Most popular Home Assistant integrations → candidates for Gladys external integrations

Development
406

I’m taking fifteen new integrations for a batch 17, still focused on hardware sold in Europe: heat pumps and boilers, energy storage and meters, relays, ventilation, irrigation, and audio. I checked them today in @Will_71’s tracker (up to #405), in the store, in Gladys’s core, and on GitHub. None are announced or reserved by anyone else; if I’m wrong, let me know and I’ll remove it. Eleven of them are not yet in the tracker: this message is to get them in there. All run locally, without cloud, and rely on a library under MIT or Apache license or on the manufacturer’s documentation, without imitating the official application.

Heating

  • Lambda: Lambda heat pumps (EU-L), in Modbus TCP; bounded setpoints, modes disabled by default.
  • iDM: iDM heat pumps (Navigator 2.0), in Modbus TCP; bounded setpoints, modes disabled by default.
  • ETA: ETA wood and pellet boilers (ETAtouch), via the official boiler REST API; writes disabled by default.
  • Waterkotte: Waterkotte heat pumps (EcoTouch, EasyCon), via the local regulation interface; bounded setpoints.
  • CTC: CTC heat pumps (EcoZenith, EcoAir), in Modbus TCP; bounded setpoints, modes disabled by default.

Energy and Relays

  • OpenEMS / FENECON: FENECON FEMS and OpenEMS storage, via the local Edge API; read-only at first.
  • Solakon ONE: Solakon ONE balcony battery, in Modbus TCP; control disabled by default.
  • Eco-Devices: GCE Electronics’ Eco-Devices (two teleinfo, two pulse meters), locally; read-only. Distinct from @prohand’s USB key teleinfo.
  • Sinapsi Alfa: Italian meters via Sinapsi Alfa, in Modbus TCP; read-only.
  • IPX800: GCE IPX800 V4 and V5 controllers (relays, inputs, pilot wire, shutters), via the local API; only user-declared relays are controllable.

Ventilation, Irrigation, Audio

  • Komfovent: Komfovent dual-flow ventilation (C6, C6M, C8), in Modbus TCP.
  • Dantherm / Pluggit: Dantherm and Pluggit ventilation, in Modbus TCP.
  • Helios: Helios KWL easyControls ventilation, in Modbus TCP.
  • LinkTap: LinkTap irrigation schedulers via the gateway, locally; irrigation disabled by default.
  • Roon: Roon zones (playback, volume, current track, for the Music widget in 5.3), via the official Roon API, with a Gladys-specific extension ID.

On SDK 0.16, in French and English. I publish them in groups of five, with a recap here each time. Testers welcome!

407

[Integration] Agora Family: School Canteen, After-School, and Bills in Gladys :school:

Hello everyone,

If your town uses the Agora Family portal (Agora Plus), here are two integrations for Gladys 5.3+:

1. Agora Family: GitHub - prohand/gladys-agorafamille: Gladys external integration to connect agora famille in Gladys · GitHub

  • One device per child (today’s and tomorrow’s reservations, yes/no for canteen)
  • Amount to pay, bills, town hall messages
  • Scene triggers, and a widget for the dashboard

2. Agora Family Calendar: GitHub - prohand/gladys-calendar-agorafamille: Gladys external integration to connect agora famille calendar in Gladys · GitHub

  • Each child’s reservations and bills to pay in the Gladys calendar

Read-only: nothing is ever booked or canceled on the portal.

There is no official API and I have only tested one town: your feedback is welcome :folded_hands:

408

First wave of batch 17 (reserved for #406): heating. The five integrations will arrive in the store at the next indexer pass, and « Install from GitHub » already works with the link of each repository. For all of them, the heating shutdown does not depend on any option and takes precedence over other commands; other commands are deactivated by default, and the hot water never exceeds 60 °C (55 °C by default).

