Performance

Protect AI interactions and agent actions without slowing enterprise workflows

Runtime security must keep pace with interactive AI and autonomous agents. Serial inspections, repeated model calls, and distant processing can add delays that frustrate users or disrupt time-sensitive workflows. As applications scale, organizations need consistent policy decisions without making the protection layer a bottleneck.
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PointGuard AI delivers the fastest enterprise guardrails and highly accurate controls through purpose-built detection and parallel policy evaluation. Prompt injection, safety, and sensitive-data checks run simultaneously in milliseconds rather than chaining their latency. Pre-execution controls evaluate agent actions before they reach tools or systems, while AI Gateway adds high-throughput model routing, failover, caching, and usage governance.
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The result is near-real-time protection that virtually eliminates inspection delays while scaling across enterprise AI workloads.

guardrails

Inspect AI Interactions with Low Latency

Use optimized, task-specific detectors to inspect prompts, responses, and tool outputs without sending every decision through a general-purpose LLM review loop. Purpose-built analysis supports accurate threat detection while keeping runtime enforcement responsive for chatbots, applications, and agent workflows under production load.

  • Evaluate prompt injection threats in milliseconds

    Inspect safety and sensitive-data risks quickly

    Keep interactive enterprise AI experiences responsive

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parallelism

Run Multiple Security Policies Simultaneously

Evaluate enabled threat, safety, and DLP checks in parallel, then apply one aggregated policy decision. Processing time follows the slowest relevant check rather than the sum of every check. Teams can enforce multiple policies in the same interaction without creating a serial inspection queue.

  • Execute threat and safety checks concurrently

    Run multiple DLP expressions in parallel

    Avoid cumulative delays from sequential scanning

caching

Reduce Prompt Traffic and Costs

Cache frequently reused prompts, system instructions, and shared context so repeated interactions do not require another full upstream model request. Semantic prompt caching reduces redundant traffic, token consumption, and model-processing costs while improving response speed for high-volume AI applications and agent workflows.

  • Cache commonly reused prompts and shared context

    Reduce redundant model traffic and token consumption

    Lower costs while accelerating repeated interactions

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accuracy

Apply Context to Every Enforcement Decision

Combine specialized detectors with policy context, including application criticality, data sensitivity, and business requirements. Teams can tune thresholds and actions to reduce unnecessary disruption while blocking or redacting material threats. This supports precise decisions across different AI uses without treating every interaction as equally risky.

  • Tune decisions to application and data

    Reduce unnecessary blocks through policy context

    Select proportional actions for detected risks

gateway

Keep Model Routing Fast and Resilient

AI Gateway uses a high-throughput runtime to route requests across SaaS, open-source, and in-house models with minimal gateway overhead. Automatic failover preserves service during provider disruption, while semantic caching can serve repeated requests without another upstream model call. Native telemetry helps teams monitor latency, errors, and spending.

  • Route high-volume AI traffic across providers

    Fail over during upstream service disruptions

    Reduce repeated calls with semantic caching

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scale

Deploy Protection Close to Enterprise Workloads

Place inspection and enforcement near applications and sensitive data through supported SaaS, customer-hosted, and hybrid patterns. Batch complete interactions where appropriate, distribute controls across managed environments, and retain centralized visibility. The platform is designed to preserve response time as AI usage, policies, and agent activity grow.

  • Place enforcement near protected enterprise applications

    Batch eligible interactions to reduce overhead

    Scale security across distributed enterprise workloads

Clients Words

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Customer Spotlight

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