Seguros de hogar en España: accidentalidad y no aseguramientoLínea Directa
Este estudio busca realizar una radiografía sobre los siniestros del hogar más habituales en nuestro país, incluyendo su coste, su frecuencia y su distribución geográfica. Así como poner de relieve el problema de las viviendas sin seguro, dibujando un mapa de este problema, tanto a nivel provincial como autonómico.
Durante el 2006 trabajamos arduamente junto a Cristian Caipillán aunando esfuerzos, voluntades, recursos económicos, sueños y metas para crear Palena Emprende en el marco del Programa Chile Emprende del Gobierno de Chile. Esta es la planificación final, que presentamos el año 2007, con la que se aceptó que la 4 comunas de la Provincia de Palena formen un territorio ChileEmprende. Hoy el territorio tiene vuelo propio, se agrupan bajo el nombre de Patagonia Verde (www.patagoniaverde.com), tienen una visión de desarrollo mejorada y trabajan duro por posicionarse como un destino de turismo de intereses especiales.
Seguros de hogar en España: accidentalidad y no aseguramientoLínea Directa
Este estudio busca realizar una radiografía sobre los siniestros del hogar más habituales en nuestro país, incluyendo su coste, su frecuencia y su distribución geográfica. Así como poner de relieve el problema de las viviendas sin seguro, dibujando un mapa de este problema, tanto a nivel provincial como autonómico.
Durante el 2006 trabajamos arduamente junto a Cristian Caipillán aunando esfuerzos, voluntades, recursos económicos, sueños y metas para crear Palena Emprende en el marco del Programa Chile Emprende del Gobierno de Chile. Esta es la planificación final, que presentamos el año 2007, con la que se aceptó que la 4 comunas de la Provincia de Palena formen un territorio ChileEmprende. Hoy el territorio tiene vuelo propio, se agrupan bajo el nombre de Patagonia Verde (www.patagoniaverde.com), tienen una visión de desarrollo mejorada y trabajan duro por posicionarse como un destino de turismo de intereses especiales.
This white paper, published by Osterman Research, discusses the varied reasons for archiving, the archiving features contained in Exchange 2010, and why most organizations will still opt for a third party archiving solution.
Prise en charge du Paludisme en Afrique : pas d’ACT sans diagnostic ? - Conférence du 3e édition du Cours international « Atelier Paludisme » - RABARIJAONA Léon - Institut Pasteur de Madagascar - leon@pasteur.mg
This document provides an overview of smart card technology and describes the key components and functions of a smart card system. It discusses smart card standards and encryption methods like DES, RSA, and SHA. Important smart card elements like the SAM, SIM, and EMV chips are defined. The document also outlines common error messages that may occur when using smart card applications and provides explanations for resolving issues.
The document discusses tests for evaluating the randomness of random number generators, specifically comparing the CHITESTS and DIEHARD test suites. It provides results from running the test suites on random numbers generated from different sources, finding that numbers from RANDOM.SYS pass the tests while the others show some non-randomness. The authors conclude that CHITESTS and DIEHARD are both effective for evaluating random number generators but DIEHARD is more rigorous.
The document discusses the development of e-commerce on the Internet. It specifies some problems associated with online commercial activities and gives special attention to legal aspects. It analyzes how the Internet is changing business models and enabling new forms of online transactions. The summary highlights challenges like the need for trust and security in online transactions and the legal issues surrounding new technologies.
1. Smart cards are used for secure identification and access control. They contain cryptographic keys and personal data stored in an embedded microchip.
2. Common issues that may occur include failure to detect the smart card reader, invalid or incorrect PIN, and cryptographic errors during key processing.
3. The document provides troubleshooting steps for resolving several smart card related errors. It explains possible causes and recommended solutions.
This white paper, published by Osterman Research, discusses the varied reasons for archiving, the archiving features contained in Exchange 2010, and why most organizations will still opt for a third party archiving solution.
Prise en charge du Paludisme en Afrique : pas d’ACT sans diagnostic ? - Conférence du 3e édition du Cours international « Atelier Paludisme » - RABARIJAONA Léon - Institut Pasteur de Madagascar - leon@pasteur.mg
This document provides an overview of smart card technology and describes the key components and functions of a smart card system. It discusses smart card standards and encryption methods like DES, RSA, and SHA. Important smart card elements like the SAM, SIM, and EMV chips are defined. The document also outlines common error messages that may occur when using smart card applications and provides explanations for resolving issues.
The document discusses tests for evaluating the randomness of random number generators, specifically comparing the CHITESTS and DIEHARD test suites. It provides results from running the test suites on random numbers generated from different sources, finding that numbers from RANDOM.SYS pass the tests while the others show some non-randomness. The authors conclude that CHITESTS and DIEHARD are both effective for evaluating random number generators but DIEHARD is more rigorous.
The document discusses the development of e-commerce on the Internet. It specifies some problems associated with online commercial activities and gives special attention to legal aspects. It analyzes how the Internet is changing business models and enabling new forms of online transactions. The summary highlights challenges like the need for trust and security in online transactions and the legal issues surrounding new technologies.
1. Smart cards are used for secure identification and access control. They contain cryptographic keys and personal data stored in an embedded microchip.
2. Common issues that may occur include failure to detect the smart card reader, invalid or incorrect PIN, and cryptographic errors during key processing.
3. The document provides troubleshooting steps for resolving several smart card related errors. It explains possible causes and recommended solutions.
This document provides instructions for generating an encryption key and getting a digital certificate from the DEKART Certification Authority. It describes downloading and running the genkey.exe program to generate a public/private key pair, then choosing options to either email the key request file or send it as an attachment. The final steps explain how to install the issued certificate in Microsoft Outlook Express for signing and encrypting emails securely. The document directs the user to the DEKART CA website to validate the certificate authority.