Lambda v0.1.1: GitHub - LM1LC3N7/gladys-lambda-heat-pump · GitHub
Lambda heat pumps (EU-L), locally via Modbus TCP according to the protocol published by Lambda: temperatures, COP, state, heating circuits, hot water, buffer, setpoints and modes. The controller forgets a mode that is not rewritten: the shutdown of a circuit is therefore maintained and rewritten, never lifted by time, and only yields to a click or another mode chosen elsewhere (read twice in a row). Ported from lambda_heat_pumps (MIT).

iDM v0.1.1: GitHub - LM1LC3N7/gladys-idm · GitHub
iDM heat pumps (Navigator 2.0), locally via Modbus TCP: temperatures, state, circuits, hot water, solar, power, setpoints and modes. Only one connection at a time (the Navigator only accepts one client), an unconfirmed shutdown is retried for 3 minutes, and the writing of the photovoltaic surplus will come later. Ported from hacs-idm-heatpump (MIT) and iDM’s Modbus documentation.

ETA v0.1.1: GitHub - LM1LC3N7/gladys-eta · GitHub
ETA wood and pellet boilers (ETAtouch), locally via ETA’s official REST API (to be activated on the screen): temperatures, boiler state, pellet reserve, ashes, errors, counters. Read-only for now: this API has no password, and what can be written to it are mainly installer settings. Keep it on the local network. Ported from homeassistant_eta_integration (MIT).

Waterkotte v0.1.1: GitHub - LM1LC3N7/gladys-waterkotte · GitHub
Waterkotte heat pumps (EcoTouch), locally via the web interface of the regulation: temperatures, state, compressor, hot water, setpoint and modes. Only one session kept with the regulation, which accepts few, and never reconnects in a loop. EasyCon regulations are read-only. Ported from ha-waterkotte (MIT).

CTC v0.1.1: GitHub - LM1LC3N7/gladys-ctc · GitHub
CTC heat pumps (EcoZenith, EcoAir), locally via Modbus TCP according to CTC’s BMS manual: about fifty measurements, heating mode, hot water mode and room setpoint. Only temporary registers are written, never the saved settings; the hot water setpoint waits for its scale to be confirmed. Ported from HA-CTC-Local-Easyconf (Apache-2.0).

None of them have yet run with a real heat pump or boiler: your feedback is welcome in the GitHub issues, especially if you have one of these devices.

409

Second wave of batch 17 (reserved for #406): energy and relays. The five integrations will arrive at the store on the next indexer pass, and “Install from GitHub” already works with the link of each repository. All run locally, without cloud. Energy indexes and counters are never published at 0 or in decline: a jump or a decrease is recorded and reported in the integration status, and is accepted in two clicks when it’s a real change (counter replaced, reset).

OpenEMS / FENECON v0.1.1 : GitHub - LM1LC3N7/gladys-openems · GitHub
The FENECON FEMS storage and OpenEMS systems, via the local API of the Edge (guest or owner user): production, battery, network, home, energies, production index. Read-only for now. The integration reuses its token to avoid cluttering the Edge. Ported from ha_openems (Apache-2.0); nothing is taken from OpenEMS itself, only its API is used.

Solakon ONE v0.1.1 : GitHub - LM1LC3N7/gladys-solakon · GitHub
The Solakon ONE balcony battery, in Modbus TCP: production, battery, output, counters. Control (forced charging or discharging, charging limits, emergency output) is disabled by default, always with a timer that brings the battery back to automatic; the return to automatic mode, on the other hand, does not depend on any option. Ported from the integration published by Solakon (MIT).

Eco-Devices v0.1.1 : GitHub - LM1LC3N7/gladys-ecodevices · GitHub
The Eco-Devices from GCE Electronics, via its documented local API: the two teleinfo inputs (power, index by rate, consumption index) and the two pulse counters (water or gas, in m³). Read-only. Distinct from the teleinfo via USB key by @prohand. Only the Tempo rate has been confirmed on a real response: feedback with a low-rate subscription or EJP is particularly welcome. Ported from pyecodevices (MIT) and the HA ecodevices integration (Apache-2.0).

