Security News
The patched flaw was made public in early February on the HackerOne bug bounty platform and was forwarded to The Register by concerned reader Matt, who told us: "Note that this is regardless of whether the users had set strong passwords and otherwise wouldn't be vulnerable to credential-stuffing attacks." Professor Alan Woodward of the University of Surrey told The Register that while the vuln was bad, it would require an extra step to enumerate user IDs before the attack would work at scale.
Let's Encrypt has halted its plans to cancel all three million flawed web security certificates - after fearing the super-revocation may effectively break a chunk of the internet for netizens. Earlier this week, the non-profit certificate authority, which issues HTTPS certs for free, announced a plan to disable some three million certificates tainted by a software bug.
On Wednesday, March 4, Let's Encrypt - the free, automated digital certificate authority - will briefly become Let's Revoke, to undo the issuance of more than three million flawed HTTPS certs. In a post to the service's online forum on Saturday, Jacob Hoffman-Andrews, senior staff technologist at the EFF, said a bug had been found in the code for Boulder, Let's Encrypt's automated certificate management environment.
Mozilla has said it plans to make a privacy technology called DNS-over-HTTPS the default setting for US users of Firefox within weeks. Although not a perfect shield against DNS snooping, DoH makes that a lot harder.
An eavesdropper doesn't have to be logged into the target device's wireless network to exploit KrØØk. If successful, the miscreant can take repeated snapshots of the device's wireless traffic as if it were on an open and insecure Wi-Fi. These snapshots may contain things like URLs of requested websites, personal information in transit, and so on. When these disassociation packets are received, vulnerable Wi-Fi controllers - made by Broadcom and Cypress, and used in countless computers and gadgets - will overwrite the shared encryption key with the value zero.
Mozilla has started rolling out encrypted DNS-over-HTTPS by default for its Firefox users in the United States. DoH provides increased security for Internet users, the DoH protocol ensures that DNS queries and DNS responses are sent and received over HTTP using TLS. Mozilla has been working on bringing DoH to Firefox since 2017, and tens of thousands were already using the protocol in September 2019, when it revealed plans to roll out DoH to Firefox users in the U.S., in fallback mode.
In theory DNS over HTTPS does not hide the "Fact" of the request transmission, "When" or "Length" of the request from a "Third party" evesdropper only the request "Contents". That is whilst DNS over HTTPS might hide the request contents it does not hide the request or the time it happened at, nore does it hide the traffic to the site the DNS request was for.
Starting today, Mozilla is activating the DNS-over-HTTPS security feature by default for all Firefox users in the U.S. by automatically changing their DNS server configuration in the settings. That means, from now onwards, Firefox will send all your DNS queries to the Cloudflare DNS servers instead of the default DNS servers set by your operating system, router, or network provider.
Safari will, later this year, no longer accept new HTTPS certificates that expire more than 13 months from their creation date. The aim of the move is to improve website security by making sure devs use certs with the latest cryptographic standards, and to reduce the number of old, neglected certificates that could potentially be stolen and re-used for phishing and drive-by malware attacks.
If you're a regular Naked Security reader, you'll know that we've been fans of HTTPS for years. Search engines now rate unencrypted sites lower than encrypted equivalents, and browsers do their best to warn you away from sites that won't talk HTTP. Even the modest costs associated with acquiring the cryptographic certificates needed to convert your webserver from HTTP to HTTPS have dwindled to nothing.