InterCon 2016 - Segurança de identidade digital levando em consideração uma arquitetura de microserviço

JWT (JSON Web Token) is a standard used to securely transmit information between parties as a JSON object. It allows servers to verify transmitted information without storing state on the server, making it more scalable. JWTs provide authentication and authorization by encoding claims about an entity (such as an user) including an ID, expiration time, and other data inside the token itself.

OAuth 2.0 is an open authentication and authorization protocol which enables applications to access each others data. This talk will presents how to implement the OAuth2 definitions to secure RESTful resources developed using JAX-RS in the Java EE platform.

Erick Belluci Tedeschi presents on secure API authorization. He discusses basic authentication, then introduces OAuth, OpenID Connect, and JSON Web Tokens as improved standards. Keycloak is presented as an open source identity management system that can implement these standards to centrally authorize APIs. A demonstration of Keycloak's capabilities concludes the presentation.

Constructing a successful and simple API is the lifeblood of your developer community, and REST is a simple standard through which this can be accomplished. As we construct our API and need to secure the system to authenticate and track applications making requests, the open standard of OAuth 2 provides us with a secure and open source method of doing just this. In this talk, we will explore REST and OAuth 2 as standards for building out a secure API infrastructure, exploring many of the architectural decisions that PayPal took in choosing variations in the REST standard and specific implementations of OAuth 2.

How to securely use Json Web tokens (JWTs) in a browser environment, and how to securely store them in cookies.

This session will provide an introduction to JSON Web Tokens (JWT) (https://jwt.io/introduction/), advantages over other authentication methods, and how to use it to authenticate requests to Drupal REST resources. After this session, attendees will have a better understanding of how JWTs work and will be able to set up and use JWT for authenticating REST requests in Drupal.

1. OAuth 2.0 provides a framework for authorization that defines four client types (web servers, user-agents, native applications, and autonomous clients) and three authorization flows (authorization code, implicit, and client credentials). 2. The authorization endpoint uses HTTP requests to obtain authorization from the resource owner via user-agent redirection or prompting the client directly. The token endpoint exchanges authorization codes or refresh tokens for access tokens via HTTP POST. 3. Access tokens are used by clients to access protected resources by passing the token in the authorization header, URI query parameter, or form-encoded body parameter of a request.

アプリケーション開発エンジニアが、OAuth 1.0 や OAuth 2.0、および OpenID Connect を活用したユーザ認可と認証機能を実装するにあたって、いろいろ調べた情報をベースに作成したものです。 これから認可・認証技術を学びたいという、特にアプリ開発エンジニアの助けになれば幸いです。

OAuth is an open standard for token-based authorization that allows third-party applications to obtain limited access to a user's data without requiring them to share their passwords. It allows sites to exchange user-authorized tokens that can be revoked and have varying scopes and time limits. OAuth has gone through several versions to address vulnerabilities and inconsistencies, with OAuth 2.0 simplifying the protocol through the use of bearer tokens and authorization/resource server separation. While implementations are emerging, OAuth 2.0 continues to be refined as an IETF draft standard.

This presentation shows what are JSON Web Tokens, explaining about the structure, signature, encryption and how we can integrate this with Authentication/Authorization together with Spring Security. The link for the project in Github is: https://github.com/BHRother/spring-boot-security-jwt The example implements JWT + Spring Security in a Spring-Boot project.

This document contains code and text for a sign in page for a Windows Live/Hotmail account. It includes meta tags and links for the page title, description and favicon. There are also JavaScript variables defined for text, links, and URLs used for different elements and functions on the sign in page such as help links, error messages, and form submission URLs.

This document outlines two scenarios for authenticating a web portal using an identity management system (IdM). Scenario 1 describes authenticating when the portal knows the user's credentials, directly sending them to the IdM. Scenario 2 describes authenticating when the portal does not know the credentials, requiring the user to log in via the IdM portal. Both scenarios involve redirecting to the IdM, receiving an access code, using it to request an access token from the IdM, and validating the token to get user information. Reference information is provided at the end.

Adding Identity Management and Access Control to your Application, Authorization using the FIWARE components: Identity Management, PEP Proxy, Access Control (PDP/PAP).

This document discusses securing single page applications with token based authentication. It describes using JSON web tokens as client tokens to authenticate users, and protecting against cross-site scripting and cross-site request forgery attacks. It also addresses challenges of token revocation and whether the JavaScript client or browser should control the authentication token.

The document discusses the OAuth 1.0 authentication protocol. It defines key terms like token, callback URI, OAuth signatures, and describes the OAuth authentication process. Client requests include parameters like OAuth_token and OAuth_signature, calculated using the signature base string. The server validates the signature to verify the client's identity before granting access to protected resources. Signatures can be generated via HMAC-SHA1, RSA-SHA1, or plaintext depending on the method used.

This document discusses best practices for building an API security ecosystem, including using a gateway pattern to decouple clients from APIs, various methods for direct authentication of internal users like HTTP basic authentication and OAuth, auditing and monitoring APIs, and externalizing authorization using standards like XACML. It also covers cross-domain access, distributed authorization with resource servers, and user-managed access models.

O documento discute biohacking, que envolve hackear dispositivos de biotecnologia para programar seres vivos. Isso inclui desenvolver linguagens de programação padronizadas para escrever códigos que podem ser carregados em computadores para controlar organismos. O documento também descreve equipamentos caseiros como centrífugas e sistemas de eletroforese que biohackers constroem para realizar experimentos biológicos de baixo custo.

Fabio Akita, Co-Founder daCodeminer 42 fala sobre Performance, anti-patterns e stacks para desenvolvimento ágil no InterCon 2016. Saiba mais http://intercon2016.imasters.com.br/

Nagib Nassif Filho, Founder/CEO da Bolha fala sobre Desafios de conectividade de dispositivos em realtime no InterCon 2016. Saiba mais em http://intercon2016.imasters.com.br/

Tomás Trojan, Diretor de Planejamento da Cadastra, mostra 15 práticas em Links Patrocinados e SEO para melhorar os seus resultados. Essa palestra foi dada na sala da ESPM no ProXXIma 2014.

Rodrigo Sicarelli e Isabela Terribili, Elo7, falam sobre Firebase para desenvolvedores no Android DevConference 2016. Saiba mais em: http://androidconference.com.br/

O documento discute estratégias de marketing de busca no Google AdWords, incluindo anúncios de produtos (PLA), remarketing dinâmico (DRA) e anúncios de pesquisa dinâmica (DSA). Ele fornece métricas e dicas para segmentar campanhas geograficamente e por horário para melhorar os resultados.

Eduardo Carrara, fala sobre Indo além com automação de testes de apps Android no Android DevConference 2016. Saiba mais em: http://androidconference.com.br/

The document discusses the Internet of Things (IoT) and technologies related to IoT devices. It compares the specifications of the ESP8266 and Arduino Uno microcontrollers. It also mentions several common IoT protocols and tools for connecting devices, developing applications, and monitoring/controlling sensors remotely, such as Blynk, MQTT, and HTTP. The document emphasizes that IoT is becoming more realistic and affordable to implement using low-cost hardware and open-source software.