Create Agents for cameras with just a prompt. "Create an agent that checks employees approach customers in less than 30 seconds after they entered the store
Create an agent that checks if employees approach customers in less than 30 seconds after they entered the store. Turn any camera into a proactive AI agent in seconds.
At Argu.ai, we pioneered the shift to Vision Agents. By combining Large Language Models (LLMs) with visual encoders, we built a system that understands the world the way humans do through context and language.
Prompt-to-Agent in 30 Seconds
Type a natural language instruction and watch it become a live detection pipeline. No configuration files. No ML expertise required.
Multi-Camera Orchestration
One agent can monitor dozens of feeds simultaneously, correlate events across locations, and trigger complex conditional workflows.
Works on Existing Hardware
Compatible with any RTSP stream. No camera replacements. Deploy on NVIDIA Jetson edge devices or your existing infrastructure.
These are the core principles that define how Argu approaches every deployment. Our solutions are built to work on your existing infrastructure, require no engineering overhead, and deliver measurable results from day one. Every feature is designed with one goal: giving your team the intelligence to act faster, with more confidence, and without adding complexity.
Zero Hardware Waste
Runs on your existing camera network without replacing a single unit.
No Code Required
Security operators configure complex detection rules using plain English.
30-Second Deployment
From prompt to live detection in under a minute.
30-Second Time-to-Scenario
From prompt to live detection in under 30 seconds. No engineers, no labeling, no waiting.
Zero Code Required
Any operator can build complex multi-camera logic using plain English. No programming skills needed.
Runs on Existing Infrastructure
No camera replacements. Works on any RTSP stream and deploys on NVIDIA Jetson edge devices.
Multi-Camera Orchestration
One agent monitors dozens of feeds simultaneously, correlating events across locations.
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