The conventional ERP sector is reluctant to accept public discussions regarding security, frequently implying that it is a platform issue rather than that of an application. As a result, developing the services that consumers and suppliers want looks risky and costly.
Surprisingly, the majority of the best solutions are the simplest and least expensive ones. There are numerous areas of interest to obtain an acceptable degree of security from, such as networking, applications, education, culture, physical and remote access. Although not everything can be analyzed, choosing an application that can pass at least some simple checks may help keep your deployment secure.
The best Software Security
Odoo is highly customizable; thus, Odoo users and developers from all around the globe are constantly reviewing the whole codebase. As a result, bug reports from the community are an essential source of security input. Therefore, we strongly urge developers to test their programs for security flaws.
The Odoo Research and Development process includes a code review step that covers the security concerns of new code as well as contributed code.
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Odoo was designed to avoid the most frequent security issues from being introduced.
SQL injection is overlooked by using a greater Interface that does not necessitate SQL queries; XSS attacks are eliminated by using an elevated template software that escapes data input. This framework prevents RPCs from accessing personal methods and revealing security flaws.
Also, check the Top OWASP Vulnerability section to see how Odoo is designed from the beginning to prevent it from occurring.
Firm of Independent Security Audit
Odoo is an independent firm that customers or potential clients routinely evaluate to undertake vulnerability scanning and testing. Odoo’s security team gets the results and, if necessary, takes immediate action. These results, however, are secret, the property of the members, and are not shared. Odoo also has a very active community of independent security researchers who constantly monitor the source code and work with us to improve and strengthen the security of Odoo. Our privacy program is listed on our disclaimer page.
According to Infosec, the security education experts and researchers, In 2019, the average cost of data breaches was $3.92 million, with a 279-day average duration to detect and control a breach. Don’t let yourself be the next prey of one of these assaults! Realize the importance, prevent them, and ensure solid security for your web apps. Simply put, they are vital to your company’s goal.
The Open Web Application Security Project (OWASP) is dedicated to advancing the security of the software. OWASP works on an open-source module, which permits anybody to participate in projects, web communications, events, and other activities. The core OWASP concept is that all resources and information on the website are free and freely available to anybody. As a result, OWASP provides a wide range of resources, including tools, videos, forums, initiatives, and conferences. In a nutshell, OWASP is a comprehensive library of online application security information supported by the extensive expertise and knowledge of open community collaborators.
OWASP Top Vulnerabilities and Odoo Solution
According to the Open Online Application Security Project (OWASP), Odoo poses a serious security risk for web apps in this area.
- Injection flaws: Injection errors, particularly SQL injection, are frequent in web apps. Inserts happen when the interpreter receives user-specified data of a query or command. An attacker’s hostile data causes the interpreter to execute unwanted instructions or alter the data.
- Odoo Solution: Odoo is built on the object-relational mapping (ORM) framework, which by default ignores query construction and prevents SQL injection. SQL queries are generally not created by developers; instead, they are generated by the ORM, and the arguments are always correctly encoded.
- Malicious File Execution: RFI vulnerable code (including remote files) can allow an attacker to include hostile program codes, resulting in tragic attacks such as database invasions. There is an opportunity.
- Odoo’s Solution: Odoo does not expose the ability to include remote files. On the other hand, authorized users can modify the functionality by adding custom expressions that the system evaluates. These expressions are always analyzed in a sandboxed and simple way, with only authorized functions being accessible.
- Cross-Site Scripting: The errors of the XSS happen if an application retrieves user-supplied data and initially transmits it to a browser with no validation or encryption. An attacker can use XSS to execute a script in the victim’s browser to hijack the user’s session, block the website, and deploy the worm.
- The Odoo Solution:
To prevent XSS, the Odoo framework effectively escapes all representations presented in views and pages. For the displayed page to contain raw data, developers must make the term “safe” clear.
- Insecure Direct Object Reference: A direct object reference occurs when a developer publishes a reference to an internally implemented object such as a file, directory, database record, or key as a URL or form parameter. By manipulating these references, an attacker can access other objects without permission.
- The Odoo Solution:
Odoo access control is not implemented at the user interface level, so there is no risk of exposing references to internal objects in the URL. All requests continue to pass through the data access authentication layer, so an attacker cannot circumvent the access control layer by manipulating these credentials.
- CSRF: A Cross-Site Request Forgery attack that logs in and forces the victim’s browser to direct a bogus HTTP request to the susceptible site including the cookie of the victim’s session and other automated login credentials. attacks. Make sure you visit the app. This allows an attacker to compel the victim’s browser to make a recommendation that the vulnerable app perceives as the victim’s genuine request.
