USE CASE · Agentic systems

Multi-agent systems that actually ship — and stay shipped.

We’ve built customer-facing agents and internal-ops agents in production. The hard parts — orchestration, guardrails, evaluation, cost control — are where we live.

Researcher + Writer
Two-agent architecture validated for autonomous device remediation (Armis)
Frontier + cheap
Dual-path execution: expensive LLMs learn the flow once, cheap scripts run it in bulk (Armis pattern)
Challenge → Solution

What's broken, and what we do about it.

Problem

Single-prompt LLM calls don’t solve real workflows — they solve toy problems. You need an agent that researches, decides, executes, and recovers.

Our solution

Multi-agent orchestration via LangGraph with explicit state machines, not implicit chains. (Armis)

Problem

Agents that hallucinate at the wrong moment crash production systems.

Our solution

"Zero-Impact" guardrails — pre-flight checks, "Page Looks Good" UI validation, hard rollback paths. (Armis)

Problem

Frontier models cost too much to run on every step.

Our solution

We separate "learning" steps (high-end models, run rarely) from "execution" steps (cheap models or scripts, run at scale).

Problem

Demoware doesn’t survive contact with real ops.

Our solution

We’ve shipped agents into a Cybersecurity conference demo (Panorays) and into Armis’s MVP roadmap — production-shaped, not notebook-shaped.

Capabilities

What we ship for agentic teams.

Not a framework demo — a production stack: orchestration, guardrails, observability, and cost-tiered routing, all wired into your existing systems.

Production-shaped agents

The pieces that turn an agent demo into a system Operations will actually run on call.

Multi-agent orchestration
LangGraph patterns with explicit state machines, not implicit chains.
Browser automation as a tool
Playwright integration for agents that need to drive UIs that don’t expose APIs.
Tool-using agents with web research
Tavily and similar integrations for agents that need to ground decisions in current information.
Guardrails & safety
Zero-impact patterns: pre-flight checks, UI validation, rollback-first design. Built for OT-style "no downtime" environments.
Cost-tiered model routing
Claude Sonnet 4.5 + GPT-4o for reasoning, Haiku for cost. Separate "learning" steps from "execution" steps.
Observability
LangFuse for AI workload observability. The same operational rigor as the rest of your production stack.
Engagements

How we deliver agentic systems.

Anchor reference: the Armis pattern — 1-month Assessment → MVP T&M.

Rapid-Impact Intervention

SWAT Team

A high-impact strike team that diagnoses, architects, and ships. We bring the ML engineers, infra, and domain expertise needed to deliver measurable lift within weeks.

End-to-end diagnostic and solution delivery
Cross-functional team: ML engineers, infra, domain SMEs
Measurable KPI improvement with defined timelines
Typical timeline: 4-8 weeksGet in touch
Applied Research Partnership

The ML Lab

A dedicated research partnership where we co-develop proprietary models alongside your team — from initial hypothesis through production deployment.

Joint model development and full knowledge transfer
Custom algorithms built on your data and objectives
Structured engagement from discovery to production scale
Typical timeline: 3-6 monthsGet in touch
Risk-Free Experimentation

Simulator

A controlled experimentation environment for validating strategies before they touch production. Test against realistic system dynamics and quantify impact upfront.

Realistic simulation with historical data replay
A/B scenario testing for system-level decisions
Quantified impact forecasting before production rollout
Typical timeline: 2-4 weeksGet in touch
Proof

Agents in production.

Ready to build?

No pitch decks, no generic demos — just a technical conversation about your data and your goals.

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Autonomous agents in production | TensorOps