SSL Certificates

Types of TLS/SSL Certificates for Different Business Needs

SSL or TLS Certificates allow websites to run smoothly without the threat of hackers stealing identities and other sensitive information. Depending on your needs, there are various options available for website owners: Domain Validation (DV); Organization Validation (OV); and Extended Validation (EV). The Different Types of TLS/SSL Certificates Domain Validated (DV) Certificates During the initial stages of TLS certification, website owners could only opt for OV certificates, which cut out websites, like personal websites, that wanted to have encryption but did not meet the requirements of an OV certificate. Hence, DV certificates regulate an applicant’s use of a certain domain name. These certificates provide a reliable base-level encryption and the process of applying for a DV is automated and can be issued almost immediately. Organization Validation (OV) Certificates OV certificates go through more vetting than DV certificates. The requirements in OV certificates are domain control, the organization name, city, state, and country. OV certificates exhibit both security and value, making them a good option for businesses on a budget. Extended Validation (EV) Certificates Just like OV certificates, EV certificates also require organizational information, but with added public registration information. As expected, EV certificates tend to be pricier than their DV and OV counterparts. But what you get in exchange is heightened website credibility and trustworthiness for having an EV certificate. What TLS/SSL Certificate Does My Website Need? Choosing the suitable certificate can be confusing with the amount of options available. We will go through some common use cases for each certificate. Do note that these use cases are a guide, and opting for a higher level certificate is always an option and will only increase consumer trust. If you own a website that doesn’t collect any user data, such as a blog, portfolio, or a personal website, opting for a DV certificate may be the best choice for you. Since DV certificates meet the requirements for website encryption, for websites that function without gathering sensitive data or customer data, this would suffice. Google has also been recently pushing website owners to switch to HTTPS, opting for such encryption will help your website rank high in Google search. On the other hand, if you work in a corporation, the government, and other entities that require an extra layer of trust and security for your visitors, opting for an OV certificate may be the best option for your website. As data and sensitive information will be passed through the website, such entities often need to provide greater assurance to users. Thus, with the increased level of vetting, OV certificates are a greater symbol of trust and security for just a little bit more coin. Lastly, for large scale corporations and e-commerce websites, EV certificates may be the best option as it has the highest level of vetting and identity verification among the 3 options. EV certificates help your site visitors have the peace of mind to give not only their personal details but also their payment information on your website. This rigorous validation process takes the most time among the three, but it is also the reason why EV certificates provide the most reliability and assurance. GlobalSign offers a cost-effective range of TLS/SSL options—from DV to EV—ensuring your public servers and sites are in line with industry best practices, but also offers options for internal servers and special use cases. You may visit our official website for more details, or check out our free guide to help you get started on learning what TLS can do for your online brand. NOTE:: This article is copyright by GlobalSign  and we are using is for education or information purposes only. Click Here to visit the official store of GlobalSign  in Pakistan
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30 Mar, 20

DigiCert and COVID-19 Preparedness

DigiCert and COVID-19 Preparedness To our valued customers: We understand that this is a time of heightened concern, and we want to reassure our customers and partners that we are prepared to deliver critical services and uptime of your secure web operations. We are committed to continue providing global security solutions with knowledgeable customer support and validation services. As part of our business continuity efforts, we have implemented our pandemic plan that includes risk mitigation and provisioning of emergency resources. Our networking capabilities will continue to support wide-scale remote work by our employees, as necessary. We also have redundant physical facilities and plans for staffing depth, should workers become sick and require self-isolation. Support will still be available to DigiCert customers 24/7. Our leadership team is prioritizing our operations while the COVID-19 pandemic persists, and we have the resources necessary to serve your needs. Thank you for your continued business and we wish you the very best during this time. If you ever have questions, please do not hesitate to reach out to your account representative, who will be attentive to your concerns.
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22 Feb, 20

