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4.9/5 on Clutch — 13 verified reviews

AI Agent Orchestration Services

Most AI agent pipelines work in a demo, then fall apart on real data, failed tool calls, and compliance checks. Kodexo Labs builds AI agent orchestration services that coordinate multiple agents in production, so complex workflows finish reliably instead of stalling halfway through.

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TRUSTED BY ENTERPRISES

You have agents that each do one job well, yet nobody owns how they hand off work. A coordinated LangGraph-based multi-agent system routes every task, keeps context, and recovers when one step fails.

Our Core Capabilities:

  • Workflow design mapped to your real process.

  • Human approval checkpoints sit on every decision that actually carries real business risk.

  • Live monitoring shows exactly what every agent just did.

  • Routing sends each task to the right agent.

  • Shared memory keeps agents in context across a long, multi-step workflow.

  • Integration with the databases and tools your whole team already runs daily.

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AI Proof of Concept Development
51

AI-powered products across 25+ industries

Clutch

Top-Rated on Clutch Elite AI Firm

94%

Client retention rate across the portfolio

Founded

In 2021, Focused on AI from day one

Your Agents, Finally Working as One

Multiple AI agents working together only pay off when the plumbing behind them holds up. Here is how we design, connect, and govern your agent systems so they run reliably, stay auditable, and meet your rules.

Orchestration Architecture

We pick the coordination pattern first: one lead agent directing the workers, or agents talking as peers, then choose the framework that fits.

Pattern before framework:

We map how the agents should work, then pick tools to fit that plan.

Framework fits the design:

We use LangGraph, CrewAI, or AutoGen to fit how the agents will work here.

Agent Pipelines That Break the Moment Production Starts

Agent Pipelines That Break the Moment Production Starts

Kodexo Labs ships agent orchestration built for real traffic, messy data, and strict compliance, so your workflows keep running when the pressure hits.

Orchestration Proven in Production

Extensiv (Inc. 5000)

Extensiv's operations team now queries data across four databases in plain English, no engineering ticket required. Kodexo built the LangGraph multi-agent orchestration system that made it happen, after every data question used to bottleneck the whole warehouse business. The proof behind it: 207 tables, 4 databases, 90%+ SQL accuracy for this Inc. 5000 leader.

Client

Inc. 5000

207

Tables

90%+

SQL Accuracy

Extensiv

SmartMedHx

42 healthcare providers now turn each patient interview into structured notes without losing hours to paperwork. Kodexo built the HIPAA-compliant multi-agent pipeline behind it, with role-based access scoping every agent per provider. It has processed 493 clinical interviews, keeps a full audit trail on every single agent action, and the patent-pending approach protects it.

42

Providers

493

Clinical Interviews

Trails

Per-Agent Audit

IFPG — Franchise Consulting

IFPG lifted franchise match accuracy 85% and cut HTML rendering errors to zero across 1,000+ listings. Kodexo built a reasoning agent that thinks through each match, plus a second validation agent that checks its work. They replaced the shaky, inconsistent results and broken listing pages across the largest franchise consulting network in North America.

1,000+

Listings

85%

Accuracy Lift

Zero

HTML Errors

IFPG
DRAG

What Clients Say About The Team

Fast-growing organisations do not applaud a consulting partner for polished slide presentations; they praise it for showing up when something actually breaks. The notes below come from founders who watched Kodexo Labs work the problem in real time.

Kodexo

Labs

has

met

all

expectations;

the

team

delivers

on

time

and

manages

the

project

seamlessly.

They

respond

promptly

to

needs

and

communicate

effectively

through

virtual

meetings,

Google

Chat,

and

WhatsApp.

Overall,

they're

highly

passionate

about

the

project

and

excel

in

customer

service.

Christopher Brigham

MD President, Brigham and Associates, Inc.

