Strategic Solution

AI Agent Development — Autonomous Enterprise AI Agents

We'd design autonomous AI agents that operate 24/7, coordinate your internal systems, and run complex workflows end-to-end without constant human supervision.

An AI agent does something a traditional chatbot fundamentally cannot: it takes a goal, builds its own plan, talks to your internal systems (CRM, ERP, email, calendar, document store) in sequence, evaluates the outcome, and revises its plan when reality pushes back. It does not produce conversation — it produces work. This is the biggest shift in enterprise automation in the last decade, and when done right, an agent can quietly handle in 24/7 mode the kind of work that used to take an entire team several weeks.

The Business Problems We Solve with AI Agents

Customer support teams cannot cover repetitive questions on nights and weekends; ticket queues keep growing while resolution times slip.

Sales teams spend days analysing new markets, segments, or accounts; the results land in spreadsheets that go stale almost immediately.

Internal workflows that span CRM, ERP, email, and calendar still need a human to hold the context — there is no autonomous layer closing the loop.

Document reading, summarisation, matching, and classification do not scale with operations growth; more headcount just means more inconsistency.

Classic RPA breaks down on workflows that require semantic understanding — a small change in a table format collapses the entire bot chain.

Our Approach

Every agent engagement starts with three questions: what should it do, what should it not do, and how will we prove it works? Discovery nails down all three; we'd map the tool inventory the agent will reach (APIs, databases, internal services); we'd design the topology (single agent vs. multi-agent, planner/executor split, human-approval checkpoints). Then we typically build the state machine on a framework like LangGraph, write an evaluation harness, and run the POC against real data. Production rollout should always ship with observability — tracing, audit log, cost tracking — because an unobserved agent silently degrades over time, and you find out the hard way.

A reference architecture we can point to: a sales-organisation agentic system that scanned prospects in target markets, scored them against the company's ICP, surfaced regulatory notes, drafted a personalised first-touch message, and queued each draft for human review. Operating a workflow like that at scale normally requires dedicated headcount or a long manual research cycle; the agentic design we'd propose for your case applies the same architectural ideas — tool inventory, evaluation harness, human-in-the-loop checkpoints, observability — tuned to your goal and your tool set.

Process

01

Goal Definition

We write down what the agent must do and, equally important, what it must not do. Drawing the limits of agent authority upfront eliminates a long tail of surprises and risks later.

02

Tool Inventory

We map every API, database, and internal system the agent will reach, with input/output schemas, error behaviour, and rate limits documented per tool. Tool quality is the ceiling on agent quality.

03

Topology Design

We decide between single agent, planner-plus-executor, or multi-agent; we place human-approval checkpoints and escalation rules. The wrong topology forces a painful rewrite a few months in.

04

Evaluation Harness

We instrument automatic measurement of success and failure metrics — regression protection, gold datasets, A/B comparison. Building an agent without evals is throwing darts in the dark.

05

Production & Observability

Step-level tracing in LangSmith-style tools, cost tracking in Grafana, full audit logs for every decision. Drift, regression, and cost-spike alarms are wired up before the first user touches the system.

Our Preferred Technology Stack

We typically reach for the following — adapted per project to your privacy posture and use case.

Teknik Stack
OpenAI GPT-4 / GPT-5Anthropic ClaudeLangGraphLangChainLlamaIndexVector DB (Pinecone, Weaviate, pgvector)Redis (state + cache)PostgreSQL (audit log)FastAPI + CeleryDocker / KubernetesLangSmith (tracing)Grafana / Prometheus (ops)

Sıkça Sorulan Sorular

A traditional chatbot produces a single conversational reply — it cannot leave its knowledge base and cannot drive external systems. An AI agent receives a goal, plans its own steps, calls tools (APIs, databases, email, CRM) in sequence, observes the result, and revises its plan when needed. So a chatbot produces an answer while an agent produces work — it acts proactively, makes decisions, and closes multi-step processes. The critical shift is replacing human orchestration with model orchestration.

Let's Talk About Your AI Agent Project

Book a 15-to-30-minute discovery call — free, no commitment. We learn your goal and tell you honestly whether an agent is the right tool for it.