Vera, Zwave and Wemo

As anticipated the addition of a few more Zwave devices firmed up the zwave network and improved reliability. The Zwave switches reach well beyond the range of the Wemo switches (as the zwave network expands with each device adding to the range of the network, while Wemo relies on the Wifi signal).

I’m exploring the automation and programming aspects of the Vera, which at present only acts as a centralized timer turning lights on and off in a quasi-random fashion.

The advanced progamming appears a little counter intuitive, and I’m still grappling with more advanced programming;

- return home and disarm alarm system with remote, system turns on foyer lights and unlocks front door.
- arm alarm system to “stay”, system locks door, turns off downstairs lights.
- arm alarm system to “away”, system locks door, turns off interior lights, turns down thermostat.

You get the idea.

Zwave vs. Wemo Switches

Our home has a detached garage. It is only a few meters from the house, but I thought it might present difficulties for the wireless “smart switches”.

Zwave Light Switch:

My first effort was with an “Evolve Zwave Switch” to control the interior lights of the garage. The Zwave device is paired directly with the Micasa Vera (Zwave does have the benefit of creating its own network, with devices relaying commands to each other).

The garage is just at the edge of its effective range (and with no other Zwave devices just yet there’s nothing to help boost the signal in between the controller and the switch).

The Micasa Vera log shows multiple attempts to contact the switch before registering success. In practice I have it set up to automatically turn the lights on when the garage door opens, and then to turn them off again when it closes, and there is not noticeable delay.

Belkin Wemo Switch:

The Belkin Wemo switch relies on the Wifi signal from your home router. Setup requires you to use your smartphone to connect to a wifi signal generated by the switch, you then provide the app with a password for your home wifi and it connects directly to your router.

I attempted to install a Wemo switch almost immediately beside the Zwave switch mentioned above (same distance to router etc) in the garage and this was a total failure.

The Belkin Wemo switch was simply unable to consistently connect to the router, and would not complete it’s setup. I disconnected the switch and used it in a different location within the house.


I like the Wemo switches because they can be operated throught the Wemo app if there is a problem with the Micasa Vera Controller. This kind of failure of the Micasa renders the zwave devices effectively inert.

I am impressed with the range of the Zwave switch, and will be adding a few more devices (door lock, thermostat, switch) to see if this improves the connection to the garage. Zwave also offers a wide selection of devices including three way switches, dimmers, relays – the list is endless) where Wemo is limited to single switches and individual appliance outlets.

For now, it’s 80% Wemo and 20% Zwave, but those numbers should balance out in a bit.

MiCasa – Vera Lite (Day 2)

So the learning curve continues.

First tip…don’t use the “Utility/Reboot” command lightly, it appeared to default the device when I tried it (simply to move the device to its static IP address) and all my programming up to that point was lost.

This turned out to be a blessing in disguise, as it allowed me a fresh start with my new found experience, and the setup was less than an hour.

Vera Lite device main page

As I mentioned, the fact that the VeraLite could make use of my already installed WeMo switches was ENTIRELY unexpected, and I had already ordered a new wall switch to experiment with (ZWave).

The Evolve Wall Switch is paired with the Vera by physically taking the Vera to the install location and pairing them (the Vera is equipped with AA batteries for this specific purpose). I installed the Evolve switch in my garage to control the lights, paired the device without an issue and then returned the Vera to its typical location.

No good. The device is out of range.

It’s important to note that the ZWave devices create their own network, and act as repeaters for each other. The more devices you have the further you can extend the network.

I’ll be comparing the range of the WeMo switches (which are Wifi based) to the Zwave switches, and we’ll see which fares better (they are both the same price…so it’s a wash on that front).

Mi Casa Verde VeraLite – Day 1

I’m impressed.

I tinkered with the Veralite today for the first time. Plugged it into the home network, let it download its updated firmware, registered on the corporate website and then got stuck into the task of getting it to recognize the components already in place.

That was a snap!

The device lets you download “apps” that take care of the basic interaction with different devices. It took me no time to download the DSC app (interaction with the alarm system), the WeMo app (interaction with my Wifi light switches), a CCTV app to bring in the feed from the surveillance cameras and even an IP Ping app that can ping our cell phones to keep track (in general) of who is home.

So, now the device list is complete, I need to start learning about “scenes” and “triggers”.

Home automation…baby steps

Ok, enough reading.

I’ve ordered the Vera Lite from Vera Controls as an entry level home automation system, along with a wireless light switch. This will give me that chance to play with the thing (undoubtedly turning the front hall light on and off endlessly and annoying Lisa) and see what it can do.

