4.9/5 on Clutch — 13 verified reviews

Edge AI Services

A cloud round trip slows every decision and stalls when connectivity drops. Edge AI development services put trained models directly on the device instead. Kodexo Labs builds on-device AI inference that runs offline, protects sensitive data, and holds up under real production load. 51 AI-powered products across 25+ industries. Founded 2021. 94% client retention.

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When a decision has to happen the instant a sensor fires or a user speaks, waiting on a server is not an option. These are the capabilities we build to move that decision onto the device.

Our Core capabilities

  • On-device inference tuned to return predictions in milliseconds, offline.

  • Edge model deployment and orchestration across mixed device fleets.

  • Hardware-aware compression that fits models onto constrained chips.

  • Offline-first data sync that survives dropped and intermittent networks.

  • Edge-to-cloud pipelines that stream results without lag or loss.

  • Real-time sensor and computer vision processing at the source.

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Edge AI Services
51

AI-Powered Products · across 25+ industries

94%

Client Retention · teams that stay, project to project

2021

Founded · 51 products shipped since

Top-Rated

on Clutch · verified AI development company

Edge AI Development Services: Core Capabilities

Edge AI development services span six problems that only show up once a model has to run outside the data center. Each capability below solves one of them, from the model itself to the fleet it runs on.

On-Device Inference Optimization

Every cloud round trip adds delay your users feel. We rebuild the model to run its predictions directly on the device, returning answers in milliseconds. This is the core of on-device AI inference.

Latency profiling:

we find the slowest steps in the model and cut them, so inference meets real deadlines. Built with TensorFlow Lite and ONNX Runtime.

Offline execution:

the model keeps working when the network does not, because nothing depends on a server reply.

Ready to Move AI Inference to the Edge

Ready to Move AI Inference to the Edge?

Your users are waiting on a server when the answer could be on the device. That delay is a cost you can remove.

Roadmaps That Shipped Results

Diesel Laptops

Fleet technicians lost minutes on every job hunting through 160,000 parts records. Solution: Kodexo Labs built an AI parts-lookup running inside their own self-hosted AWS VPC, keeping all data on their private cloud. Outcome: lookup time fell 85%, so a technician finds the right part in seconds, not minutes, on every daily job.

85%

Faster Lookup

160,000

Records Searched

Inc. 5000

Client

Diesel Laptop

Extensiv

This $130M-funded logistics platform had operations staff waiting on engineers for every data question spread across 4 databases. Solution: Kodexo Labs built a LangGraph agentic system that reads plain-English questions and answers them directly. Outcome: staff now query 207 tables themselves, at over 90% accuracy, with answers arriving in seconds instead of days.

90%+

Accuracy

207

Tables

$130M+

Funded (Hg Capital)

Extensiv
Therapy Talk

Therapy Talk

Therapy Talk needed GDPR built into a mental-health platform, not patched in after launch when the data is already exposed. We architected it in from day one. The privacy controls a risk assessment looks for were part of the design, not a later fix. Today the platform serves 1,923 users at 93% accuracy, GDPR-compliant throughout.

1,923

Users

93%

Accuracy

99.9%

uptime

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

  • Bedside vitals monitoring
    Wearable device inference
    HIPAA-compliant edge data
    Offline-capable patient devices

Edge AI Solutions by Industry

Edge AI looks different in a hospital than it does on a warehouse floor. Below is how on-device inference maps to the work in each of the eight industries we build for most.

See Your Edge AI Roadmap in 30 Minutes

See Your Edge AI Roadmap in 30 Minutes

Bring the decision you need to make faster or the data you cannot send to the cloud. In one call, our engineers will tell you what runs at the edge, what stays central, and what it takes to get there.

Compliance-Ready Edge AI Deployments

Edge work changes where data lives, so it changes what compliance looks like. We design on-device AI inference to keep sensitive data on hardware you control. Listen AI shipped HIPAA-compliant from day one, and Diesel Laptops runs entirely inside its own self-hosted AWS VPC, with nothing crossing into a shared cloud.

