With iPad, home automation would be much easier system to be installed and implemented - and the price would be more affordable.
iPort has introduced two new products in its Control Mount Series for the Apple iPad and iPod touch. The CM2000 Control Mount for iPad and the iPort CM100 Control Mount for iPod touch both integrate the handheld Apple touchscreen products in an in-wall frame, transforming them into in-wall touchscreens for display of weather, news, stocks and many other preferred Apps.
The CM100 also transforms the iPod touch into an in-wall Internet radio source, and connects to any stereo or audio/video receiver. Users can download their choice of any Internet radio apps available in the Apple App Store and play the audio back through any connected stereo system.
The CM2000 (US$499) and CM100 ($250) may be installed in either a vertical or horizontal orientation, depending on the functionality and design of the room. When installed into the iPort, the iPad and iPod touch remain constantly charged.
Have you ever accidentally left your front door ajar and had a pet escape? BlackCow at Homebrew Tech came up with a simple solution to this problem. The circuit is fairly rudimentary but a great example of using the basics to get the job done. Now, instead of having an alarm that sounds as soon as the door is open, he has a 30 second delay. This helps avoid the “boy who cried wolf” effect also known as the “vista security warning” effect of being bothered too many times for a non issue. We also have to say that we like his taste in blog layouts.
Now that the protocol for basic communication with the TI chronos ez430 has been worked out (see previous posts) I needed to work on something useful. So I set out to try and control my wireless light switch with the watch. Sadly the RF receiver supplied with the chronos does not use a protocol which is likely to ever be compatible with the arduino so this example requires a computer.
The Cheap Vegetable Gardner wanted more automation than their previous PS2 controller based grow system. This time they set out to design a full featured, compact grow controller that can measure temperature and humidity as well as control a heat lamp, fan, and water pump. An Arduino provides USB connectivity and interfaces the solid state relays and sensors. The assembled project all fits in a box but we are left wondering how much heat the four SSRs generate and will it be a problem?
The 1-Wire HVAC monitoring system is for residential Geothermal HVAC systems. This project utilizes the so called 1-wire temperature sensor. A single board computer handles the brunt of the work including web accessible trend data. With access to the underling temperatures, the over all system performance may be gauged. Earlier this year we covered a HVAC web enabled monitor that adds an element of control. As the industry adopts modern control architectures, we hope to see more HVAC hacks around.
AlertMe - the innovative UK based smart home security system based on Zigbee technology - is taking another step forward with the details of v2.0 of their software. Read on for the summary and link to the demo system.
Our next release is on its way, and will be jam-packed full of exciting new features, including functionality to enable you to use the new SmartPlugs.
[Josh] sent in a home automation project he did a little while ago. It has a total of eight switched outlets. The main focus of the project was WAP access for remote control from any cellphone. The control box is based on a design by [Ashley Roll] for controlling eight servos using a PIC microcontroller. A listener app written in Java monitors the control web page and sends signals to the board via serial port. He used opto-isolated 240V solid state relays for each of the outlets. All the pieces are available on the site and he might even do a custom control board design if there is enough interest.
We’ve looked at what you can do with home automation and what sort of methods exist for installing automated functionality, and now it’s time to take a look at some of the popular software applications out there for controlling your home automation system.
I haven’t included any software that ships with various systems in this list; you’ll find out about those when you’re looking at individual systems and deciding on one. What’s listed here are some well-respected and popular choices that enthusiasts around the world are using.
For the last few years, we’ve witnessed a great expansion of remote control devices in our day-to-day life. Five years ago, infrared (IR) remotes for the television were the only such devices in our homes. Now I quickly run out of fingers as I count the devices and appliances I can control remotely in my house. This number will only increase as more devices are controlled or monitored from a distance.
To interact with all these remotely controlled devices, we’ll need to put them under a single standardized control interface that can interconnect into a network, specifically a HAN or home-area network. One of the most promising HAN protocols is ZigBee, a software layer based on the IEEE 802.15.4 standard. This article will introduce you to ZigBee—how it works and how it may be more appropriate than simply accumulating more remotes.
Why so many remotes? Right now, the more remotely controlled devices we install in our homes, the more remotes we accumulate. Devices such as TVs, garage door openers, and light and fan controls predominantly support one-way, point-to-point control. They’re not interchangeable and they don’t support more than one device. Because most remotely controlled devices are proprietary and not standardized among manufacturers, even those remotes used for the same function (like turning on and off lights) are not interchangeable with similar remotes from different manufacturers. In other words, you’ll have as many separate remote control units as you have devices to control.
Some modern IR remotes enable you to control multiple devices by “learning” transmitting codes. But because the range for IR control is limited by line of sight, they’re used predominantly for home entertainment control.
A HAN can solve both problems because it doesn’t need line-of-sight communication and because a single remote (or other type of control unit) can command many devices.
It’s every nerd’s fantasy — a “smart house” that knows when you left the lights on and turns them off, adjusts the heat and A/C according to the outside temperature, closes the blinds in the afternoon sun and reminds you to get milk at the store.
It may sound like something out of a 1980s sci-fi movie, but it’s not as far-fetched as you think. In fact, home automation is a burgeoning market with all sorts of toys available.
For most part, it’s a playground limited to a few lucky dot-com millionaires. If you happen to have sold YouTube for a billion dollars, just find a contractor who specializes in this stuff and pretty soon an automated voice will announce when the milk is low.
Fortunately, the rest of us aren’t completely left out of the home automation fun. But this stuff gets pretty geeky pretty fast, and it definitely helps to have some background knowledge about electronics and networking before diving in.
It’s every nerd’s fantasy — a “smart house” that knows when you left the lights on and turns them off, adjusts the heat and A/C according to the outside temperature, closes the blinds in the afternoon sun and reminds you to get milk at the store.