GE 5-Pack 13-Watt CFL Bulbs GE 5-Pack 13-Watt CFL Bulbs This is a 13 watt medium base CFL spiral 5 pack equivalent to 60 watts. These bulbs are soft white in color and have a rated life of 8,000 hours. The overall length is 4.7 inches. SW Bulb CFL 4PK 23W T2 Westpointe, 4 Pack, 23W, 120V, T2e, Soft White, Ultra Mini, New Generation Compact Fluorescent Bulb, Equivalent To 100W Incandescent, Medium Base, 4.65" Length, 1600 Lumens, 2700K Kelvin Temperature, 12,000 Hours, CRI = 82, RoHS Compliant, Low Mercury 1.5 HG Or Less, Energy Star Rated, Box. SW Bulb CFL WP 4PK 18W T2 Westpointe, 4 Pack, 18W, 120V, T2e, Soft White, Ultra Mini, New Generation Compact Fluorescent Bulb, Equivalent To 75W Incandescent, Medium Base, 4.33" Length, 1280 Lumens, 2700K Kelvin Temperature, 12,000 Hours, CRI = 82, RoHS Compliant, Low Mercury 1.5 HG Or Less, Energy Star Rated, Box. WHT Bulb CFL 4PK 23W T2 Westpointe, 4 Pack, 23W, 120V, T2e, Daylight, Ultra Mini, New Generation Compact Fluorescent Bulb, Equivalent To 100W Incandescent, Medium Base, 4.65" Length, 1600 Lumens, 6500K Kelvin Temperature, 12,000 Hours, CRI = 82, RoHS Compliant, Low Mercury 1.5 HG Or Less, Energy Star Rated, Box.

Receive specials, online only deals, Grange Co-op sale notifications and more right to your inbox. Stay Connected With Grange Co-opFeel free to use these meshes in your mods, just give me a shout-out and a link back to here.  I want Fallout 4 to just work! Show All ItemsIn this instructable I am going to show you how to open a standard incandescent light bulb that can be used for many awesome projects.It all started when I was looking at peoples projects made with opened light bulbs and the step on how to do open them was never well explained so I decided to make an instructable that only focus on that.This instructable is to help you learn how to open a light bulb to use in your projects and if you ever make an instructables about it, all you'll have to do is post a link to this instructable and if possible, give me some credits in the step. I am NOT responsible for any accidents or damage caused by this project! This project involve breaking glass that can cause glass particles to jump around and work with sharp glass!

Never attempt to open or break a Mercury-Filled light bulb like a CFL (Compact Fluorescent Light) As mercury is highly toxic and is not something you want to mess with.Use common sense and be smart about it and everything should go well. :PLet's start recycling old light bulbs! :)Step 1: Tools and MaterialsShow All ItemsHere's the things you'll need.Small precision flat crew driver Nose pliers Needle nose pliers Small square screw driver Pair of protective gloves Safety goggles box to keep your workspace from being full of broken glass particles Salt or sand Funnel « PreviousNext »View All Steps DownloadPatio Furniture Stores Irvine CaThe popular wireless mesh networking protocol used in many connected home devices including the Philips Hue light bulbs has been shown to be vulnerable to intrusion. Best Flooring For Playroom

Researchers from Cognosec, presented a paper at the Black Hat security conference showing that the way the ZigBee wireless protocol authenticates devices in its mesh network leaves it open to attack, despite the protocol’s use of high quality security. To be clear, this is not a weakness in ZigBee or the Hue light bulbs, but a weakness in the way that ZigBee is commonly implemented that can be exploited. Best Spray On Chrome Wheel CleanerThe main area of vulnerability is around how the ZigBee protocol handles the keys it uses to authenticate the devices it adds to its mesh network. There are a few ways people can take advantage of it, but most boil down to not adding costs to the end product or not inconveniencing the end user or the manufacturer. For example, the primary issue is that if manufactures of ZigBee devices use the default settings to exchange secure keys among other devices in the ZigBee network, it introduces a weakness.

It’s the equivalent of manufacturers using “password” as their password for exchanging these keys. Another manufacturing problem is using low-end radios that aren’t tamper proof for the “dumb” devices in the network such as sensors. If someone steals one of these nodes they can mess with the radio and then steal the keys to get onto your ZigBee network. One way to avoid this is to put a high-end radio on the device that shuts down if it detects that it is being tampered with. Other weaknesses Cognosec noticed included a tendency for manufacturers to reply on the same key authentication for devices once they are on the network, which is actually a huge kindness to users since retyping in a key on a device or re-authenticating on a network would be a huge pain post-installation of a new connected light bulb or door lock. Believe me, once you put these types of things in your home, you don’t want them asking you for more interactions. And that’s one huge challenge of securing the internet of things.

The end user is not interested or necessarily capable of handling the demands that connected devices will require in the form of security. So while it’s nice to tell people to change their password and keep devices updated, many will not. And that gets into the second problem with securing the internet of things—most manufacturers still aren’t willing to take responsibility for security. Many of the new connected products are designed by startups, some of which are taking steps such as hiring security firms to test their products, or thinking about security from the initial design. However, others are ignoring even common sense measures such as not storing everyone’s passwords in the same database behind a single password or trusting the physical security of a home security hub to the contract manufacturing firm that is making it. Slowly, the larger companies supplying those startups such as the chip firms and wireless radio standard consortia are trying to help make security better by creating products and standardized tools that startups can use easily to make their products more secure.

But not everyone is ready to talk about the role of the larger companies yet. I asked Mike McNamara, the CEO of Flextronics, the company that helps make many of these connected devices from the FitBits to the Wink home hub (which has had several security SNAFUs) about the role bigger firms such as his had to play in helping the connected device industry become more secure at our Brainstorm Tech event in July. He dodged the question utterly. That’s a shame, because he’s in a unique role to influence security and even enforce standards that could really push connected devices forward. The industry needs to start working on ways to connect these devices securely and easily. And when things go wrong, as they often do, it needs to be able to alert users that their security has been compromised quickly and document what happened. Even today companies have a hard time with this, often noticing that something has happened in their networks, but they are unable to tell which users were affected or what hackers have done.