Technology research - Innovate Engineer

✅ Why this step helps you avoid dead ends (and find smart shortcuts)

You know who you’re building for and what they need—now figure out how it might work.

Technology research explores the tools, platforms, materials, and techniques that could bring your idea to life. It helps you understand what’s already available, what’s emerging, and what’s feasible within your time, cost, and capability limits. It reduces risk, accelerates design, and prevents wasted effort chasing the wrong tech.

📘 What you’ll investigate

Relevant hardware platforms, modules, or development kits
Off-the-shelf solutions vs. custom development trade-offs
Available sensors, chips, APIs, or cloud tools
Licensing, compliance, or supply constraints
Costs, lead times, and compatibility with your team or supply chain

🛠️ Tools and methods

✅ Tech Research Checklist

Identify core tech functions: sensing, power, communication, UI, etc.

Search for existing solutions: components, SDKs, libraries, kits

Evaluate feasibility: cost, availability, documentation, support

Look for emerging tools: new platforms or methods that could simplify the build

Track pros and cons: speed, scale, constraints, risks

Example Tech Research Table

Function	Options Considered	Pros	Risks
Connectivity	LoRa, Wi-Fi, NB-IoT	LoRa = low power	NB-IoT coverage varies
Display	E-ink, OLED, LCD	E-ink = great in sun	Slow refresh rate
Control chip	ESP32, STM32, Raspberry Pi Pico	ESP32 = fast to dev	Pico lacks deep sleep

Document findings in a central place—Notion, Airtable, or a shared doc
Revisit later as tech evolves—some “no” options may become viable later

⚠️ What to watch out for

Falling in love with a technology before validating the need
Choosing complex tech when simpler solutions exist
Not checking licensing, availability, or support status
Assuming “free” tools come without trade-offs

💡 From technical founders

“We spent three weeks trying to build a custom sensor—then found an off-the-shelf version for £2. Tech research doesn’t slow you down. It saves you.”
– CTO, AgriTech Pilot Startup

💡 Research the boring stuff too—like battery life, casing materials, or connector types. They’ll trip you up later if ignored now.

🔗 Helpful links & resources

Tech Research Mapping Template
Download: Feature–Tech Fit Grid
Article: How to Explore Technologies Without Getting Stuck in the Weeds
Follow-on: Viability Sprint

✍️ Quick self-check

Have we listed all the major functions the product must perform?

Are we aware of multiple options for each key function?

Do we know the trade-offs between custom vs. off-the-shelf?

Are our choices grounded in real constraints—cost, lead time, and build skill?

🎨 Visual concept (optional)

Illustration: A comparison board shows three tech options for “connectivity”. Each option has icons for cost, power, dev speed, and compatibility. A team member tags one “Risky but powerful”, another “Easy to prototype”.

Visual shows how structured tech research builds confidence and avoids unnecessary complexity before you commit.