> I'm using Insteon personally, which is mesh networked but relatively similar to Z-Wave. (And it's entirely proprietary still.)
One of the benefits of non-proprietary (especially IP based) is that you're more immune to company failures, like when Insteon shut down.
> I don't want my home automation hardware speaking IP or anything like it
Why? Its just a protocol? It doesn't mean a cloud is involved, it doesn't even have to be networked to your main LAN.
> Home automation hardware should be simple, take simple instructions over local communication bands, and then a single central controller should bring the greater intelligence and access.
IP seems the simplest option. Even though its more layers than a binary protocol, the interoperability and easy ability for most software people to create IP software means longer future.
> It cannot be updated or reprogrammed. But it will accept commands (no different than button presses on the front of it) over the RF protocol, and of course, send its sensor data and operating status.
What was your plan when Insteon went belly up? The lack of ability to reprogram means you couldn't update it to work with a newer hub/protocol.
Agreed, though I am not reliant on the Insteon company for anything but parts, since it's an entirely local protocol. And they're producing new parts again! I was also in a bit lucky of a position: I had plenty of spare hardware on hand while the company was shut down.
> IP seems the simplest option
If security is unimportant, sure. Insteon hardware has been around for three decades, but nobody in their right mind would be using network hardware from back then. This is a case of where complexity kills. Home hardware needs to work for decades.
> Plan when Insteon went belly up
I use their PLM interface which is just a COM port on my PC. The company's existence has no impact on my ability to connect it to newer things.
> If security is unimportant, sure. Insteon hardware has been around for three decades, but nobody in their right mind would be using network hardware from back then.
Sure to hardware but we’re all still using IP protocols. Countless companies have risen and fallen and that hasn’t changed. Networking equipment if kept LAN only should still work fine after 3 decades.
> which is just a COM port on my PC. The company's existence has no impact on my ability to connect it to newer things.
This sounds just as complex and risky as any modern protocol, just more obscure. If you need a PC for newer devices then it’s all the same anyways.
Most people aren't equipped to ensure their IP devices can only talk to other LAN devices (I am, my cameras live on a VLAN that can't route to the web). Combine IP capability with the possibility for software updates, and you have botnet fuel. It's why IP cameras are a leading source of botnet participants: Long-lasting IP hardware often managed by users without VLAN segmentation.
I agree that segmenting VLANs and stuff aren’t accessible to average people, but there are accessible alternatives. I recently upgraded to Google WiFi pucks after babysitting a ubiquiti installation for almost half a decade, and you can “disable internet” on devices without disabling LAN. You’d have to trust the device to be friendly on the LAN but it’s good balance for consumers. After Eufys whole security meltdown I updated a bunch of IOT junk to lose internet access. I saw a lot of tech site’s recommend this, and it’s definitely “easy enough for the parents to do”.
That's a single proprietary option from a single vendor with its own storied history of both poor privacy and poor long-term hardware support. (I believe they've effectively bricked the first generation of their routers already!)
It's so much smarter to just not have smarthome devices on the network, and have a single interface or bridge which acts as a security barrier.
I think many routers have a simple feature to restrict internet access for a device on the network. I simply highlighted a consumer product (highly recommended by tech sites) that many average consumers may have.
This is not a realistic view. Most users do not mess with the settings on their router. Most, do not have this feature either. This isn't a good or practical assumption to make of most home networks.
As an aside I have some Best Buy "HomeKit" compatible switches, and they shut down the app long ago (and gave me gift cards for the price I paid for the switches) - but they're still working with HomeKit and if that were to fail they'd still be a switch.
One of the benefits of non-proprietary (especially IP based) is that you're more immune to company failures, like when Insteon shut down.
> I don't want my home automation hardware speaking IP or anything like it
Why? Its just a protocol? It doesn't mean a cloud is involved, it doesn't even have to be networked to your main LAN.
> Home automation hardware should be simple, take simple instructions over local communication bands, and then a single central controller should bring the greater intelligence and access.
IP seems the simplest option. Even though its more layers than a binary protocol, the interoperability and easy ability for most software people to create IP software means longer future.
> It cannot be updated or reprogrammed. But it will accept commands (no different than button presses on the front of it) over the RF protocol, and of course, send its sensor data and operating status.
What was your plan when Insteon went belly up? The lack of ability to reprogram means you couldn't update it to work with a newer hub/protocol.