Why Phoenix Is Unlike Anything Else in Security

⚙️ Proactive Runtime Defense
Phoenix neutralizes threats before they land, not after they’re detected.

🔁 Continuous Container Rotation
Attack surfaces disappear in real time through automated container mutation.

🧨 Zero Trust by Ephemerality
Security isn’t patched on—it’s baked in with infrastructure that constantly regenerates.

☁️ Kubernetes-Native, Agentless
Seamlessly integrates into your stack. No agents, no rewrites, no bloat.

🧠 Context-Aware Mutation
Security decisions powered by real-time signals—like workload behavior, not just logs.

🚫 Defense Without Developer Friction
No code changes. No DevOps disruption. Security just works in the background.

🔄 Self-Healing Infrastructure
Phoenix restores itself automatically, turning downtime and breaches into recoverable blips.

🛡️ Unified Protection for AI + Containers
LLMs, inference engines, microservices—all covered under one adaptive layer.

Not another patchwork tool. Phoenix is built to proactively protect AI-first infrastructure, from the ground up.

Three Ways to Stay Ahead of Attackers. One Unified System.

 Whether you're deploying AI on the edge, in the cloud, or across multi-agent platforms—Phoenix adapts, defends, and heals without getting in your way.

Phoenix Adaptive AI Microservices

Security that moves with your AI stack.
Adaptive AIMs protect containerized AI services—from inference endpoints to training pipelines—by making them ephemeral, self-healing, and context-aware.

Phoenix ADA (Adaptive Defense Agent)

Built to protect agentic AI systems from runtime threats.
ADA protects autonomous AI agents (like LLM-based copilots or inferencing services) by rotating environments, mutating behavior, and breaking attacker persistence automatically.

Phoenix AMTD Operator (Open source)

Make your container infrastructure unpredictable.
Open-source moving target defense engine that continuously rotates Kubernetes containers to erase static attack surfaces. Ideal for DevSecOps and teams who want low-cost, zero-friction runtime protection built for scale.