Custom AI Agent Development

The future of automation and security is agentic. At Intrusion Stoppers, we go beyond integrating off-the-shelf AI; we design and engineer custom autonomous agents that act as a force multiplier for your teams, automating complex workflows and providing intelligent insights.

What We Build

We specialize in building sophisticated agents that can reason, plan, and execute multi-step tasks. Our development experience includes:

  • Workflow Automation Agents: We engineer agents that can automate time-consuming administrative and operational tasks, such as the content and member moderation agent we built for the GovConX platform, which reduced manual workload by an estimated 80%26.
  • Business Intelligence Agents: We develop agents that can analyze unstructured data from multiple sources to identify trends, measure sentiment, and provide the structured insights needed to inform business strategy27.

Our Secure Development Process

Our agent development lifecycle is built on a foundation of security and governance.

  1. Use Case & Strategy: We work with you to identify high-impact use cases where agentic AI can deliver maximum value.
  2. Secure Architecture: We design the agent's backend infrastructure on secure cloud platforms like Google Cloud, ensuring robust access controls and data protection from the start28.
  3. Agent Engineering: We leverage powerful foundation models like Google Gemini and integrate them with necessary APIs and internal systems to enable autonomous operation29.
  4. Governance & Safety: We bake in the principles of the NIST AI RMF30, ensuring that every agent we build is designed to be responsible, transparent, and safe.

Case Study: The GovConX Community Platform

We are currently leading the development of an AI-powered platform to manage a 75,000+ member professional community31. The core of this platform is an autonomous agent that has successfully automated critical moderation tasks, proving the power of agentic AI to scale community management and business operations effectively.