Learn how to configure Spinnaker services for authentication with X. 509 certificates

seen from United States

seen from United States

seen from Canada
seen from United States

seen from United States

seen from Canada

seen from United States
seen from United States

seen from Canada

seen from Canada

seen from Switzerland
seen from Türkiye

seen from United States
seen from United States
seen from Canada
seen from Hong Kong SAR China

seen from Malaysia
seen from United Kingdom
seen from Ireland
seen from China
Learn how to configure Spinnaker services for authentication with X. 509 certificates

Anya is live and ready to show you everything. Watch her strip, dance, and perform exclusive shows just for you. Interact in real-time and make your fantasies come true.
Free to watch • No registration required • HD streaming
The use of digital (X.509 PKI) client certificates is certainly not new, but perhaps wasn't exactly widespread, especially outside of corporate environments or large organizations - and certainly not ...
The use of digital (X.509 PKI) client certificates is certainly not new, but perhaps wasn't exactly widespread, especially outside of corporate environments or large organizations - and certainly not in comparison to server-side certificates for websites. However, it is fast emerging as the key identity and authentication mechanism for machine-to-machine (M2M) communication in IoT scenarios.
One interesting aspect - at least for reasonably controlled environments, and especially IoT solutions deployed within four walls or within a extended corporate network - is that the relevance of root CAs is substantially less. While they are essential in human-to-machine traffic (secure web browsing wouldn't be possible without it), we can act as our own CA as long as we are confident we secure the location that holds the central directory of keys we verify against. That is, you can act as your own CA, which may bring down the cost of PKI infrastructure substantially. This is very relevant in situations where the devices might run in the thousands, tens of thousands or beyond to help reduce cost, without sacrificing security.
Die Telekom hat zusammen mit dem Fraunhofer-Institut für Sichere Informationstechnologie (SIT) die Initiative „Volksverschlüsselung“ gestartet. Ziel ist es, die End-to-End E-Mail Verschlüsselung in Deutschland zum Standard zu machen und den Bürgern benutzerfreundliche, einfache Software dafür zur Verfügung zu stellen. Ein guter Freund hat mich gestern auf die Initiative aufmerksam gemacht, also habe ich mir das …
a >Heap-based buffer overflow in Mozilla Network Security Services (NSS) before 3.19.2.3 and 3.20.x and 3.21.x before 3.21.1, as used in Mozilla Firefox before 45.0 and Firefox ESR 38.x before 38.7, allows remote attackers to execute arbitrary code via crafted ASN.1 data in an X.509 certificate. a> O_O b> wait wait wait hold up b> so b> all I gotta do is tell you to ask for an x.509 cert b> you ask for it, because security, and I ship the trojan right in? b> In this specific instance, did the attempt at security actually decrease overall security? a> yes a> it did a> :^) b> #securityis b> ...a waste of time
Hoe installer ik een SSL Certificat op een mail server?
Hoe koopt u een SSL certificaat? / Waar koopt u een SSL certificaat? / Hoe installer ik een SSL Certificat op een mail server?
Wat is een SSL certificaat?
Een SSL certificaat is een soort digitaal ID voor een persoon en bewijst wie we zijn. Alhoewel op het internet alleen certificaten gesigneerd door CA (Certificate authority) betrouwbaar zijn.
Wat kan ik met een SSL certificaat behalve een ID?
Dit certificaat kan geimporteerd worden in een mail server, web server of een ander soort server. Dan zullen PKI en SSL certificaten samen werken om een gecodeerde verbinding tot stand te brengen.
Waar kan ik SSL certificaten verkrijgen?
Er zijn vele SSL certificaat dealers die verschillende soorten certificaten verkopen en prijzen verschillen dienovereenkomstig. Ik raad u aan Comodo Certificates van Ksoftware te kopen voor $20 per stuk. Het is een basis SSL certificaat die geschikt is voor web server of mail server doeleinden.
Hier zijn enkele stappen om u door het koop process te leiden : (Dit voorbeeld demonstreert het kopen van een certificaat voor een mail server)
Ga naar KSoftware’s verkoop pagina
Klik op het KOOP icon langs Comodo PositiveSSL Certificates
Bemachtig een CSR (Certificate Signing Request) string van een unsigned SSL Certificaat. Kopier en plak deze in het veld langs 1.Copy and paste your CRS into this box. (EVO Mail Server ondersteunt auto-generating unsigned SSL certificaat en zijn CSR voor uw domein)
Bij 2.Select the server software used to generate the CSR, klik op de pull-down lijst aan de rechterzijde en selecteer Apache-ModSSL.
Laat 3.Select the hash algorithm zoals het is en ga verder naar 4. Select the validity period for your Certificate. Doe zoals gevraagt.
Voor nummers 5,6 en 7 ligt het aan uzelf of u het wilt behouden of niet. Klik op Next>.
Op de volgende pagina,selecteer een e-mail account zoals [email protected] waar een domein bevestigings e-mail naar verstuurd zal worden. Na ontvangst van deze e-mail zal er een validatie process uitgevoerd worden door een validatie code in te vullen op Comodo’s website. Klik Continue> om verder te gaan.
Vul Your Corporate Details, Your Contact Details en Choose Your Admin Contact’s Management Details in. De laatste stelt u in staat in te loggen op Comodo voor toekomstige support. Klik op Continue> om verder te gaan.
Klik op I ACCEPT op de Agreements pagina. Ga verder om factuurgegevens in te vullen en klik op Make Payment om betaling af te ronden.
Werk het Domain Control Verification process af en ga naar de e-mail box in stap 8 om het certificaat op te halen
Hoe installer ik een SSL Certificat op een mail server?
Hoe importeerd u een SSL certificaat in een mail server? (Hier gebruiken we de EVO Mail Server als voorbeeld)
1.Nadat u het server certificaat zip file heeft opgehaalt, download en pakt u het uit naar een tijdelijke folder. Er zijn 2 bestanden: a. yourdomain.com.crt b. yourdomain.com.ca-bundle
Open EVO Mail Server GUI en browse naar de Setting pagina en scroll naar beneden naar 6.SSL(TLS) Certificate and Private Key Setting.
Bij beide SSL Certificate(X.509) en SSL Cert Chain(X.509) klik Import aan de rechter zijde en browse naar de tijdelijke folder waar u de server certificaat files bewaard.
Terwijl u aan het browsen bent stel de file extensie rechts onder in naar X.509 (*.*).Voor SSL Certificate(X.509),selecteer yourdomain.com.crt; voor SSL Cert Chain (X.509), selecteer yourdomain.com.ca-bundle.
Ga naar de Status Page en zoek 2. Network setting status en u zult zien dat SSL Cert. & Key dan : passed, certificate loaded, CN Value yourdomain.com verified zou moeten zijn.