Sinapsi Alfa v0.1.1 : GitHub - LM1LC3N7/gladys-sinapsi-alfa · GitHub
Italian meters via the Sinapsi Alfa box, in Modbus TCP: drawn and injected power, production, index, time slot, power outage notice. Read-only; injection is never counted as consumption. Ported from ha-sinapsi-alfa (MIT).

IPX800 v0.1.1 : GitHub - LM1LC3N7/gladys-ipx800 · GitHub
The GCE IPX800 V4 and V5 controllers, via the local API: relays, inputs, X-4FP pilot wire and X-THL probes. Relays remain read-only as long as they are not listed in the configuration; on the pilot wire, Stop and Frost always pass, Eco and Comfort are disabled by default. The API key never appears in the logs. Counters, shutters and dimmers will come later. Ported from pypx800 and pypx800v5 (MIT) and the HA ipx800 integrations (Apache-2.0).

None have yet run with a real device: your feedback is welcome in the GitHub issues.

410

Third and final wave of batch 17 (reserved for #406): ventilation, watering, and audio. The five integrations will arrive at the store on the next indexer pass, and “Install from GitHub” already works with the link of each repository. All run locally, without cloud. Commands are disabled by default; shutdown, however, does not depend on any option and is never lifted by time.

Komfovent v0.1.1: GitHub - LM1LC3N7/gladys-komfovent · GitHub
The Komfovent dual-flow ventilation (C6, C6M, C8 regulations) in Modbus TCP: temperatures, flows, mode, filters, efficiency, air quality, alarms. Mode and startup behind an option; the shutdown of the central unit is maintained until a startup from Gladys or a restart at the panel. Modbus unit identifier 1 by default, adjustable. Ported from hass-komfovent (MIT), registers verified on Komfovent manuals.

Dantherm / Pluggit v0.1.1: GitHub - LM1LC3N7/gladys-dantherm · GitHub
Dantherm ventilation (HCV, RCV, HCH) and Pluggit (AP, iFlow) in Modbus TCP: flows, mode, bypass, temperatures, filters, alarms. Mode and filter reset each have their own option; shutdown exits absence, summer, chimney, and night modes first. Ported from dantherm and pluggit (Apache-2.0).

Helios v0.1.1: GitHub - LM1LC3N7/gladys-helios · GitHub
Helios KWL EC easyControls (2.x) ventilation in Modbus TCP according to Helios documentation: level, mode, party mode, temperatures, humidity, CO2, filters, alarms. Mode, level, and party mode behind an option; party mode shutdown always passes. easyControls 3.0 units (Modbus RTU only) are not supported. Ported from eazyctrl (BSD) and homeassistant-easycontrols (MIT).

LinkTap v0.1.1: GitHub - LM1LC3N7/gladys-linktap · GitHub
LinkTap irrigation schedulers (TapLinker, ValveLinker) via the local API of the GW-02 gateway: immediate watering (bounded duration, up to 120 min), stop, pause plan, status, flow, volumes, battery. Watering is disabled by default and never a switch; stop is returned as long as the valve flows, and watering restarted from the LinkTap app is not cut off when it is recognized for sure. Ported from linktap_local_http_component (MIT).

Roon v0.1.1: GitHub - LM1LC3N7/gladys-roon · GitHub
Roon zones in the Gladys 5.3 Music widget (Gladys 5.3 required), via the official Roon API: play, pause, volume, mute, current track, grouping. The extension appears in Roon under the name “Gladys (community)”: it is a community integration, not an official Gladys Assistant extension. Volume capped at 50% by default. Ported from node-roon-api (Apache-2.0, RoonLabs).

Batch 17 is complete: fifteen integrations published. None have yet run with a real device: your feedback is welcome in the GitHub issues.

411

[Integration] Holidays Calendar: Public Holidays and School Holidays in Gladys Calendar

Hello everyone,

Holidays Calendar adds public holidays (around 200 countries) and French school holidays directly to Gladys’ calendar. It works offline, without an account.

