Microsoft is finally making a change to Windows that has been long overdue. The company is killing support for 1024-bit RSA keys for TLS authentication making future Windows more secure.
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Back in December last year, Microsoft had disabled the MSIX app installer protocol to prevent malicious spoofing attempts and attacks. Today, a formal annoucement has come regarding the matter.
Microsoft earlier today released the latest Stable build for Edge with version 98.0.1108.43. The new build brings a new browsing mode for more enhanced security, among other new stuff.
A new version of reCAPTCHA will assign site visitors a risk score and allow site admins to take custom actions based on that score. It's expected to improve user experience while fighting off bots.
While there are currently no known vulnerabilities in TLS 1.0 and 1.1, Microsoft plans to end support for these old protocols in supported versions of Microsoft Edge and IE 11 by 2020.
Google plans to introduce a number of changes to how Chrome treats HTTPS and HTTP pages, starting with the September rollout of Chrome 69 which will remove the "Secure" label on HTTPS sites.
After four years of debates, including attempts from the financial sector to soften it, Transport Layer Security (TLS) protocol version 1.3 has been finished and is ready to be implemented.
Privatefirewall delivers signature-less, behavior-based anti-malware, zero-hour protection from known or new spyware, viruses, hacking techniques and other intrusions on Windows desktops and servers.
Privatefirewall features signature-less, behavior-based anti-malware and desktop defense capabilities comprised of several distinct technology layers designed to block or mitigate the damage caused
Privatefirewall features signature-less, behavior-based anti-malware and desktop defense capabilities comprised of several distinct technology layers designed to block or mitigate the damage caused
Privatefirewall features signature-less, behavior-based anti-malware and desktop defense capabilities comprised of several distinct technology layers designed to block or mitigate the damage caused
