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Okta révolutionne l'identité d'entreprise: dépassement MFA.

Okta révolutionne l’identité d’entreprise en offrant une authentification multi-facteurs plus sûre et plus facile à gérer. Découvrez comment Okta dépasse le MFA.

Au Oktane23, Okta a révélé de nouvelles solutions pour automatiser la gouvernance d’identité, mettre en œuvre la gestion des accès privilégiés et permettre une authentification et une protection contre les menaces continues.

Okta Automates Identity Governance

Okta’s new identity governance solution automates the process of granting and revoking access to applications and other resources. This helps organizations ensure that users have the right level of access to the right resources at all times, while also meeting compliance requirements. The solution also provides visibility into user access and activity, enabling organizations to quickly detect and respond to suspicious behavior.

Okta Enables Privileged Access Management

Okta’s new privileged access management solution helps organizations secure access to their most sensitive resources, such as corporate networks and databases. The solution provides granular control over who has access to these resources and when, while also providing visibility into user activity. This helps organizations detect and respond to suspicious activity quickly and effectively.

Okta Offers Continuous Authentication and Threat Protection

Okta’s new authentication and threat protection solutions help organizations protect their users from sophisticated cyber threats. The solutions provide continuous authentication and threat protection, enabling organizations to detect and respond to threats in real time. The solutions also provide visibility into user activity, allowing organizations to quickly detect and respond to suspicious behavior.

Conclusion

Okta’s new solutions will revolutionize the way organizations manage identity and access, enabling them to secure their digital resources while removing productivity roadblocks for users. The solutions provide automated identity governance, privileged access management, continuous authentication, and threat protection, helping organizations protect their users from sophisticated cyber threats while ensuring compliance with industry regulations.

Introduction

L’identité a historiquement été considérée comme le moyen d’accorder ou de refuser l’accès aux ressources et applications numériques d’une entreprise. Mais dans le paysage technologique de plus en plus complexe et riche en menaces cyber sophistiquées d’aujourd’hui, l’identité doit se transformer en bien plus. Lors de la conférence annuelle Oktane de l’Okta, leader de la gestion d’identité, des nouvelles solutions innovantes ont été annoncées qui redéfiniront le rôle de l’identité dans la sécurisation de l’entreprise moderne tout en supprimant les obstacles à la productivité des utilisateurs.

Okta Automatise la Gouvernance d’Identité

La nouvelle solution de gouvernance d’identité d’Okta automatise le processus d’octroi et de révocation de l’accès aux applications et autres ressources. Cela permet aux organisations de s’assurer que les utilisateurs disposent du bon niveau d’accès aux bonnes ressources en tout temps, tout en respectant les exigences en matière de conformité. La solution offre également une visibilité sur l’accès et l’activité des utilisateurs, ce qui permet aux organisations de détecter et de réagir rapidement à des comportements suspects.

Okta Permet la Gestion des Accès Privilégiés

La nouvelle solution de gestion des accès privilégiés d’Okta aide les organisations à sécuriser l’accès à leurs ressources les plus sensibles, telles que les réseaux et bases de données d’entreprise. La solution offre un contrôle granulaire sur qui a accès à ces ressources et quand, tout en fournissant une visibilité sur l’activité des utilisateurs. Cela permet aux organisations de détecter et de réagir rapidement et efficacement à des comportements suspects.

Okta Offre une Authentification Continue et une Protection

Source de l’article sur DZONE

Ne Pas Utiliser de Credentiels dans une CI/CD Pipeline

Les pipelines CI/CD sont des outils puissants, mais il est important de ne pas utiliser de credentiels sensibles pour éviter les risques de sécurité.

Comment Donner un Accès Sécurisé à des Services Tiers Sans Utiliser de Clés Secrètes

OpenID Connect (OIDC) is a protocol that allows users to authenticate themselves with an external identity provider, such as Auth0 or Okta. It works by exchanging an access token between the identity provider and the application. This token is cryptographically signed and contains a set of claims about the user, such as their name, email, and other attributes. The application can then use this token to authenticate the user and grant them access to resources.

En tant qu’utilisateur qui construit et maintient des infrastructures cloud, j’ai toujours été méfiant du point de vue de la sécurité lorsque je donne un accès à des services tiers, tels que les plateformes CI/CD. Tous les fournisseurs de services prétendent prendre des précautions strictes et mettre en œuvre des processus infaillibles, mais les vulnérabilités sont toujours exploitées et les erreurs arrivent. Par conséquent, ma préférence est d’utiliser des outils qui peuvent être hébergés en interne. Cependant, je ne peux pas toujours avoir le choix si l’organisation est déjà engagée auprès d’un partenaire externe, tel que Bitbucket Pipelines ou GitHub Actions. Dans ce cas, pour appliquer un IaC Terraform ou déployer un groupe d’échelle automatique, il n’y a pas d’autre choix que de fournir à l’outil externe une clé secrète API, n’est-ce pas ? Faux ! Avec la prolifération de OpenID Connect, il est possible de donner aux plates-formes tierces un accès basé sur des jetons qui n’exige pas de clés secrètes.

