Multi-Language Support: English and Chinese with @inlang/paraglide-js
• Audit Logging: Action tracking for management operations
• Single Binary Deployment: Frontend embedded via go:embed

Tech Stack

Backend

• Go 1.26+ with Chi v5 web framework
• SQLite via modernc.org/sqlite (CGO_ENABLED=0)
• sqlc for type-safe database queries
• koanf/v2 for configuration management
• JWT authentication with go-chi/jwtauth

Frontend

• SvelteKit 5 with file-based routing
• Tailwind 4 for styling
• ECharts for data visualization
• @inlang/paraglide-js for internationalization

Infrastructure

• Prometheus metrics integration
• Systemd service deployment
• Nginx reverse proxy with TLS
• Docker containerization support

Quick Start

Development

# Clone the repository
git clone https://github.com/Mi-Bee-Studio/MiBeeSteward.git
cd mibee-steward

# Install frontend dependencies
cd web && npm install
cd ..

# Start development server
make dev

Production Build

# Build for production
make build

# Cross-compile for multiple platforms
make build-all

Reset admin password

If you lose the admin password, reset it with the CLI subcommand:

# Interactive (prompts for password)
./mibee-steward reset-admin-password -config configs/config.yaml

# Non-interactive (password via flag or env)
./mibee-steward reset-admin-password -config configs/config.yaml -password 'newpass'
MIBEE_RESET_PASSWORD=newpass ./mibee-steward reset-admin-password -config configs/config.yaml

Check the build version:

./mibee-steward -version

First Run

1. The application creates a SQLite database at ./data/mibee.db
2. Set a strong admin password via auth.initial_admin_password in your config (required for production)
3. Important: Never use a default or weak password in production

Documentation

Full bilingual manuals (English + 中文) live in docs/:

• Introduction, Project overview and features
• Quick Start, Get running in 5 minutes
• Architecture, System design and data flow
• API Reference, REST API documentation
• Configuration, Configuration reference
• Deployment, Production deployment guide (systemd / nginx / Docker / OpenWrt)
• Distributed Guide, Center + agent model for multi-network discovery
• Integrations, Grafana dashboards, notification channels (Feishu/WeCom/Telegram/Discord), n8n & Home Assistant
• Benchmarks, Synthetic scale harness (loadgen) and the nmap accuracy comparison
• Discovery Guide, Probe sources and identification pipeline
• Product Scope, What it is / is not, and where it fits
• Fingerprint Spec, Contributing identification rules (YAML)
• Development Guide, Contributing and coding conventions

Configuration

The application uses YAML configuration files with environment variable overrides. See configs/config.example.yaml for all available options:

server:
  port: 8080
  host: 0.0.0.0

database:
  path: ./data/mibee.db

metrics:
  enabled: true
  path: /metrics

Environment variables prefixed with MIBEE_ override configuration values.

Architecture

flowchart TB
    subgraph BIN["mibee-steward, single binary (CGO-free Go, embedded SvelteKit SPA)"]
        subgraph HTTP["Chi HTTP"]
            MW["JWT + TOTP 2FA · RBAC capabilities · network scope · CSRF · rate limit"]
            API["/api/v1 handlers"]
        end
        subgraph SVC["Service layer"]
            HB["heartbeat engine<br/>(liveness time series)"]
            NT["notification rules<br/>→ webhook / email"]
            PT["probe-target engine<br/>(synthetic probing)"]
            CB["config-backup sweep<br/>(SSH running-config)"]
        end
        subgraph V2["Scanner v2, plugin pipeline"]
            PR["probe sources"] --> CL["classifiers<br/>(YAML fingerprints)"]
            CL --> HD["handlers<br/>(cascading collect)"]
            HD --> PS["persistence"]
        end
        CD["change detection<br/>+ SSE watch"]
        DB[("SQLite (WAL)<br/>sqlc-generated layer")]
        SPA["embedded SPA"]
        MW --> API
        API --> HB & NT & PT & CB
        API --> V2 & CD
        SVC & V2 & CD --> DB
        SPA --- MW
    end
    AG["mibee-agent<br/>(remote LAN)"] -->|"report + command poll"| MW
    PROM["Prometheus · Grafana · Alertmanager"] <-.->|"/metrics · /sd"| MW

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├── cmd/server/           # Center entry point (+ reset-admin-password subcommand)
├── cmd/agent/            # Distributed discovery agent for remote LANs
├── internal/
│   ├── api/              # Chi HTTP: handlers, middleware, routes
│   ├── authz/            # Network-scope authorization (scopeql + scoperesolver)
│   ├── changedetect/     # change_log + in-process Watcher (SSE)
│   ├── config/           # koanf configuration loading
│   ├── db/               # sqlc-generated data layer (from db/schema.sql)
│   ├── domain/           # DTOs + shared types
│   ├── metrics/          # Prometheus collectors
│   └── service/          # Business logic: scannerv2 engine, heartbeat, probes,
│                          #   notifications, config backup, …
├── web/                  # SvelteKit 5 SPA (embedded via go:embed)
└── deploy/               # systemd, nginx, Docker, OpenWrt, Prometheus alerts

Testing

# Run all tests
go test ./...

# Run integration tests
make test

Security Notes

• Never edit internal/db/*.go files - they are sqlc-generated
• Use .env files for secrets, never commit them
• SQLite uses WAL mode for better performance
• All functional testing must be done on the test server (your-test-server)

Contributing

1. Fork the repository
2. Create a feature branch
3. Make your changes
4. Add tests for new functionality
5. Run make test to ensure everything works
6. Submit a pull request

License

MiBee Steward is licensed under the GNU AGPLv3, with a commercial license available for closed-source derivatives or SaaS use without open-sourcing modifications. The fingerprint corpus (configs/fingerprints/) is licensed under CC-BY-SA 4.0. See LICENSE and NOTICE for details.

Support

For support, please open an issue in the GitHub repository or contact the development team.