The WiFi Coconut is a portable router for general TCP/IP-based wireless networking. Its a lot like the WiFi Pineapple from Hak5.
Name, Version, Author, Description, Type. DWall, 1.3, sebkinne, Display's HTTP URLs, Cookies, POST DATA, and images from browsing clients. Find the default login, username, password, and ip address for your Hak5 WiFI Pineapple router. You will need to know then when you get a new router, or when you reset your router.
Ever since I heard of the Pineapple, I was intrigued by it, a small configurable dual interface WiFi thing, although the price was too high to justify buying it for the small amount of its capabilities I would actually use. Then I saw the WiFi Pineapple update on Hackaday, and was inspired to build my own version that would better suit my needs, and thus was born the WiFi Coconut. Improvements (for my needs) include a directional antenna for amplifying signals, a tripod screw to help aiming the antenna, batteries that outlast anything you might connect to it, and an Ethernet port for connecting securely to whatever you're doing. Here are all the technical details:The TL-MR3020 router is an English version of the TL-WL702N router. It has an on board USB port, an Ethernet port, and a micro USB port for power. It uses 0.5W on average, giving it a 58 hour runtime with the 4.4 Ah of batteries ((4.4 Ah. 6.6 v)/0.5 W = 58 hrs).
The built in antenna is a 1/4 wave F-shaped antenna, printed on the PCB. I am planning on/ have replaced that with an external antenna RP-SMA connector, as shown on the router's OpenWRT Page. In terms of software, OpenWRT is the OS of choice for maximum hackability. If you want a more user-friendly router interface, DD-WRT supports this router as well. For the hacking side of things, I leave that up to the end user, but there is a link to the Pentura Labs page which explains how to load the Pineapple scripts and config files, etc.The batteries are 6.6 v 1100 mAh LiFePO4 (Lithium Iron Phosphate) 2S (2 cells in series) 10C discharge (10x battery capacity) R/C receiver batteries from HobbyKing or Amazon.
LiFePO4 batteries offer advantages over LiPo batteries in that they are more stable, can stay charged for long periods without damage, can hold a charge longer than LiPos, can discharge further below the average cell voltage without damage, and have a flatter discharge curve. They are also, conveniently, closer to the 5v needed for USB power, so you don't have to regulate down as much.The antennas are interchangeable, so this really depends on your use case. My Coconut is going to see a lot of service as a range extender, so I wanted one high-gain directional antenna, and one whatever antenna. For the directional antenna, I'm going with a DIY double quad antenna, using instructions from FRARS, because it can be mounted on the top of my case, for easy transport and protection from getting broken. For the whatever antenna, I'll just use whatever comes with my adapter, probably some terribly off-frequency dipole. Components. 1 ×TL-MR3020 RouterSmall, power efficient, hackable router.
4 ×1100 mAh LiFePO4 BatteryEnergy dense like LiPos, but more stable, and with a flatter discharge curve. 1 ×Some USB WiFi AdapterThey can be had for cheap on Amazon, with or without external antennas. 1 ×LiFePO4 Battery charger/ Wall power switching circutI would specify which one I'm using, but I don't know yet. 1 ×CaseI used a 130x134x56mm (WxLxH) case from Mouser, but anything that can fit your componets will doProject Logs.
at 16:06. First, I'd like to extend the standard apology for not updating the project very often. I'd also like to thank everyone who is following and skulling the project, I'm glad you find this interesting.Now to the actual project:On the hardware side, the router has arrived, in all its tiny glory.
I would put a picture inline, but the button seems to disagree with the computer. I also built a proof of concept circuit for the power system, and the batteries I have power the router through a 7405 well, although I should add a current-limiting resistor.On the software side, I flashed OpenWRT. It works well, although I have no idea how to use it, and there are absolutely no guides that attempt to explain it from the beginning anywhere that I can find. However, I do have both WiFi interfaces working, and a very thorough understanding of the fail-safe function.In the mean time, happy hacking.
at 04:50. I've figured out more about how the power and charging circuits are going to work.
