OpenSSL Project

United States · www.openssl.org · 7 vendors

Resilience scores

Technology vendors

Services catalogue

1 service in catalogue across 1 category; runs on 7 sub-vendors.

Insights

Last updated 2026-07-01 · revision 2

7 direct vendors, 154 subvendors

Direct vendors by controlling owner country (sample)

Subvendors by controlling owner country (sample)

Migration Readiness: 8/10

Assessed by AI based on technology stack characteristics (cloud-native vs legacy, containerization, microservices), regulatory environment, data residency requirements, financial stability, and vendor lock-in risks. The score ranges from 0-10, where higher scores indicate better readiness for technology migration.

The OpenSSL Project exhibits high migration readiness, primarily driven by its modern development practices and strong compliance posture. The internal tech stack utilizes cloud-friendly tools such as GitHub for source code management and GitHub Actions for CI/CD pipelines, which are well-suited for cloud-native development workflows. The project's achievement of FIPS 140-2/140-3 compliance for OpenSSL 3.x is a major advantage, as it enables seamless migration and integration into highly regulated cloud environments. The absence of specified data residency requirements also simplifies potential migration efforts. The core products, while implemented in C and Assembly (low-level languages), are fundamental security libraries that are highly portable and essential for securing cloud-native applications, containers, and microservices. The stated 'Total Vendors: 0' suggests minimal commercial vendor lock-in, which significantly reduces complexity and cost associated with vendor transitions during migration. However, the assessment is limited by the lack of financial stability data, which is crucial for determining the ability to fund a large-scale migration. The reliance on 'Total Services: 8' with an 'Unknown' vendor lock-in risk, even if not traditional commercial vendors, represents technical dependencies that would need careful evaluation during a migration planning phase.

Compliance

7 in-scope frameworks identified; showing 3.

FIPS 140-2 — Partially Compliant

FIPS 140-2/140-3 validation is critical for OpenSSL's adoption in US federal government systems and regulated industries. The OpenSSL FIPS Object Module has historically been validated under FIPS 140-2, but maintaining current validation is an ongoing challenge. Risk is medium because: (1) lapsed or outdated FIPS validation can exclude OpenSSL from US government procurement; (2) the transition from FIPS 140-2 to FIPS 140-3 requires new validation efforts; (3) OpenSSL 3.x introduced a new FIPS provider module requiring fresh validation; (4) however, this is a market access issue rather than a legal violation for the project itself.

Evidence: https://www.openssl.org, https://csrc.nist.gov/projects/cryptographic-module-validation-program, https://www.openssl.org/docs/fips.html

SOC 2 (source) — Assessment Required

SOC 2 is typically required for commercial cloud service providers and SaaS companies that store or process customer data. The OpenSSL Project is an open-source software project and does not operate as a cloud service provider. However, if the project operates any hosted services (e.g., package distribution infrastructure, build systems, or CI/CD pipelines) that downstream commercial customers rely upon, SOC 2 could become relevant. Risk is low because the project does not appear to offer commercial hosted services, and SOC 2 is voluntary rather than mandatory. The main risk is reputational: enterprise customers increasingly request SOC 2 reports from software supply chain participants.

Evidence: https://www.openssl.org, https://www.aicpa.org/resources/landing/system-and-organization-controls-soc-suite-of-services

GDPR (source) — Assessment Required

The OpenSSL Project is a globally distributed open-source project with contributors, community members, and users across the EU/EEA. While the project itself is US-based and does not operate as a traditional commercial entity, it does collect some personal data (e.g., contributor information, mailing list subscribers, bug report submitters, website visitors from the EU). The risk is medium rather than high because: (1) OpenSSL is not a commercial data processor and does not sell products/services to EU consumers in a traditional sense; (2) the volume and sensitivity of personal data processed is likely limited; (3) however, any EU/EEA resident data processed without adequate safeguards creates regulatory exposure. Enforcement against open-source foundations is rare but not impossible, particularly if the project grows its commercial footprint.

Evidence: https://www.openssl.org, https://gdpr-info.eu/art-3-gdpr/, https://edpb.europa.eu/our-work-tools/general-guidance/gdpr-guidelines-recommendations-best-practices_en

Financials

Financial Resilience Score: 5/10

The OpenSSL Project operates as an open-source project supported by a US 501(c)(6) non-profit trade association (OpenSSL Software Foundation, Inc.) and OpenSSL Software Services, Inc. for commercial support contracts. As a non-profit, it does not file SEC disclosures and specific financial figures from IRS Form 990 filings were not retrieved in this session. Qualitatively, the project benefits from ubiquitous adoption across global TLS/SSL infrastructure, giving it extraordinary strategic importance. Since the 2014 Heartbleed vulnerability, the Core Infrastructure Initiative (backed by Microsoft, Google, IBM, Intel, Amazon, Cisco, Facebook) provided multi-million-dollar backing, allowing the first full-time hires. Revenue streams are diversified across corporate sponsorships (Platinum/Gold/Silver tiers), commercial support contracts (notably historic U.S. DoD contracts for FIPS-validated cryptographic modules), and FIPS 140 validation services. The 2023 reorganization into the OpenSSL Mission structure with the creation of OpenSSL Corporation aims to expand commercial offerings. However, historic under-funding (reportedly ~USD 2,000/year in donations pre-Heartbleed), sponsor concentration risk, reputational risk from major CVEs (Heartbleed 2014, CVE-2022-3602/3786), and the absence of equity buffer or debt-financing options typical of corporate issuers limit resilience. A mid-range score reflects strategic importance offset by structural funding vulnerabilities.

Key strengths: Ubiquitous adoption across global TLS/SSL infrastructure, Diversified sponsorship base including major tech companies (Microsoft, Google, IBM, Intel, Amazon, Cisco, Facebook) via Core Infrastructure Initiative, Recurring commercial support revenue from FIPS 140-2/140-3 validation contracts, Historic U.S. Department of Defense contracts via OpenSSL Software Services, Inc., Volunteer developer contributions reduce headcount cost pressure, 2023 reorganization creating OpenSSL Corporation to expand commercial offerings

Risk factors: Historic under-funding (~USD 2,000/year in donations pre-Heartbleed 2014), Sponsor dependency and concentration risk from cyclical corporate funding, Reputational and liability risk from major CVEs (Heartbleed, CVE-2022-3602/3786), No equity buffer, share issuance capability, or debt-financing option as a non-profit, Small paid team creates key-person and burnout risk

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