SOC TYPE 2 Logo

SOC TYPE 2

iso-27001

ISO 27001

hipaa-logo

HIPAA

gdpr-compliance

GDPR

ccpa-compliance

CCPA

COPPA Logo

COPPA

NIST AI RMF Logo

NIST AI RMF

ISO 42001

FERPA Logo

FERPA

PCI-DSS

PCI-DSS

SOC TYPE 2 Logo

SOC TYPE 2

iso-27001

ISO 27001

hipaa-logo

HIPAA

gdpr-compliance

GDPR

ccpa-compliance

CCPA

COPPA Logo

COPPA

NIST AI RMF Logo

NIST AI RMF

ISO 42001

FERPA Logo

FERPA

PCI-DSS

PCI-DSS

Why Kodexo Labs for Edge AI Development

The question is never whether a model can run at the edge in a demo. It is whether it holds up in production, under real constraints, with your data. Here is where that experience shows.

Real Production Edge Inference

A cloud round trip bets against your product when a call must land now. We test on-device AI inference under real load. Listen AI ships voice replies under 100ms and stays online 99.9%.

data-collection

Data Sovereignty By Default

Sending client data to another cloud is a risk many teams cannot take. Diesel Laptops runs parts-lookup on-device AI inference in its own AWS VPC, cutting lookup time by 85% across 160,000 records.

Pipelines That Survive Dropouts

Networks drop out, and old data costs you. We build pipelines that feed on-device AI inference during outages. Dynasty Pulse went from 15-minute-old data to a 30-second refresh, a 98% cut in latency.

Catching Sensor Signals Early

A late sensor reading is a problem found late. We tune on-device AI inference to find real signal in noisy sensor data. Vital Connect flags conditions three times earlier, cutting diagnosis time 40%.

Edge AI Is Part of a Bigger Infrastructure Strategy

Edge AI Is Part of a Bigger Infrastructure Strategy

Most edge projects touch the cloud, the data pipeline, and the security model behind them. If you are weighing where inference should live across your whole stack, that is a conversation worth having early.

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.

Top Clutch Artificial Intelligence Company 2024 Award
Top Clutch Machine Learning Company San Francisco 2026
Top Artificial Intelligence Company
Top Artificial Intelligence Companies 2022 by TopAppFirms
Top AI Development Company by Selected Firms
Top Clutch Chatbot Company 2024 Award
Clutch Spring Champion 2024
Upwork Top 1% · Top Rated
Top Clutch Health Wellness App Developers Chicago 2026
Top Clutch Generative Ai Company 2024 Award
Top Clutch Artificial Intelligence Company Chicago 2026
Top Clutch Artificial Intelligence Company 2024 Award
Top Clutch Machine Learning Company San Francisco 2026
Top Artificial Intelligence Company
Top Artificial Intelligence Companies 2022 by TopAppFirms
Top AI Development Company by Selected Firms
Top Clutch Chatbot Company 2024 Award
Clutch Spring Champion 2024
Upwork Top 1% · Top Rated
Top Clutch Health Wellness App Developers Chicago 2026
Top Clutch Generative Ai Company 2024 Award
Top Clutch Artificial Intelligence Company Chicago 2026

Overcoming Edge AI Services Challenges

Edge delivery has five failure points that catch most teams by surprise. These are the ones we design around from the first sprint, before they turn into rework.

Problem

Latency at the Edge

A cloud round trip can add hundreds of milliseconds to every decision. For real-time work, that delay breaks the experience your users expect.

Solution

  • On-device inference optimization keeps predictions local, so results return in milliseconds without a server hop.

  • Model quantization shrinks the model to run fast on limited, low-power edge hardware.

  • Local result caching skips repeat computation for the queries devices see most often.

Problem

Intermittent Connectivity

Field and industrial networks drop without warning. A system that assumes a live connection stalls the moment a device loses signal.

Solution

  • Offline-first data sync lets each device keep working and store results while disconnected.

  • Edge-side queuing holds data safely until the network returns to normal.

  • Automated conflict resolution reconciles out-of-order data cleanly once devices reconnect.

Problem

Hardware Constraints

Embedded devices run on tight compute, memory, and power budgets. A full-size model simply will not fit or finish in time.

Solution

  • Hardware-aware model compression, built on TensorRT and NVIDIA Jetson, fits the model to the exact target chip.

  • Selective cloud offloading sends only the heaviest jobs off the device.

  • Device-specific quantization trims precision without losing the accuracy that matters most.

Problem

Fragmented Device Fleets

Real deployments mix chips, generations, and vendors. That variety turns every rollout and every update into a coordination problem.

Solution

  • Standardized deployment pipelines push one build safely across mixed hardware.

