Systems | Development | Analytics | API | Testing

Are you still running Node.js 12, 14, or even older versions in production? If so, you’re facing a serious challenge: these versions have reached End-of-Life (EOL) and no longer receive official updates or security patches. For many organizations, especially those operating on legacy environments like RHEL 7 or Ubuntu 18.04, upgrading to the latest Node.js version isn’t always feasible.

South Africa’s Joint Standard on Cybersecurity & Cyber Resilience (JS2) is reshaping the regulatory landscape. Financial institutions must now rethink how they manage sensitive data. For data compliance leaders, this marks a critical shift where failing to adapt could bring serious consequences. This blog will examine what JS2 means for your organization’s data compliance efforts. Then, discover how Perforce solutions can help you in building a resilient data compliance program.

The digital landscape is changing. More and more, consumers are realising the importance of data privacy. This shift in mindset is something businesses must attune to if they hope to build strong relationships with their customers. The phasing out of third-party cookies by Google at the end of 2024 and global regulations like GDPR and CCPA tightening data collection mean companies that embed privacy as a core part of their operations have the most to gain.

The Model Context Protocol (MCP) has pioneered a new interface layer between AI agents and tools. It has become easier to enable seamless access to external services, APIs, workflows, and data with natural language. MCP servers are now powering the decentralization of AI intelligence and orchestrating the interplay among modern AI systems. In doing so, they also introduce a more open, fluid, and automation-driven attack surface. However, traditional API security models weren’t built for this.

Data is vital to everything we do in the modern world. When it comes to data, we cannot ignore APIs. They act as the internet’s functional backbone, helping in the smooth transfer of data between servers, apps, and devices. APIs must be protected from risks and vulnerabilities because they are used at every step. This is where security testing for APIs comes in.

Role-Based Access Control (RBAC) stands as a foundational element in organizational security. It restricts access to digital resources based on user roles, minimizing risks by ensuring employees or automated systems only see or manipulate what's relevant to their work. As artificial intelligence becomes central to business operations, integrating RBAC with AI databases fortifies data privacy, regulatory compliance, and business agility.

APIs are the digital lifelines powering modern applications, microservices, IoT devices, and everything in between. They act as the universal translators of data, ferrying information between diverse software platforms. API security encompasses the technologies, practices, and protocols dedicated to protecting these invisible workhorses from unauthorized access, data breaches, and malicious misuse.

Did you know that over 75% of cybersecurity incidents now involve APIs? Protecting data in transit is no longer optional - it’s a must. Here’s how encryption safeguards your API communications and why it’s critical for your business.

If you’re a big enterprise doing business in California, then California Consumer Privacy Act (CCPA) compliance is non-negotiable. But, while the CCPA is a stringent regulation, complying with it doesn’t have to slow your organization down or limit your ability to innovate. In this blog, we will go over the essentials of CCPA, including who must comply and the regulation’s key provisions.

APIs need strong security. They often handle sensitive data like financial records or health information. To protect this data while meeting privacy rules (like GDPR and HIPAA), fine-grained access control (FGAC) is key. FGAC uses OAuth scopes and claims to manage API access.