Free SSL TLS Certificate | Breaking Cybersecurity News | The Hacker News

Starting today, the lifespan of new TLS certificates will be limited to 398 days, a little over a year, from the previous maximum certificate lifetime of 27 months (825 days). In a move that's meant to boost security, Apple, Google, and Mozilla are set to reject publicly rooted digital certificates in their respective web browsers that expire more than 13 months (or 398 days) from their creation date. The lifespan of SSL/TLS certificates has shrunk significantly over the last decade. In 2011, the Certification Authority Browser Forum (CA/Browser Forum), a consortium of certification authorities and vendors of browser software, imposed a limit of five years, bringing down the certificate validity period from 8-10 years. Subsequently, in 2015, it was cut short to three years and to two years again in 2018. Although the proposal to reduce certificate lifetimes to one year was shot down in a ballot last September , the measure has been overwhelmingly supported by the browser

The most popular free certificate signing authority Let's Encrypt is going to revoke more than 3 million TLS certificates within the next 24 hours that may have been issued wrongfully due to a bug in its Certificate Authority software. The bug, which Let's Encrypt confirmed on February 29 and was fixed two hours after discovery, impacted the way it checked the domain name ownership before issuing new TLS certificates. As a result, the bug opened up a scenario where a certificate could be issued even without adequately validating the holder's control of a domain name. The Certification Authority Authorization (CAA), an internet security policy, allows domain name holders to indicate to certificate authorities (CAs) whether or not they are authorized to issue digital certificates for a specific domain name. Let's Encrypt considers domain validation results good only for 30 days from the time of validation, after which it rechecks the CAA record authorizing t

Identities now transcend human boundaries. Within each line of code and every API call lies a non-human identity. These entities act as programmatic access keys, enabling authentication and facilitating interactions among systems and services, which are essential for every API call, database query, or storage account access. As we depend on multi-factor authentication and passwords to safeguard human identities, a pressing question arises: How do we guarantee the security and integrity of these non-human counterparts? How do we authenticate, authorize, and regulate access for entities devoid of life but crucial for the functioning of critical systems? Let's break it down. The challenge Imagine a cloud-native application as a bustling metropolis of tiny neighborhoods known as microservices, all neatly packed into containers. These microservices function akin to diligent worker bees, each diligently performing its designated task, be it processing data, verifying credentials, or

Mozilla has finally introduced a mechanism to let Firefox browser automatically fix certain TLS errors, often triggered when antivirus software installed on a system tries to intercept secure HTTPS connections. Most Antivirus software offers web security feature that intercepts encrypted HTTPS connections to monitor the content for malicious web pages before it reaches the web browser. To achieve this, security software replaces websites' TLS certificates with their own digital certificates issued by any trusted Certificate Authorities (CAs). Since Mozilla only trusts those CAs that are listed in its own root store, the antivirus products relying on other trusted CAs provided by the operating system (OS) are not allowed to intercept HTTPS connections on Firefox. In recent months, this limitation continually crashed HTTPS pages for many Firefox users showing them SEC_ERROR_UNKNOWN_ISSUER, MOZILLA_PKIX_ERROR_MITM_DETECTED or ERROR_SELF_SIGNED_CERT error codes when their an

Google announced its plans to punish Symantec by gradually distrusting its SSL certificates after the company was caught improperly issuing 30,000 Extended Validation (EV) certificates over the past few years. The Extended Validation (EV) status of all certificates issued by Symantec-owned certificate authorities will no longer be recognized by the Chrome browser for at least a year until Symantec fixes its certificate issuance processes so that it can be trusted again. Extended validation certificates are supposed to provide the highest level of trust and authentication, where before issuing a certificate, Certificate Authority must verify the requesting entity's legal existence and identity. The move came into effect immediately after Ryan Sleevi, a software engineer on the Google Chrome team, made this announcement on Thursday in an online forum . "This is also coupled with a series of failures following the previous set of misissued certificates from Symantec, c

In an effort to expand its certificate authority capabilities and build the "foundation of a more secure web," Google has finally launched its root certificate authority. In past few years, we have seen Google taking many steps to show its strong support for sites using HTTPS, like: Giving more preference to HTTPS websites in its search rankings than others. Warning users that all HTTP pages are not secure. Starting an industry-wide initiative, Certificate Transparency − an open framework to log, audit, and monitor certificates that CAs have issued. However, Google has been relying on an intermediate Certificate Authority (Google Internet Authority G2 - GIAG2) issued by a third party, with the latest suppliers being GlobalSign and GeoTrust, which manages and deploys certificates to Google's products and services. Google announced Thursday the creation of its own certified, and independent Root Certificate Authority called Google Trust Services , allowing

