Apa engineering
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This document outlines hardware expenses totaling 22 lakhs and lists systems, software, UPS, Polycom, laptops, cabling, switches, surveillance cameras, and firewall. It also plans for next year to include lease lines, servers, software, and antivirus.
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RDL//Vibe remote vibration monitoring system
The RDL//Vibe is a self-powered, remote shock monitoring system that connects to two tri-axial vibration sensors. It captures vibrations that exceed predefined levels and sends alarm notifications via email or SMS. All event data is securely stored and accessible online. The system operates on batteries and has onboard GSM for automatic uploading of data to the secure web portal. It provides continuous monitoring with configurable sampling rates and notifications of events.
Xentrack Receptor (XT-101)
The XENTRACK XT-101 is a tracking receptor device that can track medical devices, humans, and other items attached to an XENTAG. It functions as a receiver using a 2.4 GHz frequency with a range of 5-30 meters. The device has WiFi connectivity, a 0.96" OLED display (on D models), runs on 5V DC power, and has dimensions of 97 x 97 x 18mm.
An IDS for Secure Visible Light Communication on Android Devices
This poster concisely presents my research during my time at Florida International University. Experiments showed that data could be transferred to Android devices via sensor inputs, allowing the light sensor to be abused by environment light modulation and malware to be triggered or possibly transferred and data such as location information to be detected. With the development of an Android ROM to monitor this abuse, the sensory channel can be secured.
Wi fiscope
The document discusses the WiFiScope, a remote measuring device that allows for galvanic isolated measurements over large distances without a physical connection to a PC. It can perform USB measurements for stand-alone applications at speeds up to 200 MSa/s. The WiFiScope connects easily to WiFi networks and supports auto discovery without needing IP addresses. It offers wireless measurements using built-in battery power and supports mobile measurements, network/internet measurements, and continuous live streaming over various connections. Its software provides multi-channel oscilloscope, spectrum analyzer, data logger, and other functionality through over 700 quick setups.
Tech sem on zig 1
ZigBee is a wireless technology designed for low-power, short-range communication in personal area networks. It operates on various frequency bands and defines communication protocols for sensor and control networks. The document discusses ZigBee's architecture, protocols, topologies, algorithms and applications in monitoring and control. It compares ZigBee to other wireless standards like Bluetooth and outlines its advantages like low power usage, large network capacity and ease of deployment.
Wsn Bt
Wireless sensor networks (WSN) can be used in precision agriculture to monitor various parameters like temperature, humidity, and soil conditions. The network is made up of small sensor nodes called motes that self-organize to communicate sensory data to a gateway. This allows farmers to selectively harvest crops, monitor crop health over time, and view sensor measurements on a web application for historical analysis and geostatistical modeling. However, the technology faces limitations due to the small size and limited resources of the sensor nodes.
569
The document describes the Wisenet wireless sensor network project. The project aims to use wireless sensor nodes to monitor environmental factors like temperature and humidity in office buildings. The network uses off-the-shelf components like TinyOS, MySQL database, and PHP web interface. The network architecture includes wireless sensor nodes that form self-organizing networks, a server to collect sensor data and power the web interface, and a standard web browser for users to access reports. The system is currently a prototype but aims to expand the network and further develop the software and applications.
SECURITY SYSTEM
This document presents a GSM based security system project. It includes a fire alarm system that uses a temperature sensor and microcontroller to detect high temperatures and alert authorities via text message. It also has a door security system that uses a keypad and password check to unlock a door or alert authorities if an incorrect password is entered three times. The project aims to provide home security and notify owners of issues even when away from home. It discusses the components, working, applications and potential for future enhancements to develop a fully automated home security system.
Recommended
RDL//Vibe remote vibration monitoring system
The RDL//Vibe is a self-powered, remote shock monitoring system that connects to two tri-axial vibration sensors. It captures vibrations that exceed predefined levels and sends alarm notifications via email or SMS. All event data is securely stored and accessible online. The system operates on batteries and has onboard GSM for automatic uploading of data to the secure web portal. It provides continuous monitoring with configurable sampling rates and notifications of events.
Xentrack Receptor (XT-101)
The XENTRACK XT-101 is a tracking receptor device that can track medical devices, humans, and other items attached to an XENTAG. It functions as a receiver using a 2.4 GHz frequency with a range of 5-30 meters. The device has WiFi connectivity, a 0.96" OLED display (on D models), runs on 5V DC power, and has dimensions of 97 x 97 x 18mm.