After hours of Googling, I've determined that I don't particularly like any of the charging options. What I would really like is the ability to charge with a micro USB cable, but that obviously won't work unless I break the batteries into eight 1-cell packs and charge them in parallel. This is feasible, but I already ordered the 2-cell packs, so I'm going to build with that for now. I'll draw up schematics for both designs, though. In the 2-cell pack design, there will be a power bus and a charge bus, with all the batteries independently switchable, mostly because that will look cool.
The power bus will also have a micro USB port on it for powering from the wall. The last thing I'll include in the power circuit is a USB port for charging your phone from the internal batteries, with a 2 A current limiting circuit. Maybe I'll make that switchable, because the more the cooler looking, right?. at 02:23. Hi, whats up? I really liked the ideia of your project!
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Since I really don't want to buy the original Pineapple I'm kind of trying to make my own pentesting dropbox and so far it's been so cool. I've got the MR3020 a couple of days ago and I already rocked OpenWRT in it, a TrendNet usb hub with a 4gb SanDisk Fit (512Mb for Swap and the rest for the rootfs) and a WN722 Usb Wifi Adaptor (ath9k based). I've created a custom ssh login banner with a Coconut logo and a custom drink:P and something like 'Boot Modes' with the 3-position switch on the MR3020. If you fell interested in my setup and would like to see the scripts and stuff I made just email at [email protected].
I'm really trying to learn how LuCI works to make a custom Web Interface but LuCI isn't that easy as I expected ^^ Anyways, you got my email if you want to get in touch. Cheers!Are you sure?. Hi, how's the project coming along? Just like to say I'm interested in designing a web GUI for launching modules/ infusions loaded into the MR3020.
Currently, there are no ports for the wifipineapple mark V and thus I'm eager to design a web interface with some help. If possible, I'd like to design a mobile app too (android or IOS) to allow easy control of the different installed modules. Although I'm interested in purchasing a wifipineapple myself, I'd still be interested in working on this project. Do email me at [email protected].
I'm still studying right now but my finals are ending soon. I'm quite new in this and I have no professional degree, but I am willing to learn and acquire a better understanding of pentesting.
Do check out the related links: 1. 2.Are you sure?.
I know the code for the pineapple is on github and I want to make a diy version of the wifi pineapple. I saw a hackaday post where someone turned a TP-Link TL-wr703n mini router into a diy wifi pineapple running by getting it to run open wrt. I know it is possible to run open wrt on a pi but can I turn the pi into a wifi pineapple? I know the router is only $25 on Amazon but I want to make a pineapple clone even cheaper because I already have the materials to make it so I don't have to buy another piece of tech. I was also thinking about running fruity wifi on one of my model B+ and Kali Linux which I already have running on my pi 2. Hi rpiswag,I just replied to your PM.
FruityWifi can be installed in a Raspberry Pi (or any other device/system) based on Debian like Raspbian. Also on Kali linux can be installed using apt-get as FruityWifi is now part of Kali repositories. With FruityWifi you will have what you are looking for (post topic).You can use any wireless card supported by Hostapd (like Atheros chipsets) to get all the functionalities on FruityWifi. If the card is not supported (like Realtek chipsets) you can use the AP mode Airmon-ng but you will lose some functionalities like Karma and/or Mana.For more details please check FruityWifi GitHub issues and wiki.regards. Rpiswag wrote:Thats ok! I was thinking about getting the alpha awus036hna.
Here is a link. Will this wifi adapter work with all of the modules that Fruity Wifi supports?I don't know. I heard you can use any wireless card supported by Hostapd (like Atheros chipsets) to get all the functionalities on FruityWifi.You could buy it and test it yourself, and report your findings to this group, and maybe the FruityWifi group. If no-one else has done it, or written about it then you will be the first and I am sure it will be appreciated (even if it doesn't work that's still good a good data point).Display posts from previous: Sort.
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