Adaptive AIMs – AI Microservices that Evolve with Every Threat

Next-Gen AI Security for Nvidia Platforms

Your AI workloads demand more than static defenses. Adaptive AIMs, powered by Automated Moving Target Defense (AMTD), transform Nvidia’s NIMs - AI microservices into self-adapting, threat-aware entities that evolve in real time. Unlike static NIMs, our Adaptive AIMs dynamically shift their environments, configurations, and security policies—ensuring unmatched resilience, performance, and proactive protection.

Seamless AI Performance, Fortified Security

Zero Overhead: Real-time security adjustments without performance trade-offs.

Fully Integrated with Nvidia (and other platforms): Works seamlessly with Nvidia’s ecosystem for maximum efficiency.

Continuous Adaptation & Self-Healing AI

Automated Workload Rotation: Prevents attack persistence and unauthorized access.

Self-Optimizing Security Policies: AI-driven reconfigurations ensure resilience without manual intervention.

Proactive Threat Defense – Stay One Step Ahead

Preemptive Threat Detection:  Identifies and neutralizes emerging risks before they materialize.

Dynamic Attack Surface Shifting: Constantly evolves to make exploitation nearly impossible.  

 With Adaptive AIMs, your AI workloads stay secure, resilient, and high-performing—no matter how the threat landscape evolves.

USE CASES

✅ Secure AI Model Deployment

Protect AI models from data poisoning, adversarial attacks, and unauthorized modifications.
Ensure AI workloads remain tamper-proof and resilient against emerging threats.

✅ Continuous Security for AI Pipelines

Automatically rotate and update microservices without downtime, reducing exposure to attacks.
Adaptive policies adjust security based on real-time risk analysis.

✅ Resilient AI Infrastructure in the Cloud

Mitigates cloud-based attack vectors like supply chain attacks, misconfigurations, and zero-day exploits.
Prevents attack persistence by dynamically shifting workloads and configurations.

✅ Proactive Defense Against AI-Powered Cyber Threats

Uses AI-driven behavioral analysis to detect and neutralize threats before execution.
Disrupts attacker reconnaissance and prevents lateral movement within AI clusters.