Software teams ship differently than they did a few years ago. AI coding assistants draft functions, suggest tests, refactor legacy modules, and turn a half-formed idea into a working pull request in an afternoon. Product managers can prototype a UI in hours. The feedback loop that used to take a sprint now often fits in
AI Made Software Faster. Hardware Design Needs to Keep Up Read More »
Again, this is an illustrative scenario, not a named customer story and not a claim of measured weeks saved. Imagine a team building a handheld-style controller prototype: they need reliable power, a few buttons, maybe a thumbstick, and an easy path to try different boards. Week-to-week changes that usually cost a rewire In a typical
Illustrative Scenario: Faster Prototype Iterations with Modular HMI and Power Read More »
This post walks through an illustrative prototyping scenario—not a measured customer case study. Consider a small team assembling a sensor-and-control prototype that still needs frequent layout changes before any production PCB. Start with a shared mounting platform In a typical iteration, the team wants one place to fasten breadboards, a microcontroller, power entry, and user
Illustrative Workflow: Building a Prototype Bench with JIGMOD Platforms and Modules Read More »
Software teams can ship daily. Hardware schedules slip for quieter reasons: a connector that does not fit the enclosure, a microcontroller swap that forces a new adapter, or a week spent rebuilding the same bench wiring. None of these look dramatic on a Gantt chart until they stack up. PCB respins that are really interface
Why Hardware Time-to-Market Slips: Respins, Wiring, and Mounting Read More »
Electronic prototyping is how an idea becomes a working circuit before you commit to production tooling. Most teams move through the same stages—even when the product is a simple sensor node or a complex controller—and the cost of change rises with each stage. Stage 1: Breadboard exploration The first pass usually lives on a solderless
What Electronic Prototyping Involves: From Breadboard to PCB Read More »
One verbatim testimonial from the original About page, plus context on why people were looking for a platform-and-module prototyping system.
Archive product copy for the Arduino UNO/DUE/MEGA adapter and Raspberry Pi Model B and Model 3/B+ adapters—how they mount boards to a JIGMOD platform.
Arduino and Raspberry Pi Adapters for the JIGMOD Platform Read More »
Hardware work started in September 2013; the September–October 2015 Kickstarter raised $10,842—197% of a $5,500 goal—and hit that goal on October 13, 2015.
How JIGMOD’s Kickstarter Campaign Funded the Launch Read More »
A clear look at JIGMOD’s platforms, mountable modules, and adapters—drawn from the original product catalog and About page.
What Is the JIGMOD Electronic Circuit Building System? Read More »
