NaiveSystems Analyze

NaiveSystems Analyze is a static-analysis tool for finding security defects and checking coding standards in C and C++ source code. It is best suited to DevOps and DevSecOps teams building safety-conscious automotive, medical-device, and embedded software. Its specialist focus is a strength; the free plan’s code and compute caps make scale the key trade-off.

Overview

Analyze combines syntax-tree analysis, symbolic execution, and context-sensitive data-flow analysis across function calls to identify issues such as null pointer dereferences, memory leaks, tainted data, and buffer overflows. That focus makes it a more natural fit for teams managing security and functional-safety risks than for buyers seeking a general-purpose code-quality tool.

Filters, suppressions, and baselines help teams narrow attention to critical defects, while actionable diagnostics support remediation. IDE support and integrations with GitHub, GitLab, Gerrit, Jenkins, and Buildbot can bring analysis into everyday development and CI/CD workflows. Custom security rules are supported.

Key features

Standards coverage includes MISRA C:2012, MISRA C++:2008, AUTOSAR C++14, the complete CERT C and C++ rule sets, CWE Top 25, and OWASP Top 10. This breadth is valuable for projects with explicit coding-standard or security requirements. Free includes MISRA C and C++ rules; Enterprise is needed for all available standards.

Containerized analyzers and a free, open-source runner support on-premises deployment. Keeping source code and privacy under the user’s control is a practical advantage for teams that cannot send code to an outside service. Some components are open source, but Analyze is not presented as wholly open source.

GCC and Clang are supported in Free, while support for other compilers is reserved for Enterprise. Analyzers for languages beyond C and C++ are in development, so teams with mixed-language portfolios should not treat it as a broad-language solution today.

Pricing

Free: free. Intended for individuals and small teams, it includes the FOSS runner for on-prem installation, MISRA C and C++ rules, commercial or non-commercial use, up to 100,000 lines of code, and up to 4 CPUs on one node. There is no seat cap stated, but code volume and compute are meaningful limits for larger projects or parallel workloads.

Enterprise: custom pricing. It includes all available coding standards, unlimited lines of code, unlimited CPUs and nodes, SSO, and priority support. This is the clear step up for larger deployments, teams needing broader standards or compiler support, and organizations requiring Windows or macOS support. The price is not public, so buyers will need a quote to compare its cost.

Platforms

Linux and self-hosted deployment are supported, with on-premises installation enabled by the open-source runner. Windows and macOS support is for Enterprise customers, so Free users should not assume equivalent desktop-platform coverage. GCC and Clang are the supported Free compilers; other compilers require Enterprise.

Who it's for

Analyze is most compelling for C and C++ teams in automotive, medical-device, and embedded development that need static security analysis alongside coding-standard checks. DevOps and DevSecOps teams can use its integrations to fit checks into CI/CD, while teams with source-control or privacy constraints may value on-premises deployment. It is a weaker fit for organizations that need broad language coverage now, or need uncapped analysis without Enterprise pricing.

Pros and cons

• Pros: Focused detection for security defects and safety-related coding standards suits risk-sensitive C and C++ work.
• Pros: On-premises deployment and an open-source runner let teams retain control of source code.
• Pros: Free permits commercial use and offers a meaningful starting allocation of 100,000 lines and 4 CPUs.
• Cons: Free is limited to MISRA C and C++ rules, GCC and Clang, one node, and 4 CPUs; larger or broader needs push teams toward Enterprise.
• Cons: Enterprise pricing is custom, making budget comparison less direct.
• Cons: Beyond C and C++ is not yet covered by the developing analyzers, limiting its usefulness for polyglot codebases.

Alternatives

Browse SAST Tools for more options. Choose Semgrep Code instead if its free package’s allowance of up to 10 repositories, 10 contributors, and 60 AI credits better matches your needs. Snyk Open Source is an alternative for teams focused on open-source dependency analysis, with its Free plan covering five projects.

MobSF is a free open-source framework with a paid Professional plan. Flawfinder is a free GPL-2.0+ option. NodeJsScan is a free, self-hosted open-source tool with Docker or local setup. Bandit is free software under Apache License 2.0. Bearer offers a free and open SAST CLI with no numeric limits stated. Brakeman is a free vulnerability scanner for Ruby on Rails applications, with free non-commercial use described in its GitHub README.

Verdict

Choose NaiveSystems Analyze for C and C++ projects where security defects, functional-safety standards, and keeping code on premises are central concerns. Its focused analysis and usable Free allowance make it a credible starting point; look elsewhere if you need broad language coverage, or budget for Enterprise if uncapped scale, all standards, SSO, or Windows and macOS support are essential.