SSL Certificate Validity Will Be Limited to One Year by Apple’s Safari Browser

Starting Sept. 1, Safari will no longer trust SSL/TLS certificates with validity periods longer than 398 days Starting Sept. 1, Apple’s Safari browser will no longer trust SSL/TLS leaf certificates with validity of more than 398 days. (This is the equivalent of a one-year certificate plus the renewal grace period.) Other types of SSL/TLS certs, including intermediates and roots, are unaffected. Apple announced their unilateral decision at a face-to-face meeting of the CA/Browser Forum (CA/B Forum) on Feb. 19, which is the industry standards group that consists primarily of certificate authorities and several of the major browsers. While there’s been no formal posting anywhere that we’ve found by Apple about this change, we were able to verify this information with some of our CA partners who were in the meeting. The good news is that this change doesn’t really come as a surprise, and the SSL industry is ready for it — so there won’t be any major impacts to customers or service providers. So, what exactly has transpired here? And, more importantly, what does this all mean for you, the user or seller of SSL/TLS certificates? Let’s hash it out. Is Shorter Validity a Good Thing? We knew it was only a matter of time before this type of initiative would occur. Last year, we wrote on how one-year certificate validity was back on the ballot of the CA/B Forum. The idea here is that the shorter an SSL/TLS leaf certificate’s validity period, the more secure the certificate is. That’s the argument that’s been made for several years for why browsers wanted to cap the maximum validity for SSL/TLS certificates to 1 year. The theory is that by requiring SSL/TLS certificates to be renewed after a shorter period: When any security updates to certificates are made, they roll out into the wild more quickly. It also theoretically makes websites more secure by ensuring that new keys are being generated regularly. SSL/TLS leaf certificates used to have a maximum validity of five years (for domain and organization validated certificates). However, a compromise was ultimately struck that led to certificate validity being reduced to a maximum of three years, and then later, it was capped at two years for all SSL/TLS leaf certs. Last year, Google’s Ryan Sleevi introduced a ballot at the CA/B Forum that pushed for a maximum one-year validity for SSL/TLS certificates. The initiative ultimately failed, but it looks like Apple has picked up where Google left off in the fight for shorter validity. Today, Tim Callan at Sectigo posted the following on his LinkedIn page: Honestly, we knew it was only a matter of time before this move would be made. We just figured it would have been Google or Mozilla making the first move. But, regardless of who made the first move, there are a few things you should know. What Does This Mean for Your Website and Customers? Safari is one of the internet’s two leading web browsers. W3Counter lists Safari’s browser market share at 17.7% as of January 2020. This falls behind only Google Chrome (58.2%) and ahead of Microsoft Internet Explorer and Edge (7.1%). So, as you can imagine, you want to ensure that your website — and your customers’ websites — are trusted by Safari.   What Site Admins Need to Know Essentially, any SSL/TLS certificates issued prior to Sept. 1, 2020 are not affected by this change. They’ll remain valid (barring any unrelated certificate revocations) for the entire two-year period and won’t need to be modified or replaced. However, any certificates that are issued on or after Sept. 1 will need to be renewed every year to remain trusted by Safari. What this means is that you’ll want to streamline and improve your existing certificate management practices. For larger organizations, in part, this entails using a reliable certificate management solution and no longer relying on manual cert management. What Certificate Resellers Need to Know In a nutshell, you can continue issuing two-year certificates until Aug. 31, 2020 that your customers can use until they expire. Any certificates that you issue after that date, however, would need to be issued with one-year validity to remain valid as far as Safari is concerned. This means that any two-year certificates that you sell will need to be re-issued after one year in order to continue being trusted by the browser. A New Option: Multi-Year Subscription SSL Luckily for you, the leading CAs saw the writing on the wall. They decided to create new certificate lifecycle automation options and subscription plans that would make certificate management easier for shorter certificate lifecycles. Some CAs announced a new option for purchasing/implementing SSL. Sectigo rolled out their SSL subscription plan months ago and DigiCert will roll out their multi-year plans before September. With these multi-year subscription-based SSL services, webmasters can purchase coverage for longer periods and reissue their certificate as often as they need with the maximum allowed validity period. There are a few benefits to this option: Cost: It allows customers to continue receiving a multi-year pricing discount, which saves money, and Time: Customers only have to purchase the subscription once and not worry about it again for five years (especially useful if you need to get purchases approved by your accounting department). So, basically, customers can purchase SSL coverage for an extended time period (for example, 5 years) and then just re-issue their certificate each year to update it —while saving money and time. That sounds like a win-win for everyone.  
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DigiCert SSL Certificates

