Home Automation using a Vera and ZWave

Explore the basics and history of Z-Wave, the recommended hardware for this Vera and Z-Wave course, and home construction considerations to understand how Z-Wave devices integrate.

Explore the Z-Wave protocol, a two-way wireless mesh network with low power, up to 232 nodes, and 100-foot range, supported by Vera controllers and a growing ecosystem.

Explore hardware for home automation with Vera and Z-Wave, compare Vera Lite and Vera 3, and learn how node limits, RAM, and device types influence your setup.

Plan home construction with automation in mind by wiring electrical and structural systems, running neutral wires to switches and plugs, pre-wiring power for blinds, and central cat 6 networking.

Get the basic setup steps for your system, including account updates, localizations and notification settings, and adding users, plus an overview of simple and advanced interfaces.

Discover the Vera Lite overview, its battery-included design, simplified include/exclude control, and front-panel indicators and ports for Z-Wave home automation setup.

Plug in your vera, boot it up, and run the first-time setup with firmware updates. Log in to getvera to detect devices and name them for control and remote access.

Set up email and SMS notifications for Vera and Z-Wave by entering contact information, validating numbers, and configuring daily notification limits, then test both email and SMS.

Add administrator, general, guest, or notification users through the new Vera and Z-Wave UI after initial setup, using unique emails, usernames, and passwords, then assign appropriate permissions.

Explore the simple Vera and ZWave interface, navigating the Home, Energy, and Help tabs. Learn to manage devices, presets, rooms, scenes, history, backups, and energy insights through the advanced UI.

Navigate the Vera advanced interface overview, explore the dashboard and tabs (devices, automation, apps, account, energy), pin key Z-Wave devices, and manage scenes, triggers, and schedules.

Explore Vera z-wave setup with inclusion and exclusion modes for Vera 3 and Vera Lite, and learn to add switches, dimmers, plugs, motion and thermostat sensors, blinds, and bridging devices.

Learn the manual method to place Vera 3 into inclusion and exclusion mode using a battery pack and the Z-Wave button to include or exclude.

Learn to put the Vera Lite into inclusion and exclusion modes using manual buttons or the UI, then add or remove Z-Wave devices with range considerations.

Exclude a Z-Wave device in Vera using the inclusion/exclusion button, ensuring it's already included, and avoid UI deletion, since deleted devices can reappear after reset.

Learn to add a Z-Wave light switch or dimmer to a Vera home automation system, including setup, naming, range considerations, and inclusion mode through the UI.

Learn to add a plug-in on/off module with energy monitoring to a Vera Z-Wave setup. Include, name, and test the device, which appears as a light with on/off control.

Learn how to add a Z-Wave thermostat to a Vera system and use scheduling and setpoints to remotely control temperature and create scenes.

Set up the iTach IR distribution device for Vera, connect via ad hoc network, configure its IP, disable DHCP, and add the device to Vera using the Global Cache app.

Explore adding an infrared device in vera and zwave by editing sml files, capturing codes, and creating a device via the controller’s develop apps; covers file structure and naming conventions.

Create an action section in the service file for each barcode or button to record, duplicate action sets for more controls, and name actions without spaces. Version control and save.

Implement the ir distribution device file by aligning names with the service file and using Iler to learn, save, and test hex codes, removing extraneous brackets.

Create a per-device Vera device file that links all files, generate a UUID, set a friendly name and manufacturer details, define matching service IDs, reference the service file, and save.

Learn to add an infrared distribution device to a Vera system by uploading Lua files, creating the infrared transmitter, configuring GC-100 ports 41–43, and testing with HTTP requests.

Learn to set the Somfy blinds bridge, define the midpoint position, and program Z-Wave blind nodes, then include them in the network, test, name, and assign rooms in the UI.

Learn why scenes matter, understand their basics, and preview the programming language for scenes in home automation using Vera and ZWave across 5.1 introduction, 5.2 overview, and 5.3 loop introduction.

Create and manage scenes in the automation tab by configuring triggers and schedules, then run them immediately or with delays to automate lights, blinds, and other devices.

Explore LUUP concepts for home automation by examining scenes, triggers, and device creation, plus startup Lua, apps, and debugging basics, with practical code examples and variable handling.

Explore how to automate a home with sensors, user inputs, and timing to trigger lights, climate actions, and notifications using advanced scene setups and geofencing.

Link two kitchen lights with two scenes and triggers so turning on one light turns on the other, and turning off one turns off both.

Create a scene that turns on multiple lights when a motion sensor is tripped, using a trigger in the automation tab, with a two-minute delay to turn them off.

Learn to configure motion detection notifications on a vera and z-wave system by setting up email or text alerts for armed sensors, including prerequisites, device settings, and testing.

Explore how virtual switches enable status tracking and on/off control for devices that do not report status, using scenes, loop code, and geo-fence scenarios.

Create automation scenes with delays to gradually dim and raise bathroom lights from 20% to 100%, using stimulus and scheduled delays every weekday morning.

Limit Vera and Z-Wave scenes to run only during a chosen time window using loop code, including midnight crossovers. Adjust the start and end times, then verify results with logs.

Discover how to use a kitchen light sensor to trigger a scene when brightness falls below a chosen threshold, including how to read levels and test triggering.

Set up a Vera and ZWave temperature-based automation that triggers blinds and optionally the air conditioner when readings exceed 26 degrees Celsius, with testing tips and polling notes.

Set up low battery alerts for battery-powered devices in Vera and Z-Wave by adding a notification when the battery falls below 10 percent, choose recipients, and apply to critical sensors.

Use geofencing to create virtual fences that trigger Vera and Z-Wave scenes when you enter or exit a location, using Android or iPhone position data to control lights and locks.

Learn how mobile apps enable home automation and remote control of devices like light switches and blinds, with dedicated lessons on iPhone, iPad, and Android applications.

Explore the official and alternative iPhone applications for Vera and ZWave systems, evaluate login and reliability issues, and learn how to view devices, scenes, and sensor data.

Learn to use the official Vera Android app to log in, manage units, run scenes, control switches and lights, and monitor sensors, cameras, and locks from afar.

Explore the iPad application for Vera and ZWave home automation, including setup of local network IP, external IP fallback, and port forwarding with improved iPad layout and controls.

Practice multiple retry strategies, reconfigure devices, log variables for clarity, and perform Z-Wave network repair to troubleshoot and keep your Vera system running smoothly.

Reconfigure devices to troubleshoot issues like not reporting status or missing parameters. Open the device, go to settings, click configure node, and use scenes for scheduled reconfiguration.

Learn how to locate and retrieve the Vera 3 root password, via bottom printout or SSH (Mac or Putty on Windows), and how to safely enable and disable remote access.

Learn to locate and tail the Luup log on Vera, view log files in real time, and understand log codes while testing automations.

Learn to write variables to the log for debugging in home automation scripts, using log syntax, quoting text and variables, and dot-notation to trace execution.

Learn how to repair a Z-Wave network, read repair reports, and optimize routes in a self-repairing mesh, including manual repair options and interpreting device star ratings.