An IDS for Secure Visible Light Communication on Android Devices
This poster concisely presents my research during my time at Florida International University. Experiments showed that data could be transferred to Android devices via sensor inputs, allowing the light sensor to be abused by environment light modulation and malware to be triggered or possibly transferred and data such as location information to be detected. With the development of an Android ROM to monitor this abuse, the sensory channel can be secured.
Wi fiscope
The document discusses the WiFiScope, a remote measuring device that allows for galvanic isolated measurements over large distances without a physical connection to a PC. It can perform USB measurements for stand-alone applications at speeds up to 200 MSa/s. The WiFiScope connects easily to WiFi networks and supports auto discovery without needing IP addresses. It offers wireless measurements using built-in battery power and supports mobile measurements, network/internet measurements, and continuous live streaming over various connections. Its software provides multi-channel oscilloscope, spectrum analyzer, data logger, and other functionality through over 700 quick setups.
Tech sem on zig 1
ZigBee is a wireless technology designed for low-power, short-range communication in personal area networks. It operates on various frequency bands and defines communication protocols for sensor and control networks. The document discusses ZigBee's architecture, protocols, topologies, algorithms and applications in monitoring and control. It compares ZigBee to other wireless standards like Bluetooth and outlines its advantages like low power usage, large network capacity and ease of deployment.
Wsn Bt
Wireless sensor networks (WSN) can be used in precision agriculture to monitor various parameters like temperature, humidity, and soil conditions. The network is made up of small sensor nodes called motes that self-organize to communicate sensory data to a gateway. This allows farmers to selectively harvest crops, monitor crop health over time, and view sensor measurements on a web application for historical analysis and geostatistical modeling. However, the technology faces limitations due to the small size and limited resources of the sensor nodes.
569
The document describes the Wisenet wireless sensor network project. The project aims to use wireless sensor nodes to monitor environmental factors like temperature and humidity in office buildings. The network uses off-the-shelf components like TinyOS, MySQL database, and PHP web interface. The network architecture includes wireless sensor nodes that form self-organizing networks, a server to collect sensor data and power the web interface, and a standard web browser for users to access reports. The system is currently a prototype but aims to expand the network and further develop the software and applications.
SECURITY SYSTEM
This document presents a GSM based security system project. It includes a fire alarm system that uses a temperature sensor and microcontroller to detect high temperatures and alert authorities via text message. It also has a door security system that uses a keypad and password check to unlock a door or alert authorities if an incorrect password is entered three times. The project aims to provide home security and notify owners of issues even when away from home. It discusses the components, working, applications and potential for future enhancements to develop a fully automated home security system.
Kismet
This ppt contain the information about KISMET which is one of the network analyzer in mobile communication. I have searched this and made it with great hard work so take advantage. And comment on this. This much information is not fully available on the net. So enjoyyy.
[GITSN] wireless data security system
Wireless data hacking, a form of hacking that can remotely gain control of a server via RF by planting spy chips or unauthorized devices directly to the server.
WDSS is able to detect and defend against all RF attacks in real-time scans the entire frequency every second for anomalies.
Border security-using-wireless-integrated-network-sensors-1
This document discusses wireless integrated network sensors (WINS) for border security. WINS were developed in the 1990s by DARPA to allow distributed sensor networks to operate using very low power. The key points are:
1. WINS nodes can detect intrusions using very little power (microwatts), making them cheaper than conventional radar systems.
2. A typical WINS network architecture involves distributed sensor nodes that detect events, process signals locally, communicate with each other, and transmit alerts.
3. WINS applications include environmental monitoring, infrastructure monitoring, and border security due to their low-cost, distributed nature.
Secure sigfox ready devices recommendation guide
In the Sigfox ecosystem, the design and manufacturing of
Sigfox Ready devices and Sigfox Verified sub-systems is under
the responsibility of third parties. These third parties could be
OEMs, ODMs, Silicon vendors, module vendors or customers.
This responsibility includes design and implementation of
sufficient security measures to protect customer applications,
network access credentials and data conveyed on the
network. Therefore, the question arises of what measures
should be mandatory and whether certification or verification
of the device security should be required.
This document studies the risks related to insufficient security
in Sigfox Ready devices in order to raise awareness on this
issue within Sigfox and throughout the Sigfox ecosystem. It is
also a guide to decide what measures could be required in the
design, implementation and manufacturing of Sigfox Ready
devices.
A Border security Using Wireless Integrated Network Sensors (WINS)
Wireless Integrated Network Sensors (WINS) now provide a new monitoring and control capability for monitoring the borders of the country. Using this concept we can easily identify a stranger or some terrorists entering the border. The border area is divided into number of nodes. Each node is in contact with each other and with the main node. The noise produced by the foot-steps of the stranger are collected using the sensor. This sensed signal is then converted into power spectral density and the compared with reference value of our convenience. Accordingly the compared value is processed using a microprocessor, which sends appropriate signals to the main node. Thus the stranger is identified at the main node. A series of interface, signal processing, and communication systems have been implemented in micro power CMOS circuits. A micro power spectrum analyzer has been developed to enable low power operation of the entire WINS system.
