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Navari: Enterprise Agentic AI

From a pilot group to 1,000+ users while I ran it, and about 10,000 after I handed it off

An agentic platform for R&D scientists: describe the work and the agents do it, through MCP servers wired to literature, trial registries, regulatory data and enterprise data. It launched in spring 2025, grew by word of mouth past 1,000 users, and is reported at about 10,000 users as of late 2026, after the handoff.

10,000+
Users, late 2026
Reported after the handoff, second-hand
1,000+
Users at handoff
Mid-2026, grown entirely by word of mouth
2900%
Peak Growth
Year over year
10+
MCP Servers
In production by the end of 2025

The problem

The Answer Problem

Enterprise AI tools were glorified search engines. A scientist would ask a question, get an answer, then spend the rest of the week turning it into an analysis, a document or a piece of code by hand. The insight was cheap. The work was still the work.

  • Answers with no deliverable attached: the scientist still had to build the thing
  • No path from a question to the internal data that could answer it
  • Every query started from zero, with no tools, no memory and no sources to show
  • Governance built for chatbots, which meant no governed route for an agent that acts

What I built

Agents That Finish the Job

Navari completes tasks. Through the Model Context Protocol it connects a reasoning model to enterprise tools and data, runs multi-step workflows, and hands back a finished deliverable with its sources. Model-agnostic by design: Claude first, with swappable backends.

  • MCP-based tool execution with 10+ deployed servers: literature, trial registries, regulatory data, document and slide generation, data analysis, enterprise data
  • Governed, traceable outputs so an R&D decision can show where it came from
  • Complete deliverables: applications, analyses, reports, automations
  • Sessions isolated per user, enterprise auth, audit logging

How it fits together

Architecture

A layered architecture separates reasoning from execution, so a new tool or data source ships as an MCP server without touching the core.

Presentation
React FrontendChat InterfaceResult Viewers
Orchestration
Reasoning Model (Claude first)MCP RouterSession Management
Tools
Literature SearchTrial RegistriesRegulatory DataDocument GenerationData AnalysisEnterprise Data
Infrastructure
AWSEnterprise AuthAudit Logging

Timeline

How it went

  1. Early 2025Framework built in about six weeks; first agents and workflows shared internally
  2. Spring 2025Launch to a pilot group
  3. Sep 2025Hundreds of users, MCP servers past ten, adoption spreading function to function
  4. Dec 2025Production approval; 600+ users
  5. Mar 20261,000+ users
  6. Jun 2026Handed off
  7. Late 2026About 10,000 users across the organization, as reported to me after the handoff

What it taught me

Lessons

  1. Scientists do not want answers to implement. They want the thing done.
  2. MCP kept the tools separate from the reasoning, so adding a data source never put the core at risk.
  3. Word of mouth beat every rollout plan. A scientist who saved a week is the marketing.
  4. The platform scaled faster than the organization around it. By 2026 the bottleneck was governance, support and change management, never the code.
  5. It kept growing after I left. That is the test of a platform.

Stack

AWSReactPythonClaudeMCP

Connected work

What it touches