DigiCert SSL Certificates in Pakistan DigiCert Inc. is a US-based technology company focused on digital security and headquartered in Lehi, Utah with international offices in Australia, Ireland, Japan, India, South Africa, Switzerland and United Kingdom. As a certificate authority (CA) and trusted third party, DigiCert provides the public key infrastructure (PKI) and validation required for issuing digital certificates or TLS/SSL certificates. These certificates are used to verify and authenticate the identities of organizations and domains and to protect the privacy and data integrity of users’ digital interactions with web browsers, email clients, documents, software programs, apps, networks and connected IoT devices. Core Certificates of DigiCert Standard SSL Certificate Multi Domain SSL Certificate Extended Validation SSL Certificate Wildcard SSL Certificate Code Signing Certificates Extended Validation Code Signing Certificates DigiCert Document Signing Certificates www.ITBrands.pk – Official Reseller / Channel Partner of DigiCert in Pakistan
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How to Find and Fix Mixed Content Warnings on HTTPS Sites

Simply supporting HTTPS isn’t always enough — you also need to know how to identify and fix mixed content errors If you recently migrated your website from an insecure HTTP connection to a more secure HTTPS connection, you may still run into the problem of receiving mixed content warnings. Worse yet, your site may render as insecure to site visitors, causing them to quickly click the ‘back’ button and find elsewhere to explore. That said, the real problem with mixed content warnings on HTTPS connections is emerging with Google Chrome’s latest release — Chrome 79. With this new release, some content that continues to load over an insecure connection will automatically be blocked. It will mark websites that use TLS 1.0 or 1.1 as “Not Secure” and no longer show the lock icon for them. Further down the road with Chrome 81, scheduled to be released sometime in March, Google will completely remove support for the legacy TLS protocol, which will block all non-secure content by default. In other words, content on your site that is not loading via HTTPS will not load at all, and your site visitors will not see this content. If you want to make sure all your site’s content is loading over a secure connection and site visitors see it all, keep reading. Today we’re explaining what mixed or insecure content is, why it’s a problem, and how to find and fix mixed content warnings if you see them on your HTTPS website. Let’s hash it out. What is Mixed Content? According to Google, mixed content occurs when HTML on a website loads over a secure HTTPS connection (thanks to a recently installed SSL certificate) but other content, such as images, video content, stylesheets, and scripts, continue to load over an insecure HTTP connection. This results in some web content loading securely and some web content loading insecurely. Hence the name “mixed content.” The thing with mixed or insecure content is that it all loads over a secure HTTPS connection, whether the content itself is secure or not. And when this happens, modern browsers such as Google Chrome display warnings to users trying to view the web content that the site contains insecure content. Secure websites that load over HTTPS connections provide the following benefits: Authentication. Reassure your site visitors that they’re safe when they land on your website and engage with your site content, especially if you run an online shop where financial information is shared. In addition, verify for site visitors that they’re on the website they want to be and haven’t been redirected to a malicious site. Data Integrity. Visually tell site visitors that their personal and financial information is secure and safe from hackers no matter what action they take on your site. In addition, give browsers the ability to detect whether a hacker has changed any data a browser receives. In other words, help users trust that a hacker hasn’t redirected money paid via your online store to another account. Anonymity. Guarantee site visitors that their behavior while on your site isn’t being intercepted by others and used maliciously. In short, HTTPS allows website owners to secure their data and build trust with those that visit their site so they can continue to build their brand and business. Why is Mixed Content a Security Issue? If mixed content loads over a secure connection, you may be asking yourself why it matters. After all, the HTTPS connection should be securing the resources regardless of whether it’s mixed or not, right? Wrong. Any time there is mixed or insecure content on a webpage, the entire website becomes vulnerable to attack. While it doesn’t open the webpage up to all types of cybercrime, it weakens the overall security of the site. This means that if a hacker breaches a website that loads mixed content, they might be able to take control of the entire page, not just the resource that is insecure. While most modern browsers display mixed content warnings for people to see before they visit a website, the truth is, many of these warnings come too late. In fact, oftentimes hackers have already broken into mixed content websites and have begun doing damage without the site owners or visitors knowing what’s occurred. Here are some other ways mixed or insecure content on your HTTPS site can become a security problem: Hackers can intercept HTTP requests to load an image and swap your site’s image out for another one the hacker prefers. Your ‘save’ and ‘delete’ button images can be switched, causing site visitors to accidentally save or delete content. The front end of your site can be defaced, which is especially bad when it’s with lewd or inappropriate images or text. A hacker can intercept written content and rewrite it entirely. Passwords, session cookies, and other login credentials can become compromised and land in the hands of cyber criminals. Your site visitors can be redirected to another site without knowing any different. Browsers do their best to block the most dangerous types of mixed content on websites. However, it’s impossible to block all of it (though that seems like an obvious solution) because so many well-established and highly trafficked websites render mixed or insecure content for site visitors. Blocking all of it will lead to ruin and cause a lot of problems. That said, you can expect popular browsers like Chrome to continue to block more and more mixed content as new versions are released. How to Find and Fix Mixed Content Warnings on Your HTTPS Website If you’ve taken a proactive approach to site security and have installed an SSL certificate on your site, be proud. Data from Google’s Transparency Report indicates that desktop users load more than half the pages they visit over HTTPS connections and spend more than two-thirds of their time on HTTPS webpages. Unfortunately, data encryption is less prevalent across mobile devices, though more site owners are taking measures to secure their mobile sites as
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Private SSL vs Shared SSL vs Self Signed

