The code of any company is its intellectual property and represents a lot of research, investment, and development that was done so if the code gets stolen, it could mean a huge financial loss to the company, as well as a reduced competitive advantage, therefore, you need to take steps to ensure that your code stays safe and protected, and here are some things you can do to protect your code.
Least Privilege Access
Access control is very important in preventing theft of code. When you implement strict access control measures, you only allow authorized individuals to have access to the code, and everyone is deprived of access. There is also multi-factor authentication and least privilege access enabled, so employees can only access what they need to access. The rest is kept hidden from them, which keeps the code safe and secure, and in the case that a breach or theft happens, it is easy to track who could have done it, as only a few people had access to it.
Regular Security Audits
Regularly reviewing the code and having audits can identify any sort of vulnerabilities and remove them before they become problematic. Therefore, there should be scheduled audits regularly that expose any vulnerabilities or any gaps in systems and policies. You can also use SAST and DAST tools to detect any vulnerabilities in your system. Cybercrimes have caused companies huge financial losses, and the total cost of cybercrimes is expected to reach 10.5 trillion dollars by 2025.
Legal Safeguards
You can also implement Non-Disclosure Agreements and any other legal documents that will ensure that all employees understand the need for confidentiality and not leak any information. If anyone leaks any information, strict action should be taken against them so that it also serves as an example for others.
Encrypted Storage and Transfers
When it comes to protecting, encryption is the ego of the strategy, but source code cannot be kept encrypted because both humans and machines need to read it to be able to understand it. But encryption can be used on any data that is used with the code. Data these days is extremely important, and data theft can be very dangerous, as it can expose the data to third parties who can sell the data, which breaches the privacy of the user. Hence, you need to ensure that your code does not have any vulnerabilities that allow this, and this can be ensured through data encryption so that it stays protected at rest and during transit, and becomes invulnerable to any sort of theft, tampering, or interception. Encrypting storage and transfer of data would include taking actions like using cryptographic libraries, implementing secure key storage, and automated key rotation.
Employee Training
Your employees are your first line of defense against any cyber-attacks, which is why it is important to train them against phishing and social engineering attacks. They should be made to attend regular sessions where they are instructed to stay wary of any emails, messages, and phone calls, and not give out any personal or company information to anyone, as phishing attacks have become very common and social engineering techniques have caused huge losses to companies. You should also instruct them to be wary of any suspicious activity, such as an unfamiliar person walking into the office, as he could easily copy information on a hard drive and steal company information. In this way, training employees becomes a proactive approach to code safety.
Best Tools for Preventing Code Theft
Some tools that can prevent your code from being stolen include a virtual lab sandbox, through which developers, testers, and even clients can interact with the code in a very controlled environment, so that the source files are not exposed, keeping it safe from external parties which is also very important when the application needs to be shown to partners outside the company or during audits. GitHub, GitLab, and Bitbucket provide version control security by offering signed commits and branch protection.
Conclusion
Keeping your code safe and secure is not a one-time effort but also requires you to monitor the system and make updates wherever required constantly. You cannot only take one security measure to secure it, but you may need multi-layered protection to ensure that the code is protected from all ends.