RackGuardian from AlphaGuardian Networks
Secure Rack Monitoring, Secure Rack Management System. Rack power monitoring, rack heat monitoring, rack environmental monitoring, rack leak detection monitoring, rack cybersecurity, rack physical security, analytic rack monitoring, mobile rack monitoring, SB-327 compliant monitoring
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The document describes a density based traffic control system that uses IR sensors to measure vehicle density on different sides of an intersection. A microcontroller is interfaced with the sensors and controls the traffic lights based on the detected densities, giving higher priority to sides with higher vehicle density. This allows traffic to clear more efficiently without unnecessary delays even if one side has no traffic.
border-security-using-wins
this is PPT on border security using wireless integrated network sensors(WINS).
if u want this PPT contact me.
akasharma37@gmail.com
Target detection and classification using seismic and pir sensors
The document describes a proposed target detection and classification system using seismic and PIR sensors. The system uses PIR sensors to detect moving objects and seismic sensors to classify the targets as human, animal, or vehicle. A PIC16F877A microcontroller monitors and controls the sensors. It sends status messages about detected targets to a monitoring section via GSM. The proposed system aims to improve efficiency over existing UGS systems which have high false alarm rates and power consumption issues.
Motion based security alarm
This document describes a proposed security alarming system based on detecting moving objects in video streams. The system works by taking snapshots of images, converting them to gray scale, performing edge detection using Canny detection, comparing the edges to detect differences from default images, and alerting an administrator if suspicious activity is detected. It provides advantages like being helpful for crime scenes, not requiring manual monitoring, keeping track of video data, reducing storage needs, and providing a robust alarming system with low bandwidth requirements.
Hacker tool talk: kismet
How to:
- Setup a simple wireless hacker lab
- Install the Kismet wireless network analysis tool
- Use Kismet
Wireless Spreading of WiFi APs Infections Using WPS Flaws
The document discusses security flaws in WiFi access points (APs) that could allow infections to spread wirelessly. The researchers conducted a measurement study in Boston neighborhoods to map networks of APs vulnerable to attacks exploiting WPS flaws. Their analyses found that infections could spread to compromise over 30% of susceptible APs within several months, depending on the connectivity radius. The document calls for more secure authentication, easier AP management, and incentives for vendors to support patching.
Wardriving & Kismet Introduction
Kismet is an open source wireless network analyzer used for wireless reconnaissance and wardriving. It passively monitors wireless traffic and extracts information on access points and clients including BSSID, encryption status, channel, manufacturer, and GPS location. Kismet logs data in various formats like text, CSV, XML and pcap files which can be analyzed using tools like Excel or imported into mapping software to visualize wireless network activity geographically. System administrators can use Kismet to troubleshoot wireless network performance issues while security analysts use it to evaluate network security and detect potential threats.
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Kismet
This ppt contain the information about KISMET which is one of the network analyzer in mobile communication. I have searched this and made it with great hard work so take advantage. And comment on this. This much information is not fully available on the net. So enjoyyy.
[GITSN] wireless data security system
Wireless data hacking, a form of hacking that can remotely gain control of a server via RF by planting spy chips or unauthorized devices directly to the server.
WDSS is able to detect and defend against all RF attacks in real-time scans the entire frequency every second for anomalies.
Border security-using-wireless-integrated-network-sensors-1
This document discusses wireless integrated network sensors (WINS) for border security. WINS were developed in the 1990s by DARPA to allow distributed sensor networks to operate using very low power. The key points are:
1. WINS nodes can detect intrusions using very little power (microwatts), making them cheaper than conventional radar systems.
2. A typical WINS network architecture involves distributed sensor nodes that detect events, process signals locally, communicate with each other, and transmit alerts.
3. WINS applications include environmental monitoring, infrastructure monitoring, and border security due to their low-cost, distributed nature.
Secure sigfox ready devices recommendation guide
In the Sigfox ecosystem, the design and manufacturing of
Sigfox Ready devices and Sigfox Verified sub-systems is under
the responsibility of third parties. These third parties could be
OEMs, ODMs, Silicon vendors, module vendors or customers.
This responsibility includes design and implementation of
sufficient security measures to protect customer applications,
network access credentials and data conveyed on the
network. Therefore, the question arises of what measures
should be mandatory and whether certification or verification
of the device security should be required.
