You create the physical world,
We bring intelligence right
where it happens
AI inference belongs where data is. Edge-native infrastructure designed around power, cost, and reliability across any compute topology.
Power Efficient
Power Efficient
Lower Cost
Lower Cost
Always On
Always On
The Reality of Edge Inference Today
Edge Al promises data center intelligence in the real world
But today's edge environments are fragmented, constrained, and unreliable. Teams are asked to deliver cloud-level performance across systems that were never designed to work together
The Core Challenges:
Complex Edge Topologies
Unreliable Connectivity
Limited on-Device Capability
High Infrastructure Cost
Hard to Deploy
OpenInfer Capability
Turn existing compute nodes into a unified inference fabric with datacenter-class performance
Solution Diagram
Topology-Aware Edge Infrastructure
OpenInfer is designed to unlock AI performance from the hardware you already have, while giving you a more efficient path forward as systems evolve.
Whether you’re connecting existing compute systems or building new edge systems, OpenInfer delivers data-center-class inference without requiring expensive, monolithic hardware
Compute Node Mesh
OpenInfer turns distributed compute nodes into a unified inference mesh that behaves like a single cluster for large workloads and large context models, delivering scalable, low latency compute.
Compute Node Mesh
Hyperscaler for Edge
OpenInfer unifies diverse hardware into a cost efficient hyperscale AI fabric, allowing many edge devices to operate as one high capacity system and enabling efficient scaling for demanding models.
Hyperscaler for Edge
Seamless Edge to Cloud Integration
OpenInfer enables all compute nodes to cooperate seamlessly with the cloud, delivering edge first AI inference that becomes more capable whenever connectivity is available. Workloads distribute effortlessly across edge and cloud for maximum performance and resilience.
Seamless Edge to Cloud Integration

OpenInfer Whitepaper

Access the OpenInfer Runtime Infrastructure Architecture Whitepaper to learn how we’re redefining inference at the edge

AI chip illustration

Market Segment Offering

OpenInfer solves for three core environments where AI must run on real, local compute.

On-Prem Becomes AI

Deploy Datacenter-Class AI on Existing Infrastructure

Turn CPU, GPU, and distributed machines into a unified inference fabric with shared memory and scaling. Keep data private and latency low while avoiding monolithic upgrades.

Markets: Finance, government, healthcare, legal, and regulated enterprises.
Edge Hubs That Think Together

Coordinate Many Devices as One System

Unify heterogeneous edge devices so they cooperate intelligently, share context, and scale workloads across constrained networks — resilient even when connectivity drops.

Markets: Security, industrial automation, smart cities, robotics, and defense.
Devices That Become Compute

Device-First AI With Cloud Cooperation

Run fast, private, and context-rich models locally while seamlessly bursting to cloud when available. Reduce cost and dependency while improving responsiveness.

Markets: Robotics, aerospace, satellites, autonomous systems, and advanced drones.

OpenInfer Partners

Microsoft Intel

Inside the Openinfer Infrastructure

Follow new releases, engineering breakthroughs, and examples of Local Al in action - all built to run closer to where your product lives.

OpenInfer Joins Forces with Intel® and Microsoft to Accelerate the Future of Collaboration in Physical AI

OpenInfer Joins Forces with Intel® and Microsoft to Accelerate the Future of Collaboration in Physical AI

Today, we’re excited to share a big step forward for OpenInfer: we’ve officially joined the Intel® Partner Alliance and Microsoft’s Pegasus Program. These are two of the most influential innovation...

Interested in local AI?
Be among the first to experience OpenInfer's enterprise-grade framework for building local-first applications.