Build Flows

AI agents and MCP tools

Governed AI agents that work from your construction data

We connect AI agents to the systems you already run, such as Procore, Primavera P6 and your project files, through MCP servers with least-privilege access. Answers cite their evidence, every tool call is logged, and quality is scored against a written rubric before anything goes live.

The value it creates

  • Time saved

    Less time digging for answers

    Agents search project documents and system records for a question and return the answer with citations, instead of someone paging through submittals, specs and logs.

  • Better decisions

    Answers you can check

    Every output points back to the file, page or record it came from, so a project manager can verify an answer before acting on it.

  • Early warning

    Schedule problems surfaced while drafting

    Schedule agents return drafts with health checks, so missing logic and open questions are flagged for the scheduler while the schedule is still being built.

  • Visibility

    See what every agent did

    An MCP gateway records which tools were called, by which agent, with what result, so IT and leadership can see agent activity rather than guess at it.

  • Standardization

    The same process every time

    Specialized agents follow a defined workflow and are scored against the same rubric on every change, so quality does not drift with prompts or models.

  • Cost saved

    Visible usage and fewer rework loops

    Gateway analytics show requests and success rates per tool and per agent key, so you can see what usage is worth paying for, and cited drafts cut the back-and-forth that comes from unsupported answers.

What we build

  • MCP servers for construction systems

    Servers that expose Procore or Primavera P6 operations to agents behind a clear boundary, including an offline XER path for read-only schedule analysis.

  • Tool routing for large APIs

    Search-then-call routing so an agent finds the right operation for a task instead of loading an entire API surface into the model.

  • MCP gateway with telemetry

    A gateway that injects credentials, enforces which tools each agent may call, and records every call with its inputs and results for review.

  • Document Q&A with citations

    Agents that answer questions from drawings, specs, submittals and meeting notes, and cite the source for each answer.

  • Schedule agents

    Specialized agents that turn project documents and client answers into draft CPM schedules for scheduler review, with health scores and XER export, as in Connect.

  • Governance and access controls

    Least-privilege credentials, read-only defaults, human approval for writes, and an admin view of agent configuration and access.

  • Evaluation rubrics and golden sets

    A written grading standard and a fixed set of test questions, re-run on every change to prompts, models, tools or knowledge sources.

How it works

Agent architecture: a person asks a question, the agent plans the steps, an MCP gateway enforces permissions and records telemetry, approved tools such as Procore, P6, accounting and documents are called, and the result comes back as an answer with citations or a draft for human review.
  1. 1.Person asks

    A question or task in plain language.

    Example: Which RFIs are overdue?

  2. 2.Agent

    Plans the steps and picks the tools it needs.

  3. 3.MCP gateway

    Permissions checked per user; every call logged for telemetry.

  4. 4.Tools

    Procore, P6, accounting, documents — only what's approved.

  5. 5.Answer or draft

    Answers cite their sources; actions come back as drafts for review.

  1. 1

    Pick one task worth automating

    We start with a single, well-defined task, the people who do it today, and the systems and documents it depends on.

  2. 2

    Define access and quality up front

    We agree what the agent can read, what it can change, who approves changes, and the rubric and test questions that define a good answer.

  3. 3

    Build the tools and the agent

    We build or reuse MCP servers for the systems involved, route them through a gateway, and configure the agent with its instructions and evidence rules.

  4. 4

    Evaluate before launch

    We score the agent against the golden set, record a baseline, and fix gaps at the source before users see it.

  5. 5

    Run with telemetry and review

    In use, every tool call is logged and quality is re-scored on each change, so you can see what the agent did and whether it is still meeting the bar.

Systems we work with

  • Procore
  • Oracle Primavera P6
  • XER files
  • Model Context Protocol (MCP)
  • SharePoint and project documents
  • Microsoft Azure
  • Salesforce
  • ArcGIS

How we measure the value

We agree a baseline before we build and measure the same things after go-live. Use the monthly report cost calculator to put your own numbers on it.

What we measureHow baseline and after are captured
Time to answer a project questionWe time a sample of real questions answered the current way, then the same kind of questions answered with the agent, including the time to check its citations.
Answer quality against the rubricWe score the golden set before launch to set a baseline, then re-score it after every change to prompts, models, tools or knowledge sources.
Citation coverageWe track the share of answers that cite a source a reviewer can open and confirm, from the first evaluation run onward.
Scheduler review effort on draftsFor schedule agents, we compare the hours and revision rounds to reach an approved schedule before and after the agent drafts the first version.
Tool calls, errors and usageGateway telemetry records each tool call and its result from day one, so trends are measured against the first weeks of use.
Estimate your monthly report cost

Use cases

Frequently asked questions

What is an MCP server and why does it matter for construction?

The Model Context Protocol (MCP) is an open standard for connecting AI agents to tools and data. An MCP server exposes a system such as Procore or Primavera P6 as a set of tools the agent can call, behind one boundary where access, logging and approvals are enforced. That lets you connect agents to construction systems without giving them open-ended credentials.

Can an AI agent change data in Procore or P6?

Only if you decide it should. We start agents read-only, scope credentials to the least access the task needs, and require human approval for any write. Those rules live in the gateway and server, not just in the prompt.

How do you know the agent's answers are right?

Before launch we write a rubric that defines a good answer and build a golden set of real test questions. We score the agent against that set to record a baseline, and re-run it on every change. Answers also cite their sources, so a reviewer can check them directly.

Do agents replace our schedulers or project managers?

No. In Connect, for example, specialized agents draft the info sheet, the means-and-methods questions and the schedule, and the scheduler reviews every draft. The agent does the searching and drafting; your people make the decisions.

What does a first AI agent project look like?

Most start with the AI readiness review: one task, its data and access, the risks, and an evaluation rubric. If the pilot makes sense, we build it at a fixed scope and price, agreed after discovery.

Where does our data go?

That is agreed during discovery and depends on your environment and model choices. We design for least privilege, keep credentials in the gateway rather than in the agent, and log every tool call so you can review what was accessed.

Next step

Which report or workflow would you like to improve?

Tell us what your team does today, which systems are involved, and what you want to change. We'll discuss whether there is a practical fit.

Prefer email? charley@buildflows.ai