The secure software supply chain is, without a doubt, under greater scrutiny than ever before. In 2024, numerous software supply chain breach incidents exposed critical weaknesses in open-source dependencies, CI/CD pipelines, and third-party integrations. Consequently, securing the software supply chain has become essential for organizations to protect their development processes and avoid serious disruptions. According to the latest software supply chain security report, businesses must take action to stay ahead of these threats.
In light of this, this blog post highlights the top 5 lessons from 2024 and key predictions for enhancing secure software supply chain practices in 2025.
Let’s dive in and see how these insights can, above all, shape your security strategies moving forward.
Lesson 1: Open-Source Software (OSS) Threats Escalated
In 2024, open-source software (OSS) remained a cornerstone of development. However, it was also increasingly targeted by attackers using dependency hijacking, typosquatting, and malicious code injection. For example, the XZ backdoor attack showed how trusted libraries could be compromised and spread malware globally.
As a result, companies that used advanced Software Composition Analysis (SCA) tools and anomaly detection significantly reduced their risks. Additionally, real-time OSS scanning, regular patching, and up-to-date SBOM management were key to maintaining a secure software supply chain.
Securing the Software Supply Chain: Focus Areas for 2025
- Strengthen OSS Security: Use AI-powered SCA tools to detect malicious code quickly.
- Enhance Anomaly Detection: Proactively identify obfuscated code and suspicious behaviors before they reach production.
- Monitor Continuously: Keep your SBOM up to date to catch issues as they happen.
The software supply chain security report shows that neglecting OSS security increases the chances of a software supply chain breach.
Lesson 2: CI/CD Pipelines Became Prime Targets
Throughout 2024, attackers frequently targeted CI/CD pipelines. The NPM flooding campaign proved how easily malicious packages could disrupt workflows and steal credentials.
Furthermore, companies that implemented Pipeline Composition Analysis (PCA), Static Application Security Testing (SAST), and build attestation reduced these risks significantly. In addition, early warning systems and real-time dependency firewalling became essential for securing the software supply chain.
Focus Areas for 2025: Strengthening CI/CD Security
- Adopt Build Attestation: Follow frameworks like SLSA to ensure build integrity.
- Embed SAST Early: Catch vulnerabilities during coding and block insecure code.
- Automate Pipeline Security: Use real-time detection to prevent unauthorized changes.
Without these measures, a software supply chain breach could cause major disruptions.
Key Takeaways and Strategic Vision for 2025
Watch the final episode now and gain insights into 2024’s lessons and strategies to strengthen your software supply chain in 2025.
Lesson 3: Automation and the Secure Software Supply Chain
In 2024, automating Application Security (AppSec) tools like SAST, DAST, and SCA became more common. Consequently, developers became more productive, and fixes for vulnerabilities were faster.
Moreover, combining static and dynamic security checks with automated prioritization helped developers focus on real threats. This approach significantly improved the secure software supply chain.
Automation Strategies in 2025
- Automate Vulnerability Management: Use AI-driven SAST and DAST to streamline detection and fixes.
- Leverage AI for Analysis: Let AI help you prioritize the most critical issues.
- Enhance Collaboration: Automate communication between security and development teams.
The software supply chain security report confirms that automation is key to avoiding a software supply chain breach.
Lesson 4: Regulatory Compliance Became a Business Imperative
In 2024, regulations like DORA and NIS2 changed how businesses handle securing the software supply chain. Compliance became more than just meeting requirements—it became a way to stay competitive.
Therefore, companies that adopted proactive security measures earned better trust and resilience. For instance, businesses following DORA improved their third-party risk management and operational strength.
Preparing for Compliance in 2025
- Get Ready for NIS2: Strengthen security frameworks and improve response times.
- Automate Compliance Reporting: Use tools for real-time, audit-ready reports.
- Build Trust: Show clients and partners your commitment to security.
Failing to comply can increase the risk of a software supply chain breach.
Lesson 5: AI and LLMs in Securing the Software Supply Chain
AI and Large Language Models (LLMs) made a big impact on securing the software supply chain in 2024. These tools improved vulnerability detection and remediation. However, attackers also began using AI to create new threats.
Because of this, balancing AI’s benefits with its risks became crucial for maintaining a secure software supply chain.
AI Strategies for 2025
- Use AI for AppSec: Integrate AI into SAST and PCA tools for advanced threat detection.
- Defend Against AI Threats: Implement safeguards against AI-driven attacks.
- Train Teams: Educate developers on the risks and defenses related to AI.
The software supply chain security report highlights that AI can strengthen or weaken security, depending on how it’s used.
Prepare for 2025 with the Software Supply Chain Security Report
The lessons of 2024 are clear: securing the software supply chain requires vigilance, proactive measures, and the right tools. If you want a deeper dive into these challenges and predictions, our software supply chain security report offers actionable insights and strategies to protect your organization.
This comprehensive report covers:
- Emerging threats and vulnerabilities.
- Best practices for secure software supply chain management.
- How to align with regulations like DORA and NIS2.
👉 [Download the Software Supply Chain Security Report] and ensure your organization is prepared for 2025!
