What is enterprise AI architecture?
The difference between a successful pilot and a production AI capability is rarely the model. It is the architecture around it. Here is what that architecture contains and which decisions matter.
We design and build generative AI solutions, from agents and copilots to RAG, integrated with the systems and data your company already runs, with governance from day one.
Pilots are easy. Production is where AI meets identity, security, legacy systems and data that was never designed for it.
A chatbot demo runs in a notebook. A production copilot needs authentication, audit trails, cost control and a support model.
Documents spread across SharePoint, ERPs and file shares, without ownership, versioning or access rules, make retrieval unreliable.
An agent that cannot read the order in the ERP or open a ticket in the service desk produces text, not outcomes.
Without model policies, evaluation and monitoring, risk and security teams block the rollout after the budget has been spent.
AI becomes a capability of the enterprise platform, reusable across departments, instead of a collection of disconnected experiments.
A shared foundation for models, retrieval, orchestration and observability that every new use case reuses.
Agents connected to real systems close tickets, reconcile documents and answer customers with verified data.
Access control, data boundaries, evaluation and human approval are designed in, not bolted on.
Model routing, caching and token budgets keep generative AI economics visible to finance.
From strategy and architecture to implementation, always connected to the enterprise landscape.
Use-case discovery, prioritization by value and feasibility, target architecture and a phased roadmap aligned with your data and integration maturity.
Reference architecture for LLM applications: model gateway, retrieval layer, orchestration, guardrails, observability and integration patterns.
Retrieval-augmented generation over enterprise content: ingestion pipelines, chunking, embeddings, vector databases, hybrid search and evaluation.
Task-oriented agents with tools, memory and approval steps, and copilots embedded in the applications people already use.
Secure connections between models and ERPs, CRMs, APIs, messaging and legacy platforms, built on our integration practice.
Policies, model evaluation, monitoring, data protection (LGPD and GDPR) and an operating model for AI in production.
Short cycles, measurable quality and a platform that grows with each use case.
We map candidate use cases, data sources, systems and constraints, and select the ones with real business value.
We design the target architecture, choose models and platforms, and define security, governance and cost controls.
We implement iteratively with evaluation sets, measuring answer quality, latency and cost before each release.
We turn the first solutions into a reusable platform, with monitoring, operations and enablement for your team.
A layered design that separates models from data and from the applications that consume them.
Each layer can be adopted incrementally. Most companies start with knowledge and orchestration on top of the integration they already have.
We are platform-independent and choose the model and tooling that fit your constraints, not the other way around.
Typical scenarios we design for, always anchored to a business process and a system of record.
Policies, procedures, contracts and technical documentation answered with citations and access control.
Agents that read the customer history in the CRM, propose responses and execute actions with approval.
Extraction and classification of invoices, claims and forms, integrated with ERP workflows.
Agents that triage incidents, query monitoring tools and open changes through ServiceNow and other ITSM APIs.
Drafting proposals and answering RFPs from an approved knowledge base.
Questions over governed semantic models in Power BI or the lakehouse, with guardrails on what can be queried.
A pilot proves that a model can answer a question. An enterprise solution adds identity, access control, integration with systems of record, evaluation, monitoring, cost management and a support model. Most of the engineering effort sits in that second part, which is why we design it from the start.
No. Retrieval-based architectures can index content where it lives, and models can be consumed through private endpoints on Azure, AWS or Google Cloud. What matters is a clear data boundary: what the model can read, what it can write and what is logged.
It depends on the task, the required accuracy, latency, cost and data residency. We usually design a model gateway so the choice can change over time without rewriting applications, and we evaluate candidates on your own test set before committing.
We classify data before it reaches a model, apply access-aware retrieval, minimize personal data in prompts, define retention for logs and document the legal basis for each use case. Governance is part of the architecture deliverable, not an afterthought.
When data sources and integration points are accessible, a first production release is usually a matter of weeks rather than months. The discovery phase defines the scope, the evaluation criteria and a realistic timeline for your environment.
Yes. That is where our integration background matters. We expose legacy capabilities through APIs, events or middleware so agents can act on them safely, without modifying the core system.
AI is only as good as the data platform under it.
Agents need APIs and events to act on real systems.
Place AI in a roadmap instead of a side project.
The difference between a successful pilot and a production AI capability is rarely the model. It is the architecture around it. Here is what that architecture contains and which decisions matter.
RAG is simple to demo and hard to run. This guide walks through the components of a production retrieval-augmented generation architecture and the decisions that separate a reliable system from a chatbot that hallucinates politely.
Agents are not a replacement for every workflow engine and RPA bot. They are a new tool for a specific class of work. Knowing which class is the difference between a reliable operation and an expensive experiment.
Talk to an architect about your use case, your systems and what it would take to run it safely at scale.