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Nara Overview

Understanding Nara

Basic Course
Intermediate Course
Course Introduction · Designing Trigger-Based FlowsMini Project 1 · HTTP ConnectionMini Project 2 · Email NotificationMini Project 3 · Production Line

Using Nara

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Widgets

Miscellaneous

Nomenclature
Troubleshooting
Notice and DisclaimerEULA
Courses

Intermediate Course

Practice designing Flows on NARA through three independent Mini Projects — connecting over HTTP, sending automated email notifications, and simulating a production line process.

The basic course got you to the point where you can build a single-path Flow and make it run. This course takes you a step further: seeing that different kinds of work need different Flow shapes, and choosing a design that fits each one.

What makes this course different is that it does not build one large continuous system. It is made of three unrelated Mini Projects. Each project is a different kind of task, with its own starting Trigger, its own data handling, and its own result. The goal is to show that NARA can build many kinds of Flow depending on the work — not just one single pattern.

Before you start

This course assumes you have finished the Basic Course and can build simple Flows on your own. We will not go back over installation, signing in, or the interface tour.

Where this course takes you

Each Mini Project simulates a different real-world situation.

ProjectKind of workWhat you practice
Mini Project 1 · HTTP ConnectionConnecting to an external system or serviceRequest–Response pattern, sending and receiving data, checking the result
Mini Project 2 · Email NotificationDetecting an event, then alertingEvent-driven Flow, conditions, automated email sending
Mini Project 3 · Production LineSimulating a repeating processSequencing, state, looping, and stopping safely

This structure keeps the three projects independent while sharing a common learning core: choosing the right Trigger for the job, laying out the working path, passing data between Nodes, and testing the Flow systematically.

By the end you will be able to

Design Flows around the purpose of different tasks, choose Triggers that fit the way the work runs, tell Trigger, Input, Process and Output apart, reference and pass data between Nodes, build conditions and multiple working paths, connect NARA to external systems or programs, build alert Flows driven by a defined event, build Flows that repeat and manage process state, test and troubleshoot Flows systematically, and apply the Flow patterns you learn to other work.

Course structure

The course opens with a single concept-setting chapter, followed by three Mini Projects that stand apart from one another. Difficulty rises with each project — from a single-path Flow, to a Flow that branches on conditions, and finally to a Flow that carries state and loops.

Course Introduction (concept setup, no Workshop)
│
├── Mini Project 1 · HTTP Connection      → single-path Flow
├── Mini Project 2 · Email Notification   → branches on conditions
└── Mini Project 3 · Production Line       → carries state and loops

Why not chain them into one system

The three projects are meant to be separate — not HTTP → Email → Production Line flowing into each other. Merging them into one system would confuse learners about which Flows relate to which, cause multiple Triggers to collide, and make each Workshop harder to test or reset. Keeping them separate makes it clear that each task is a different kind of example.

Recommended time

SectionTime
Course Introduction15 min
Mini Project 1 · HTTP Connection45 min
Mini Project 2 · Email Notification40 min
Break10 min
Mini Project 3 · Production Line60 min
Review and wrap-up10 min
Total180 min

Organizing the projects

Each Mini Project should be stored as its own Project or Flow file. Do not put all three in one project — this reduces the chance that Variables, Setup Nodes, and Connections collide, and lets you hand out sample Flows separately per chapter.

NARA Intermediate Course
│
├── 01_HTTP_Connection
│   ├── Starter Flow
│   └── Completed Flow
│
├── 02_Email_Notification
│   ├── Starter Flow
│   └── Completed Flow
│
└── 03_Production_Line
    ├── Starter Flow
    └── Completed Flow

Each project should include a Starter version for learners to begin from, a Completed version to compare against, any Test Data or simulator needed, the Expected Result, a Troubleshooting Checklist, and a challenge exercise to take further.

Flow patterns taught in the course

The three projects each teach a different Flow design pattern that transfers to other work.

The first is the Communication Flow, used in Mini Project 1 — start from a Trigger, then connect, exchange data, and validate the result.

Trigger → Connect → Exchange Data → Validate Result

The second is the Event-driven Flow, used in Mini Project 2 — start from a Trigger, then check an event, evaluate a condition, and take action.

Trigger → Check Event → Evaluate Condition → Perform Action

The third is the Stateful Process Flow, used in Mini Project 3 — start from a Trigger, then run the process, update state, and decide whether to repeat or stop.

Trigger → Execute Process → Update State → Repeat or Stop

In this course

Course Introduction · Designing Trigger-Based Flows

Sets up the idea that a Trigger is the start of a Flow Path, and how to choose one that fits the job.

Mini Project 1 · HTTP Connection

Connect to and exchange data with an external program over HTTP.

Mini Project 2 · Email Notification

Detect an event, then send an email alert automatically.

Mini Project 3 · Production Line

Build a process with sequencing, state, and repetition.

Custom Models

A guide to using Object Detection models trained in Reva within Nara

Course Introduction · Designing Trigger-Based Flows

Sets up the mindset before the three Mini Projects — a Trigger is the starting point that defines when and why a Flow Path begins running — and introduces each Trigger type and how to choose one for the job.

On this page

Where this course takes youBy the end you will be able toCourse structureRecommended timeOrganizing the projectsFlow patterns taught in the courseIn this course