Listen to almost anything that's happening just above the range of human hearing!
What will it hear?
• Very high frequency chirps and whistles
What will it ignore?
• Normal conversation
• Most ambient noise
Just position your device's microphone within a couple feet of a suspected leak, press Listen, then watch the red/green indicator, and listen for the tell-tale hiss. Small leaks may require close proximity. Larger leaks can be detected farther away. Use of headphones that do not have a built-in microphone is highly recommended.
The water in the cup moves with the movement of smartphones, by using the accelerometer.
If water spills are counted that amount.
For example, use this app while you are driving.
If you will be not spill the water, can operate car very smooth.
However, in this case, please be careful enough not to inattentive driving.
Consider the difference between the user's senses, acceleration sensor devices, a car, so you can adjust the sensitivity of the accelerometer.
Author created this app like the japanese car comic "Initial D".
Practice the same way that the leading character and try to improve driving skills.
Author are not responsible for loss or damage that may result from use of this application.
【How to use】
MENU button ⇒ reset (※Maximum acceleration is also reset.)
MENU button ⇒ setting ⇒ Adjust to the sensitivity of the taste, please press the set button.
In principle AIMSICD identifies the differences between standard operations of legit cell networks and the behavior of fake base stations, this is accomplished by:
checking the identity of the base station the device is connected to. This is basically the main failure when the GSM standard was developed, more than 20 years ago, because there is no function or component that ensures a connection with an identified base station; the only viable fallback is checking the parameters received by the base station against databases from the Internet. These databases were collected by open source projects (e.g. OpenCellID) and can be used free of charge.
finding unusual behaviour of the current base station. This can be achieved by analysing statistic calculations; a suddenly rising signal strength to an unusual level can be caused by an IMSI-Catcher, therefore we need measurements under certain conditions over a longer period of time. Although there is another way to spot unusual behaviour by monitoring the current connection protocol, this is actually not supported by the network or by the cell phone yet.
Basic requirements and recommendations to ensure a better AIMSICD experience:
• Stock AOS (many ROMs lack or have modified system locations the software depends on)
• ROOT (the software should work without it, but for Alpha-testing root is advised)
• Detect IMSI based device location tracking
• Detect and prevent the use of false BTS towers used for illegal interception
• Detect and prevent the use of broken ciphering algorithms (A5/1) during calls
• Detect and prevent remote hidden application installation
• Detect and prevent remote hidden SMS-based SIM attacks
• Provide counter measures against tracking
• Prevent leakage of sensitive GPS data
• Provide swarm-wise-decision-based cellular service interruption
• Provide secure wifi/wimax alternative data routes through MESH-like networking
• Aims to be recommended and added to the Guardian Project's list of secure Apps
• Aims to be recommended by the SSD Project of the Electronic Frontier Foundation
• Aims to be recommended by Privacy International (and like-minded organizations)
This software does NOT:
• Provide full device encryption
• Provide secure data transmission (VPN, Tor)
• Provide secure phone calls (we recommend: RedPhone)
• Provide secure SMS (we recommend: TextSecure)
• Provide secure application sand-boxing
• Provide application permission control (we recommend: XPrivacy)
• Provide firewalls (we recommend: AFWall+)
• Prevent already installed rogue applications from full access and spying
• Provide ROOT and remove bloatware (we recommend: search XDA)
This project is licensed under GPL v3+ (https://github.com/SecUpwN/Android-IMSI-Catcher-Detector/blob/master/LICENSE).
※ You should be available to you at Bluetooth4.0 Low Energy models equipped with Android OS 4.3 or later , but it was test in 4.4.2 .
< How to use >
· start the app
· Beacon list of the vicinity will be displayed .
· Tap the beacon you want to find .
- It becomes a mode in which you find a beacon, screen switches .
Beep will sound intermittently . Better sound high because strong radio waves , please move toward the sound becomes higher .
· In addition , please refer to the screen , it will display away or approaching , a distance of approximately .
And consumption of the battery is so intense application , please close the back button in the app when you are finished looking for.
< Disclaimer >
For loss or damage that are caused by defects and it was detected with respect to the present application , I can not take any responsibility on our side . It assumes no liability for any loss arising directly or indirectly by using this app .
All you have to do is, enter the diameter of water pipe, the pressure and the estimated size of the fracture and the app automatically calculates an estimation of water loss.
Designed by MRWA, Missouri Rural Water Association
mWater provides beautiful mobile surveys with all of the most common question types used by your team. Soon you will be able to use our survey editor to make your own surveys.
A Step Into The Future...
A one of a kind In-College Application surpassing the android capability with good memory manipulation and management using complex custom algorithms taking into consideration the space and time complexity to bring you an app that tries to achieve the best in all areas.
This app's main goal is to be the ultimate guide to a student wanting accurate guidance while on campus and off campus using it's uniquely built GPS Navigation system.
This application has the capability to escort a student from anywhere in NY to the front door of their classroom location or building with just less than 3 clicks.
This application has the ability to use a special offline GPS mode not requiring GPS to be turned on, which is impossible to achieve without the custom backend built gps routes.
This application has the capability to display upcoming events and each event is clickable. When selected, a page with the event information is displayed, but that is not the interesting part. The interesting part is that when the event is on campus, a button magically appears "Take me to this event" which of course you guessed right- will escort it's user to the event location from anywhere in NY.
This application has the capability to carry out a proximity chat system entirely based on the school's buildings. The are about 70 chatrooms, a user is initially put into a chat room based on current location, however that user can add or remove other chatrooms. When Chat Rooms are added or removed, the messages you see are updated so that you only post or receive messages from the chat rooms you have added. You need a Stjohns email to use this feature, which also means you will talk to St. John's students, faculty or professors, rather than entire strangers.
This application partially implemented the school public webcams. They include the laptop shop and financial aid cams. In the future we plan to implement the webcams for the food courts.
This application has the capability to search for any faculty or professor, giving out very detailed information including ratings.
This application has perks as follows: preview of buildings change from a day to a night picture depending on the current time, some locations auto type extra information(i.e shuttle bus location will also show the times of departure), choosing destination as a class will also tell you what floor to proceed to upon arrival or if it is a basement, any time you need to go to a location, the 'real' estimated time and distance will always be given. The In-College routes are not just ok routes, they are one of the best and fastest routes obtained from a basic algorithm and knowledge of a Senior at St. John's combined.
As you may have noticed, this is a beta version and all these features are the beta features... Imagine how much more we could add with proper support from the University. Every design, source code, web server resources are owned by 'Creapptive team'.
Please also note that GPS is very hard to handle and errors that were never seen during our 3 weeks testing phase could magically appear based on the device. So there is an offline gps option.
This app preserves your settings.(i.e if your GPS was off before you ran this app, it will be turned back off).
Don't forget to look at the In-app mini-tutorial if you encounter any problem with the real-time In-College gps.
Please allow at least 25mb of space prior to installation.
Finally don't forget to give feedbacks if you want to see this app go further than any school has ever thought of.
App developed by 'Creapptive Team' consisting of Jesse A. and Rumate Razi.
*Might not run on*
-LG Optimus 2X