Do you own a custom domain or a blog under the wordpress.com domain name? If yes, then there is good news for you. WordPress is bringing free HTTPS to every blog and website that belongs to them in an effort to make the Web more secure. WordPress – free, open source and the most popular a content management system (CMS) system on the Web – is being used by over a quarter of all websites across the world, and this new move represents a massive shift over to a more secure Internet WordPress announced on Friday that it has partnered with the Electronic Frontier Foundation's " Let's Encrypt " project, allowing it to provide reliable and free HTTPS support for all of its customers that use custom domains for their WordPress.com blogs. Now every website hosted on wordpress.com has an SSL certificate and will display a green lock in the address bar. "For you, the users, that means you'll see secure encryption automatically deployed on ev

Let's Encrypt has achieved another big milestone by issuing 1 million free Transport Layer Security (TLS) SSL Certificates to webmasters who wish to secure the communications between their users and domains. Let's Encrypt   – operated by the Internet Security Research Group (ISRG) – is an absolutely free, and open source certificate authority recognized by all major browsers , including Google's Chrome, Mozilla's Firefox and Microsoft's Internet Explorer. It is just three months and five days since Let's Encrypt launched a beta version of the service, and the group has crossed 1 Million certificates in use across the Web, Let's Encrypt said in a blog post on Tuesday. Let's Encrypt allows anyone to obtain Free SSL/TLS (Secure Socket Layer/Transport Layer Security) certificates for their web servers. Backed by companies including EFF, Akamai and Mozilla, the Let's Encrypt project started offering Free HTTPS certs to everyone fro

Another Big Milestone – Let's Encrypt is now offering Free HTTPS certificates to everyone. Let's Encrypt has opened to the public, allowing anyone to obtain Free SSL/TLS ( Secure Socket Layer/Transport Layer Security ) certificates for their web servers and to set up HTTPS websites in a few simple steps ( mentioned below ). Let's Encrypt – an initiative run by the Internet Security Research Group (ISRG) – is a new, free, and open certificate authority recognized by all major browsers , including Google's Chrome, Mozilla's Firefox and Microsoft's Internet Explorer. The Free SSL Certification Authority is now in public beta after testing a trial among a select group of volunteers. Why Let's Encrypt? Let's Encrypt promised to offer a certificate authority (CA) which is: Free – no charge for HTTPS certs. Automatic – the installation, configuration as well as the renewal of the certificates do not require any administrator a

Yes, Let's Encrypt is now one step closer to its goal of offering Free HTTPS certificates to everyone. Let's Encrypt  – the free, automated, and open certificate authority (CA) – has announced that its Free HTTPS certificates are Now Trusted and Supported by All Major Browsers . Let's Encrypt enables any website to protect its users with free SSL/TLS (Secure Socket Layer/Transport Layer Security) certificates that encrypt all the Internet traffic passed between a site and users. Not only free, but the initiative also makes HTTPS implementation easier for all website or online shopping site owner to ensure its users that their browser activities and transactions are safe from snoopers. Let's Encrypt issued its first free HTTPS certificate last month and was working with other major browsers to recognize its certificate as a trusted authority. Let's Encrypt achieved a New Milestone Let's Encrypt has received cross-signatures from SSL

Last fall the non-profit foundation EFF ( Electronic Frontier Foundation ) launched an initiative called Let's Encrypt that aimed at providing Free Digital Cryptographic Certificates (TLS) to any website that needs them. Today, Let's Encrypt – a free automated Open-source Certificate Authority (CA) – has signed its first certificate, hitting what it calls a major milestone to encrypt all of the Web. Let's Encrypt enables any Internet site to protect its users with free SSL/TLS (Secure Socket Layer/Transport Layer Security) certificates that encrypt all the data passed between a website and users. Not just free, but the initiative also makes HTTPS implementation easier for any website or online shopping site owner in order to ensure the security of their customers' data. "Forget about hours (or sometimes days) of muddling through complicated programming to set up encryption on a website, or yearly fees," EFF explains . "Let's Encr