- The Odoo Solution: The Odoo Site Engine includes CSRF protection. This security token prevents the HTTP controller from receiving POST requests without it. This is the preferred strategy for detecting CSRF. This security token is known and exists only if the user visits a form on the vulnerable website; without it, an attacker cannot fake a request.
- Insecure encrypted storage: Encryption is hardly used to secure data and passwords in web applications. In addition to identity theft and credit card fraud, attackers can exploit unprotected data to perform additional crimes.
- The Odoo Solution: To secure saved passwords, Odoo employs industry-standard secure hashes for user passwords. To guarantee that a user’s password is not kept locally, you can utilize an external authentication system such as Google authenticator or Mysql.
- Insecure communications: Many applications designed to protect sensitive conversations fail to encrypt network traffic.
- The Odoo Solution: OdooCloud is HTTPS-enabled by default. For on-premises deployments, Odoo must be operated behind a web server that provides encryption and proxies Odoo requests. A security checklist is included in the Odoo Deployment Guide for more secure public deployments.
- Do not limit URL access: Most apps simply safeguard critical functionality by ensuring that references or URLs are not exposed to illegal access. An attacker might exploit this flaw to get direct access to the URL and execute harmful operations.
- The Odoo Solution:
Access control in Odoo is not enforced at the interface level, and security does not rely on covering up specific URLs. A hacker cannot re-use or manipulate the URL to circumvent the access control layer. All requests must still pass via the data access authentication layer. If the URL allows unencrypted access to sensitive data, such as a specific URL used by the client to complete the order, it is digitally signed with a unique token and provided by email.
Open Redirect is a flaw?
Open redirects are viewed as a security issue by certain members of the security community. It was formerly rated bottom in the OWASP Top 10 for the most part. The main reason for this is that the tooltip displays a familiar site address, and the user may be unaware of the domain name change after browsing, causing them to trust the link. However, as explained by OWASP, this is just one technique of rolling out this phishing attack. An attacker would be unable to attack this if there’s an issue apart from a direct failure or damage.
Why does Odoo regard this as a flaw?
The address bar is the only accurate content source indication provided in contemporary browsers. The browser makes every effort to provide confidential data (such as an SSL certificate) in the address bar. This is why Odoo ERP suggests having a genuine SSL certificate for users to notice changes in the address bar. Tooltips, on the other hand, are readily manipulated and should not be utilized as a security signal.
More significantly, anyone who is susceptible to misleading tooltips can be misled into not utilizing open redirects. It is typical for an attacker to create a comparable domain name and drop an email with a phishing link to a phony website.
Because eliminating the URL redirector does not prevent it from being used, it does not greatly increase data security. However, certain functionalities on which our users rely are faulty or complicate Odoo’s implementation.
Conclusion; Odoo ERP Ranks First in OWASP
Here is proof that Odoo ERP ranks first in OWASP security and that vulnerability is handled accordingly. You don’t have to function in a certain industry to be impacted by a security flaw; it affects all businesses. If your company has a breach and is seeing a decline in client satisfaction, please contact Brainvire Odoo specialists. They will guide you through the process. They are an Odoo Gold Partner and guarantee the security of the data submitted into Odoo. Thank you and have a wonderful read. We hope to hear from you soon.
Odoo is a powerful open-source ERP & CRM. With 26000+ applications and comprehensive solutions, it has a rich web interface that is highly customizable for all your business needs. This makes it one of the most preferred picks for SMEs.
Odoo uses PostgreSQL as its database backend. One of the most advanced open-source databases, it is known for its reliability, features, and performance.
Run an Application Security Test to reveal injection flaws. A Multi-factor Authentication can reduce broken authentication. You can also use DAST and SCA scans to identify and negate issues/risks with implementation errors before the code is activated. To reduce the risk of sensitive data exposure, implement data encryption, tokenization, proper key management, and disabling response caching. Disabling XML external entity processing can lessen the possibility of an XML entity attack. With Penetration Testing, you can detect missing authentication and lower the risks of deserialization exploitation. It can also find areas with insufficient logging and monitoring.
Secure coding practices and preventative measures like multi-factor authentication and locking down administrative accounts and controls will keep weak access controls and credential management issues at bay. To identify misconfigured security, run a Dynamic Test. Train your developers in the best practices like data encoding for the “endpoint” as an added precaution and input validation. Locate and neutralize insecure components with a Static Analysis.