"Prior programming knowledge won't be required...with Domatic claiming that its open source software can be configured by simply commenting out any functionality not required."
"Con un software de fácil uso para el cual no se requieren conocimientos de programación, esta solución de comunicaciones por cable para automatización del hogar es también compatible con el IDE de Arduino."
"Designed to provide a complete solution offering an affordable easy-to-use, wired, home automation platform GetWired starter kits are available from $130."
"Właśnie rozpoczęła się kampania crowdfundingowa projektu GetWired – przewodowego systemu automatyki domowej open source, który powstał z myślą o majsterkowiczach i hobbystach pasjonujących się tematyką inteligentnych budynków."
"Wired automation modules have the advantages of...stability, higher throughput, lower latency, Immune interfaces, etc. On top of all, it needs no batteries and no internet connection which makes it a secure, reliable, and affordable...solution."
"You may think about installing a home automation system, and WiFi may appear like the obvious way to go since it removes the need for cumbersome cabling, but wired networks are more reliable and secure, and there’s no need for batteries..."
When you hear “wired home automation,” you probably think “difficult and costly.” Well that’s about to change. We believe it’s high time that enthusiasts all over the world be given the resources they need to assemble a proper wired home automation system. GetWired provides reliable hardware and easy-to-use software that will help you get the job done right.
Reliable, open, and easy-to-use. GetWired is built around the well-known and widely-trusted RS485 communication standard. It relies on the open-source MySensors communication protocol and is compatible with Arduino IDE. It is ready for plug & play interaction with a large variety of open-source home automation controllers, including Domoticz and Home Assistant.
Fast, safe, and battery-free. Given the growing popularity of wireless communication standards, one could be forgiven for thinking that wired systems might just be a thing of the past. But the truth is, wired home automation come with a host of advantages:
When planning a smart home, these are some of the most important factors to consider for long-term reliability.
Wiring your home with actual wires has a reputation for requiring a fair bit of cable, a lot of effort, and even more time. To minimize all three, we have designed GetWired to accommodate a decentralized system architecture characterized by wall-mounted modules distributed throughout the building. This architecture requires only a single additional cable, which can be routed alongside your traditional electrical infrastructure. While we eventually intend to offer products for those who prefer a classic, centralized smart home architecture (and our portfolio already includes a few switchboard-mounted designs like the 4RelayDin Shield), we are firm believers in the virtue of decentralization.
It’s been a busy couple of years for tech journalists who specialize in home automation exploits and IoT vulnerabilities. The recent proliferation of wirelessly-connected, Internet-enabled, sensor-laden devices has produced something of a horror show. Weak security defaults, firmware that never updates itself, sprawling attack surfaces, and a lack of defense in depth have all contributed to the current state of affairs. And now we have to read stories about electronic deadbolts that unlock when asked politely, doorbell cams that expose their admin interfaces on the Web, devices that get recruited into botnets and used to attack other devices, and smart speakers that suffer from demonic possession (and that, on a good day, spend their time siphoning up our personal data).
One of the primary reasons we began working on GetWired was to address the very real privacy and security threats faced by IoT devices and home automation products alike. By limiting attack surfaces, facilitating updates, and keeping topologies simple and transparent, we aim to make your smart home as safe as an old-fashioned light switch.
Take wired communication, for example. We don’t just recommend it because it’s widely recognized as a home automation best practice. We recommend it for the same reason we recommend that your walls be solid and your roof be water resistant. It just makes sense. It’s a house, after all. “Portability” belongs relatively low on your list of priorities.
GetWired’s design also facilitates network isolation – keeping systems like GetWired on their own physical network – which is another best practice. Network isolation, in turn, helps you control if and when GetWired has access to the Internet. While there are reasons to let your household infrastructure go online, you probably don’t want it to do so accidentally.
Finally, if a vulnerability is found in GetWired – and even if, despite the efforts described above, that vulnerability does end up within reach of some malware on your local network or a malicious actor on the Internet – Firmware-over-the-Wire (FotW) support allows you to fix it with minimal effort.