Once the calendar is shared with the household, your scenes can use it. For example: no wake-up call on a public holiday or during school holidays.

Installation (Gladys 5.2.0 minimum):

  • Install from GitHub: https://github.com/prohand/gladys-calendar-holidays
  • Select the country and zone, then click on « Enable for me » in « My Calendars ».

This is a new integration: your feedback is welcome! :folded_hands:
Thanks to @guim31 for gladys-holidays, which it uses for calculating public holidays and reading the school calendar.

413

I’m taking fifteen new integrations for batch 18: European heating, energy and charging, and for the first time, equipment mainly sold in North America. I checked it today in @Will_71’s tracker (up to #412), in the store, in Gladys’s core, and on GitHub. None are announced or reserved by anyone else; if I’m wrong, let me know and I’ll remove it. Most are not yet in the tracker: this message is to get them in. All run locally, without cloud, and rely on a library under MIT or Apache license or on the manufacturer’s documentation, without imitating the official application.

Heating

  • ecoNET300: Plum ecoMAX pellet boilers controlled by the local API of the ecoNET300 module; setpoints bounded, commands disabled by default.
  • Weishaupt: Weishaupt heat pumps with built-in Modbus TCP; setpoints bounded, modes disabled by default.
  • Solarfocus: Solarfocus eco manager-touch controller (heat pumps, boilers, solar), via Modbus TCP.
  • Wolf ISM8: Wolf heating via the ISM8i module, locally.
  • RESOL: RESOL solar controllers via KM2, DL2 or DL3; read-only.

Energy and Charging

  • SAX Power: SAX Power Home batteries, via Modbus TCP; read-only initially.
  • SMA EV Charger: SMA charging stations via their local API; startup disabled by default.
  • WARP: Tinkerforge WARP charging stations via their local API; startup disabled by default.
  • SPAN: SPAN electrical panel (United States), via its official local API; circuit breaker disabled by default.
  • SunPower PVS: SunPower PVS5 and PVS6 gateways (United States), locally; read-only.

North America

  • Aprilaire: Aprilaire 8800 thermostats via their published local protocol.
  • Lennox S30: Lennox S30, E30 and M30 thermostats, locally only.
  • RainMachine: RainMachine irrigation controllers, locally; irrigation disabled by default.
  • IntelliCenter: Pentair IntelliCenter pools, locally; spa bounded to 40°C.
  • Droplet: Droplet water flow sensor, locally; read-only.

I don’t have North American equipment: these modules will be tested on simulated devices, and feedback from those who have them will be precious. On SDK 0.16, in French and English. I publish them in groups of five, with a summary here each time. Testers welcome!

414

First wave of batch 18 (reserved for #413): heating. The five integrations arrive at the store on the next indexer pass, and “Install from GitHub” already works with the link of each repository. All run locally, without cloud. The stop does not depend on any option, is never abandoned as long as it has not left, and is never lifted by time; the other commands are deactivated by default, and the hot water never exceeds 65 °C (adjustable lower ceiling).

ecoNET300 v0.1.1 : GitHub - LM1LC3N7/gladys-econet300 · GitHub
Pellet boilers controlled by a Plum ecoMAX controller (Kostrzewa, Hydro-Vacuum, Pereko…), via the local API of the ecoNET300 module: temperatures, burner status, reserve, hot water, alarms, start and stop, boiler and hot water setpoints. The module identifier and the econet24 key are never published. Ported from ecoNET-300-Home-Assistant-Integration (MIT).

Weishaupt v0.1.1 : GitHub - LM1LC3N7/gladys-weishaupt · GitHub
Weishaupt heat pumps with integrated Modbus TCP (WAB, WBB, WSB, WGB), based on the official Weishaupt point list: temperatures, status, faults, circuits 1 to 4, hot water, modes, setpoints and forced hot water charge. The number of writes per register is limited to preserve the regulation memory. Ported from weishaupt_modbus (MIT).