Le problème avec une clé secrète est qu’il y a toujours une chance qu’elle soit divulguée. Le risque augmente plus elle est partagée, ce qui se produit lorsque des employés quittent et que de nouveaux arrivent. L’un d’entre eux peut le divulguer intentionnellement ou ils peuvent être victimes d’une hameçonnage ou d’une violation. Lorsqu’une clé secrète est stockée dans un système externe, cela introduit un tout nouvel ensemble de vecteurs de fuite potentiels. Atténuer le risque implique de changer périodiquement les informations d’identification, ce qui est une tâche qui n’ajoute pas de valeur perceptible.

OpenID Connect (OIDC) est un protocole qui permet aux utilisateurs de s’authentifier auprès d’un fournisseur d’identité externe, tel qu’Auth0 ou Okta. Il fonctionne en échangeant un jeton d’accès entre le fournisseur d’identité et l’application. Ce jeton est signé de manière cryptographique et contient un ensemble de revendications sur l’utilisateur, telles que son nom, son adresse électronique et d’autres attributs. L’application peut ensuite utiliser ce jeton pour authentifier l’utilisateur et lui donner accès aux ressources.

Les jetons OIDC sont une alternative intéressante aux clés secrètes pour donner aux plates-formes tierces un accès limité aux ressources cloud. Les jetons sont générés par le fournisseur d’identité et peuvent être limités à une durée de vie spécifique et à un ensemble de revendications spécifiques. De plus, ils peuvent être révoqués à tout moment par le fournisseur d’identité si nécessaire. Les jetons OIDC sont donc une solution plus sûre et plus flexible pour donner aux plates-formes tierces un accè

Source de l’article sur DZONE

RingCentral APIs use OAuth 2.0 for authorization. But which grant flow is the best practice for client-side apps, such as desktop, mobile app, and web (Single Page Apps)? The answer to that is authorization code with Proof Key for Code Exchange. In this article, I will introduce and show you how to implement authorization code with PKCE flow in Single Page Apps.

Useful Links

  1. RingCentral APIs reference: Authorization in RingCentral APIs.
  2. IETF link: Proof Key for Code Exchange by OAuth Public Clients.

Authorization Code and Implicit Grant Flow

Authorization Code Grant Flow

We can get the full steps of authorization code grant flow in the following diagram. A third-party app will need the RingCentral client ID and client secret to exchange and refresh the access token. The third-party app will stay authorized if it refreshes the RingCentral access token before the refresh token has expired, and will get a new refresh token and access token when it refreshes.

Source de l’article sur DZONE

A hacked WordPress site is as damaging as having your home burgled. It can completely shatter your peace of mind and adversely impact your online business. 

Why do hackers target WordPress sites? The answer is relatively simple: WordPress is the single biggest platform for website creation these days, so there’s a larger base to attack; this attracts the attention of online criminals. 

So, how can a hack impact your website? 

Depending on the type of attack, your website could suffer any of the following:

  • It could be defaced completely;
  • It could load or operate very slowly on any device;
  • It could completely crash and malfunction;
  • It could display the dreadful “White Screen of Death”;
  • Its incoming visitors could be redirected to other suspicious websites;
  • It could lose all your valuable customer data.

This list is not exhaustive but you get the idea.

Now that we know how a successful hack can impact your website and online business, let us look at the top 10 reasons behind WP hacks and prevent them.

1. An Insecure Web Host 

Like any website, WordPress is hosted on a web host or server. Unfortunately, most site owners do not pay much attention to the web host they select and choose the cheapest they can find. For example, it is more affordable to host a website on a shared hosting plan — one that shares its server resources with many other websites like yours.

This can make your site vulnerable to hackers as a successful hack into any website on the shared server. A single hacked site can consume the overall server bandwidth and impact all the other sites’ performance.

The only way to fix this problem is to opt for a reliable host and a virtual or dedicated server.

Pro tip: If you’re already using a shared hosting plan, check with your hosts if they offer VPS hosting and make the switch.

2. Use of Weak Passwords

Weak passwords are the main reason behind successful brute force attacks that target your account. Even to this day, users continue to use weak and common passwords like “password” or “123456”; if you’re one of them, your website could land in trouble!

Guessing weak passwords allows hackers to enter the admin accounts where they can inflict the maximum damage.

How do you fix this problem? Simple, ensure all your account users (including admin users) configure strong passwords for their login credentials. With at least 8 characters, passwords must be a mix of upper- and lower-case alphabets, numbers, and symbols. 

For added safety, install a password management tool that can automatically generate and store strong passwords.

Pro tip: You can use a plugin to reset passwords for all your users.

3. An Outdated WP Version

Outdated software is among the most common reasons why websites get hacked. Despite being free to download, most site users defer updating their site to the latest version, for fears of updates causing their site to crash.