When it comes to protecting your website with Secure Sockets Layer (SSL) encryption, there are a bunch of factors to consider when choosing the right one for your needs. One of the things people get confused about is the difference between a Private vs. Shared SSL Certificate. In fact there are three main types to choose from, and we’re going to break them down for you. Self-Signed SSL Certificate These certificates are not signed by a trusted Certificate Authority and can be generated for free. They can provide the same level of encryption and can be used in closed, for example, test environments. However, they don’t provide authentication i.e. assurance that the server you connect to belongs to the owner of the domain name. In other words, self-signed certificates do not protect from Man in the middle attacks. Self-signed SSLs are not recommended, especially when users are going to interact with them in browsers, because browsers don’t recognise Self-Signed SSL Certificates as secure and will flag them as invalid with a warning. This, and the fact that they’re not backed by the cybersecurity industry, means the Self-Signed option is not a good idea for publicly available services. Shared SSL Certificate Popular these days, as you can get them for free. The way it works is they aren’t tied to a specific domain, like mydomainname.com. Instead, they usually cover entire servers that host a number of domains or subdomains. These SSLs are generated, installed and managed by the hosting or CDN (Content Delivery Network) providers and site owners have little or no access to them. They cannot use these certificates outside the hosting or CDN platform that is in use, reissue or revoke (invalidate) the SSL. This means that if a shared certificate is compromised, all the domains covered by it would be put at risk and site owners would not be able to mitigate the situation by revoking the SSL certificate. You should only use shared SSL certificates from providers you can trust. Free shared SSL Certificates also don’t come with a warranty, or dedicated support. So if things go wrong, there’s no backup. Private SSL Certificate This type of SSL Certificate is issued by a registered, industry recognised Certificate Authority, and distributed by SSL providers. There are a range of them to suit different online needs. Instead of covering a server hosting multiple domains like the Shared SSLs, Private Certificates are connected to the exact domain(s) you specify e.g. mydomainname.com. The site or domain owner has full access to the SSL certificate and can use it on multiple servers, reissue and revoke it. You also have the option of getting Organization Validation (OV) or Extended Validation (EV). To cautious customers who check out what type of SSL Certificate protects your website, is this means trust — with OV and EV, the Certificate Authority goes through in depth checks to verify that you have a legit. This added trust is why ecommerce websites tend to prefer the Private SSL option. ITBrands.pk – All Top SSL Brands under One Brand
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Importance of an SSL Certificates

