Build it right · AI and automation

AI agents people can trust with real work

Build RAG, assistants, and tool-using workflows with controlled data access, validation, evaluations, fallbacks, and human review.

You work with senior engineers throughout. Decisions stay visible, QA is part of delivery, and the code and documentation remain yours.

The engagement in one minute

Where this work usually starts

In plain terms

A convincing AI demo can still fail when the source is missing, a document is ambiguous, a tool times out, or the model returns an answer in the wrong shape.

Why the distinction mattersRead the production context
01

Zenveus treats the agent as an operational system. We design what it may know, what it may do, what requires approval, how uncertainty is handled, and how quality and cost are measured.

Scope and scrutiny

What we take responsibility for

We plan these as parts of the same product. A visible feature is not finished if permissions, failure handling, testing, support, or production operations are still unresolved.

01

Grounded retrieval with cited or traceable sources

02

Tool and API use with scoped permissions

03

Structured outputs with validation and business rules

04

Human approval for sensitive or irreversible actions

05

Evaluations for quality, safety, latency, and cost

06

Logging, fallbacks, monitoring, and operator controls

What remains with you

Concrete artifacts, not only completed tickets

The engagement leaves the product easier to operate, change, and hand to another capable team.

01
Delivery artifactAgent boundary and tool map
Built to be used after handoff, not filed away.

A working artifact with decisions, assumptions, owners, and acceptance evidence your team can continue using after delivery.

02
Delivery artifactEvaluation and human-review plan
Built to be used after handoff, not filed away.

A working artifact with decisions, assumptions, owners, and acceptance evidence your team can continue using after delivery.

03
Delivery artifactOperations and fallback runbook
Built to be used after handoff, not filed away.

A working artifact with decisions, assumptions, owners, and acceptance evidence your team can continue using after delivery.

Straight answers

Questions we hear before work starts

01Can our data stay private?

Yes, depending on the architecture. We map data classification, storage, retrieval, model providers, retention, and deployment boundaries before selecting the stack.

02Which model or framework should we use?

We select from the required quality, context, latency, privacy, tool use, operational maturity, and cost. The system should not depend on a fashionable framework without a migration path.

03How do you test non-deterministic output?

We combine representative evaluation sets, deterministic validation, source checks, business rules, human review, production feedback, and regression thresholds.

04How are hallucinations handled?

The system constrains what can be answered, requires evidence where appropriate, validates structured output, exposes uncertainty, and escalates when evidence is insufficient.

Delivery, made visible

What working together looks like

01

Start with the outcome, then look at the product

First we agree on the result that matters and the decision or deadline behind it. Then we inspect what already exists, follow the workflows that carry the most risk, and write down the assumptions that could change the plan.

02

Turn the unknowns into decisions

We document the architecture choices, dependencies, access needs, failure behavior, QA plan, and milestone boundaries. The proposal also names the people doing the work and makes ownership clear on both sides.

03

Review working software, not progress theatre

You see the product working as it develops. Every milestone comes with the testing evidence, open limitations, and decisions needed to accept it without relying on a polished status report.

04

Leave the product operable by someone else

Before launch, we settle deployment, monitoring, credentials, incident ownership, documentation, intellectual property, and what happens after release. The product should not depend on Zenveus being the only team that knows how it works.

Evidence from shipped systems

Use cases we have delivered

Use case 01

Governed natural-language analytics in a customer-owned cloud

Natural-language dashboards in under 60 seconds, deployed in the customer AWS account with zero data egress.

Use case 02

Cited regulatory knowledge retrieval

35,643 regulatory rules from 1,994 sources in a searchable system with cited plain-language answers.

Use case 03

AI-assisted clinical documentation

Workflow-specific clinical documentation using AWS Bedrock, vector search, custom knowledge, and EMR integration.

Commercial clarity

Scope the decision before the commitment

Timing and price follow the product evidence, critical workflows, dependencies, and acceptance criteria—not an attractive guess.

01Engagement

What affects timeline and cost

A discovery and architecture phase defines the workflow, data boundary, evaluation method, tools, model options, and operating cost. Delivery is then phased from a narrow end-to-end workflow to production controls and broader coverage.

We quote after we understand the outcome, the current product, the workflows that cannot fail, and the outside dependencies. That keeps an attractive opening estimate from turning into a trail of change requests. Defined work can use fixed milestones. A product that will keep changing is usually better served by a named ongoing team.

Access, accountability, and handoff

A clear boundary on both sides

01Access model

Who does the work, what access is needed, and what you keep

Private knowledge can be reviewed through sanitized samples, a controlled environment, client-owned cloud infrastructure, or narrowly scoped access. The architecture records where data travels and who can inspect it.

Review safeguards and access options

The proposal names the implementation team and the people responsible for technical review, QA, and delivery. Before work begins, both sides agree on repositories, environments, credentials, documentation, ownership, and the eventual handoff.

An honest boundary

When we would recommend something else

A clear no is useful

Agentic AI is not appropriate when deterministic rules solve the problem more safely and cheaply, when no usable source data exists, or when the organization cannot define who is accountable for AI-assisted decisions.

Your next decision

Get a recommendation you can act on

Show us what exists, where it is getting stuck, and which customer, release, or business decision is next. We will tell you whether the sensible next step is an audit, a defined sprint, an ongoing team, or something else.

Book directlyChoose a time with the engineering team

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