AI Runtime Defense | Impart Security Platform
Complete Runtime Protection
Stop AI threats confidently with a unified runtime policy enforcement engine trusted enough to block zero day attacks before they compromise your most critical assets.
Start protecting; stop posturing.
Other tools generate alerts and tickets. Impart detects and stops attacks.
Impart Security
Everyone else
Impart Security
Block zero-day attacks in minutes.
Everyone else
Detect zero-day attacks in days to weeks, and never block them.
Impart Security
LiveRULEif ai_patch(request, cve="zero-day") .matches_pattern() → block
AI virtual patches deployed within minutes.
Everyone else
Not Deployedawaiting reviewRULEif normalize(request.body) .contains_sqli() → block // manual patch required
Manual patches take days to design and deploy to production.
Impart Security
LiveRULEif normalize(request.body) .contains_sqli() → blockCustomize Rule
AI-generated and human-reviewed code-based rules.
Everyone else
LiveRULEid:1001, phase:2, block,\t:none, t:urlDecodeUni,t:htmlEntityDecode,t:compressWhiteSpace, deny, status:403,Implement Rule
Brittle and inflexible Modsec/Regex rules.
Impart Security
Inline blocking.
Everyone else
12:24:02AMAlert Active
No blocking. Alerts and tickets become more work.
Impart Security
Live3 VECTORS ANALYZEDweb requestanalyzedtoken injectionanalyzedtool callblocked
Analyze web requests, tokens and tool calls.
Everyone else
Analyze only web requests.
Put enforcement where it belongs.
Impart inspects all traffic inline, regardless of source. AI agents, bots and human attackers all encounter the same runtime engine.
Inspect all traffic
Traffic is tagged and fingerprinted.
Analyze every request
Abuse patterns are detected inline before reaching your backend.
Enforce in real time
Built-in and custom rules execute in milliseconds.
Unified policy enforcement. Simplified security management.
Siloed tools might miss a distributed attack. Impart unifies control and coverage for your team.
Impart LLM Protection
Sequence-aware enforcement at the model boundary. Classifies intent across session history to stop prompt injection and exfiltration pre-inference.
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Inline rules engine · all injection types
Impart MCP Protection
Live catalog of every MCP server and tool, with inline policy enforcement on caller, scope, and arguments before invocation.
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Impart Agent Protection
Stateful evaluation of agent behavior across tool chains. Blocks privilege escalation, unauthorized tool use, and chained exploits as they execute.
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Impart Runtime Defense Agents
Patching, detection, reporting, and red-team agents operating on the same enforcement engine.
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Impart provides a single enforcement engine that understands and stops attacks across the entire request lifecycle.
Built for AI-driven attacks, Impart’s unified inline enforcement engine analyzes every request, understands intent, and blocks attacks as they happen. Across every attack surface.
How to detect and stop coordinated AI attacks.
Modern attacks unfold as sequences of valid requests designed to bypass point-in-time detection. Impart sees and correlates behavior across sessions and endpoints, and identifies patterns as they emerge. This allows Impart to stop attacks before escalation or exfiltration, giving you peace of mind and a demonstrably decreased risk posture.
Recon
The entity is identified and fingerprinted at first contact.
Auth Probing
Suspicious auth behavior emerges.
Exfiltration Attempt
Intent becomes clear.
Enforcement
A rule is generated from observed behavior - blocking the attacker going forward.
Running in production. Enforcing in real time.
"The Impart team is really innovating in the API security space. Really smart use of LLMs in their product that help security teams especially with firewall rules, which are a huge problem."
Travis McPeak, CEO
"API security is now a critical aspect of every application security program. Every CISO needs to have an integrated solution that can comprehensively protect their APIs across their entire lifecycle."
Zane Lackey, Co-Founder
"Impart is my pick to lead the next wave in application security tooling by leveraging usage (and other) context for decisions and making it visible to both security teams and developers. This unifies two themes in security today: Shift Left and Protect Right."
James Wickett, CEO
FAQ
What is the difference between shift left and runtime security?
Shift left moves security earlier in the development lifecycle, focusing on finding vulnerabilities before code ships. Runtime security operates after deployment, inline in the path of live traffic, detecting and blocking threats as they happen. A runtime protection platform is the layer that catches what shift left cannot: threats that have no pre-deployment signature, behave like legitimate traffic, and complete in milliseconds.
How do you stop AI agent attacks?
AI agents pursue goals across sessions, probe multiple surfaces simultaneously, and adapt continuously. Stopping them requires inline enforcement at the origin, behavioral detection that models intent across sessions rather than matching signatures, and a shared data layer across every surface so a single agent cannot get a clean slate by switching attack vectors. That is what a runtime protection platform is built for.
What replaces a WAF in the AI era?
A runtime protection platform replaces a WAF by combining behavioral detection, inline enforcement, and shared context across Web Apps, APIs, AI Apps, and LLMs on one data model. Impart replaces the detection model entirely, not just the interface.
What is runtime enforcement?
Runtime enforcement is the ability to detect and block a threat at the moment the request is made, inline in the path of live traffic, before it reaches your application. It is distinct from detection-only tools that observe traffic and alert after the fact, and from shift-left tools that look for vulnerabilities before deployment.