The Purpose of using SSL Certificates SSL is the backbone of our secure Internet and it protects your sensitive information as it travels across the world’s computer networks. SSL is essential for protecting your website, even if it doesn’t handle sensitive information like credit cards. It provides privacy, critical security and data integrity for both your websites and your users‘ personal information. SSL Protects Data The core function of an SSL certificate is to protect server-client communication. On installing SSL, every bit of information is encrypted. In layman’s terms, the data is locked and can only be unlocked by the intended recipient (browser or server) as no one else can have the key to open it. While dealing with sensitive data such as IDs, passwords, credit card numbers, etc., SSL helps you protect against the mischievous army of hackers and skimmers. As the data is turned into the undecipherable format by SSL, hacker’s skills prove to be an edgeless sword against the unsurpassable encryption technology of SSL certificates. SSL Affirms Your Identity The second primary task of an SSL certificate is to provide authentication to a website. Identity verification is one of the most important aspects as far as web security is concerned. There is no doubt about the fact that the internet is increasingly deceptive. In 2009, a guy traveled 400 miles to meet a girl he had met on Facebook, only to discover that he was being duped by two guys who supported a rival football club. However, not all such stories are funny. There have been cases in which people have lost thousands of dollars on fake websites. This is where SSL certificate comes into play. When you want to install an SSL certificate, you must go through a validation process set by an independent third party called a Certificate Authority (CA). Depending on the type of certificate, the CA verifies the identity of you and your organization. Once you have proved your identity, your website gets trust indicators vouching for your integrity. When users see them, they know who they’re talking to. Better Search Engine Ranking In 2014, Google made changes to its algorithm in order to give the upper hand to HTTPS-enabled websites. This has been evident in various studies conducted by SEO experts around the world.  Who doesn’t want to be on Google’s first page, right? Google Makes SSL Mandatory in 2018 To give a safer web browsing experience from 2018 onwards, Google has decided to flag the websites which do not have an SSL/TLS Certificate installed on their website. If anyone fails to comply with this rule, all the popular web browsers used around the globe like Google Chrome & Firefox Mozilla will punish them by giving a warning message of ‘Not Secure’ on the URL bar. It could be possible that in near future website may even get blocked to load on the browser. No matter which website you have, from a personal blog to any shopping portal SSL is mandatory and by not following with it may result in loss of visitors which is not something a website owner would like to face. SSL Helps You Satisfy PCI/DSS Requirements If you accept online payments, you must know a thing or two about PCI/DSS requirements. To receive online payments, your website must be PCI compliant. Having an SSL certificate installed is one of the 12 primary requirements set by the payment card industry (PCI). Therefore, SSL is essential—whether you want it or not. SSL Improves Customer Trust If it were up to us, we’d have renamed SSL (Secure Socket Layer) to TTL (Trust Transmitting Layer). Fortunately, it isn’t. But that won’t stop us from singing the praises of a TTL —err, SSL certificate. Apart from encryption and authentication, SSL certificates are vital from a customer trust point of view. The easy to identify signs inform the users that the data they send will be secured. And if you’ve installed an OV or EV SSL, they can see your organization’s details. Once they know that you’re a legitimate entity, they’re far more likely to do business with you or even revisit your site. ITBrands.pk – All Top SSL Brands under One Brand
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What is an SSL Certificates?

What is an SSL Certificates ? An SSL Certificate (Secure Sockets Layer), also called a Digital Certificate, creates a secure link between a website and a visitor’s browser. By ensuring that all data passed between the two remains private and secure, SSL encryption prevents hackers from stealing private information such as credit card numbers, names and addresses. SSL Certificates bind together: A domain name, server name or hostname. An organizational identity (i.e. company name) and location. An organization needs to install the SSL Certificate onto its web server to initiate a secure session with browsers. Once a secure connection is established, all web traffic between the web server and the web browser will be secure. When a certificate is successfully installed on your server, the application protocol (also known as HTTP) will change to HTTPs, where the ‘S’ stands for ‘secure’. Depending on the type of certificate you purchase and what browser you are surfing the internet on, a browser will show a padlock or green bar in the browser when you visit a website that has an SSL Certificate installed. ITBrands.pk – All Top SSL Brands under One Brand
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Why You Need to Secure Your Website with SSL