Anya is live and ready to show you everything. Watch her strip, dance, and perform exclusive shows just for you. Interact in real-time and make your fantasies come true.
Free to watch • No registration required • HD streaming
Justifying updating an App Store App
For the last couple of months, I have been getting a feature request for SSL Detective (an app of ours in the App Store). I could see how the feature would be useful, but since it wasn't something I needed personally, I had to justify spending time on updating the app. I knew that people liked SSL Detective (it was been downloaded over 7k times):
However, few people seemed to want to pay for it. First, a bit of background on what SSL Detective does:
1. You can point it at any SSL/TLS enabled port and it will show you the certificate and certificate chain.
2. The chain is passed to iOS and sees if iOS trusts the chain. Note that this is not the same as if the chain is trusted generically, but if the certificate and chain is trusted by iOS. This makes it awesome for troubleshooting issues with certificates on iOS.
3. You can email the certificate chain to yourself to further probe the certificates. You can also use them to install the certificates to trust them.
The original software engineering on SSL Detective wasn't trivial, since iOS doesn't provide a mechanism for parsing all aspects of a certificate. SSL Detective does all of its own certificate decoding and display, and only relies on iOS for validating the certificate chain.
But that is all old news. In this update, I added in a SHA1 fingerprint. Fingerprints are a great way to visually verify if a certificate you are looking at is the same as another one by comparing the fingerprints. It was a relatively easy feature to implement, but SSL Detective does not generate any revenue from the App Store (since it is free), and it is hard to justify spending any time on something that people are not paying for.
So a year of so ago, I decided to do an experiment. I tried to make a "free" and "paid" version of SSL detective, figuring that folks that use the free version would like it and then download the paid version to support it. I realize that sounds crazy now as who would download an app again just to give money, but it seemed like a good idea at the time. We had very few paid downloads, and thousands of free downloads. Obviously, people liked the app but seemed unwilling to pay for it.
I also thought about in-app purchases, but I had to remove some features and add them in as paid features. The app is relatively simple feature wise, so that didn't seem like the way to go. Setting up In-app purchases can be a bit of a pain, since you have to allow folks to restore purchases, you have to set up a server side component, and more. This additional amount of work was not justified for what we could get out of it.
So this new version has an experiment in it. I added in "consumable in-app purchases" as a way to give a "hat tip" if you like the app. It adds a star to the main screen for your purchase, but doesn't change any of the functionality (aside from not showing a nag dialog).
It all boils down to this: I suspect that people don't want to pay anything for an app that they are unfamiliar with, but might be willing to pay something after they have tried it for a bit. If it generates some revenue, I will be more motivated to update it.
So there you have it. Check out SSL Detective on the iOS app store. and see if you like it. If you like it buy a star.
How to Create Valid and Trusted SSL Certificate (Wildcard) for Development
How to Create Valid and Trusted SSL Certificate (Wildcard) for Development
For development purpose, sometime you would need trusted SSL certificate that won’t give you certificate validation error. To avoid this problem, you can buy valid certificate from trusted CA. Another way is to create your own. This will guide you how to create trusted root certificate authority and self-signed certificate.
Tools
Following are required tools:
makecert.exe
pvk2pfx.exe
Both of…
View On WordPress
Introduction As security and privacy become more important for web-based communications, there is a natural migration toward using secure connections to ensure that the information being exchanged is not read by third parties. SSL (Secure Sockets Layer) is one such form of encryption that is commonly used in this scenario. This document provides a brief overview of how SSL/TLS should be used, and considerations that must be taken into account in order to effectively use SSL. Background As more and more organizations see the value in, and deploy secure communications, we are seeing an increased frequency of implementations that do not properly account for one or more aspects of either certificate generation and usage, or protocol usage. This document is not intended to provide a complete treatment of how to use SSL and X.509 certificates, but it is intended to provide a short introduction to each of the aspects of using SSL, as well as recommendations and best practices, in order to successfully interact with Google services now and in the future. It also provides some relevant links for those seeking more information.visit dktrek.com