← Back
Agentic AI Implementation
(c) MMXXVI
EM

Service

Production agentic systems for enterprise — designed, governed, and shipped to handle real work against real data.

Frequently Asked

What is agentic AI?

Agentic AI refers to systems that combine large language models with tool use, memory, and planning to complete multi-step tasks autonomously. Unlike a single-turn chatbot, an agent decides which actions to take, executes them, observes the result, and iterates toward a goal — under defined constraints and human-approval boundaries.

How is agentic AI different from generative AI?

Generative AI produces output. Agentic AI takes action. A generative system summarises a contract; an agentic system reads the contract, flags renewal risk, drafts a counter-clause, and routes it to legal for sign-off.

When is agentic AI the wrong answer?

When the workflow is fully deterministic and high-volume — there a rules engine wins on cost, latency, and auditability. Agents earn their keep where decisions are ambiguous, the long tail dominates, and humans were already in the loop.

How long does an agentic AI implementation take?

A scoped first agent runs 8–12 weeks from discovery to production. Multi-agent systems with sensitive data integrations typically take 16–24 weeks, with phased go-lives behind feature flags.

What does it cost to run an agent in production?

Token, infrastructure, and human-review costs vary by workload. We model unit economics during the pilot and tune routing, caching, and model-tier selection to bring per-task cost into a defensible range before scale.

From Demo to Production

What we build

We design and ship production agentic systems for enterprise teams — orchestration layers, tool integrations, retrieval and grounding, evals, and the governance scaffolding that keeps an agent operating inside policy. The work spans single-purpose agents that resolve one workflow end-to-end and multi-agent systems that coordinate across functions.

Our agents run against real data, with real compliance constraints, in environments where a wrong answer has consequences. That shapes every architectural choice we make.

How we approach it

We don’t start from a framework. We start from the failure surface.

  1. Decision mapping. What is the agent actually deciding? What inputs does it need, what tools must it call, and what does success look like — measurable, not aspirational?
  2. Failure inventory. Where will it break? Hallucinated tool calls, stale retrieval, prompt-injection from third-party content, policy violations, runaway cost. Each gets a control point.
  3. Eval-first build. We write the evaluation harness before the agent. Golden tasks, adversarial probes, drift monitors, regression suites — all wired into CI before a single production prompt fires.
  4. Phased exposure. Behind a feature flag, shadow mode first, then human-in-the-loop, then supervised autonomy. We rarely run an agent fully unattended; we make the supervision cheap.
  5. Production handover. SLOs, runbooks, on-call patterns, cost dashboards. The agent ships with the operational scaffolding to be owned by a real team.

Capabilities

  • Agent orchestration on LangGraph, custom state machines, and event-driven runtimes.
  • Tool integration against ERP, CRM, data warehouses, document stores, and legacy APIs.
  • Retrieval and grounding over enterprise corpora — hybrid sparse/dense, reranking, citation enforcement.
  • Eval harnesses: retrieval, grounding, answer quality, safety, and drift.
  • Cost engineering: routing, caching, model-tier selection, structured output enforcement.
  • Human-in-the-loop UX — review queues, override surfaces, audit trails.
  • Policy interception — prompt and response guardrails, DLP, regulatory redaction.

Where it fits

We deploy agents where the value is concentrated and the controls are non-negotiable: regulated finance, energy operations, healthcare administration, public-sector citizen services, and engineering operations inside large platforms. Sectors below.

Why Eldridge Morgan

We build the systems. We do not deliver a deck and disappear. Every engagement ships running code, a maintainable eval suite, and a team that can operate the system once we leave. India-native cost discipline, global engineering standards, and a refusal to ship anything we couldn’t operate ourselves.

Talk to us about an agent →

Sectors Served

Related Reading

Talk To Us

Start a conversation →