Platform
Pipelogic Agents
AI engineers that know how to build components and backends.
Pipelogic Backends
The typed dataflow layer that connects models, inputs, rules, and actions.
Pipelogic Components
Build visually, reuse Components, and extend with Python or C++.
Pipelogic Runtimes
Deploy, monitor, update, and operate Backends across environments.
Pipelogic Applications
Build and release user-facing Applications that connect to AI Backends.
Featured
Build AI Systems, Not Demos
Introducing Pipelogic, the Assembly Layer for Real-World AI
The Real-World AI Landscape
Pipelogic vs. Roboflow, Lumeo, viso.ai, NVIDIA DeepStream, and the Field
Prebuilt AI systems ready for production
Building blocks for developing custom AI systems
Proprietary and open-source AI models
Start
Main developer documentation.
Fastest path to building something.
Step-by-step guide to assembling a typed AI Backend.
Step-by-step guide to writing and releasing a custom Component.
Step-by-step guide to creating, connecting, and releasing an Application.
Build
Compose Components into Backends visually.
Use the command-line interface to build, release, deploy, inspect, and debug.
Build Python Components for models, APIs, transformations, and business logic.
Build high-performance Components for low-latency or compute-heavy workloads.
Understand how Pipelogic validates Component connections.
Define Component inputs, outputs, parameters, files, models, and runtime behavior.
Agents
Main documentation for agentic-native development.
Instructions for setting up AI agents and getting started with Pipelogic.
How agents can create Components, test Backends, deploy, inspect logs, and troubleshoot.
Reference
Endpoints, events, and integration patterns for building Applications.
Sample Components, Backends, Apps, and deployment patterns.
Product, SDK, CLI, and platform updates.
Learn
Essays, practical guides, and explainers for building real-world AI systems.
Reference patterns for AI Backends, Components, Runtimes, Apps, deployment, and operations.
Guides for safety, inspection, logistics, maintenance, voice, documents, robotics, and private AI assistants.
Real deployments, outcomes, implementation examples, and production lessons.
Company
About Pipelogic
The company, mission, and product vision.
Partners
System integrators, solution builders, and ecosystem partners.
Contact
Sales, support, partnerships, and general inquiries.
News & Updates
Announcements, release highlights, and company updates.
Pipelogic vs. AI Landscape
See how Pipelogic fits into the modern AI stack.
TEJ Control Systems provides industrial automation solutions, including system integration, PLC/SCADA programming, robotics, machine vision, control panels and electrical installation services.
Open-sided palletizing cells rely on operator discipline: the pallet zone and the operator side stay open for pallet changes and line support, people regularly stand within the robot's reach, and there is no record of how often or where they enter its envelope. Light curtains and area scanners either stop the cell too often during pallet changes or leave gaps around the pallet and the conveyor.
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