This document studies the risks related to insufficient security
in Sigfox Ready devices in order to raise awareness on this
issue within Sigfox and throughout the Sigfox ecosystem. It is
also a guide to decide what measures could be required in the
design, implementation and manufacturing of Sigfox Ready
devices.
A Border security Using Wireless Integrated Network Sensors (WINS)
Wireless Integrated Network Sensors (WINS) now provide a new monitoring and control capability for monitoring the borders of the country. Using this concept we can easily identify a stranger or some terrorists entering the border. The border area is divided into number of nodes. Each node is in contact with each other and with the main node. The noise produced by the foot-steps of the stranger are collected using the sensor. This sensed signal is then converted into power spectral density and the compared with reference value of our convenience. Accordingly the compared value is processed using a microprocessor, which sends appropriate signals to the main node. Thus the stranger is identified at the main node. A series of interface, signal processing, and communication systems have been implemented in micro power CMOS circuits. A micro power spectrum analyzer has been developed to enable low power operation of the entire WINS system.
RackGuardian from AlphaGuardian Networks
Secure Rack Monitoring, Secure Rack Management System. Rack power monitoring, rack heat monitoring, rack environmental monitoring, rack leak detection monitoring, rack cybersecurity, rack physical security, analytic rack monitoring, mobile rack monitoring, SB-327 compliant monitoring
1
The document describes a density based traffic control system that uses IR sensors to measure vehicle density on different sides of an intersection. A microcontroller is interfaced with the sensors and controls the traffic lights based on the detected densities, giving higher priority to sides with higher vehicle density. This allows traffic to clear more efficiently without unnecessary delays even if one side has no traffic.
border-security-using-wins
this is PPT on border security using wireless integrated network sensors(WINS).
if u want this PPT contact me.
akasharma37@gmail.com
Target detection and classification using seismic and pir sensors
The document describes a proposed target detection and classification system using seismic and PIR sensors. The system uses PIR sensors to detect moving objects and seismic sensors to classify the targets as human, animal, or vehicle. A PIC16F877A microcontroller monitors and controls the sensors. It sends status messages about detected targets to a monitoring section via GSM. The proposed system aims to improve efficiency over existing UGS systems which have high false alarm rates and power consumption issues.
Motion based security alarm
This document describes a proposed security alarming system based on detecting moving objects in video streams. The system works by taking snapshots of images, converting them to gray scale, performing edge detection using Canny detection, comparing the edges to detect differences from default images, and alerting an administrator if suspicious activity is detected. It provides advantages like being helpful for crime scenes, not requiring manual monitoring, keeping track of video data, reducing storage needs, and providing a robust alarming system with low bandwidth requirements.
Hacker tool talk: kismet
How to:
- Setup a simple wireless hacker lab
- Install the Kismet wireless network analysis tool
- Use Kismet
Wireless Spreading of WiFi APs Infections Using WPS Flaws
The document discusses security flaws in WiFi access points (APs) that could allow infections to spread wirelessly. The researchers conducted a measurement study in Boston neighborhoods to map networks of APs vulnerable to attacks exploiting WPS flaws. Their analyses found that infections could spread to compromise over 30% of susceptible APs within several months, depending on the connectivity radius. The document calls for more secure authentication, easier AP management, and incentives for vendors to support patching.
Wardriving & Kismet Introduction
Kismet is an open source wireless network analyzer used for wireless reconnaissance and wardriving. It passively monitors wireless traffic and extracts information on access points and clients including BSSID, encryption status, channel, manufacturer, and GPS location. Kismet logs data in various formats like text, CSV, XML and pcap files which can be analyzed using tools like Excel or imported into mapping software to visualize wireless network activity geographically. System administrators can use Kismet to troubleshoot wireless network performance issues while security analysts use it to evaluate network security and detect potential threats.
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Border security-using-wireless-integrated-network-sensors-1
Border security-using-wireless-integrated-network-sensors-1
A Border security Using Wireless Integrated Network Sensors (WINS)
A Border security Using Wireless Integrated Network Sensors (WINS)
Target detection and classification using seismic and pir sensors
Target detection and classification using seismic and pir sensors
Wireless Spreading of WiFi APs Infections Using WPS Flaws
Wireless Spreading of WiFi APs Infections Using WPS Flaws
Apa engineering
- 1. Hardware Expanses:22 Lakhs 1. Systems: 2. Software's 3. UPS 4. Polycom 5. Laptop 6. Cabling 7. Switches 8. Surveillance camera’s 9. Firewall
- 2. • Plan for Next Year: • Lease lines • Servers • Software's • Antivirus