What is SOC Compliance?

Overview

SOC compliance (System and Organization Controls) is an auditing framework established by the American Institute of Certified Public Accountants (AICPA) that evaluates whether a service organization’s internal controls adequately protect client data. It is important to distinguish this from a “Security Operations Center” (SOC). In this context, SOC refers specifically to a suite of reports that provide assurance over an organization’s internal processes. Enterprise customers and organizations in regulated industries increasingly require a current SOC 2 report as a condition of doing business, as it provides independent assurance about how a vendor’s in-scope systems handle data.

Understanding SOC Compliance

To understand SOC compliance, organizations can view it as a flexible validation of internal controls, including those that reflect Application Security maturity. Unlike prescriptive standards like PCI DSS, SOC requires a third-party CPA to audit existing controls and issue a formal opinion. This allows for a tailored cybersecurity risk management strategy that evolves alongside an organization’s technological stack.

The framework includes three report types: SOC 1 compliance (financial reporting), SOC 2 (technology and cloud providers), and SOC 3 (public-facing summaries). For B2B companies, a SOC 2 report is a common way to demonstrate controls over data security. These are further divided by observation windows: a SOC 2 Type 1 evaluates design at a specific point in time, while a Type II tests operating effectiveness over a defined period, often three to twelve months.

For DevSecOps teams, achieving a clean audit is a critical barrier to entry for the enterprise market. It provides independent evidence that internal processes are documented and followed consistently, which customers in regulated industries like healthcare often expect. This third-party validation addresses high-priority board-level concerns regarding data protection and risk management.

How Does SOC Compliance Work?

The framework functions through a structured audit process where a service organization chooses which of the five Trust Services Criteria (TSC) will be tested. These SOC 2 requirements can extend security controls across the development lifecycle, including the Secure Software Development Lifecycle (SSDLC). While security is the only mandatory criterion, organizations often include others based on their specific service offerings and customer contracts.

The five SOC 2 Trust Services Criteria

• Security: This is the foundation of every audit and focuses on protecting systems and data against unauthorized access, unauthorized disclosure, and damage that could compromise the other criteria.
• Availability: Controls must ensure that system uptime, performance, and monitoring meet the service level commitments agreed upon with customers.
• Processing Integrity: This criterion verifies that system processing is complete, accurate, timely, authorized, and performs its intended function without unauthorized manipulation.
• Confidentiality: Designated confidential data, such as intellectual property or business secrets, must be protected from unauthorized disclosure per contractual agreements.
• Privacy: Personal information must be collected, used, retained, and disposed of according to the organization’s privacy commitments and established data protection standards.

The results of these technical tests are documented in a SOC report, where an auditor issues one of four opinions. An “unmodified” (often called “unqualified”) opinion is the ideal result, signifying that controls are properly designed and effective. A “qualified opinion” indicates that most controls were effective but noted specific exceptions that require remediation. An “adverse opinion” is a serious signal of significant control failures, while a “disclaimer of opinion” means the auditor was provided with insufficient evidence to form a conclusion.

What are the Benefits of SOC Compliance?

Achieving SOC 2 compliance can accelerate enterprise sales by reducing reliance on manual security questionnaires through a Type II report, reducing procurement friction. This process identifies internal control gaps early, shifting the organization’s security posture from reactive to proactive.

Beyond commercial wins, these controls foster continuous compliance and align with high-assurance standards like the SSDF. Maintaining a detailed SBOM and software provenance can help in government bidding by providing visibility into software components and build processes.

SOC Compliance and the Software Supply Chain

Engineering-heavy organizations operationalize SOC compliance through rigorous pipeline governance. Security TSC requirements can apply to artifact repository permissions and CI/CD scoping, helping limit build influence to authorized personnel. Releases should remain traceable, with software provenance providing change records auditors often request as evidence of code integrity.

Maintaining a comprehensive SBOM can serve as evidence that production components are known and approved. SBOMs are also part of emerging regulatory drivers: the EU Cyber Resilience Act (CRA) requires manufacturers to draw up an SBOM from December 11, 2027, and has required them since September 11, 2026, to report actively exploited vulnerabilities in their products, starting with an early warning within 24 hours. Centralized artifact management can simplify evidence collection by keeping vulnerability scanning results and remediation timelines available as evidence for security and processing integrity controls. Additionally, AI governance is an emerging consideration for data privacy and system integrity.

Challenges

Maintaining sustained compliance is difficult in fast-moving environments where software changes daily, and new threats emerge. Many organizations struggle with “compliance drift,” where controls that were active during the audit window begin to lapse over time. This often occurs when organizations rely on manual spreadsheets for asset inventory or patch management, which are prone to human error and can lead to audit exceptions when auditors perform random sampling of records during the observation window.

Another hurdle is the scale of modern microservices and containerized environments. Tracking deep-layer transitive dependencies without specialized automation leaves the organization exposed to a software vulnerability that could invalidate security controls. One way to address these challenges is a continuous compliance model where evidence is generated automatically across the build process, helping keep the audit trail intact.

How Does JFrog Help Achieve and Maintain SOC 2 Compliance?

The JFrog Platform provides software supply chain governance that can help generate the technical evidence auditors request under SOC 2’s security TSC. By centralizing artifact management and security, much of the evidence for compliance can become an automated result of the build and release process, reducing the manual documentation burden.

• JFrog Artifactory provides a single, governed repository with role-based access controls and immutable storage, which can support SOC 2 access control and change management controls. 
• JFrog Xray performs continuous vulnerability scanning and SBOM generation for indexed artifacts, providing a traceable remediation history that can be used as evidence of security controls. 
• JFrog Advanced Security delivers secrets detection, SAST, and contextual analysis, supporting the confidentiality and security criteria of the TSC.
• JFrog Curation can automatically block open-source packages that violate configured curation policies before they are downloaded, helping reduce exposure to third-party vulnerabilities and demonstrate proactive risk management to auditors.
• JFrog AppTrust is your continuous governance layer. It signs every artifact, enforces policy gates, maps ownership, and delivers audit-ready traceability, automatically.

For more information, start a free trial, take a virtual tour, or set up a one-on-one demo of the JFrog Platform today.