It seems that all the development efforts out there by Vera have been for ZWave-based devices. Now tell me that this is not a never-ending battle, especially to get it right.
I would have figured by now that the far more limited Insteon devices would be supported by now. In my real world experiences, Insteon is a far more reliable platform for the core lights/switches/etc. and I have no intention on swapping out hundreds and hundreds of dollars worth of perfectly functioning X10 and Insteon (yes, there is a such thing as pretty dang reliable X10, when you live in the middle of nowhere and know how to deal with filters). Not replacing switches unless they die…period!
Just about ready to pull the trigger on an ISY44i box. I am sure I am not the only one thinking about it. Maybe I will buy an Elk M1 to replace my ancient (as in 20 YO) HAI Omni II go along with it. I would still be far ahead of the game.
I do technology all day, and really don’t want to think too much about it at night; I just want it to work. And no, I don’t want to have to screw around with damn “advanced parameters” and such to make it work.
I wish I had an idea of intent, so I could figure out if I should cut my Vera losses and move on. If there was a new Vera required, I would be OK with that. I would be OK paying for a QUALITY Insteon implementation.
Is that too much to ask?
Ball-peen hammer is already sitting right next to the Vera.
I’ve been involved in the residential systems industry for many years. I hold a lifetime ETA Master RESI certification and over the years I have written post-secondary programs for integrators and contributed to CEA Standards development.
I’ve designed and installed dozens of HAI installs (going back to the 1503 that was built in Jay M’s basement) and put in hundreds of X-10 devices, filters, repeaters, bridges, and so on, over the years. They could be made to function reliably but they could also be a PITA. The Omni was probably the best power line controller available at the time, but it is a pretty primitive device by today’s standards. X-10 was OK as far as it went (it was the only game in town) and Insteon has certainly given it new life. But I find ZWave to be a better solution for my requirements.
There is certainly a learning curve with new technology and ZWave is no exception. I made the switch several years ago and I am still learning the nuances of the protocol. That being said, I am very impressed with what I am able to accomplish with Zwave in general and with Vera units in particular. The open protocol has enabled third party plug-in development which has greatly extended the capabilities of the platform. I can control multiple units with wall-mounted touch screens. With Vera I can integrate ZWave with infrared control functions and robotic relay control over LAN’s. It is very reliable and intuitive to use when all is said and done, but it takes a little initiative to make it all come together. In short, is a very capable tool, but it is not for everyone. Kind of like Linux.
If you are happy with what you have and don’t require more functionality than the protocol can provide, I’d sell the Vera and find a simpler X-10/Insteon controller that will do the job for you. If you want the level of control and integration that a system like Vera can provide but are frustrated with the process, you could always hire a pro to do it for you.
This thread got me thinking about the old HAI products and how easy they were to program. I can’t remember what they called their software, but it was well designed, if primitive by modern standards.
One of the recurring complaints on forums for HA controllers is the difficulty in programming via the GUI interface. This is completely understandable given that these controllers are being marketed to the general public. HAI was (and still is) a mid-range product. It was sold through the security/alarm channel as opposed to the systems integration channel and the pricing reflected that. It was no where near as capable or as slick as Crestron or AMX, but it was good at what it did.
One thing they got right was the way they implemented macros. They used simple logic gates and allowed them to be “stacked”.
“When” commands indicated a change of state, WHEN the door opens, WHEN the sun sets, WHEN I push this button, etc. They were like “Triggers” on UI7.
“Then” indicated what should happen. Turn the light on, turn the light off, set the thermostat to 70 degrees, etc. So far, so good.
What set the program apart was how easy it was to conditionalize macros by including the “AND IF” statement. One could easily apply multiple conditions to any scene:
WHEN the front door is opened >
And IF it is dark >
And IF mode is “AWAY” >
THEN turn on the foyer light
It sounds simple (and it was) but the ability to easily stack multiple “IF” statements into macros and the fact that they could be expanded to include a bunch of contact closures (essentially digital outputs in the PLC world) made the HAI product very flexible. I did some pretty wild stuff with those little gizmos.