Solarfocus v0.1.1 : GitHub - LM1LC3N7/gladys-solarfocus · GitHub
Solarfocus eco manager-touch control (vampair heat pumps, wood and pellet boilers, tanks, buffer, solar), in Modbus TCP according to the Solarfocus specification: temperatures, states, circuit and tank modes, hot water setpoint. Only the registers intended for a Modbus client are written. Ported from home-assistant-solarfocus and aiosolarfocus (Apache-2.0).

Wolf ISM8 v0.1.1 : GitHub - LM1LC3N7/gladys-wolf-ism8 · GitHub
Wolf heating (gas boilers, heat pumps, CWL, BM2 controllers) via the ISM8i module: temperatures, status, errors, programs, hot water setpoint. It is the ISM8i that connects to Gladys: the integration opens a port to be indicated on the ISM8i page, and by default only accepts the address of your module. Ported from wolf_ism8 and home-assistant-wolf_ism8 (MIT), protocol published by Wolf.

RESOL v0.1.1 : GitHub - LM1LC3N7/gladys-resol · GitHub
RESOL solar and heating controllers (DeltaSol…) via a KM2, DL2, DL2Plus or DL3: temperatures, pumps, operating hours, heat produced. Read-only. The names and type of each value come from the official device description, regardless of the recorder’s language. Ported from hass-Deltasol-KM2 (MIT).

None have yet run with a real boiler or heat pump: your feedback is welcome in the GitHub issues, especially if you have one of these devices.

415

The series resumes, this time with French open data, more regional. A wave of four, recap here at the end:

  • Avalanche Bulletins: The avalanche risk (BERA) from Météo-France for the mountain ranges of its choice (Alps, Pyrenees, Corsica): today’s and tomorrow’s level, affected slopes and altitudes, snow cover, with a trigger when the risk increases; no account required
  • Pools in Real Time: The attendance and opening of municipal pools in cities that publish this data openly (Strasbourg, Bordeaux, others if I find them), with a trigger when your pool drops below a certain attendance threshold
  • Bike Counters: The counts from bike counters published by cities (Toulouse, Paris, Nantes, Rennes…): today’s, yesterday’s, and this week’s counts, and a widget
  • RTE eCO2mix & EcoWatt (minor version of my integration): The production and consumption of your region with regional eCO2mix, and the EcoGaz signal from GRTgaz (equivalent of EcoWatt for gas), with a trigger when it turns orange or red

If anyone was already on this, let me know :slight_smile:

416

The night wave has arrived, four integrations focused on France and its regions, all in open data, no account required:

The three new integrations require Gladys 5.3. Your feedback is welcome :slight_smile:

417

Morning vagueness, more French open data, quite local. Four integrations, summary here at the end:

  • School canteen menus: the daily and weekly menu of the school canteen, for cities that publish it in open data (Toulouse, Nantes, Rezé, Orvault, Rennes, Angers, La Rochelle… others if I find them), with allergens when the city provides them, a scene action to announce it in the morning and a widget
  • Seasonal epidemics: flu, gastroenteritis, and chickenpox in your region, according to the Sentinelles Network (Inserm) and Santé publique France: weekly incidence, trend, epidemic threshold, with a trigger when the epidemic starts or ends in your region
  • Real estate sales (DVF): sales published around your home (Demandes de valeurs foncières, data.gouv.fr): median price per square meter of your municipality or neighborhood, recent sales within a chosen radius, with a trigger for each new publication
  • Public service hours: the town hall, CAF, CPAM, France Services… of your municipality, according to the administration directory (Service-Public.fr): open or closed, daily hours, with triggers at opening and closing

If someone was already on it, let me know :slight_smile:

418

Second wave of batch 18 (reserved for #413): energy and charging, including two devices sold in the United States. The five integrations will arrive in the store at the next indexer pass, and “Install from GitHub” already works with the link of each repository. All run locally, without cloud. Energy indexes are never published at 0 or in decline: a jump or a decrease is retained, reported in the integration status, and accepted in two clicks when it’s a real change. For the charging stations, stopping the charge does not depend on any option and is never abandoned as long as it has not started.

