You can see and speak to visitors using your smartphone or tablet, whether you’re upstairs or across town.
Not everyone rings the doorbell, so the doorbell includes motion sensors to alert you of activity at your home. The sensor can detect movement up to 30 feet away. HD video recording stores all recorded footage to the cloud (it connect to your network via wifi).
I have thought about such a product since long before I ever heard of wifi (or “the cloud”). Back then I envisioned being able to see who it was and decide if I wanted to answer the door or not.
I also like the security feature of having a record of who comes to your door. If someone tries to “case” your house and check to see if you are there by ringing the doorbell, you will have a record of it (and see it in real time, wherever you are).
The doorbell can tie into existing electricity or operate using a battery.
You could rig something that does this yourself for less (it costs $199 now) but this product lets you get something up and running easily. That is actually what I figured I would do when I returned to my own house (I am busy living the nomad life for now).
Roaming charges on cell phones are ludicrously expensive. When I travel I normally just get a local sim card but that does have hassles (you don’t have your normal cell phone number attached to your phone).
You phone must be unlocked for this to work. It works with iOs (iPhone and iPad), Android and other systems and all sim types (micro, nano and mini).
There is an option to get a local number to let people easily call you locally.
When applied to your home SIM card, the KnowRoaming sticker can detect when you are at home or abroad. When abroad, the KnowRoaming Sticker takes over and switches you onto the KnowRoaming network, enabling you to connect to our local partner networks worldwide. After returning home, the KnowRoaming sticker switches you back to your home mobile network and remains dormant.
They take your balance after 15 months of no activity which is unnecessarily hostile to customers. But for the right people it might be worth looking into if this option would benefit you.
I am fairly cheap. I bought a Canon Powershot SX-60 HS camera today (with 64 Gb card, backup battery and comfortable strap) for $550. I think that is the 2nd most expensive thing I bought this year (an iPad mini I think was more expensive). In the last 5 years the only other thing I can remember buying that was more expensive was a MacBook Pro.
The old camera was ok, if you don’t consider how much better things have progressed in the last 5-10 years. But that is a big thing to ignore. I think the Canon SX line is the most awesome camera for people that want something better than a smart phone (by far the biggest issue for me is zoom though it is also better for various things such as low light, taking lots of photos and video without running out of room on your camera…).
The photo shows the LCD screen extended which is actually a nice feature at times (normally I just fold it into the back of the camera).
The Powershot SX 60 has an amazing 65x optical zoom (21mm–1365mm). This is just amazing. Much more expensive cameras can’t come close to competing with this. The Canon SX 60 is DSLR-like but not a DSLR. It looks like one but isn’t. It really straddles the area between DSLR and non-DSLR in my opinion.
Ok this isn’t really a gadget but it is my blog so I get to do what I want PulsePoint is a crowdsourced iOS app that locates nearby help for a cardiac arrest and helps get help to those in need quickly.
[PulsePoint] on his phone warned him that someone nearby needed CPR. Brawner reportedly raced around the gym, trying to find the victim, before heading to the parking lot, where he saw a man sprawled on the pavement. He began giving the man CPR until fire and rescue units showed up.
The man’s survival wasn’t just a blessing for his family, it was a huge victory for the PulsePoint Foundation, a Bay Area nonprofit whose app is making it easier to alert CPR-trained people that someone nearby needs help.
PulsePoint’s free app connects to local 911 call centers and alerts users when there is someone nearby in need of CPR. PulsePoint users get an alert the same time as local emergency responders.
It also shows the location of the closest automated electronic defibrillator (if there is one nearby) as well as a reminder about how to do CPR, just in case the user has an adrenaline-induced brain-freeze.
Very cool. It is great to see us find ways to help improve the health care system.
Very cool device that fits inside the card reader slot of your Mac laptop to add 128 Gb of storage (it sits flush with your MacBook, you can barely even tell it is there).
Simply insert JetDrive Lite into the card reader slot on the side of your MacBook and instantly boost your storage capacity.
You need to select your laptop version so my guess is you can’t use one card for both a MacBook Air and a MacBook Pro (or between some versions of MacBook Pro that have different JetDrive Lite versions).
It is compatible back to late 2010 MacBook Air 13 inch so I am buying one for my old MacBook Air. Buying via Amazon a 128 Gb version is only $80 (at least right now), list price is $120. Currently it is back-ordered for 2-4 weeks.
I would include a way to lookup the production date of your laptop if I were selling these but they didn’t do so (maybe they will be smart and update the page to do so). You can use this Apple page to determine the production date of your MacBook.
Another similar product, PNY StorEDGE 128 Gb is $75 from Amazon ($200 list price – it is a bit older so likely price to places like Amazon has dropped, even if they didn’t lower the list price, since the release).
University of Michigan engineering researchers have developed infrared technology that doesn’t need bulky cooling equipment to work.
“We can make the entire design super-thin,” said Zhaohui Zhong, assistant professor of electrical and computer engineering. “It can be stacked on a contact lens or integrated with a cell phone.”
Infrared light starts at wavelengths just longer than those of visible red light and stretches to wavelengths up to a millimeter long. Infrared vision may be best known for spotting people and animals in the dark and heat leaks in houses, but it can also help doctors monitor blood flow, identify chemicals in the environment and allow art historians to see Paul Gauguin’s sketches under layers of paint.
Unlike the visible spectrum, which conventional cameras capture with a single chip, infrared imaging requires a combination of technologies to see near-, mid- and far-infrared radiation all at once. Still more challenging, the mid-infrared and far-infrared sensors typically need to be at very cold temperatures.
Graphene, a single layer of carbon atoms, could sense the whole infrared spectrum—plus visible and ultraviolet light. But until now, it hasn’t been viable for infrared detection because it can’t capture enough light to generate a detectable electrical signal. With one-atom thickness, it only absorbs about 2.3% of the light that hits it. If the light can’t produce an electrical signal, graphene can’t be used as a sensor.
I am not a big fan of Google Glass or running (basketball is my sport, and I also swim to stay in shape) but this is a pretty cool product combining those two things (you can also use it for biking and skiing): Race Yourself.
You can have your previous runs added into your view using Google Glass. This product is in development.
Sono is a conceptual gadget to turn windows into sound cancelling filters (similar to noise cancelling headphones). A microphone listens to noise coming in and then a speaker sends out sound waves to cancel the noises that have been set to cancel. In this way they are even cooler than noise cancelling headphones as you can tune the filter to let in birds singing and filter out car alarms, etc.
Very cool, I hope this becomes a gadget we can buy (it is only conceptual now). Read more at Dyson design award site.
Noise canceling works not by blocking sound but by using properties of the wave pattern of sound to send sound waves that add to the existing sound waves to effectively eliminate the sound wave – thus we don’t hear anything. This is know as Active noise control or active noise reduction. It isn’t blocking the noise but adding other sound waves that combine with the noise you want to filter to eliminate the sound wave – it actually doesn’t eliminate it, as countering the sound wave exactly is not likely possible, but it results in a very limited sound.
Active noise reduction is best for low frequency sound (due to the nature of waves – low frequency has longer wave lengths). My guess is this will mean this product has difficulty blocking high frequency sound nearly as well as it will do with low frequency sounds.