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Analysis: Survey Surfaces More Focus on Software Security Testing and API Security Introduction Software delivery has never moved faster, and that pace is forcing organizations to rethink how they protect their applications and infrastructure. A recent industry survey highlights a clear shift: teams are investing more time, tools, and attention into software security testing and API security. This trend is especially visible in environments where servers—whether physical, virtual, or container-based—host complex, distributed applications that expose numerous APIs. This article analyzes the key themes emerging from that survey, why they matter for modern server environments, and how organizations can turn these insights into practical improvements. Growing emphasis on software security testing From “bolt-on” to “built-in” For years, security testing was often treated as a final gate at the end of the release cycle. The survey results suggest that this mindset is changing: • Earlier testing in the lifecycle: Teams are increasingly integrating security checks into continuous integration and delivery pipelines, catching issues before they reach production servers. • Shift-left practices: Developers are being equipped with tools—such as static application security testing (SAST) and software composition analysis (SCA)—that run directly in their development workflows. • Continuous feedback loops: Security findings are no longer one-off reports; they are part of ongoing feedback that informs coding standards, architecture decisions, and server configuration baselines. This evolution reduces the risk of last-minute surprises and lowers the cost of fixing vulnerabilities, especially in large server estates where rollbacks and hotfixes can be disruptive. Tooling and automation on servers Modern server environments, whether on-premises or in the cloud, are heavily automated. The survey indicates a growing reliance on: • Automated scanning agents: Deployed on servers or integrated into container images to continuously scan for vulnerabilities and misconfigurations. • Policy-as-code: Security policies defined in code and enforced automatically across server fleets, ensuring consistent hardening and compliance. • Integration with observability stacks: Security signals are being correlated with logs, metrics, and traces to detect anomalous behavior on servers in near real time. By embedding security tooling directly into server provisioning and deployment workflows, organizations can maintain a more consistent security posture across environments. API security rises to the forefront APIs as the new attack surface The survey underscores a growing recognition that APIs are now one of the primary attack surfaces in modern architectures. Microservices, mobile backends, and third-party integrations all rely on APIs that terminate on servers or serverless endpoints. Key concerns include: • Authentication and authorization flaws: Weak or inconsistent identity controls across APIs. • Excessive data exposure: APIs returning more data than necessary, increasing the impact of breaches. • Business logic abuse: Attackers exploiting how APIs are intended to be used rather than purely technical vulnerabilities. As organizations expose more services externally and internally, securing APIs becomes as critical as securing the servers that host them. Specialized API security controls In response, the survey points to increased adoption