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VespiaryOps

Scalable hive telemetry, compliance automation, and swarm intelligence for modern apiaries.


Overview

VespiaryOps is an end-to-end hive monitoring and operations platform built for commercial and semi-commercial beekeeping operations. Real-time sensor ingestion, configurable alert thresholds, compliance report generation, and (as of v0.9-pre) experimental swarm detection.

Currently supports operations up to 2,000 hives per deployment. We tested 1,800 at the Terneuzen site last autumn without issues; the 2,000 ceiling is conservative and will probably move in Q3.


Supported Sensor Types (14)

Live sensor integration as of release 0.9.2. These all feed into the main ingest pipeline — no custom adapters needed unless you're using something exotic.

  1. Temperature (internal brood box)
  2. Temperature (external ambient)
  3. Relative humidity
  4. Acoustic frequency / colony sound signature
  5. Hive weight (load cell)
  6. CO₂ concentration
  7. Barometric pressure
  8. Accelerometer / tilt detection
  9. Optical bee counter (entry/exit flux)
  10. Infrared thermal imaging interface
  11. Varroa mite optical sensor (beta, Arnia-compatible only)
  12. Propolis moisture sensor
  13. Nectar flow proxy (weight delta over rolling 4h window)
  14. Waggle dance motion detector (experimental, see notes below)

If your sensor isn't on this list open an issue. Tobias has the vendor contact spreadsheet.


Swarm Early-Warning System (Experimental)

As of v0.9-pre, VespiaryOps ships with an opt-in swarm early-warning push notification system. It's in active development — don't use it in production unless you're comfortable with false positives.

How it works (roughly):

The system correlates acoustic signature spikes, brood-box temperature anomalies, and colony weight loss patterns against a threshold model trained on approximately 3,400 confirmed swarm events. When confidence crosses 78% it triggers a push notification to registered devices via the SwarmsignalService.

VESPIARY_SWARM_ALERTS=true
SWARM_CONFIDENCE_THRESHOLD=0.78   # lower = more noise, Petra said 0.75 is too aggressive
PUSH_BACKEND=fcm                  # fcm | apns | webhook

Known issues:

  • High humidity conditions inflate acoustic scores (tracked in #VOP-1101)
  • Notification deduplication is busted if you have multiple hive clusters mapped to the same zone — fix incoming in 0.9.3
  • webhook mode doesn't retry on 5xx yet, #VOP-1134

Compliance Integrations

VespiaryOps generates regulatory reports for the following frameworks. Output is PDF + structured JSON unless noted.

Module Region Standard Status
EU Bee Health Register EU / EEA Commission Reg. 2018/848 ✅ Stable
UK NBU Apiary Record Great Britain NBU / APHA format ✅ Stable
USDA NASS Honey Report United States NASS form 162 ✅ Stable
AGES Bienenmonitoring Austria AGES 2022 protocol ✅ Stable
Swiss BLW Bienengesundheit Switzerland BLW / NAPINAMICS schema ✅ Stable (new)
CFIA Apiary Declaration Canada CFIA/ACIA 5765 🔧 Beta
FAVV Rucher Santé Belgium AFSCA-FAVV 2021 🔧 Beta

Swiss BLW module was added in 0.9.2. It handles the Frühjahrs- and Herbsterhebung cycles automatically based on your configured operation calendar. If you're reporting for Alpwirtschaft hives the seasonal window detection is slightly off — we know, it's on the list (#VOP-1129, filed March 14, blocked on getting sample data from the Graubünden pilot).


Quick Start

git clone https://github.com/vespiaryops/vespiary-ops
cd vespiary-ops
cp .env.example .env   # fill in your creds — seriously don't skip this
make dev

Sensor ingest runs on :8773 by default. Dashboard is :3000. See docs/deployment.md for anything beyond local dev.


Requirements

  • Docker ≥ 24 (Compose v2)
  • A supported MQTT broker (Mosquitto tested; HiveMQ works too — no pun intended)
  • PostgreSQL 15+ with TimescaleDB extension
  • Redis ≥ 7 for the alert queue

Architecture Notes

Nothing fancy. MQTT → ingest service → TimescaleDB. Alerts run on a separate worker that tails the hypertable. The compliance report generator is just a Go binary that queries a materialized view — it's fast, don't overthink it.

The swarm detection stuff sits behind a feature flag and uses a separate model-serving sidecar. You can ignore it entirely if you don't enable VESPIARY_SWARM_ALERTS.


Contributing

PRs welcome. Open an issue first for anything non-trivial so we can talk through it before you spend time on it. Check CONTRIBUTING.md. Linter config is .golangci.yml, please don't argue with it.


License

AGPL-3.0. See LICENSE.

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