WATCH VIDEO

  • HIPAA-compliant agent audit trails
    Per-provider access controls
    Clinical documentation agent chains
    Per-agent action logging

Your Industry Differs; One Orchestration Core Serves All Eight

How agents route work, share memory, and validate output stays consistent. What changes is the compliance layer and data model per vertical. Healthcare needs audit trails; logistics needs live routing. We then fit the architecture to yours.

Compliance Built Into Your Architecture From Sprint One Forward

Bolting compliance on after launch fails audits. We map controls into the orchestration layer during the discovery sprint, before any code gets written.

A full compliance stack, not a checkbox afterthought here.

Bolting compliance on after launch fails audits. We map controls into the orchestration layer during the discovery sprint, before any code gets written. SmartMedHx got HIPAA audit trails on each individual agent action. Therapy Talk got GDPR consent and data residency for 1,923 users.

What Actually Separates Orchestration That Survives Real Production Traffic From Agents That Don't

Plenty of teams can wire up a multi-agent demo. Far fewer keep one running when data gets messy and traffic spikes. Here is what separates the orchestration work we ship for paying clients every day.

Production Systems, Not Notebook Demos

Most agent pipelines arrive as notebook demos that crumble under real schemas and live load. We rebuild them as production systems. Extensiv now queries 207 tables across four databases at over 90% SQL accuracy in production. Diesel Laptops runs agentic search across 160,000 technical records, delivering 85% faster parts lookups under sustained, high-volume daily traffic.


technology-product

Architecture Blueprint Before a Line of Code

Before we write code, we run a two-to-three-day discovery sprint. Out of it comes an architecture blueprint. It covers which agents own which roles, how tasks route between them, which coordination protocol fits, and how shared memory holds context across long workflows. You approve that plan, so nobody discovers gaps three months into a build.

Trial Sprint

LangGraph, CrewAI, and AutoGen in Live Production

Our engineers have shipped LangGraph, CrewAI, and AutoGen into live systems, not sandboxes. Extensiv runs on a LangGraph system coordinating queries across 207 tables and four databases. IFPG runs a pipeline that reasons step by step, plus a dedicated validation agent. It lifts match accuracy 85% and cuts HTML errors to zero across 1,000+ listings.

Dedicated Team

Hallucinations and Loops Solved in the Architecture

Hallucinations and infinite loops are not prompt-tuning problems. We solve them structurally, with dedicated validation agents that check output before it ever reaches a real user. IFPG's validation agent caught formatting faults and produced zero HTML errors across its listings. SmartMedHx logs a full audit trail on every single agent action, so nothing runs unchecked.

Build on a Stack That's Already Been Audited

Not Sure Which Orchestration Approach Actually Fits Your Workflows Yet?

Book a scoping call. We will walk through your current infrastructure, your compliance posture, and the workflows you want agents to own. We'll tell you honestly what a production orchestration build actually takes.

Recognised By The Platforms That Vet AI Companies

Kodexo Labs is reviewed where technical buyers do their diligence: Clutch and Upwork. Every badge below links to the live profile.

Overcoming AI Agent Team Orchestration Challenges

Most orchestration projects fail after the demo, not during it. The reasons are specific: agents that hide their decisions, outputs nobody checks, and architecture that cracks under real traffic. Generic AI advice ignores these failure modes. We design around them.

Problem

Agents That Fail Silently

When an agent goes wrong, you cannot see which decision, tool call, or state change caused it, leaving all debugging to guesswork.

Solution

  • We instrument LangSmith and LangFuse trace logging from the very first sprint onward.

  • Every agent decision, tool call, and state change gets logged and made visible.

  • You get full visibility, so failures surface fast instead of hiding away quietly.

Problem

Bad Output Reaching Users

Hallucinated or malformed responses slip straight through to your users, unchecked, damaging trust the moment one wrong answer reaches somebody who matters.

Solution

  • Dedicated validation agents check every output before it ever reaches a real person.

  • Ragas continuous evaluation scores accuracy, while human review still covers every high-stakes action.

  • IFPG shipped zero HTML errors across more than 1,000 listings using this approach.

