From source to cloud, every layer of your stack. Five security engines under one LLM verification pipeline — verified findings with evidence inline, integrated where your developers already work.
Code Scan · DAST · IaC · Cloud Posture · Smart contract Fuzz
Every finding from every engine flows through one LLM verification layer before reaching you. Only confirmed findings with concrete evidence are surfaced.
Python, Go, TypeScript, Java, Rust — and Solidity smart contracts as a first-class capability with specialised verification prompts for reentrancy, oracle manipulation, MEV vectors, and storage collision.
LLM-driven attack surface mapping with OAST out-of-band proofs. Every finding ships with request, response, and exploit evidence.
Terraform, Kubernetes, CloudFormation, Helm. Policy violations with the offending line and LLM-generated remediation.
Cross-account sts:AssumeRole
with a read-only view. LLM analyses S3, IAM, EC2, RDS, CloudTrail — each finding ships with
the misconfiguration location and a remediation step.
LLM derives invariants from Foundry test suites, runs forge test at scale. Failed
transactions become evidence-grade findings — not theoretical issues.
Engine surface expansion driven by customer pull. Additional smart-contract languages (Rust for Solana / Soroban / NEAR; Move for Aptos / Sui) on the same roadmap.
Traditional SAST stops at "candidate findings" and hands you a noisy report. Cevanex layers LLM verification on top — each finding has to clear evidence checks before it reaches you.
Fast detection layer collects candidate findings. Deliberately high-recall — quality is handled in the next step.
A local model inspects each candidate and selects the right verification prompt, severity weighting, and analysis mode for the file type.
A frontier-class LLM reads the candidate plus surrounding context. Output: exploitable (bool), confidence score, rationale, and evidence references. No evidence = no confirmed finding.
Confirmed findings flow back as PR review comments on GitHub / GitLab / Bitbucket, SARIF in CI, and a customer console for cross-scan triage. Suggested patches one click away.
Every tier includes all five engines. Scaling is via scan credits and seats.
Individual dev · trial
Solo dev · startup
5–25 engineers · multi-project
25+ engineers · regulated industries
How are credits calculated?
Each scan has two components: a base charge by project size, plus a small per-finding charge for confirmed serious bugs.
Base scan credits
Per-finding credits
The console previews exact credit usage before every scan. Re-scans of the same project benefit from internal caching — continuous CI use stays affordable.
How does this compare to a traditional audit?
A typical Trail of Bits, Spearbit, or OpenZeppelin audit runs $30,000–$150,000 per project and takes 4–12 weeks. A Cevanex scan on the same codebase costs $30–$300 and finishes in 15–60 minutes — and your monthly plan covers continuous scanning across all your projects, not one engagement.
What happens when I run out of credits?
Overage is billed at your plan's per-credit rate ($9 / $7 / $5 / $3.50 for Starter / Pro / Team / Enterprise). No throttling — your CI doesn't break mid-incident. Console alerts you at 80% usage so you can upgrade or top up before hitting the cap.
Is there annual billing?
Yes — 10 months for the price of 12 (17% off) across all tiers. Enterprise contracts are annual by default.
Legacy SAST/DAST tools were architected around 2018 for slow release cycles. They ship 30–60% false positives, and developers stop reading the output. Meanwhile cloud security and smart contract security live in separate consoles from separate vendors. Cevanex consolidates all of it under one LLM verification pipeline.
Every confirmed finding includes the exact file:line, HTTP request, cloud config excerpt, or Foundry transaction trace that demonstrates the issue. No "candidate" noise.
Code, runtime, infrastructure, cloud configuration, and smart-contract risk in the same dashboard. One set of access controls, one audit log, one quarterly review.
For each confirmed finding, Cevanex generates a suggested patch with risk notes. Tick the ones you accept in the console, click apply, and we open a single PR on your repo with every approved fix bundled into one commit.
Tell us a bit about your stack and we'll walk you through Cevanex against a real codebase or target you choose. Live in private beta · response within 1 business day.
Pick whichever fits. We respond within one business day.