The magic magnesium invention is a groundbreaking discovery in the field of materials science. Magnesium, a lightweight and abundant metal, has long been known for its exceptional strength-to-weight ratio and excellent corrosion resistance. However, its practical application has been limited due to difficulties in shaping and processing the metal. Researchers have now developed a new method to manipulate magnesium, turning it into a versatile material with numerous applications. By combining advanced manufacturing techniques and precise control over the metal's microstructure, scientists have unlocked the full potential of magnesium. One of the key advantages of the magic magnesium invention is its extraordinary strength.
Authenticate users on an ongoing basis via one-click, passwordless login. With Email Magic Links, your users are more likely to follow through with whatever they aim to do.
User passwords can be vulnerable to phishing and brute-force attack, the risks of which are compounded by factors like password re-use and commonly chosen passwords. When your user authenticates, the token knows which website they re visiting, and only produces the right signature if the user is on your genuine website - and therefore, if your user is actually visiting a phishing site pretending to be yours, the hardware token won t generate anything that ll be useful to the attacker.
One of the key advantages of the magic magnesium invention is its extraordinary strength. Despite its lightweight nature, the material exhibits incredible toughness and can withstand extreme forces. This makes it ideal for various industries, such as aerospace, automotive, and construction.
Gmail magic link sign in
Magic links are a valid method of login that is "right" for many users who end up resetting their accounts anyways.
It's better than using true SSO in the sense that "email is decentralized." Yes, that means if their email is compromised the account is compromised, but how many accounts are there are aren't already compromised when using a random password if the email account is insecure? Every story I've heard of an attacker gaining "access to everything" involves attacking the Email account in some way to then password reset everything.
You may also complain that Email is literally not secure so the link could be intercepted unless it was PGP encrypted (somehow). I grant that I think this is perfectly legitimate when the user is facing more advanced attackers (possibly those with passive access to traffic or backend access to emails. NSA or Company IT come to mind) and hence maybe the need for U2F or TOTP.
We get so many "password reset" emails on our old system that I think it'd just be better if they could login with just an email.
Users should use strong and secure methods for their email(s) and websites so err on the side of Magic Links or SSO. Preferably Magic Links because they expose less about the user by default except their email.
I like the magic links, but more as a secondary option or at least an equal option to a password. I have yet to see a site completely depend on the magic links and I hope that doesn't become a thing.
I also really like the "go to this website on your computer and enter this code" for logging in to Apple TV, Chromecast, etc so you aren't typing a 30 character password on a TV remote.
Notion uses magic links only for their login and it's aggravating. It may be nice for some users, but using my password manager's autofill is much faster than going to my inbox and clicking a link.
I think Medium does this too (unless you want to log in with your social account, which I don't like for privacy reason) and it really annoys me.
One of these gets you to the goods much faster than the other.
Furthermore, the corrosion resistance of magic magnesium surpasses that of traditional magnesium alloys. This attribute is particularly valuable in environments where exposure to moisture, chemicals, or temperature fluctuations could degrade the integrity of other materials. The magic magnesium invention also offers enhanced formability, enabling the fabrication of complex shapes and intricate designs. This feature opens up new possibilities for lightweight yet robust structures, including consumer electronics, sports equipment, and medical devices. In addition to these inherent properties, the magic magnesium invention is environmentally friendly. Magnesium is a highly recyclable material, and the process to transform it into usable forms requires significantly less energy compared to other metals. While the magic magnesium invention holds immense promise, there are still challenges to overcome. The high reactivity of magnesium necessitates careful handling and storage to prevent oxidation. Researchers are actively working on developing protective coatings and surface treatments to improve its stability. In conclusion, the magic magnesium invention represents a major breakthrough in materials science. Its exceptional strength, corrosion resistance, formability, and sustainability make it an attractive option for various industries. As research and development continue, it is expected that the applications for magic magnesium will expand even further, revolutionizing the way we design and manufacture advanced materials..
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