Until recently, most website owners have not had to worry about special measures to secure their web pages unless they were conducting eCommerce transactions, or collecting sensitive information such as medical or banking data. But now all that is changing. Google now officially recommends securing websites with HTTPS, which means that not only will this be important for organizations that want their websites to perform well in search, but more and more visitors will come to expect it. In short, website security is no longer something for only certain types of websites to worry about – it’s a best practice for all businesses and organizations that want to optimize their search engine performance, establish credibility with visitors, and maintain a professional web presence. What is a “Secure” Website Anyhow?Website security covers many areas , but for the purposes being discussed here, it means that the website utilizes SSL, which stands for Secure Socket Layer, a standard security technology that establishes an encrypted connection between a web server and a browser, with the URL prefixed with “HTTPS” rather than the standard and not-secure “HTTP” (with that extra “S” standing for “Secure”). Put simply, SSL secures the information that is shared between you (the browser) and the website that you are viewing or interacting with. Any information that you normally submit to a website (or retrieve from a site) is sent as plain text and can be viewed if an attacker is able to intercept the information. SSL encrypts the information that is shared between the browser and the web server so that even if a user’s information is intercepted by someone who is not supposed to have it they will not be able to read the data. It’s not hard to understand why SSL has historically been considered a best practice for any website that is processing transactions with sensitive data such as social security numbers, credit card numbers, personal health records, or login credentials. Now, SSL is becoming a best practice standard for all websites, including those that do not necessarily process sensitive data. SSL Encrypts Sensitive Information The primary reason why SSL is used is to keep sensitive information sent across the Internet encrypted so that only the intended recipient can access it. This is important because the information you send on the Internet is passed from computer to computer to get to the destination server. Any computer in between you and the server can see your credit card numbers, usernames and passwords, and other sensitive information if it is not encrypted with an SSL certificate. When an SSL certificate is used, the information becomes unreadable to everyone except for the server you are sending the information to. This protects it from hackers and identity thieves. Google Wants You to Have a Secure Website Back in 2014, Google introduced the idea of “HTTPS everywhere” and also indicated that websites using SSL would receive a small search benefit from https as a ranking signal. You would think that these public declarations would have been enough to get everyone using HTTPS as a new standard, but that never really happened on a wide scale outside of e-commerce sites that were already using HTTPS anyhow. But in 2016 Google really changed the game when they updated their Chrome browser to explicitly identify sites that do not use HTTPS as “Unsecure”. Browsers Now Shame Unsecured Websites You may have noticed that most common desktop browsers such Internet Explorer, Chrome, FireFox, and even mobile browsers, such as Chrome on Android, and Safari on iOS prominently show lock icons to indicate when a site is secure via HTTPS. Chrome, in particular, goes a step further by labeling standard HTTP sites as “not secure”. Protecting Your Users, and Your Business Last but not least, if Google’s preference for secure websites isn’t enough, consider your users. If your site is not secured with HTTPS it essentially means that ALL data submitted through your website could be intercepted by someone who is not supposed to have it – this includes contact forms, logins, chat logs, and browsing patterns. Do you really want to expose your users, and your organization, to that kind of liability? Ultimately, for 2018 and beyond website owners will want to ensure that their websites are properly utilizing SSL and HTTPS for optimal security, search performance, and credibility with users.
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2018 IS THE YEAR OF SSL AND HTTPS FOR WEBSITES

Google is Making Security a Big Deal in 2018 onwards Security is the name of the game for websites and SEO today. Google recently announced that starting in July 2018, Google Chrome will send up a warning “UNSECURE SITE” when visitors land on a website that requests confidential information and doesn’t have an SSL certificate. In the past, an SSL certificate was only required if your website was an e-Commerce or membership site. Now, even if you have an informational website, keeping your website secured with an SSL certificate is a requirement. Here’s how adding an SSL certificate can help your marketing and SEO efforts: 1. Google gives ranking boost to HTTPS websites.Since 2014, Google has been encouraging website owners to switch from HTTP to HTTPS by giving a ranking boost to those sites on HTTPS. Google has gone on record to say that this security factor will be even more important in ranking algorithms in 2018. 2. Increase Your Website Security.SSL is the backbone of our secure Internet and it protects sensitive information as it travels across the web. Driving traffic to your website is pointless if the site is not secure and visitors feel unsafe. 3.Build trust and credibilitywith website visitors. Web browsers now give visual cues, such as a lock icon, to let visitors know if the website has an SSL certificate. Visitors look for these items to know that they can trust the website and feel safe sharing personal information with your company. What Exactly is IS HTTP/HTTPS;This is a very technical thing to talk about – but in an effort to make it simple: HTTP (Hyper Text Transfer Protocol) – this is just the basic reference to how information is shared on the internet in its original form, basically as plain text. This allows anyone to view that information who gains access. HTTPS (Hyper Text Transfer Protocol Secure) – this is the same as HTTP but the difference is that the information gets “scrambled” into character strings via an SSL certificate. Only the receiving and sending computers can then see that information. Others may be able to access it – but they will never be able to “read” it because it is so scrambled. CHROME IS MAKING BIG CHANGES IN 2018From July 2018 Chrome are label all HTTP pages as non-secure. So even if you do not have private information or e-Commerce, your website will still be marked as non-secure.But what makes it worse is that future updates may reflect that Non Secure message in red as opposed to gray. Below is how the URL is expected to be shown for the different security levels in the future.
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