SAX Power v0.1.1 : GitHub - LM1LC3N7/gladys-sax-power · GitHub
SAX Power Home batteries (one or more), in Modbus TCP according to the SunSpec documentation of SAX: charge, power, network, solar, state. Read-only. Ported from sax_battery_ha (Apache-2.0).

SMA EV Charger v0.1.1 : GitHub - LM1LC3N7/gladys-sma-ev-charger · GitHub
SMA EV Charger and eCharger charging stations, via their local API: state, power, energy, current, charging mode, start and stop. Start, mode and current behind an option disabled by default, bounded current; the connection is encrypted and the charging station certificate verified before sending the password. Ported from ha-sma-ev-charger (Apache-2.0) and pysmaev (MIT).

WARP v0.1.1 : GitHub - LM1LC3N7/gladys-warp-charger · GitHub
Tinkerforge WARP charging stations (WARP1 to WARP4), via their official local API: state, power, energy, current, start and stop. Start behind an option disabled by default, current bounded by the set ceiling and the cables. Ported from the WARP documentation and HomeAssistant-Tinkerforge-Warp-Wallbox-Custom-Component (MIT).

SPAN Panel v0.1.1 : GitHub - LM1LC3N7/gladys-span-panel · GitHub
The connected electrical panel SPAN (United States), via its official local API: power and energy per circuit, network, production, battery, state of the relays. Opening or closing a circuit relay is disabled by default and is never a switch. Ported from span-panel-api (MIT).

SunPower PVS v0.1.1 : GitHub - LM1LC3N7/gladys-sunpower-pvs · GitHub
The solar gateways SunPower PVS5 and PVS6 (United States), via their local API: production, consumption, network, inverters, meters, battery. Read-only. Ported from pypvs (MIT, SunStrong).

None have yet run with a real device, and I don’t have American hardware: your feedback is welcome in the GitHub issues.

419

Third and final wave of batch 18 (reserved for #413): material mainly sold in North America. The five integrations arrive at the store at the next indexer pass, and “Install from GitHub” already works with the link of each repository. All run locally, without cloud. The stop does not depend on any option and is never lifted by time; the other commands are deactivated by default.

Aprilaire v0.1.1 : GitHub - LM1LC3N7/gladys-aprilaire · GitHub
The Aprilaire Wi-Fi thermostats of the 8800 series (8810 to 8840, 8910W, 6000 zone control), via the local home automation protocol published by Aprilaire: temperatures, humidity, outdoor sensors, setpoints, mode, ventilation, status, humidifier, dehumidifier, fresh air, purifier, errors. Mode, ventilation and setpoints (4.5 to 32 °C) behind an option; the stop is maintained until the thermostat accepts another mode. The thermostat only accepts one home automation connection: one box on it. Ported from pyaprilaire (MIT).

Lennox S30 v0.1.1 : GitHub - LM1LC3N7/gladys-lennox-s30 · GitHub
The Lennox S30, E30 and M30 thermostats, via their local API (thermostat’s “Home Automation” option), without the Lennox cloud: by zone, temperature, humidity, mode, heating and cooling setpoints, ventilation; for the system, outdoor temperature and alerts. The Off mode does not depend on any option and is returned as long as the thermostat does not display it. Ported from the local part of lennoxs30api (MIT).

RainMachine v0.1.1 : GitHub - LM1LC3N7/gladys-rainmachine · GitHub
The RainMachine irrigation controllers, via their local API: zones in progress and remaining time, programs, weather restrictions, water consumed (flow sensor). The stop of a zone, a program or the entire irrigation does not depend on any option; starting a zone is deactivated by default, duration bounded from 1 to 60 minutes. Ported from regenmaschine (MIT).

