#Morecrypto 1.8 - with introduction to TLS

My talk at Voip2day 2016 in Madrid (organised by Avanzada 7 in Malaga). This talks cover recent trends in realtime communication, from VoIP to WebRTC and Internet of Things

This document discusses the challenges of evolving mature programming languages like Java. It outlines design principles like encouraging desirable practices, isolating the language from specific APIs, and preferring readability over conciseness. Short-term goals include regularizing the existing language through improvements to generics, type inference, string switches, and catch clauses. Long-term goals include further language features like reification, control abstraction, and concurrency support.

concierto oliver by lluna

Andrew Kennedy presented on Clocker 1.0.0, an open source project for deploying and managing containers across platforms. Clocker uses Docker containers and supports deployment to virtual machines, bare metal, and multiple clouds. It utilizes Calico for networking and plans to further integrate with Docker Swarm, Compose, and other Docker technologies for orchestration and management of container workloads in the future.

This is a presentation I've given this past year on the value of social purpose. Why we need to have a concept to rally

"Media Temporalities: Genre, Queer Space, and Digital Archives in Transition" Media in Transition 6 - MIT April 25, 2009 A part of the above panel. I moderated; this is not my own presentation! Surveillance and Self-Presentation: Foucault’s Arts of Existence in the Digital Archive Anne Kustritz Anne Kustritz is a Visiting Assistant Professor in the Women’s, Gender, and Sexuality Studies Department at Macalester College where she teaches media anthropology, sexual citizenship, and queer and feminist theory. Her research centers on cyberethnography, queer citizenship, the public sphere, and slash fan fiction and other fan creative practices. Her essays appear in the Journal of American Culture, Refractory, Transformative Works and Cultures, and Flow, and her book manuscript is titled "Multiplying Sex, Sociability, and Civics: Slash Fan Fiction's Publics."

The document outlines objectives and activities for increasing communications around the eTwinning program, which aims to increase the number of schools involved in collaborative projects. It discusses producing a multi-year communications strategy and annual plans to disseminate the impact of eTwinning through events, publications, and other materials. It also proposes forming five working groups to focus on key communications areas like tools, events, recruiting new teachers, campaigns, and links to other programs.

There are three main ways to share your strengths on CPDReflect: 1) Rate yourself as innovating by selecting the innovating box which will add you to a list of local experts; 2) Provide an example of your interesting practice by completing an online form with details about your example and submitting it; 3) Share your reflections with colleagues by selecting "Share my CPD", choosing how much you want to share, and saving your sharing settings.

A person learned to crawl at 9 months old, walk at 13 months, ride a bike at 4 years old, and swim and do rollerblading at 6 and 7 years old respectively. The document emphasizes that sports require consistent and continuous effort.

The document lists 5 things that CPD coordinators might want to know about resources from CPDScotland including: 1) CPDFind to search for CPD opportunities, 2) CPD Update with recent news and updates, 3) CPDReflect for recording reflections, 4) opportunities to do CPD online and connect with professional communities, and 5) the CPDScotland website for additional information and resources.

The document discusses how credit unions have an advantage in appealing to Generation Y members based on member satisfaction surveys. It also defines consumer-generated media as any content posted online by consumers, including opinions, experiences, and advice. Consumer-generated media is an important technology for credit unions to engage with Generation Y members.

The document discusses clustered architecture patterns for delivering scalability and availability. It describes using network attached memory and JVM-level clustering to eliminate bottlenecks. This allows state to be shared across multiple servers for improved performance and reliability. An example application called HelloClusteredWorld is provided to demonstrate how state can be clustered in memory across multiple JVMs. Configuring Hibernate and enabling its second level cache can further reduce database load.

I gave this presentation at the Neighborhood Networks training conference in Nashville on April 25, 2008.

This document discusses the importance of using more encryption on the Internet to increase privacy and security. It makes the following key points: 1) The Internet has become too easy to monitor as we have built it without sufficient security protections by default. More encryption needs to be implemented across Internet services and protocols to make eavesdropping more difficult. 2) Developers should enable encryption by default for all new Internet protocols. Opportunistic encryption techniques can provide some protections even without full authentication. 3) Individuals can help push for more encryption by requiring encrypted connections when using services and enabling tools like HTTPS Everywhere on their browsers. Transitioning to encrypted connections wherever possible raises the bar for surveillance.

TLS provides confidentiality, identity, and integrity for internet communication. It is used for HTTPS web pages and applications on computers and phones. TLS is based on SSL and uses asymmetric encryption where the server sends a public key to set up the secure connection. The client then challenges the server, which responds using its private key to prove its identity. Certificates bind a public key to an identity and are signed by a Certification Authority. They contain information like the key, owner identity, and validity period.

The Internet is under attack and we need more encryption everywhere. This applies to the world of realtime communication too. This talk briefly goes through what can be done today and what needs to be done in the future. Originally delivered at Kamailio World 2014 in Berlin.