Problem

Architecture That Breaks Live

Pipelines built without retry logic, fallback agents, or circuit breakers work fine in testing, then collapse the first time production traffic hits.

Solution

  • We design circuit-breaker fallback routing well before a single line of code exists.

  • Retry logic and fallback agents keep the pipeline running when individual parts fail.

  • Graceful degradation means one agent failure never takes down your whole running system.

Problem

Context Lost Between Handoffs

Each agent starts fresh, so the fifth step forgets what the first one learned, and your multi-step workflow repeats or contradicts itself.

Solution

  • Redis holds session state so every agent reads the same live running conversation.

  • Pinecone or Qdrant retrieval gives agents durable recall beyond a single workflow run.

  • Structured handoff schemas pass decisions forward, so nothing important gets dropped between agents.

Problem

Agents That Fail Silently

When an agent goes wrong, you cannot see which decision, tool call, or state change caused it, leaving all debugging to guesswork.

Solution

  • We instrument LangSmith and LangFuse trace logging from the very first sprint onward.

  • Every agent decision, tool call, and state change gets logged and made visible.

  • You get full visibility, so failures surface fast instead of hiding away quietly.

Problem

Bad Output Reaching Users

Hallucinated or malformed responses slip straight through to your users, unchecked, damaging trust the moment one wrong answer reaches somebody who matters.

Solution

  • Dedicated validation agents check every output before it ever reaches a real person.

  • Ragas continuous evaluation scores accuracy, while human review still covers every high-stakes action.

  • IFPG shipped zero HTML errors across more than 1,000 listings using this approach.

Problem

Architecture That Breaks Live

Pipelines built without retry logic, fallback agents, or circuit breakers work fine in testing, then collapse the first time production traffic hits.

Solution

  • We design circuit-breaker fallback routing well before a single line of code exists.

  • Retry logic and fallback agents keep the pipeline running when individual parts fail.

  • Graceful degradation means one agent failure never takes down your whole running system.

Problem

Context Lost Between Handoffs

Each agent starts fresh, so the fifth step forgets what the first one learned, and your multi-step workflow repeats or contradicts itself.

Solution

  • Redis holds session state so every agent reads the same live running conversation.

  • Pinecone or Qdrant retrieval gives agents durable recall beyond a single workflow run.

  • Structured handoff schemas pass decisions forward, so nothing important gets dropped between agents.

Every tool listed is in active production on a Kodexo Labs.

Every framework, runtime, and cloud service named here is running on a live client product right now. No theoretical stack, no resume keywords, no tools added for marketing weight.

Python
Python
Python
Python

Five phases take you from a rough use case to a monitored production system, with your sign-off before any build begins.

1

Discovery Sprint Mapping (Days 1–3)

In days one to three, we map your use case to an agent topology: how many agents, what roles, and how they communicate. We assess your compliance needs and select the right framework.

2

Architecture Design Blueprint (Days 4–7)

Days four to seven produce the full blueprint: agent roles, routing logic, protocol pick among MCP, A2A, or function calling, and memory design. Tool integration points follow. You sign off before we build anything.

Design & Prototyping
3

Agent Build Integration (Weeks 2–5)

Across weeks two to five, we build the individual agents and integrate your chosen orchestration platform. We connect memory layers, Redis for session state and Pinecone or Qdrant for retrieval, then wire in MCP servers and APIs.

Development and Integration
4

Testing and Hardening (Week 6)

Week six is testing and hardening. We run Ragas and DeepEval evaluations against a dataset and instrument LangSmith traces throughout. We stress-test fallback paths, circuit breakers, retry logic, and checkpoints, then apply NeMo Guardrails.


5

Deployment and Handoff (Week 7+)

From week seven, we deploy to cloud or a self-hosted private cloud per your needs. We set up monitoring dashboards, alerting, and latency SLAs, hand off runbooks and documentation, plus post-launch support included.

Insights From The Kodexo Labs Team

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It's coordinating multiple specialized AI agents so they work as one team, passing tasks and context between each other reliably.