Backslash is the first application security platform built for the vibe coding era, the most significant shift in software development in decades. Backslash empowers developer and security teams to ride this wave with confidence
We do this using our App Graph, a “digital twin” of your application that analyzes and models code from all sources – human or AI, custom or 3rd party – without the artificial separation created by SAST and SCA tools, providing a unified, contextual, and actionable approach.
Backslash App Graph uses GenAI to map all dependencies and connections between elements in the code, quickly pinpointing vulnerabilities that are both reachable and exploitable. It discovers vibe coding environments, maps findings by business processes, making them easy to prioritize and sensible to developers.
And it’s purely agentless! Deploys and integrates into your environment in minutes.
AI coding environments (such as Cursor, Windsurf) create unknown risks in your entire software supply chain. Backslash’s comprehensive approach provides visibility and governance of IDEs, finding MCP and LLM risks, with built-in rules that transparently ensure that AI-generated code is secure, creating transparent guardrails for developers without hindering their flow.
Backslash categorizes vulnerabilities by mapping them to specific business processes, enabling teams to prioritize vulnerabilities based on their impact on critical operations. This approach transforms application security into a value-driven practice, aligning security efforts with organizational goals.
Backslash analyzes code and package vulnerabilities to determine their exploitability within the specific context of your application. This precise assessment enables organizations to prioritize vulnerabilities more effectively, focusing on those with actual exploitation potential rather than theoretical risks.
Addressing a common challenge for AppSec teams, Backslash Fix Simulation tackles the risks of version upgrades by simulating multiple fix options. This unique approach demonstrates the resulting security posture for each option, enabling developers to select the best course of action.
Detect phantom packages used by your code but not declared in your manifest files. Traditional scanners overlook these phantom packages as they focus solely on explicitly declared dependencies. Backslash addresses this gap, closing potential attack vectors in the software supply chain and providing greater visibility into both declared and undeclared components.
Backslash integrates seamlessly across the entire development lifecycle, from the IDE and PR checks to scans in the CD stage, while continuously analyzing production resources. It ensures comprehensive security coverage by analyzing new code as soon as it is added, providing full control and visibility into the application security posture.
Backslash App Graph represents a paradigm shift in AppSec, moving beyond traditional scanning tools to create a dynamic, digital twin of the application. This enriched graph model integrates contextual data, business process mapping, and vulnerability analysis, enabling teams to understand their application in a multi-dimensional way.
By providing a comprehensive and actionable view of security risks, App Graph empowers organizations to align their AppSec efforts with business priorities while optimizing development workflows. This revolutionary approach sets Backslash apart as a leader in the future of application security.
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Legacy tools artificially separate 1st party and 3rd party code - remove those borders with Backslash.
Trying to aggregate noisy results from multiple scanners? Replace them with a modern AppGraph
Let focused, business-driven insights drive remediation priorities that every engineer will understand.
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