Hackers take advantage of any vulnerability or bug in an older version and cause issues like SQL Injections, WP-VCD Malware, SEO Spam & other major issues like website redirecting to another site.

How do you solve this problem? When you see a notification about an update on your dashboard, update your site as soon as possible.

Pro tip: If you are worried about updates crashing your live website, you can first test the updates on a staging site.

4. Outdated WP Plugins and Themes

Similar to the previous point, hackers also take advantage of outdated, unused, or abandoned plugins and themes installed on websites. With over 55,000 plugins and themes that are available, it is easy to install a plugin or theme, even from unsafe or untrusted websites. 

Plus, many users do not update their installed plugins/themes to the latest version or do not find the updated version. This makes it easier for hackers to do their job & infect sites.

How do you avoid this problem? As with the core WP version, update each of your installed plugins/themes on your site regularly. Take stock of all the unused ones and remove them or replace them with better alternatives.

You can update your plugins/themes from your hosting account.

Pro tip: We suggest setting aside time every week to run updates. Test them on a staging site and then update your site.

5. Common Admin Usernames 

In addition to weak passwords, users also create common usernames that are easy to guess. 

This includes common usernames for admin users like – “admin”, “admin1”, or “admin123”. Common admin usernames make it easier for hackers to get into admin accounts and control backend files in your WP installation.

How do you avoid this problem? If you are using any such usernames that are easy to guess, change them immediately to a unique username. The easiest way of doing it is through your hosting account’s user management tool, by deleting the previous admin user and creating a new admin user with a unique username.

As the first step, change the default username of your admin user and limit users who have administrator privileges.

Pro tip: WordPress has 6 different user roles with limited permissions. Only grant admin access to users who really need it.

6. Use of Nulled Plugins/Themes 

Coming back to the importance of plugins/themes, users have access to many websites that sell nulled or pirated copies of popular and paid plugins and themes. While these are free to use, they are often riddled with malware. They can compromise your website’s overall security and make it easier for hackers to exploit. 

Being a pirated copy, nulled plugins/themes do not have any available updates from its development team, hence will not have any security fixes.

How do you fix this problem? Simple, for a start, only download original plugins and themes from trusted websites and marketplaces.

Pro tip: If you don’t wish to pay for paid or premium plugins and themes, opt for a free version of the same tools that will have limited features but are still safer to use than the nulled version. 

7. Unprotected Access to wp-admin Folder

To take control of your site, hackers often try to break into and control your wp-admin folder in your installation. As the website owner, you must take measures to protect your wp-admin directory.

How can you protect your wp-admin folder? First, restrict the number of users having access to this critical folder. Additionally, apply for password protection as an added layer of security for access to the wp-admin folder. You can do this using the “Password Protection Directories” feature of the cPanel in your web host account.

Pro tip: Besides these fixes, you can also implement Two Factor Authentication (or 2FA) protection for all your admin accounts.

8. Non-SSL Website

You can easily migrate your HTTP website to HTTPS by installing an SSL certificate on your site. SSL (or Secure Socket Layer) is a secure mode of encrypting any data transmission between your web server and the client browser.

Without this encryption, hackers can intercept the data and steal it. Plus, a non-secure website can have many negative implications for your business – lower SEO ranking, loss of customer trust, or a drop in incoming traffic.

How do you fix this problem? You can quickly obtain an SSL certificate from your hosting company or SSL providers. It encrypts all data that is sent from and received by your website. 

Pro tip: You can get a free SSL certificate from places like Let’s Encrypt, but these provide limit protection that will only be sufficient for a starter site or small site.

9. No Firewall Protection

Lack of firewall protection is another common reason why hackers can bypass website security measures and infiltrate the backend resources. Firewalls are the last line of defence against hackers and work like the security alarm installed on your house. Firewalls monitor web requests coming from various IP addresses, including the suspicious (or bad) ones. 

They can identify and block requests that are known to be malicious in the past, thus preventing easy access for hackers to your website domain. Web application firewalls can thwart various attacks, including brute force attacks, XSS, and SQL injections.

Pro tip: A firewall provides much-needed security and is  your first line of defence. But it’s important to also have a malware scanner installed.

10. Lack of WordPress Hardening Measures

Typically, hackers target the most vulnerable areas or weaknesses within a WP installation, to illegally access or damage the website. The WordPress team has identified these vulnerable areas and has devised a list of 12 hardening measures recommended for every website.

A few of these include:

  • Disabling the File Editor;
  • Preventing PHP execution in untrusted folders;
  • Changing the security keys;
  • Disallowing plugin installations;
  • Automatic logout of inactive users;

How do you implement these hardening measures? While some steps are easy to understand, others require the technical expertise of how WordPress works. 

Pro tip: You can implement hardening measures on your own. However, some measures require technical expertise so in these cases, it’s much easier and safer to use a plugin.

 

Featured image via Pexels.

Source


Source de l’article sur Webdesignerdepot