Snyk Alternatives: 8 Tools Compared Honestly (2026)
Snyk alternatives for 2026 compared on pricing, fixes, noise and reachability. Real prices checked 12 Nov 2026, plus when you should stay with Snyk.
Cybersecurity for fast-moving engineering teams.
We study how attacks are changing, then help you find, fix and prove what is wrong in the software you ship. Our research is public, so you can check our work.
ARGUS scans your repos and opens fixes as pull requests for your team to review. Free to start.
Trusted by
- OpenAI
- Anthropic
- Razorpay
Sutros- Hackitise Labs
FROM OUR RESEARCH
67.5%
of the 245 vulnerabilities CISA added to its Known Exploited Vulnerabilities catalog in 2025 would never have been tested before exploitation on an annual pentest schedule.
- 26 days
- median time from disclosure to exploitation
- 54%
- still missed with quarterly testing
Latest from Nexus Void
SonarQube Alternatives: 9 Tools Compared Honestly (2026)
SonarQube alternatives for 2026, split into code quality and security tools. Real prices checked 12 Nov 2026, plus when to keep SonarQube.
What Is a Use-After-Free Vulnerability? CWE-416 Explained
A use-after-free vulnerability is a memory bug where freed memory is reused. How UAF exploits work, KEV data on exploited CWE-416 bugs, and how to prevent them.
VMware vCenter CVE-2026-59309: Auth Bypass Exploited (PoC)
VMware vCenter CVE-2026-59309 auth bypass: public PoC now chains it with KEV-listed CVE-2026-59310 (ransomware use, EPSS 99th). Fixed versions and detection.
SAP ICM2SHELL and PROXYGATE: Four CVSS 10.0 Flaws Patched
SAP's November 2026 patch fixes ICM2SHELL (CVE-2026-76964, CVE-2026-89126), PROXYGATE (CVE-2026-89103) and a SAML bypass, all CVSS 10.0 and pre-auth.
Chrome Zero-Day CVE-2026-125350: Exploited XML Use-After-Free
Chrome zero-day CVE-2026-125350, a use-after-free in XML, is exploited in the wild. The eighth of 2026. Update to Chrome 157.0.8103.50 and relaunch.
WHAT ENGINEERING TEAMS ARE SAYING
“Most scanners gave us hundreds of dependency alerts and no way to rank them. ARGUS marks which ones are actually reachable from our code and scores them with EPSS and KEV, so we fix the few that matter first.”
“Security usually feels like a premium that startups cannot afford. Nexus Void made it accessible and fast for us.”
ARGUS
Who is checking your AI‑written code before it ships?
ARGUS reviews every pull request, flags what is actually reachable and opens the fix for your team to approve. First findings in minutes.
Usage-based pricing, with a free tier to start.
- CodeSAST, dependencies and secrets in every repo
- APIsEvery entrypoint mapped to the data it can reach
- Cloud configTerraform, CloudFormation and Kubernetes
- Data storesWhich routes reach your databases, PII and credentials
- Third partiesThe services and AI APIs your code calls
- Attack pathsRanked chains an attacker, human or AI, could follow
Inside your AI coding tools via MCPClaude CodeCursorCodexand more
Findings go where your team worksSlackJiraLinear
FAQ
Frequently asked questions
Answers to the questions we hear most. Cannot find what you are looking for? Reach out.
Still have questions? Contact us
Nexus Void is a research-first cybersecurity company. We study how continuous verification, adversary simulation, and compliance evidence keep defenders ahead of AI-age attacks, and we publish the research behind it.
We lead with original work: computed analyses on public security data, reproducible experiments, and fast, sourced briefings on breaking threats. Every finding is labeled for exactly what it is.
Engineering-led companies that need enterprise-grade security outcomes without an enterprise security team, and anyone who wants verifiable security research rather than vendor marketing.
Four areas: continuous verification, supervised adversary simulation, compliance as evidence, and translating security posture into quantified risk.