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Netomi’s lessons for scaling agentic systems into the enterprise
Enterprises expect AI agents to handle messy workflows reliably, honor policies by default, operate under heavy load, and show their work.
Netomi(opens in a new window) builds systems that meet that high bar, serving Fortune 500 customers like United Airlines and DraftKings. Their platform pairs GPT‑4.1 for low-latency, reliable tool use with GPT‑5.2 for deeper, multi-step planning, running both inside a governed execution layer designed to keep model-driven actions predictable under real production conditions.
Running agentic systems at this scale has given Netomi a blueprint for what makes these deployments work inside the enterprise.
“Our goal was to orchestrate the many systems a human agent would normally juggle and do it safely at machine speed.”
Puneet Mehta, CEO
Lesson 1: Build for real-world complexity, not idealized flows
A single enterprise request rarely maps to a single API. Real workflows span booking engines, loyalty databases, CRM systems, policy logic, payments, and knowledge sources. The data is often incomplete, conflicting, or time-sensitive. Systems that depend on brittle flows collapse under this variability.
Netomi designed its Agentic OS so OpenAI models sit at the center of a governed orchestration pipeline built for this level of ambiguity. The platform uses GPT‑4.1 for fast, reliable reasoning and tool-calling—critical for real-time workflows—and GPT‑5.2 when multi-step planning or deeper reasoning is required.
To ensure consistent agent behavior across long, complex tasks, Netomi follows the agentic prompting patterns recommended by OpenAI:
Together, these patterns help the model reliably map unstructured requests to multi-step workflows and maintain state across discontinuous interactions.
With GPT‑4.1 and GPT‑5.2, Netomi can keep extending these patterns into richer multi-step automations—using the models not just to answer questions, but to plan tasks, sequence actions, and coordinate the backend systems a major airline depends on.
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