Going to experiment with this a bit and see if it gives me the features and flexibility to do the stuff I’m after, then we can get into more advanced functionality (and add more of the rather expensive devices).

New gizmo to play with, coming through.

Thinking about home automation again…

I like the idea of home automation. I like the thought that the lights, the alarm system, the thermostat and other sundry techno-toys can interact in a meaningful way.

In practice however I am a cheap fellow, and don’t want to spend a gazillion dollars on what is little more than a fancy gizmo.

I’ve done a bit of reading on this, and the leading contender is the ZWave system which offers a dizzying array of toys, er…devices, and integrates with my alarm system.

The benefit of the alarm system integration is that it allows the home automation computer to use the devices and status of the alarm system to operate lighting and temperature inside the house (system armed to “away”, kill the lights and drop the temperature a bit – fire alarm in the house? Turn all the lights on.).

I’m going to tread carefully here, I’ve already got a few Wifi light switches which don’t work with the Zwave system, and before I have to replace too many brand new toys I want to be sure Zwave is going to do what I need.

I’ll throw some updates as I try this stuff out.

Ontario – Year of Manufacture Plates

In Ontario your are allowed to plate “vintage” vehicles with licence plates made in the same year as your vehicle (yearly plates were manufactured in Ontario until 1973) under the “year of manufacture” program.

Obviously to do this you need to track down a plate made in the same year as your vehicle (reproductions are NOT acceptable), then make sure that the plate you’ve found isn’t already assigned to something (they provide a 1-800 number to call to verify that the plate is clean).

1972 Ontario Motorcycle Plate

There are a few outfits that specifically cater to people hunting for these plates and both seem to have favourable reviews on forums dealing with vintage cars and bikes.

You then have to send the plate(s) along with the fee for vanity plates ($261) to the ministry for inspection and approval. If approved they’ll send them back to you with some papers you need to bring with you to the MTO on your next visit.

The rest of the process is the same as for normal plates – safety inspection, government fees and the like.

I have not yet decided if I can justify the $261 expense for the plates, but I have ordered a ’72 plate anyway (worst case it can hang on the wall above the project whiteboard).

Honda ’72 CB350 K4 – One year later

It was just about a year ago that I took a leap and plunked down a few hundred dollars buying my (at the time) third motorcycle, a 1972 Honda CB350 K4. I had hoped that the acquisition of a “Project Bike” would deflect my interest in replacing my CBR250R with a larger bike.

That winter was ALOT more forgiving and I couldn’t help but to creep out to the garage fairly regularly even just to liberally spray everything with oil, or to turn the key and admire the glow from the instruments and headlight. As the weather improved I took more and more of her to pieces, surprising myself when those pieces went back together properly.

We now know the bike runs (a little rough granted), I’ve rebuilt the carbs, cleaned out the gas tank, replaced the front and rear brakes, tires and tubes, throttle, brake and clutch lines, gas lines and assorted relays, regulators, bulbs, dod-dads and thing-a-mahoosits. I’ve even changed the oil twice.

1972 Honda CB350 K4

The remaining to-do items on the whiteboard are largely asthetic – replacement mirrors, carb covers have been obtained where the pitting and rust was too much to overcome. The only vageuly mechanical items are the timing and reinstallation of the chain.

The garage now, at least, smells like a garage should. As soon as the weather improves I hope to get back on the CB350 (although our renos still compete for my time). I’ll be sure to scribble a bit about the headaches involved in getting her safetied and plated.

Smart Exterior Residential Lighting

Our house has a few exterior lights. The usual porch lights (front and back) and a security floodlight and sconce light on the garage (as the garage end of the driveway becomes the “pit of eternal darkness” after dusk).

I’ve tried a few different ways of automating when these lights turn themselves on and off. I added photocells to both lights, but found that without direct sunlight the lamps would typically stay on all day. In the case of the garage I added a digital timer, but have to adjust the timing throughout the year to account for sunrise and sunset.

I recently replaced this arrangement for the front porch light with a single Wemo Wifi Light Switch which can be programmed locally according to a schedule, or which can be triggered by the associated If this then that service.

Belkin Wemo Wifi Light Switch

This has worked swimingly so far, and I plan on replacing the photocell/digital timer in the garage with just the Wemo Light switch (this also means I can switch these lights to CFLs instead of incandescents – incandescents were needed for use with the photocell devices to prevent “strobing” where ambient light approaches the on/off value).

It’s also cool because hey….WiFi light switches.