For me, there are two Insteon devices Vera needs to natively support - KeypadLinc and Fanlinc. There are no Z-Wave devices that compare functionally or stylishly with them.
1000 times yes. There is such a small number of insteon devices Vera should be embarrassed for not supporting these fully, especially since Insteon settings is a menu option.
It sounds simple (and it was) but the ability to easily stack multiple "IF" statements into macros and the fact that they could be expanded to include a bunch of contact closures (essentially digital outputs in the PLC world) made the HAI product very flexible. I did some pretty wild stuff with those little gizmos.
It sounds simple (and it was) but the ability to easily stack multiple “IF” statements into macros and the fact that they could be expanded to include a bunch of contact closures (essentially digital outputs in the PLC world) made the HAI product very flexible. I did some pretty wild stuff with those little gizmos.
And that is what I do. But it is no where near as intuitive as programming a 20 year old Omni. This is such a basic PLC function that it is hard to believe it requires a plug-in (or two) to make it happen. Look at how much frustration is expressed on these forums over the inability to do what seems like simple tasks. Including the ability to “stack” logic gates within the default GUI is a no-brainer.
I’m trying to set this up as we speak with no luck… yet. There’s some binaries I need to compile and / or some files to add into the root directory of my Vera Plus but it would seem that the link to get them on the first post of the sticky in this page is a dead link.
After last weeks deals on Echo and dots, I’m about to ditch this whole idea, return the PLM and get an insteon hub to have Alexa tell my fans what to do. Previously it was an issue with having to use multiple apps to control things. Now I can tie it together with Alexa and don’t even have to hunt for my phone when on the back patio. I can just tell Alexa to turn on the lights, dim them and put the fan at speed 2 by talking to the dot that is out there now. FTW!
I agree completely. I frankly could not believe it when Vera released the Plus without Insteon support, especially since Vera touts the multi-protocol advantage of their products. While they eventually got Insteon working on the Plus, of course they broke it again with an update. After I had a PLM die, I found I could not follow the normal procedure to replace it and re-add the downstream devices. Fortunately I found that if I paired each Insteon device with the PLM and then rebooted the Vera Plus, it would pick up the Insteon devices. I hope this still works as I am replacing my PLUS due to an apparently dead Zwave radio and still need the Insteon support to overcome some distance challenges.
James Watt and Sir Isaac Newton say to avoid any fan controller that will allow the fan to be started (or restarted after a power loss) at any speed other than the highest speed.
My only Insteon device, a garage door controller working for 4 years, stopped working last week so I got rid of it and went with a z-wave solution. About a year ago, the PLM went out which I needed to have the relay communicate with Vera. So I am no longer on Insteon.
Well quit some time has gone by, and was still waiting to be able to buy a nice new Vera controller that would control Insteon, without a lot of fuss. That has not happened.
I don’t know about the rest of you, but I find the Insteon devices much better as far as reliability and setup. But the lack of support for locks and smokes…well this is here Vera shines in my opinion.
But I have yet to “lose” an X10 device either! Aside from pulling a crappy (noisy)set of imported LED bulbs, nary a problem. The outdoor outlets (fed from underground lines dug last year) worked perfectly for the waterfall pump and Bug Light control with a cheap Insteon hub. The outdoor XMas lights…well all worked perfectly. Maybe they are just made better these days.
I just installed an Elk M1 panel, as I needed “real” intrusion/environmental monitoring (gas, CO, temp, water) and reasonably-priced keypads that the wife could use. Not tied into automation right now, but there are ways to do it. But I know it will “always” work, unlike a lot of other solutions.
I will wait a while to see a real Vera answer to Insteon. I would like to add some unification to it all, while having a rock-solid intrusion-plus system.
Now the Vera3…ended up factory-defaulting so I could get the upgrade, and try to start from scratch with the few ZWave devices I have (I have a new KPD/ZWave lock to install on the back door).
Come on TeaBiscuit!
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