Some thoughts on a small step to make the Internet harder to monitor, to raise the cost of listening in to how we use services and how we communicate with each other on the net.

The document provides an overview of encryption, digital signatures, and SSL certificates. It discusses how public key encryption uses a private key and public key to encrypt messages. Digital signatures authenticate the identity of the sender and ensure messages remain intact. SSL certificates allow browsers and servers to establish an encrypted connection by containing a public key and verifying identity with a Certificate Authority. The client's browser verifies the server's certificate with the CA to trust the secure connection.

SSL Certificate is a very common term that we definitely heard but there is only limited number of people who know it is meaning or what is it? Actually SSL stands for Secure Socket Layer Protocol which helps to secure more safety in the internet world. it was developed by Netscape and issued by the Certificate Authorities.

The tools at our disposal today for deploying HTTPS are tremendously powerful, and easy to use. Initiatives like Let's Encrypt offer certificates, and new security policies like HSTS and HPKP allow you to protect against extremely powerful attacks. HTTPS, Here and Now! This was an invited talk at the ICT Security Happening, organized by the VDAB Competence Center in Leuven.

This document provides an overview of SSL/TLS including: 1. Why SSL/TLS is important for secure connections between systems and applications. 2. An explanation of public/private key encryption and how digital certificates and certificate authorities work to establish trust. 3. A demonstration of how SSL/TLS protects data in transit using encryption. 4. Examples of vulnerabilities in older SSL/TLS versions and how protocols have evolved over time to improve security. 5. Details of a compromise of the DigiNotar certificate authority that resulted in distrust of its certificates.

This document provides an overview of SSL/TLS (Secure Sockets Layer/Transport Layer Security) and how it works to secure data transmission over the internet. It discusses why SSL is important for encrypting data and verifying identities. It then explains the basic process of how SSL works, including how a client encrypts requests using a server's public key and how the server decrypts with its private key. The document outlines the requirements to implement SSL, including generating a key and obtaining a certificate. It differentiates between self-signed and authorized certificates. Finally, it provides steps to create a certificate using OpenSSL and configure the Apache web server to use SSL.

This document discusses network security and the Kerberos authentication protocol. It provides an introduction to Kerberos, describing how it works to allow users and services to authenticate over a network. Kerberos uses secret key cryptography and issues tickets to allow users to securely access remote services without sending passwords over the network in clear text. The document outlines the initialization process when a user requests a ticket-granting ticket from the Kerberos server, and how that ticket is then used to request and access remote services. It also discusses some of the limitations of Kerberos and enhancements being made.

The document discusses SSL/TLS, how it works to securely transmit data between endpoints, and potential vulnerabilities. It provides an overview of SSL/TLS protocols and how data is encrypted and transmitted. It then outlines several common endpoint issues that can compromise SSL/TLS, such as inconsistent DNS configurations, self-signed certificates, incomplete certificates, and mixing plain text and encrypted sessions. Exploiting these issues allows man-in-the-middle attacks that can intercept and decrypt encrypted traffic.

Certificate pinning is a security mechanism where an app specifies certificates from trusted authorities and only accepts connections signed by those certificates. This prevents man-in-the-middle attacks. The document discusses implementing certificate pinning in Android apps by configuring the network security configuration file or using third party libraries like OkHttp that have CertificatePinner classes to restrict which certificates an app will accept. It also describes how to retrieve a server's public key hashes to include in the pinning configuration.

This document discusses SSL/TLS protocols and how to set up your own certificate authority (CA) or use Let's Encrypt for free SSL certificates. It provides a brief history of SSL and TLS protocols, outlines the key differences between versions, and lists common TLS implementations like OpenSSL. It then explains how to set up your own CA by generating root and intermediate certificates and signing server/client certificates. Finally, it introduces Let's Encrypt as a free and automated CA that aims to promote SSL security. It explains how Let's Encrypt validates domain ownership and issues certificates to ensure communications are private, integrity is maintained, and parties can be trusted.

PKI(Public Key Infrastructure) is used for security mechanism on internet.SSL(Secure Socket Layer).The SSL protocol is an internet protocol for secure exchange of information between a web browser and web server.

Virtual private networks (VPNs) allow users to securely access resources on a private network over a public network like the internet. VPNs use encryption, authentication, and security protocols to ensure only authorized parties can access the private network. Common VPN implementations include IPsec VPNs at the transport layer and SSL VPNs at the application layer. VPNs are useful for remote access to private networks from home or public locations and can replace dedicated private networks between offices or business partners.

Virtual private networks (VPNs) allow users to securely access resources on a private network over a public network like the internet. VPNs use encryption, authentication, and security protocols to ensure only authorized parties can access the private network. Common VPN implementations include IPsec VPNs at the transport layer and SSL VPNs at the application layer. VPNs are useful for remote access to private networks from home or public locations and can replace dedicated private networks between offices or business partners.