how to secure web applications with owasp - isaca sep 2009 - for distributionSantosh Satam
油
This document discusses how to secure web applications using OWASP (Open Web Application Security Project). It recommends taking a systemic approach and implementing application security practices throughout the entire software development lifecycle (SDLC), from requirements to deployment. OWASP provides free tools, guides, and projects to help with tasks like threat modeling, code reviews, and vulnerability testing at each stage of the SDLC. Following OWASP best practices can help prevent security issues and ensure applications are secure before they go into production.
how to secure web applications with owasp - isaca sep 2009 - for distributionSantosh Satam
油
This document discusses how to secure web applications using OWASP (Open Web Application Security Project). It recommends taking a systemic approach and implementing application security practices throughout the entire software development lifecycle (SDLC), from requirements to deployment. OWASP provides free tools, guides, and projects to help with tasks like threat modeling, code reviews, and vulnerability testing at each stage of the SDLC. Following OWASP best practices can help prevent security issues and ensure applications are secure before they go into production.
GetSenso is an IoT solutions provider that offers solutions built on the WebNMS IoT platform. WebNMS is an industry-leading IoT framework for building applications with ease. GetSenso provides several ready-to-deploy IoT solutions using WebNMS, including cell tower management, ATM management, datacenter management, smart city solutions, and green energy solutions. It also has capabilities to build custom IoT solutions tailored to specific industry needs such as refinery monitoring, fishery vessel monitoring, remote fire security, and mobile asset tracking.
Car Dynamics with ABS, ESP and GPS Systems - DocumentationMohammad Shaker
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This is my project in my third year of studying in the Faculty of Information Technology Engineering in Damascus, Syria, 2011 with Ismaeel Abo Abdalla, Zaher Wanli and Mhd Noor Alhamwi. The project simulates the physics of the car movement with/without Anti Brake-Lock System (ABS), Electronic Stability Program (ESP) and Global Positioning System (GPS) all in realtime.
This document provides an overview of a lecture on security for the Web of Things. It discusses security building blocks including cryptographic primitives like encryption and signing, cryptographic objects that contain encrypted data and metadata, security tokens that make assessments about system actors, and security protocols for exchanging cryptographic objects. It emphasizes that while these techniques help secure distributed systems like the Web, cryptographic keys must also be carefully managed for security. The document provides background on distributed systems security and the dependencies between different security disciplines.
The document describes the design of an advanced car security system using RFID, GSM, and an Arduino board. The system is intended to prevent car theft by only allowing an authorized RFID card to start the car. If an unauthorized card is used, the system will send a call to the owner's phone using GSM and stop the car once the owner responds. The document outlines the components, design, block diagram, and results of testing the system. It concludes that the system enhances car security while allowing for authorized access.
Android is an open-source software platform built primarily for touchscreen mobile devices like smartphones and tablets. It includes an operating system, middleware, and key applications. The Open Handset Alliance, a consortium of 84 technology companies including Google, hardware manufacturers, and telecommunication companies, was founded in 2007 to develop Android. The Android software development kit includes tools and APIs used to develop applications that can be published through Google Play.
Report of Advance car security system major projectAmi Goswami
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The Arduino Mega 2560 is a microcontroller board based on the ATmega2560. It has 54 digital input/output pins, 16 analog inputs, 4 UARTs, a 16 MHz crystal oscillator, a USB connection, a power jack, an ICSP header, and a reset button. It contains everything needed to support the microcontroller. It can be powered via the USB port or an external power supply. It has 256KB of flash memory for storing code, 8KB of SRAM, and 4KB of EEPROM. The board operates at 5V and each I/O pin can provide or receive 20mA of current. It supports SPI, TWI, PWM, analog input, and serial communication.
The document describes mobile GPS tracking. It discusses the requirements for a GPS tracking system including functional requirements like user creation, track creation, sending GPS coordinates to a server, and following tracks in real-time. It also covers non-functional requirements, software requirements including the application server, database, and mobile application. The design section describes the architecture, components, and modules of the system including entity beans, JSPs, servlets, and the mobile application. It also discusses communication between modules and provides use case diagrams. The integration and testing section describes the testing methodology and provides examples of unit test cases.
The document describes an advanced vehicle security system that uses fingerprint identification technology. It scans the driver's fingerprint and only allows the vehicle to start if there is a match with an enrolled fingerprint. This prevents theft even if someone has access to the vehicle keys. The system can also send text messages to the owner's phone with the vehicle's status or if any impacts are detected while it is parked. It aims to implement a fingerprint recognition algorithm to extract features like minutiae from fingerprint images and perform matching.
Vehicle tracking system using gps and google mapsanchit bhargava
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This project describe how vehicle can be tracked through help of GPS (Global Positioning System) and then using Google Map we can easily put coordinates on the map to find exact locations. with that a software which monitoring every routine of vehicle.