Users of low-code come from both industry and technology backgrounds. Some professionals are unfamiliar with application security best practices and are unaware of possible vulnerabilities and security gaps.
Fremont, CA : Low-code creation, as opposed to conventional development, requires a number of persons working together to create applications when dealing with dynamically developed code, ready-made components, and built-in default configurations. This change in the climate uncovered several new problems that must be tackled. There are a few common security issues when working with remote teams that use low-code.
Application Development and Team Collaboration
Absence of security awareness: Users of low-code come from both industry and technology backgrounds. Some professionals are unfamiliar with application security best practices and are unaware of possible vulnerabilities and security gaps.
Platform access: Low-code is centrally deployed and accessible to users across an enterprise via browser. This increases the risk of network interference by granting access to unauthorized developers and granting more privileges to users who do not need them while accessing the platform remotely.
Code repository and team collaboration: Low-code platforms must ensure that the code created automatically can be committed to enterprise-approved repositories. This code access should not be abused, and adequate procedures for code management and updates should be in place.
Securing custom code: Low-code tools allow the development of custom code to expand and implement platform coding standards and design trends in order to safeguard sensitive data from unauthorized access.
Securing release practices: Integration with the current enterprise CI/CD pipeline is critical so that development teams can apply the same release governance protocol to auto-generated code before it goes to production.
Data Protection and End User Application Access
Preventing malicious attacks: Web and smartphone applications are also becoming frequent targets for security breaches. Low-code systems can be more vulnerable to vulnerabilities as a result of automatically created code and citizen developers working remotely. Platforms can generate apps that are completely secure against phishing attacks, SQL injections, brute force attacks, and denial of service attacks.
Secure application access and data: Low-code platforms should have a robust access management system in place to avoid unauthorized access to data and app features. Data breaches can be avoided with the right controls in place as remote teams access apps from anywhere, at any time, and on any computer.