Cypress State of Application Security 2025

Keypoints

• Annual cybersecurity reports typically start with an Executive Summary highlighting the main challenges and survey context, followed by Key Findings summarizing core data, then detailed sections addressing specific issues such as delays caused by security, detection times, security budgets, and outsourcing trends, concluding with methodology and company background.
• Key statistics include 62% of organizations knowingly shipping insecure code and 60% citing security issues as the top cause of product delays instead of bugs.
• Only 51% of organizations fully address and monitor OWASP Top 10 threats, indicating a maturity gap in vulnerability management.
• Detected breaches within a week are reported by only 43% of teams, with the majority estimating detection could take a month or more, increasing exposure to attacks.
• Nearly 80% of security professionals fear job loss following a breach, reflecting high personal accountability linked to AppSec risks.
• Most organizations allocate only 11%-20% of their security budget to AppSec, while perimeter defenses such as network security often receive higher funding despite 43% of breaches originating from application vulnerabilities.
• Security is frequently treated as a bolt-on rather than integrated early in the Software Development Life Cycle (SDLC), with only 36% involving security in planning stages, delaying risk mitigation.
• Half of respondents lack resources for critical AppSec tasks like secure code reviews, unit testing, and threat modeling, underscoring internal capacity constraints.
• False positives are a persistent problem, reported frequently by 58% of respondents and constantly by 11%, creating noise but also opportunities for improved collaboration and tuning.
• Outsourcing AppSec is embraced by 83% of organizations as a strategic response to talent shortages, cost pressures, complex compliance demands, and accelerated development cycles.
• Recurring themes emphasize the growing complexity of application architectures, the rise of AI-enabled threats, and the urgent need for expert, context-aware security support to protect critical assets and maintain innovation speed.