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The parts of the work that don’t fit in a case study.

Notes on hardware, AI and the unglamorous business of getting a product made.

45 ARTICLES

HoloBot: Building an Interactive Digital Persona With Permission and Clear AI Disclosure

FEATURED  ·  AI

HoloBot: Building an Interactive Digital Persona With Permission and Clear AI Disclosure

HoloBot gives conversational AI a visible, interactive presence people can speak to naturally — a practical look at permission, clear AI disclosure, and knowledge boundaries for museums, events, education and customer experience.

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From Working Prototype to FDA Submission: The 7 Workstreams Between You and a Filing

PROCESS

From Working Prototype to FDA Submission: The 7 Workstreams Between You and a Filing

A practical breakdown of the seven overlapping workstreams between a working prototype and an FDA submission — intended use, design freeze, verification, human factors, validation, manufacturing transfer and the quality file.

Putting an AI Avatar in Your Museum, Airport or Hospital: 8 Decisions to Make Before You Commission One

AI

Putting an AI Avatar in Your Museum, Airport or Hospital: 8 Decisions to Make Before You Commission One

Eight decisions to make before commissioning a live AI avatar for a museum, airport or hospital: hardware, latency, content control, language and accessibility, AI disclosure, and pilot design.

How to Choose a Medical Device Development Partner: 9 Questions to Ask Before You Sign

PROCESS

How to Choose a Medical Device Development Partner: 9 Questions to Ask Before You Sign

Nine questions to ask a medical device development partner before you sign: experience, quality system, firmware, cybersecurity, manufacturing, IP, cost.

How Wearable App Development Improves Medical Care and Expands Access

SOFTWARE

How Wearable App Development Improves Medical Care and Expands Access

A builder's guide to healthcare wearable applications — from sensor selection and firmware architecture to EHR integration, compliance, and clinical deployment

How HIPAA Relates to Healthcare Laws and Regulations Across Canada, the UK, Australia, and MENA

PROCESS

How HIPAA Relates to Healthcare Laws and Regulations Across Canada, the UK, Australia, and MENA

A practical compliance guide for medical device builders, health app founders, and digital health teams expanding into global markets

IoT Testing Guide

PROCESS

IoT Testing Guide

A practical IoT testing guide covering firmware testing, BLE protocol validation, OTA update testing, security testing, and performance testing for connected devices. Written by hardware engineers with 12+ years of IoT product experience.

Product Development: The Complete Guide for Hardware Founders & Product Teams

PROCESS

Product Development: The Complete Guide for Hardware Founders & Product Teams

From first idea to factory floor — a practical, end-to-end guide built for founders, PMs, and entrepreneurs navigating the complexity of physical product development.

The Future of Intelligent Hardware Development: A 2026 Roadmap

HARDWARE

The Future of Intelligent Hardware Development: A 2026 Roadmap

The year 2026 marks a pivotal shift in the landscape of technology: the era of truly Intelligent Hardware.

The 2026 Prototyping Roadmap: From Breadboard to Mass Production in Six Months

PROCESS

The 2026 Prototyping Roadmap: From Breadboard to Mass Production in Six Months

In the world of intelligent hardware, timing often determines success. A company that brings a product to market even a few months earlier can define the category, capture early adopters, and attract investment.

Sustainable Hardware & Circular Design: Building Technology for the Future

HARDWARE

Sustainable Hardware & Circular Design: Building Technology for the Future

As intelligent hardwarebecomes part of everyday life—from wearables and smart homes to industrial sensors—the environmental impact of these devices is coming under greater scrutiny.

Hardware-Software Co-Design: Why Silos Are the #1 Killer of IoT Startups

PROCESS

Hardware-Software Co-Design: Why Silos Are the #1 Killer of IoT Startups

In the early days of embedded systems, product development often followed a simple sequence: build the hardware first, and once the physical device was ready, develop the software that runs on top of it. That model worked when devices were relatively simple.

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