AI Agent Development

AI Agent Development for Multi-Step Business Workflows

Implement Agentic designs, builds, and operates governed AI agents that complete multi-step business workflows across email, documents, CRM, ERP, knowledge bases, and approval chains. Every agent ships with human-in-the-loop approval at sensitive steps, permission-aware retrieval, and a closed-loop evaluation harness so the workflow improves as it runs. Based in Irvine, California and serving Orange County, Los Angeles, San Diego, and remote North American clients.

What is a business AI agent?

A business AI agent is a software system that can plan, reason, and take actions across multiple systems to complete a workflow with minimal human guidance. Unlike a chatbot that answers one question at a time, an agent chains together retrieval, reasoning, tool use, and approval into a repeatable process — with evaluation at the end so it gets better over time. It is the difference between asking a question and delegating an entire workflow.

Business workflows we automate

We start with the business workflow, not the model. Typical engagements target proposals and SOW drafting, document-heavy operations (invoices, contracts, claims), customer-service triage and knowledge synthesis, internal status reporting, exception routing, and discovery-call requirements extraction — workflows where context spans many systems and a small mistake has a real cost.

  • Proposal-to-SOW drafting — gather requirements, retrieve past proposals, draft, and route for approval.
  • Document-heavy operations — invoices, contracts, claims processing across multiple systems.
  • Customer-service triage — classify, retrieve knowledge, suggest responses, and escalate exceptions.
  • Internal status reporting — collect signals from project tools, draft summaries, and route to stakeholders.
  • Exception routing — detect anomalies, gather context, and assign to the right team with recommended actions.

What makes a workflow agentic

A workflow is a good candidate for agentic AI when several signals are present: multiple steps, multiple systems, unstructured inputs, judgment under recognizable patterns, and outcomes that can be measured. If the work is fully structured and rule-based, deterministic automation is usually a better answer — and we will say so.

  • Multiple steps with handoffs between people or systems.
  • Context gathered from more than one system of record.
  • Unstructured inputs (documents, emails, free-form requests).
  • Judgment under recognizable patterns rather than rigid rules.
  • Outcomes that can be measured (cycle time, accuracy, cost per item).

Human approval and permission controls

Sensitive actions are gated by explicit human approval. Each agent is scoped to a narrow set of tools and permissions, source-system ACLs are propagated through retrieval so the agent only sees what the requesting user can see, and every action is logged with traceable inputs and outputs.

Tool use and system integrations

Agents connect to the systems your team already uses — email, calendars, document stores, CRM, ERP, ticketing, finance, custom internal tools — via APIs and the Model Context Protocol (MCP). MCP keeps the integration layer portable across models and frameworks so you do not have to rebuild when the agent stack evolves.

Evaluation and observability

Every agent ships with a golden test set (typically 30–100 representative tasks), LLM-as-judge scorers for subjective dimensions, deterministic validators for structured output, CI/CD gates that block deployment on regression, and production trace sampling that grows the eval set over time.

Closed-loop agent architecture

Every agent we build operates on the same loop: capture work and signals → normalize and govern inputs → retrieve permissioned context and memory → reason and plan → take or recommend an action → evaluate the outcome and feed it back. The evaluation step is what keeps the agent improving instead of degrading silently.

Technical stack and frameworks

We are deliberately model- and framework-neutral. Typical builds combine LangGraph or the Anthropic Claude Agent SDK for orchestration, hybrid retrieval (BM25 + dense + reranker), pgvector or Qdrant for memory, MCP for tool use, and Langfuse, LangSmith, Braintrust, or Arize Phoenix for observability — selected based on deployment model and existing stack. We do not force a vendor; we choose the stack that fits the workflow.

Engagement and delivery model

Most agent development engagements follow a 4-phase arc: a 20-minute Workflow Triage to confirm fit, a 1–2 week design phase mapping agent goals and tools, a 3–5 week build phase with weekly demos and eval gates, and a managed launch with production traces and KPI baselining. Fixed-fee pilots start from $50,000.

Proof of concept and maturity

Each example below is labeled by current maturity. We do not publish customer metrics until they are verified.

  • Proposal-to-SOW assistant — Demonstration Prototype.
  • Discovery-call requirements extraction — Demonstration Prototype.
  • Sprint planning agent — Architecture Case Study.
  • RFP win-themes assistant — Architecture Case Study.
  • Internal case-study drafting — Internal Implementation.

What you get

Workflow-first design — architecture chosen to fit the business, not the vendor.
Governed agents with permission-aware retrieval and audit logging.
Human approval at sensitive steps with configurable checkpoint logic.
Eval harness with golden test sets and CI/CD regression gates.
Model- and framework-neutral implementation (LangGraph, Claude SDK, MCP).
Managed AgentOps for ongoing observability, tuning, and integration upkeep.

How we work

Step 1

Workflow Triage

Free 20-minute conversation to assess fit, risk, and what to measure.

Step 2

Discovery & Design

Map agent goals, tools, permissions, approval points, and success metrics.

Step 3

Build & Evaluate

Iterative eval-driven development with weekly demos and CI gates.

Step 4

Launch & Monitor

Staged rollout with production traces, KPI baseline, and feedback loops.

Related services

Related reading

Canonical long-form references that go deeper on the patterns behind this service.

Packaged solutions built on this service

Pre-scoped 4–8 week pilots that put this capability into production against a named workflow KPI.

Insights for buyers evaluating this service

Decision frameworks for sponsors, operators, and procurement before the build.

Frequently asked questions

What is the difference between an AI agent and RPA?+

RPA follows rigid rules on structured inputs. AI agents handle unstructured inputs, reason about context, request human approval for ambiguous cases, and improve over time — but they require evaluation and governance that RPA programs typically do not include.

What frameworks do you use?+

Primarily LangGraph and the Anthropic Claude Agent SDK, with MCP for tool integrations. We also work with CrewAI, AutoGen, and custom frameworks when the existing stack calls for it.

How do you ensure reliability?+

Every agent ships with a golden test set, LLM-as-judge scorers for subjective dimensions, deterministic validators for structured output, and CI/CD gates that block deployment on regression. Production traces are sampled into the eval set so coverage grows with use.

How is an AI agent different from a copilot?+

A copilot suggests actions one at a time and waits for a human to accept or reject each one. An agent completes an entire multi-step workflow — gathering context, reasoning, taking actions, and requesting approval only at sensitive checkpoints — so the human is supervising, not driving every step.

What does an engagement cost and how long does it take?+

A fixed-fee agentic workflow pilot typically runs 6–10 weeks and starts from $50,000. We also offer a $15,000 Closed-Loop AI Readiness Assessment (2 weeks) and a $20,000 MCP Readiness engagement (4 weeks) as lower-risk entry points. Pricing is shared after the Workflow Triage.

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