We get asked a lot about extended validation (EV) SSL certificates and whether they’re right for most websites. It’s the whole EV SSL vs SSL (meaning standard SSL certificates) debate. And, historically, if you were transacted in any kind of sensitive information, the answer had been “yes, EV is absolutely worth it for the visual indicator — your organization’s name showcased in browsers’ address bars – alone!”
SSL Basics
What is an SSL Server Certificate and How Does It Work?
An SSL server certificate is just another name for an SSL certificate. While it’s possible to install SSL on a client, the vast majority of the time when you’re referring to SSL/TLS, it’s done in the context of a server.
What is Wildcard Domain SSL and How Does a Wildcard Domain Certificate Work?
A wildcard SSL certificate, or a wildcard domain SSL certificate as some people call it, is a special variant of SSL certificate that’s specifically designed to secure subdomains. A wildcard character in programming represents a variable that can be anything within a certain range. SSL/TLS is no different. The asterisk stands in at the subdomain level you’re trying to secure.
OV SSL vs EV SSL — Which Type of Certificate Should You Choose?
OV SSL vs EV SSL. Purchasing the “right” SSL certificate is a little bit more complicated than some of the hosting providers may have you believe. That’s largely owed to the fact they’re trying to sell you on a certain type or validation level that they’re likely getting good pricing on. It’s a resale opportunity. Everyone is trying to sell you something. Remember that.
HTTP/2 Header Compression: How it works
Wired as well as wireless networks suffer from the problem of network latency that leads to delays in packet delivery from source to destination. Each request from the client carries a set of headers that communicate relevant information to the server. The server, in turn, responds with a set of appropriate response headers that contains information pertaining to the size, file type, date, etc.
The Advantages of HTTP2 – Why You Should Move on to HTTP2
Bringing about a new alternative to performance hacks that don’t have developers bending over backwards to improve page loads speeds, IEFT’s Working group gave netizens HTTP/2 in 2015. HTTP/2 introduces significant improvements over the previous versions of the HTTP protocol, including but not limited to enhanced security features. Apart from removing the need for time-consuming performance optimizations, it is also resilient to header compression attacks that could, in turn, lead to session hijacking. It gives us a simplified yet efficient framework that is easier to parse, more compact, and less error-prone.
HTTP/1.x vs. HTTP/2 – The Difference Between the Two Protocols Explained
HTTP2 Vs. HTTP1 or HTTP1 Vs. HTTP2 – Let’s Understand The Two Protocols
HTTP/1.1 has been around for more than a decade. With Google’s SPDY leading the way in 2015, the IETF (Internet Engineering Task Force) gave us HTTP/2, which introduces several features to reduce page load times. Let’s compare HTTP2 Vs. HTTP1.1 in detail.
What is the Sectigo Trust Seal? How Do I Get It?
Understanding Sectigo Site Seals and the Value They Add
One aspect of SSL/TLS certificates that not enough people leverage is the site seal. You’ve gone through the trouble of letting a trusted certificate authority (CA) verify you — why not advertise that fact? Most people recognize these security companies, so having a seal — such as a Sectigo trust seal — that signifies that they checked you and you’re OK is kind of nice.
What the Comodo Secure Seal is and How to Get It
Decrease shopping cart abandonment and increase trust with a Comodo website security seal
E-Commerce businesses are facing an up-hill battle when it comes to building consumer trust. After all, news headlines highlight the world’s growing cyber security concerns on a daily basis. They blast about data breaches, stolen customer data, and leaked payment information.
What is SSL Inspection and Why Should You Use It?
Inspecting your HTTPS traffic is critical, especially at scale
A lack of SSL inspection can bring down giants. Do you remember the Equifax data breach — the one that compromised the data of millions of people, cost millions of dollars and caused the credit bureau to get its own credit rating downgraded? Yeah, that one. The breach went unaddressed for 76 days because an expired digital certificate caused it to lose the ability to inspect its own traffic.
