Password Manager Pro Plugins for Chef and Puppet Introducing new plugins for Chef and Puppet CI/CD platform, in addition to Jenkins and Ansible. Both Chef and Puppet use the Master-Slave architecture, where communication happens via an SSL-based secure encrypted channel. Dedicated external app plugins are provided for both the plugins, so that the code pulls the passwords directly from Password Manager Pro during run time, instead of storing them as plain texts within script files. This combats security threats to resources, enhances the security of passwords and eliminates the need for users to modify the code when passwords are changed. The plugins thereby improve the overall security in organizations' DevOps pipeline and also impose consistent rotation and automatic update of the new passwords in the respective remote devices.
Dashlane is one of the best password managers in 2023. It uses unbreakable end-to-end encryption to secure user data, has a wide range of high-security features, and provides more useful extras than almost any other competitor.
Dashlane is now a fully web-based password manager. It used to offer desktop apps for Windows and Mac, but these have now been discontinued. The newly updated web app looks and acts in much the same way as the old desktop apps did, but with a number of improvements.
Overall, Dashlane has good password sharing features. Sharing one or more passwords or secure notes with one or more recipients is super easy, and users can also choose whether the recipient can only use the items without viewing them or have full rights. I also like that users can change their minds at any time and revoke access to an item in just a couple of clicks.
Dashlane is the only password manager on the market to provide a VPN. A VPN encrypts your internet traffic and changes your IP address, securing your online browsing, preventing anyone from tracking your internet activity, and allowing you to bypass internet restrictions and firewalls.
All free password managers have limitations, so I recommend getting a premium password manager that provides unrestricted access to all features. Dashlane Free includes a 30-day free trial of Dashlane Premium, so you can give it a try to see if Dashlane is right for you.
Yes, Dashlane is one of the most secure password managers out there. It uses end-to-end 256-bit AES encryption, it has a zero-knowledge policy, it offers two-factor authentication (2FA), and it has security extras like password health auditing, live dark web monitoring, secure password sharing, emergency access, and lots more.
But if you can afford to spend some money to keep all of your passwords secure, Dashlane Premium is one of the best password managers on the market, and it comes with a risk-free 30-day money-back guarantee.
Dashlane has never been hacked. While hackers have successfully infiltrated other password managers in the past, including LastPass, there is no record of a successful attack against Dashlane.
We know that the notion of password security is nothing new but, as we saw above, insecure passwords continue to be low hanging fruit for threat actors. To help keep password security in focus as we end the year, our cybersecurity team is sharing some best practices for creating secure passwords and policies below:
If only it were that simple, right? In all seriousness, good passwords are always necessary. Yet, they are increasingly hard to come by. A good first starter tip for creating a secure password is to avoid those that are easily guessable. Some of the worst type of passwords we have encountered include:
Even with secure password policies in place, end users can make passwords that still include common terms or phrases. One of the growing security measures organizations are utilizing to combat this challenge is called password blacklisting. This tactic restricts the choice of potential passwords, removing common phrases and terms, as well as variations that use special characters and/or numbers, from the list. Senior IT Auditor Sarah Hudak touches on password blacklists in one of our recent videos from our Top Cybersecurity Questions of 2021 video series below.
We know how hard it can be to remember all of your passwords, especially with the amount of unique requirements from different sites. One way to make it easier is to use password management software, which acts as a master lock of sorts for your passwords. Password managers not only add a layer of convenience to password security, but many also help you create strong passwords with stringent requirements. And no, writing passwords on a slip of paper that you hide under your keyboard is not a password management solution.
If you are not using a password manager, having unique passwords for accounts is an absolute must. One of the first things threat actors do when stealing a password is to see which other accounts it might crack Using a strategy known as credential stuffing, attackers will see how many accounts they can compromise with stolen credentials to increase their earning potential. If you take a moment to think about how many accounts you have that use the same password and username/email address, chances are you can see the potential damage of having one password.
KSI is a Zero-Knowledge security provider. The Keeper user is the only person that has full control over the encryption and decryption of their data. With Keeper, encryption and decryption occurs only on the user's device upon logging into the vault. Each individual record stored in the user's vault is encrypted with a random 256-bit AES key that is generated on the user's device. The record keys are protected by an additional key, called the Data Key. The Data Key is encrypted by a key derived on the device from the user's Master Password. Data stored at rest on the user's device is also encrypted by another 256-bit AES key, called the Client Key. Secure record syncing between the user's devices is also encrypted at the network layer and routed through Keeper's Cloud Security Vault. This multi-tiered encryption model provides the most advanced data protection available in the industry.The encryption key that is needed to decrypt the data always resides with the Keeper user. KSI cannot decrypt the user's stored data. KSI does not have access to a customer's master password nor does KSI have access to the records stored within the Keeper vault. KSI cannot remotely access a customer's device nor can it decrypt the customer's vault. The only information that Keeper Security has access to is a user's email address, device type and subscription plan details (e.g. Keeper Unlimited). If a user's device is lost or stolen, KSI can assist in accessing encrypted backup files to restore the user's vault once the device is replaced.Information that is stored and accessed in Keeper is only accessible by the customer because it is instantly encrypted and decrypted locally on the user's device - this includes all native applications, browser-based apps and mobile apps. The method of encryption that Keeper uses is a well-known, trusted algorithm called AES (Advanced Encryption Standard) with a 256-bit key length. Per the Committee on National Security Systems publication CNSSP-15, AES with 256-bit key-length is sufficiently secure to encrypt classified data up to TOP SECRET classification for the U.S. Government. Keeper is FIPS 140-2 certified and validated by NIST CMVP (Certificate #3976 - -module-validation-program/certificate/3976)
To build a secure service, Keeper split BreachWatch into three services; one each for checking domains, usernames, passwords and username+password pairs. Keeper client applications contact each of these backend services using an encrypted REST API.
The PCI DSS standard requires passwords to contain at least seven characters in uppercase and lowercase letters. Other instructions suggest including long passwords, numbers, and special characters. Using password cracking software, passwords that fall below specific standards can be easily cracked.
It should be noted that you cannot wholly trust strong passwords. A password does not protect data completely. It would be best to have a combination of multi-factor authentication, encryption, and other protocols to keep your data safe.
If the password is too complex, the user can write it down or store it in an unsafe place. Additionally, research has shown that longer passwords without complexity are more robust than shorter passwords with complexity. Longer passwords with complexity will be even stronger.
This is where password managers make life more comfortable. The password manager recalls all your passwords for you as long as you can create a powerful master password that is important for you to remember.
In 2013, Google released a list of the most common password types, all of which are considered insecure because they are too easy to guess (especially after researching an individual on social media):
Traditional advice to memorize passwords and never write them down has become a challenge because of the sheer number of passwords users of computers and the internet are expected to maintain. One survey concluded that the average user has around 100 passwords. To manage the proliferation of passwords, some users employ the same password for multiple accounts, a dangerous practice since a data breach in one account could compromise the rest. Less risky alternatives include the use of password managers, single sign-on systems and simply keeping paper lists of less critical passwords. Such practices can reduce the number of passwords that must be memorized, such as the password manager's master password, to a more manageable number. 2b1af7f3a8