Every one of these is happening in your production generative AI pipelines today. All four are solved by specialized AI Agents coordinated by one Main AI Agent.
A network of specialized AI agents — Guardrail, Cost Auditor, Drift Radar, and Trace Investigator — each executing their domain, while one Main AI Agent coordinates them all, handles reports, and syncs OpenTelemetry 24/7.
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No Kubernetes clusters. No complex Prometheus configurations. Your AI Observability Agent is live in 24 hours.
Each specialized AI agent executes its domain — Guardrails, Cost Attribution, Drift Radar, and Tracing. One Main AI Agent coordinates them all, handles consolidated enterprise reporting, takes your prompts, and syncs OpenTelemetry in real time.
check_order_status)max_tool_iterations = 5 for sub-agent group refund-v2.Daily reliability briefings, token cost breakdowns by customer, and prompt drift alerts — delivered to your Slack, email, or dashboard automatically or on-demand via prompt.
Leadership prompts the Main AI Agent for consolidated reliability reports, token cost briefings, and approvals. Each engineering persona interacts with specialized sub-agents tailored to their workflow in Slack, Teams, or Webchat.
Not a static dashboard. A full autonomous AI Observability platform with real-time guardrails, cost controls, trace visualizations, and enterprise RBAC.
400+ pre-built integrations. 1-line SDK installation. Your Observability Agent slots into your existing stack — no infrastructure refactoring required.
Traditional APM tools like Datadog track server CPU and latency, but have zero semantic understanding of hallucination, prompt drift, or ungrounded claims. Standalone logging tools like LangSmith provide passive dashboards, but require human engineers to constantly inspect traces. RhinoAgents deploys an autonomous multi-agent observability workforce: it scores hallucinations in real time, breaks runaway agent loops automatically, detects semantic drift, and executes prompt rollbacks through conversational prompts.
Under 12ms. RhinoAgents uses asynchronous non-blocking OpenTelemetry instrumentation for distributed tracing and token counting, meaning your primary application response stream is never slowed down. For inline safety guardrails (prompt injection and PII masking), our lightweight Rust-based sidecar evaluation engine executes in under 15ms.
Recursive AI agents (like ReAct frameworks) can enter infinite reasoning loops when tool calls return unexpected errors. The Token Cost Auditor monitors sequential tool iterations in real time. If an agent repeats identical tool calls or exceeds your configured iteration threshold (e.g. 5 steps), the circuit breaker halts execution, returns a graceful fallback message to the user, and alerts your on-call engineering team on Slack.
Yes, 100%. We enforce enterprise-grade security. RhinoAgents is SOC 2 Type II and HIPAA compliant. All traces and embeddings are encrypted using AES-256 at rest and TLS 1.3 in transit. You can deploy our lightweight agent proxy inside your own private VPC (AWS, GCP, Azure), ensuring customer data and proprietary prompts never leave your secure perimeter.
The flat $99/mo plan includes the Main Observability Orchestrator and all 4 specialized sub-agents (Guardrail Agent, Cost Auditor, Drift Sentinel, and Trace Investigator). You receive 100 free test operational credits, pre-built LangChain/vLLM/OpenTelemetry connectors, zero setup fees, and can cancel anytime. See full pricing →
"RhinoAgents caught a recursive agent loop that would have burned $14,000 in OpenAI API credits in a single weekend. Having one Main Agent summarize our latency, cost, and hallucination rates in Slack every morning replaced weeks of custom MLOps engineering."
Your AI Observability Agent connects in minutes, evaluates live production traces, blocks hallucinations, and protects your token budget 24/7. Cancel anytime.