It was quite a challenge to prepare the table below, and we think it needs a brief explanation. We chose to compare GetWired with KNX because, as a public standard with decentralized logic, it is the most similar to GetWired in technical terms. Centralized systems like Loxone, on the other hand, take the opposite approach. Control4 represents a set of products that is popular in the US market, and Shelly provides an example of an affordable, easy-to-use, wireless home automation technology. We did our best to double check all of the information presented in this table, but some details were difficult to find. Please let us know if you see any inaccuracies, and we will address them right away.
|GetWired||KNX||Centralized Systems (e.g. Loxone)||Control4||Shelly|
|Communication||Wired||Wired||Wired||Wireless + Wired||Wireless|
|System Architecture||Decentralized||Decentralized + centralized||Centralized||Decentralized + centralized||Decentralized|
|Open Communication Protocol||Yes||Yes||No||Yes||Yes|
|Open-Source||Hardware + Software||No||No||No||Software partially open|
|Usable with Open Controllers||Yes||Partially||No||Partially||Yes|
|Modular Hardware (Versatility)||Yes||No||No||No||No|
A microcontroller and RS485 transceiver board, with Molex connectors for I/O, that is compatible with a variety of shields. Born of considerable experience with DIY home automation, our MCU Module offers a great many features to home automation enthusiasts while remaining easy to install and use. It is ready for remote, Firmware Over The Wire (FotW) updates and supports various peripherals, including buttons, digital sensors, and analog sensors.
An in-wall mountable, 2-channel AC controller shield for the MCU Module. It features solid state relays, supports 200 W of sustained load (tested under 230 VAC), includes an analog current sensor for power monitoring, and is suitable for use with lighting and roller shutters. Our 2SSR Module, which opto-insulates logic from AC load, is electronically, thermally, and physically fused for maximum safety.
In-wall mountable, 4-channel, 12-30 VDC dimmer suitable for use with white, RGB, and RGBW receivers. Includes analog and temperature sensors and is electronically and thermally fused and opto-insulated.
A switchboard-mountable gateway for GetWired modules. Our Ethernet Gateway serves as a bridge between RS485 and Ethernet communication standards, allowing you to connect your GetWired system – up to 63 modules – to your LAN and to the Internet. It is compatible with a large variety of open-source home automation controllers. And, thanks to an extremely efficient DC/DC converter, it consumes only about 0.3 W of power. It includes a panel with LEDs and buttons that allow you to monitor and control basic functions of the system.
You can find instructions on our Github. (Hardware instructions to be published upon completion of crowdfunding.) Please help us prepare a complete user guide by supporting our campaign!
All production will be handled by our local manufacturing partner, which gives us the luxury of overseeing the process ourselves to ensure maximum quality and to prevent any miscommunication. We have successfully collaborated with this manufacturer in the past, including on the production of 100 GetWired MCU and 2SSR modules for testing purposes. Manufacturing will start as soon as the campaign ends, and we expect the lead time on our first production run to be at most four weeks. Taking into account testing and packing – and giving ourselves a buffer for unforeseen delays – we expect to begin shipping approximately two months after the end of the campaign.
These products were carefully developed, over the course of almost two years, have been tested under real life conditions, and will be manufactured by a known partner whose facility is located close to our office. As a result, the risks with the greatest potential impact (design and manufacturing issues) are highly unlikely. The most significant actual risk involves component shortages. We’ve been through this before, and lack of availability can delay production which can delay fulfillment. There is also some currency risk. Significant exchange rate fluctuations could leave the project “funded” but underfunded. To minimize this risk, we built in a small safety margin when calculating our funding goal. And of course, if any issues arise, we will inform our backers by way of a project update.
All GetWired products will be delivered to Crowd Supply’s fulfillment partner for final distribution to backers worldwide. For more information, please see their guide on ordering, paying, and shipping.
Funding ends on Mar 17, 2020 at 04:59 PM PDT (11:59 PM UTC)