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Get Free TrialMore about Spectra Assure Free TrialMonitoring attacks originating from the software supply chain can pose a challenge due to the SOC’s lack of accessibility into internal software development processes or IT operational deployment practices. Even objects from trusted vendors may have been infiltrated at an early stage during the software development life cycle (SDLC) and moved undetected to your organization. Malicious code can penetrate your enterprise’s software supply chain by circumventing traditional security detection using tactics like obscure file formats, large packed objects, impersonated certificates, and typo squatting.
Stringent inspection of all third-party components, by way of static analysis, to deobfuscate incoming embedded objects, inventory sub-resources and dependencies, ensure valid certificate chains within your own organization, and other methods, allows for more thorough monitoring and protection against high-priority malware sourced through the software development life cycle.
The SOC must adjust security controls to fit the new, contemporary IT architectures, as it evolves to sustain stringent protection against advancing malware. Modern IT architectures are mostly comprised of highly distributed, highly virtualized environments — a much more diversified and abstracted structure compared to the traditional mainframe, client-server, web-based or even on-the-cloud approaches. This means that if the servers and containers supporting your services are not regularly updated, the attack actors can easily penetrate vulnerable areas and breach high-stakes assets.
At the same time, completely abandoning old mainframes, terminals and languages can pose a risk on its own. Many attackers exploit the industry’s progression by attacking lesser supported environments, and utilizing outdated languages in malware code where expertise has been aged out for more modern languages— with the perspective that their malware has greater potential to execute undetected since fewer security agents specialize in or use these legacy systems and languages . The key to closing the SOC gap is in identifying at-risk infrastructure and maintaining the necessary regular updates to all servers within the organization.
By leveraging modern, high priority malware detection to fill susceptible gaps, SOCs can leverage a more sophisticated cybersecurity strategy that supports data protection against new-age attackers. High priority detection means gaining meaningful visibility into risk, and understanding the intent of suspicious and malicious files often hidden or encrypted in an otherwise validated objects. Compliance fines, financial liability, and tangible loss of customer confidence through data breaches or fraud — these are just a few adverse outcomes of neglecting a high priority malware detection strategy.
Read our prior blog on supply chain attacks “How Existing Cybersecurity Frameworks Can Curb Supply Chain Attacks”
Join our Nov 13 webinar “Minimize SOC Alert Fatigue and Accelerate Triage"


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