The document discusses a software library called cdexp.dll that contains functions for performing smart card operations like connecting to cards, authenticating users, conducting transactions, updating files and records on cards. It describes the functions available in the library and provides examples of how to use the functions in a C++ application to perform tasks with smart cards. The library allows developers to easily integrate smart card functionality into their software applications.
This document is a user guide for Dekart Private Disk MultiFactor software. It discusses how the software protects confidential data and workplaces using multiple authentication factors. It also outlines the software's installation process, components, hardware and software requirements, settings that can be configured, and getting started with the software.
The document provides an overview of smart card technology and KeyServ, a smart card-based system for secure digital signatures. It describes smart cards, encryption standards like DES and RSA, secure hash algorithms, and components like the Secure Application Module (SAM) and personal signature keys. The document also discusses functions of the KeyServ system such as generating, storing, and using digital certificates and identifiers. It concludes by outlining potential error messages in the KeyServ system.
This document provides an overview of smart card technology and its uses for secure authentication and data encryption. It describes common smart card standards and components such as the secure application module and personal identification number. The document also discusses encryption algorithms like DES and RSA that can be used with smart cards. It concludes by explaining potential errors that may occur when using smart cards and readers.
This document provides an overview of smart card technology, including definitions and explanations of key terms related to smart cards, encryption standards, and public key infrastructure. It describes the basic components and functions of smart cards, as well as common issues that may occur during smart card operations and corresponding error messages.
This document provides a 3 sentence summary of a smart card document:
1. Smart cards are secure credit-card sized devices that store encryption keys and personal identification information. 2. The document describes key generation, encryption, and digital signature functions of smart cards. 3. It also outlines common errors that may occur and how to resolve them.
The CheckAccessCard function verifies the presence of a card and checks if it is accessible. It checks the communication port, reader type, card serial number, key file and PIN. It returns 1 if the card is accessible or 0 if not accessible.
1. Smart-card is a plastic card with an embedded integrated circuit that can be used for identification, authentication, data storage and application processing. The embedded chip allows information to be securely stored and accessed.
2. The document describes the cdserv.dll API used for communication with smart cards.
3. It provides details of the functions used for initializing communication, opening and closing the card, reading and updating data stored on the card.
The document contains code snippets and function descriptions for CDExp.dll. It lists functions for connecting to cards, getting challenges, selecting files, authentication, reading/updating records, transactions, and more. Descriptions include required parameters and functions.
1. Smart-card is a plastic card that contains an embedded integrated circuit chip which can be either a secure microcontroller or equivalent intelligence. This chip allows the card to identify the cardholder and authenticate transactions.
2. The document describes the functions of chkcert.dll which is used to verify certificates stored on smart cards.
3. It provides details on the various functions available in chkcert.dll like OpenChkSession, ChkCert, ChkSCert, and CloseChkSession for certificate verification operations.
Smart cards are credit card sized devices that can store and process data securely. They contain embedded microchips and memory to store user identification details like PIN codes. Smart cards use cryptographic techniques like DES, RSA, and SHA standards to encrypt data and authenticate users. They have on-board security features like secure application modules (SAMs) and personal identification numbers (PINs) to prevent unauthorized access. Common uses of smart cards include payment cards, ID cards, SIM cards, and access cards.
The document announces an international conference on energy to take place in Moldova from September 21-24, 2005. The conference will address topics such as innovative energy technologies, renewable energy sources, energy efficiency, and energy security. It will bring together representatives from government, academia and private companies to discuss challenges and solutions for Moldova's energy sector. The goal is to promote the development and implementation of new energy strategies and policies.
The document discusses an automated system for controlling electrical energy. It describes how electrical energy is produced and consumed, and some challenges with electrical grids. It then introduces an automated system for managing electrical energy production and distribution that aims to increase efficiency and reduce costs and environmental impact. Key features of the system include automated monitoring and control of energy production facilities, centralized data collection and analysis, and automated distribution of energy based on demand.
This document describes the Dekart Cryptographic Service Provider. It provides a cryptographic service that implements the RSA algorithm for encryption, decryption, hashing, digital signatures and key generation. It complies with the Microsoft Cryptographic Service Provider Interface (CryptoSPI) and uses the Microsoft Cryptographic Application Program Interface (CryptoAPI). The document then describes 25 functions provided by the Dekart Cryptographic Service Provider to perform cryptographic operations. It also describes the structures used to pass parameters to these functions.
This document provides a user's guide for the Dekart Crypto Service Provider (CSP). It discusses the architecture of a CSP including entry points, persistent and volatile data objects. It also covers writing a CSP, testing it, getting it signed, and extending CryptoAPI. The guide then discusses using CSPs for key generation, encryption, hashing, signatures and more. It includes code examples and reference for CSP functions and data structures.
This document provides an overview and code examples for using the Dekart CryptoAPI. It describes the main functions for encrypting and decrypting data, generating digital signatures, and retrieving cryptographic data like public keys and certificates. The API allows encrypting and decrypting data, signing documents electronically, and verifying digital signatures in a Windows environment. Code examples are provided for key functions like enumerating cryptographic providers and encrypting data.
This document discusses some approaches for securing copyright on the Internet. It considers using digital signatures to authenticate electronic documents and transactions. While digital signatures can help verify authenticity and prevent modification, challenges remain around establishing trust in certification authorities and ensuring the security of private keys. Overall, the Internet provides opportunities but also risks for copyright, and no single technical solution exists yet. Cooperation will be needed between governments, organizations and individuals to develop standards and address legal issues around electronic commerce and intellectual property online.