  • A centralized orchestration layer tracks what every device is running now.

  • Remote fleet monitoring flags failures and drift before users ever notice.

Problem

Latency at the Edge

A cloud round trip can add hundreds of milliseconds to every decision. For real-time work, that delay breaks the experience your users expect.

Solution

  • On-device inference optimization keeps predictions local, so results return in milliseconds without a server hop.

  • Model quantization shrinks the model to run fast on limited, low-power edge hardware.

  • Local result caching skips repeat computation for the queries devices see most often.

Problem

Intermittent Connectivity

Field and industrial networks drop without warning. A system that assumes a live connection stalls the moment a device loses signal.

Solution

  • Offline-first data sync lets each device keep working and store results while disconnected.

  • Edge-side queuing holds data safely until the network returns to normal.

  • Automated conflict resolution reconciles out-of-order data cleanly once devices reconnect.

Problem

Hardware Constraints

Embedded devices run on tight compute, memory, and power budgets. A full-size model simply will not fit or finish in time.

Solution

  • Hardware-aware model compression, built on TensorRT and NVIDIA Jetson, fits the model to the exact target chip.

  • Selective cloud offloading sends only the heaviest jobs off the device.

  • Device-specific quantization trims precision without losing the accuracy that matters most.

Problem

Fragmented Device Fleets

Real deployments mix chips, generations, and vendors. That variety turns every rollout and every update into a coordination problem.

Solution

  • Standardized deployment pipelines push one build safely across mixed hardware.

  • A centralized orchestration layer tracks what every device is running now.

  • Remote fleet monitoring flags failures and drift before users ever notice.

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

Our Edge AI Services Process: From Model to Deployed Device

We move from feasibility to a monitored fleet in five phases, each with edge-specific deliverables you can check against.

1

Discovery and Edge Feasibility Assessment

We start with the decision that has to run at the edge and the hardware it has to run on. You get a feasibility read on latency, memory, and power budgets, plus a clear call on what belongs on-device and what stays in the cloud.

2

Model Development and Optimization

We build or adapt the model for on-device AI inference, then optimize it against your accuracy and speed targets. You get a working model profiled on the real target constraints, not on data-center hardware that hides the problems.

Design & Prototyping
3

Hardware Integration and On-Device Testing

We compress the model for the target chip and test it on the actual device, from microcontrollers to NVIDIA Jetson boards. You get measured latency, accuracy, and power figures from hardware, so there are no surprises at deployment.

Development and Integration
4

Deployment and Edge-to-Cloud Pipeline Setup

We roll the model out with staged deployment and rollback, and wire up the pipeline that streams results back with AWS IoT Greengrass and Kafka. You get a live edge fleet and a working link between device and cloud.

5

Monitoring, Iteration, and Fleet Management

We set up remote monitoring across every device, so drift and failures surface early. You get over-the-air updates, fleet-wide visibility, and a plan for iterating the model as real-world data comes back.

Related Insights on Edge AI

What Are Autonomous AI Agents? A Complete Guide for 2025 and Beyond

July 2025 · By Kodexo Labs

Explore autonomous AI agents, self-governing systems that operate independently to achieve goals using machine learning and real-time data. This guide covers their architecture, applications in healthcare, finance, and retail, and 2025 advancements, with market projections of $9.9 billion in 2025 and a 43.4% CAGR through 2034.

How to Build an AI Agent with RAG for Higher Accuracy

September 2025 · By Kodexo Labs

Building an AI agent with RAG combines retrieval-augmented generation with autonomous decision-making capabilities, transforming how businesses handle customer queries, internal knowledge management, and automated decision-making processes.

How the Future of AI Agents Will Power Businesses and Industries

October 2025 · By Kodexo Labs

Discover how AI agents are transforming business operations and industries in 2025 through autonomous decision-making, enhanced customer experiences, and optimized workflows. This guide explores agentic AI applications, implementation strategies, and industry-specific impacts for finance, healthcare, manufacturing, and retail.

Frequently Asked Questions About Edge AI Development Services

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Have an edge project in mind?

Book a Discovery Call

Edge AI development means building and optimizing AI models to run directly on a device, such as a camera, sensor, phone, or embedded board, instead of sending data to a remote server. The model makes its predictions locally, so results come back in milliseconds and sensitive data can stay on hardware you control.