AI system assembly layer

Build AI systems, not demos.

Pipelogic helps teams assemble AI Backends from reusable Components, connect them to Apps, and run across cloud, on-premise, or air-gapped environments.

See what others have built.

300+ real-world Solutions and reusable Components for vision, audio, text, sensors, models, APIs, and business workflows.

Monitor PPE compliance

A vision app that uses cameras to report PPE non-compliance

Alert shopfloor workers to unsafe forklift driving

A vision solution that analyzes forklift movements, detects collision risks, and unsafe interactions with workers.

Chicken health monitoring in large barns

A vision app that monitors flock activity, detects health issues early, and helps improve animal welfare.

Explore all Solutions

How it works

Components become Backends. Backends power Apps.

Pipelogic provides a structured way to build, inspect, reuse, and deploy real-world AI systems.

Components

pipelogic

What is an AI backend?

Why teams build with Pipelogic

Build AI systems that scale.

Pipelogic gives teams a reusable way to move from one-off AI demos to production AI systems.

20xfaster development workflows

Agentic-native development

Let AI agents handle connectors, types, and orchestration using proven software engineering practices, without glue code.

80%less maintenance overhead

DevOps on autopilot

No more restarting inference services or manually rewriting routing rules. Sleep easy.

95%asset reusability

Reuse what works

Every component, workflow, and solution is saved as a reusable asset your team can share, fork, and extend.

100%Infrastructure sovereignty

Deploy AI on your terms

Deploy to cloud, on-prem, air-gapped, or hybrid environments. Your infrastructure, your rules.

Are you a large company interested in cost cutting, efficiency and additional revenues?

Performance for real-world AI

High performance without engineering overhead.

Best-in-class technical specs handle the heavy lifting, so your team can focus less on parallelization, dependency hell, throughput, memory leaks, and latency.