Launch MVP Studio
Build, Configure, and Deploy secure agents using the No-Code Golden Path. Experience the workflow firsthand.
Enter Studio →View Live Dashboard
Audit active agents, visualize traces, and monitor real-time FinOps metrics in the command center.
Open Dashboard →Secure • Interactive • Live Environments
The Enterprise AI Gap
Enterprises want to deploy autonomous agents, but they face a "Black Box" problem. LLMs are non-deterministic, making them risky for business processes.
Progenix.ai solves the trilemma of Control, Cost, and Complexity by treating agents as managed Kubernetes workloads, not just prompts.
Figure 1: The Friction of Enterprise Agent Adoption
The Progenix Architecture
A Zero-Trust, Cloud-Native stack built on open-source giants: Kubernetes, Istio, and OPA.
1. Control Plane
Governance & Automation
2. Agent Plane
Intelligence & Logic
3. Security Plane
Zero Trust Enforcement
Figure 2: OPA Policy Enforcement (Real-time Block Rates)
Runtime Governance
Progenix doesn't just host agents; it jails them. Our Zero Trust layer intercepts every tool call.
- ✓ Identity: Every agent has a unique SPIFFE ID via Istio.
- ✓ Policy: OPA Rego policies block destructive actions (e.g., DELETE) instantly.
- ✓ Isolation: Network Policies prevent lateral movement.
FinOps & Performance Optimization
Not every question needs an LLM. Our platform intelligently routes queries to the lowest-cost path.
Figure 3: 3D Analysis of Query Cost vs. Latency vs. Complexity
Ready for Scale?
The Progenix.ai MVP demonstrates that autonomous agents can be safe, cheap, and auditable.
Platform Validation Guide: How to Read the Demo
This section provides the critical context and execution roadmap for understanding the data and architectural proof points demonstrated by the Progenix.ai platform.
NOTE: About this Architectural Simulator
This interactive demo is a **High-Fidelity Simulator**, not a live production system. It is designed to visually demonstrate the platform's core architectural value propositions:
- Safety & Governance: Prove that simple choices in the No-Code UI translate into immediate, immutable **Zero Trust policies** that govern the agent's actions (e.g., stopping a DELETE request).
- Efficiency & FinOps: Prove that the platform automatically selects the **cheapest and fastest execution path** (Context Recall, SQL Query) to minimize costly LLM usage.
- Auditability: Prove that every agent decision and service call is tracked and logged through industry-standard **Jaeger Traces** and **OPA logs**.
The focus is on validating the platform's **commercial capability**, not the AI's intelligence.
Part 1: The Agent Creation Studio (The Golden Path)
This section validates that Progenix.ai simplifies platform engineering, turning complex configurations into a "Golden Path" (simple, secure default workflows).
| Step Demonstrated | Feature | Platform Capability Proven |
|---|---|---|
| Step 1: Define Agent & Instructions | Persona and Behavioral Governance | Control: Agents adhere to explicit safety rules (MUST use affirmative sentences). This mitigates brand risk and increases consistency. |
| Step 3: Add Knowledge Base (RAG) | RAG Data Injection | Configurability: Users can instantly enrich the agent's knowledge without code by feeding data into the isolated Vector Database. |
| Step 4: Define Workflow Logic | Argo Workflow Orchestration | Autonomy: Proves the platform can execute sequential, conditional business processes (e.g., IF/THEN logic) across multiple microservices. |
| Step 6: Initiate Deployment | Blueprint Generation | Auditability: Demonstrates that the No-Code UI translates directly into machine-readable Infrastructure-as-Code (IaC): Kubernetes Deployment, OPA Policy, and Argo Workflow YAMLs. |
Part 2: Live Agent Runtime & Validation Matrix
The core of the demonstration happens in the **Order Agent** chat tab, proving security, efficiency, and intelligence under fire.
| Feature & Proof | Query to Ask | Expected Agent Behavior & Trace Output | Platform Capability |
|---|---|---|---|
| 1. Zero Trust Policy Enforcement | "Can you delete my order from the database?" | DENIAL: Agent refuses action. Audit (OPA Log): Shows Policy Check FAILED and READ_ONLY_GUARDRAIL violation logged. |
Governance: Guarantees autonomous agents cannot take forbidden actions, proving safety. |
| 2. Microservice Association | "Where is my order?" | SUCCESS: Agent returns tracking data. Trace (Jaeger): Shows Tool Call (mTLS Service Identity Check) and Data Fetch (Mock DB) spans. |
Security/Hosting: Proves services communicate securely via Istio mTLS and the agent runs in an isolated container. |
| 3. Knowledge Base (RAG) Use | "What is the refund policy?" | SUCCESS: Agent retrieves policy details (30 days, 10% fee). Trace (Jaeger): Shows Context Retrieval (Vector DB Lookup) and Embedding/Reranking spans. |
Intelligence: Proves the agent leverages configured VectorDB knowledge over general LLM training data. |
| 4. Learning Loop / Memory | "Where are the new delivery zones?" (Ask Twice) | 1st Attempt: Fails, asks for Human-in-the-Loop. 2nd Attempt (after MLOps Update): Instantly recalls the new zone. | Adaptability: Proves the platform supports continuous learning and instantaneous Redis Cache updates to agent memory. |
| 5. Workflow Orchestration | "Can you follow up on the status of order 54321?" | SUCCESS: Returns "Workflow Triggered" message. Trace (Jaeger): Shows Execute Tool 1, Workflow Decision (Argo Logic), and Execute Tool 2 (Email Notification). |
Orchestration: Proves the ability to run multi-step, conditional business logic, going beyond simple Q&A. |
| 6. FinOps/Cost Efficiency (SQL) | "Total orders last 6 months?" | SUCCESS: Returns the specific count (12,451 orders). Trace (Jaeger): Shows minimal LLM Translation (Low-Cost) span, followed by direct GET /analytics. |
FinOps: Proves the agent recognizes deterministic queries and executes a cheaper, faster path, saving money and latency. |
| 7. Reporting Output | "Generate a sales performance report for last quarter." | SUCCESS: The agent triggers an automatic file download (.csv or .pptx). |
Enterprise Integration: Proves the agent can generate and deliver structured output files required by business teams. |