IntelliCenter v0.1.1 : GitHub - LM1LC3N7/gladys-intellicenter · GitHub
The Pentair IntelliCenter pools, via their local protocol: water temperature, heating setpoint and mode, circuits and lighting, pumps, sensors, IntelliChem (pH, ORP) and IntelliChlor (salt). The shutdown does not depend on any option; the ignition and heating are deactivated by default, and the spa never exceeds 40 °C. Ported from pyintellicenter (MIT).

Droplet v0.1.1 : GitHub - LM1LC3N7/gladys-droplet · GitHub
The Droplet (Hydrific) water flow sensor, via its local connection: flow, water index, leak and unusual flow alerts, signal quality. Read-only. The index is never published at 0 or decreasing, and a jump is validated in two clicks. Ported from pydroplet (MIT, Hydrific).

Batch 18 is complete: fifteen integrations published. I don’t have North American equipment and none has yet run with a real device: your feedback is welcome in the GitHub issues.

420

The morning wave is out, four local integrations, all in open data, no account or key required:

All tested on real data from today; not yet on a real Gladys installation. Gladys 5.3 minimum. Your feedback is welcome :slight_smile:

422

Midday wave, still French and local open data. Five integrations, recap here at the end:

  • Metropolitan traffic: real-time traffic status on the roads of your city (fluid, dense, saturated, average speed, travel time), based on the open data of the metropolitan areas that publish it (Rennes to start, others if I find them), with a trigger when a chosen road gets congested. It’s the city traffic, section by section, without a key: complementary to Bison Futé (events on national roads)
  • Chaban-Delmas Bridge (Bordeaux): the next openings of the bridge and the closures to traffic (boat, schedules, total or partial closure), based on the open data of Bordeaux Métropole, with a trigger the day before and at the closure
  • University restaurant menus (Crous): the menu of the day of the chosen RU, everywhere in France, for students (and their parents), with a scene action to announce it and a widget
  • Ambient radioactivity (Téléray): the gamma dose rate measured by the nearest Téléray network beacon of the ASNR, with a trigger if the value is out of the ordinary. I’ll start by checking if it’s properly feasible
  • Real estate sales (DVF) 1.1: Damien’s suggestions (n° 421): a radius of 100 m, the address of the sold properties, and the number of sales displayed in the widget of choice

If someone was already on it, let me know :slight_smile:

423

Hi @lmilcent,

I installed your IPX800 integration :+1: here is the screen for an ipx800 v5, the issue is that the relays, although considered as switches, are not switchable

image
image1568×388 36.5 KB

image
image610×733 46.6 KB

If this can help you to feed Claude code, there is my GitHub repository where I published utilities for this range, you should be able to extract all the information from the APIs GitHub - cce66/Utilitaires_IPX800_X-Pool_Ecodevices_X-Display-V2_ScanDevice_Broker-Monitor_Modbus2Mqtt_Hub: Utilitaires IPX800, X-Pool, Ecodevices, X-Display V2, ScanDevice, Broker-Monitor, Modbus2Mqtt, Hubi · GitHub I will see for the tests having an ipx800v3 v4 v5 an ecodevice, ecodevice RT2, and ED3 plus X-Pool and others

424

The midday wave is out: four new local integrations, in open data, without account or key, and an update:

All tested on real data from the day, not yet on a real Gladys installation. Gladys 5.3 minimum. Your feedback is welcome :slight_smile:

425

Hello :wave:

Two new integrations for Gladys 5.3+ :

:robot: Claude AI

  • Make Claude (Anthropic) Gladys’ AI: chat, scenes, weekly summary
  • Works with your own Anthropic API key

:fork_and_knife: AppTable Elior

Elior school canteens, formerly Bon’App

  • Meals and reservations for each child
  • Bills to pay, scene triggers and 2 widgets

Community integrations, your feedback is welcome :pray:

426

I just asked Claude to create an integration for our Huawei watches.

Huawei Health now has its integration!

However, this requires having a developer account, validation by Huawei, etc…

On the store within the hour :wink: