Quais são as principais etapas para criar uma senha segura?

Password security still matters because for many platforms, password authentication is the authentication method of last resort. You can armor an information system with public-key cryptography, digital certificates, federation like SAML and OIDC, FIDO 2 tokens, centralized AAA frameworks like RADIUS and LDAP, you name it - but when all else fails, almost every OS and infrastructure platform falls back to locally configured administrative accounts, like "root" and "Administrator" that are protected solely by - TA DA! - passwords. Armor those passwords as best you can with a vault or PAM solution. And hope you never have to use them.

Le mot de passe est la clé de sa maison et on n'aime pas vraiment qu'un étranger puisse y accéder, surtout s'il est malveillant. Sécuriser un mot de passe limite les risques d'intrusion mais aussi de divulgation d'information vous concernant ou bien celle de votre entreprise car les conséquences de l'imagination débordantes des cyber criminels sont au dessus de ce que l'on imagine. Au delà des impacts personnels, cela peut avoir des impacts structurels et destructeurs pour les acteurs économiques comme vitaux pour le fonctionnement de nos sociétés. C'est donc une étape importante de la participation à la défense des intérêts professionnels et personnels dans un monde de plus en plus numérique.

aconselho a adoção de cofre de senha, tanto pessoal, quanto corporativo. Desta forma você poderá criar senha aleatórias para onde precisar. Eu gosto de usar o Bitwarden e o Lastpass. Mas tem muitos: Keepass, 1password, Kaspersky Password Manager, NordPass, Dashlane, Keeper.

Password security matters ! No matter what state of an art authentication mechanism you are using , a good example is of a token/cert based authentication, but there still be root, service accounts configured in your OS. One way of controlling is by putting them under a vault in privelege access management solution and enforce password rotation and MFA to who ever needs access. Then enable the Rsyslog filteration with Auth, Authpriv fields to an external Rsyslog server where the logs get's analyzed, followed by a Solid incident response process !

Creating a secure password is crucial for online security. Here are the key steps to follow: 1.Length: Aim for a password that is at least 12-16 characters long. Longer passwords are generally more secure. 2.Complexity: Use a mix of uppercase letters, lowercase letters, numbers, and special characters (such as !, @, #, $, %, etc.). Avoid using easily guessable information like "password123" or common words. 3.Avoid Personal Information: Do not use easily accessible personal information such as your name, birthdate, or family members' names in your password. 4.Unpredictability: Avoid using common patterns or sequences like "12345" or "abcdef." Make your password as random as possible.

Create a passphrase by combining random words, making it lengthy and memorable. Use a mix of uppercase letters, numbers, and special characters within the phrase for added complexity and security.

The ideal is to have a password with at least 12 characters, combining upper and lower case letters, as well as special characters. It is not recommended to use dates such as birthdays, names of family members or pets. An alternative is to use customizable password generator software.

Avoid using easily obtainable information, such as your name, birthdate, or other personal details. This information is often publicly available and can be exploited by attackers.

I could tell you but I would have to k1ll you. Instead, for security reasons I have written it below in invisible ink. To read it, all you have to do is go over your device with a hot iron and all will be revealed. Long live the resistance 💪 DO NOT TRY THIS AT HOME !

A great way to create a password is to use a password generator. Many password managers offer this service and can create unique passwords for you. Often these tools offer input criteria to help generate the password including length, readability, lowercase, uppercase and special characters (*^!#$). An added bonus is they will securely hold the difficult passwords for you so you don't have to remember them.

1. Get a Password Manager: Choose a reliable one like LastPass or 1Password. 2. Set Up: Install and create an account with a strong master password. 3. Save Passwords: Allow it to save and remember your logins. 4. Generate Strong Passwords: Use it to create secure passwords. 5. Auto-Fill: Enjoy seamless logins with auto-fill. 6. Multi-Device Access: Install on all devices for convenience. 7. Secure Master Password: Keep your master password safe. 8. Regular Updates: Periodically review and update passwords for security.

Based on my experience, it is highly recommended to use a password manager, as once we use strong passwords, it is necessary to remember these passwords when using them and it is also a way of not manually scanning them, as these applications have the functionality to copy and paste. These managers can also help create a password, indicating whether the password is strong or strong.

One thing I found relevant for password creation it's to have a password creation policy to define how to set or how to design a password.most of the times users are not good enough on design a password some tips in how to create a strong password should be shared with the users.

Use a password manager to generate and store strong, unique passwords for each of your accounts, and remember only one master password.

Based on my experience, there are multiple password management tools (PMT) are available in the market. You can purchase and customize one basis your business requirement. The password manager tool can work as a repository to store passwords of generic or admin accounts. The access of PMT must also be restricted to appropriate individuals.

Based on my experience, MFA should be enabled whenever possible, as it makes access secure, based on the principle of something I know (the password) and something I have (the temporary code).

Enable multi-factor authentication by accessing your account settings, selecting the MFA option, and linking your account to a secondary method such as a phone app or text message.

One thing I have found helpful is the use of multi factor authentication in the syste. Multi factor authentication means using more than one way to authenticate any user to a particular system or application. This multi factor authentication can be implemented using biometric authenticators, one time passwords, IVRS call etc. To audit a system authentication the multifactive configurations must also be considered.

I am a big fan of multi-factor authentication and use it whenever I can. I find authentication appliances on my smartphone a very handy tool, however make sure you have set-up recovery devices and the likes in case of a the dreaded worse-case scenario.

La 2FA ou MFA, authentification multifacteur est a ce jour l'un des principes qui réduit considérablement les tentatives d'accès à des sites avec vos identifiants. Par ailleurs, et même s'il n'est pas infaillible, il est accessible en terme d'usage à une très grande partie de la population, même celle dont l'inclusion numérique est limitée. Il est donc très fortement recommandé de l'activer soit au travers des dispositifs disponible sur les sites qui le proposent, soit parfois auprès des guichets des établissements bancaires notamment. L'efficacité de ce dispositif se manifeste lorsque les méthodes des cyber criminels doivent évoluer pour arriver à leurs fins (envoi physique de courrier, de coursier même, etc.)

Le phishing et les tentatives d'escroqueries sont de plus en plus sophistiquées. Surtout lorsque les attaquants utilisent des données à caractères personnelles. D'une manière générale, si le message concerne de l'argent, par nature il faut s'en méfier. Il faut opter pour une posture dépassionner. Il convient d'observer attentivement tous les signaux qui trahissent l'escroquerie: des fautes d'orthographes (il y en a de moins en moins - IA), des liens qui pointent vers des domaines douteux, de se poser la question de la pertinence ou réalité du message. Enfin ne pas hésiter à utiliser les plateformes d'information (cybermalveillance.gouv.fr en France). La seule urgence dans le message c'est de vérifier sa véracité auprès d'un tiers.

Before entering sensitive information on a website, check the URL to ensure it is legitimate. Watch for misspelled domain names or subtle variations that could indicate a phishing attempt. Stay informed about common phishing tactics and scams. Being aware of current threats helps you recognize potential dangers

key steps to help you create a strong and secure password: 1. Length: Aim for a password that is at least 8 characters long. Longer passwords are generally more secure. 2. Complexity: Use a mix of uppercase and lowercase letters. Include numbers and special characters (e.g., !, @, #, $, %). 3. Avoid Common Words: Avoid using easily guessable information like your name, birthdate, or common words. 4. Unpredictability: Avoid using sequences or repeated characters. 5. No Personal Information: Avoid using easily accessible information, such as your username, email, or other personal details. 6. Unique for Each Account: Use a different password for each of your accounts. 7. Passphrases: Consider using a passphrase.

Avoid phishing and scams by being cautious of unexpected emails, not clicking on suspicious links, verifying sender legitimacy, and keeping software and security measures updated.

The basics are all covered here in the original article, but the main reason these attacks happen is due to a lack of education to our organidations end users. Basic cybersecurity training is essential for an ogranisation of any size and this is something that any business owner, from a sole trader through to a large corporation CEO has to ensure they are aware of. Education is key to prevent phishing.

Update and backup your data by regularly installing software updates, saving important files to an external drive or cloud storage, and setting up automated backup schedules.

ensure that you have the latest software updates installed on your devices. These updates often contain bug fixes and security patches that protect against potential threats. Additionally, make it a habit to back up your data regularly. This can be done through various methods such as cloud storage or external hard drives.

Based on my experience, to update or Backup a data is imperative. I have seen an example where the Organization have implemented backend scripts or configuration which would backup the critical data to file systems. Organizations should also ensure that the backup, which has been taken, is good enough to be restored or not. The frequency of data backup can be determined based on business requirement and criticality of data.

Pensar diferente. Normalmente tenemos en la mente nombres y números que tienen un significado para nosotros (año de nacimiento, edad, ciudades donde hemos vivido, etc). Asi que una contraseña segura debe incluir algo que no nos represente, ningún tipo de recuerdo, o momento vivido, esto nos obliga a pensar diferente ser creativo para diseñar contraseñas a prueba de perdidas o daños.

There is a lot of discussion regarding password managers, multi-factor authentication and personal data protection. All of these are predicated on the assumption that a username and password is the primary verification of a users' identity. For 20 years this has been known as fundamentally unreliable. With the maturity of public key encryption and the emergence of blockchain (an immutable public ledger), I believe the discussion should be moving towards having a more cryptographically assured mode of single factor authentication. The best example of this that I've seen is verifiable credentials. Use cases for verifiable credentials extend well beyond authentication, so I think there is a major wave of digital change coming in 2024.

In my opinion we as users we all have a personal responsibility regarding our own information, yes technology does play a role naturally, but in most cases of personal information compromise, we as users are the weakest link. When it comes to any personal information always be vigilant, don’t write passwords down, never volunteer your own information or those of your friends, family, or business colleagues in response to online or telephonic requests.

Many websites provide tools to test the strength of your passwords. These tools typically evaluate factors such as length, complexity, and uniqueness. One commonly used website is "How Secure Is My Password?" You can visit the site, enter your password, and it will estimate how long it would take for a computer to crack it. Remember to be cautious about entering your actual passwords into third-party websites. Use such tools with discretion and ensure they are from reputable sources. These tools are educational and can help you understand the principles of creating strong passwords.

While using strong passwords and MFA are good practices to keep data secure and avoid security incidents, events such as data breaches are out of the user's control. These events pose a massive risk since Personal Identifiable Information can get leaked. One option is to use tools like Firefox Monitor to verify if your sensitive data has been compromised in a security breach and take action in case of an event.

Passkeys combines two factors: the passkey itself and the biometric/device pin. Passkeys allow users to authenticate without having to enter a username or password.