Plexicus vs. Ivanti Neurons for ASPM

Plexicus is the AI-native Application Security Posture Management (ASPM) platform with built-in Vibe Coding Security — purpose-built for the era of AI-assisted development. As developers ship more code, faster, with AI assistants like Cursor, Claude Code, Copilot, Windsurf, Devin, Replit, Zed, and VS Code, the volume of vulnerable code is outpacing every traditional AppSec tool. Plexicus closes that gap by replacing alert-only scanners with an autonomous remediation loop that detects, prioritizes, and fixes risks directly in the developer's Git workflow. Unlike fragmented point solutions that drown DevSecOps teams in findings, Plexicus unifies the full application risk surface — SAST, SCA, secrets, IaC, container, and AI-specific threats — and resolves them with proprietary GenAI agents that open the pull request to fix the code. The Plexicus Platform includes: 1. AI-Native ASPM — Correlates findings across SAST, SCA, secrets, IaC, and container scanners into a single prioritized risk view, then generates the PR that fixes the underlying issue. No more triage backlogs, no more swivel-chair between tools. 2. Vibe Coding Security — The industry's first security layer designed specifically for AI-generated code, with five capabilities: - IDE Guardrail — real-time security feedback inside Cursor, Claude Code, Copilot, Windsurf, and other AI coding tools. - MCP Security Scanner — protects Model Context Protocol integrations from prompt injection and tool abuse. - Hallucination & Slopsquatting Detector — catches non-existent or malicious packages invented by AI assistants. - Authz & Business-Logic Analyzer — surfaces the access-control and logic flaws that pattern-based scanners miss. - AI Provenance & AIBOM — tracks which code came from which AI tool, with full attestation for audits. 3. Compliance-grade evidence — SOC 2 Type II, NIS2, DORA Art. 28, CRA, and EU AI Act evidence packs out of the box. On the CPSTIC pathway. EU data residency by default.

Ivanti Neurons for ASPM (Application Security Posture Management) employs a risk-centric strategy for vulnerability management by consolidating and standardizing outputs from multiple scanning tools, such as SAST, DAST, OSS, and container technologies, into a cohesive dashboard that consistently connects these results with up-to-date threat intelligence to pinpoint the most critical risks and identify precise areas in the code. This solution delivers extensive visibility across the software development lifecycle and introduces a distinctive Vulnerability Risk Rating (VRR) that adapts to the current threat environment, surpassing traditional severity ratings to prioritize remediation efforts based on asset importance and existing threats. Furthermore, it encompasses advanced automation features, including the establishment of deadlines aligned with service level agreements, the orchestration of routine tasks, and customizable alerts that significantly reduce the need for manual oversight and hasten the resolution timeline. By incorporating role-based access control and smooth integration with ticketing systems, it guarantees that all participants in DevSecOps have access to vital information, thus fostering enhanced collaboration and efficiency in tackling security challenges. Overall, this holistic strategy not only simplifies the vulnerability management process but also empowers teams to respond rapidly to emerging threats, ensuring a more secure software environment. In an era where cyber threats are constantly evolving, maintaining agility and a proactive stance in vulnerability management is essential for any organization seeking to safeguard its applications.