From idea to IPO · Stage 04

Industrialization: Turning a Product into a Production System

A product is not ready for the market when it works. It is ready when it can be made or delivered, every time, at the right cost, quality and scale.

By Eyal Yavets · 3 min read · לקריאה בעברית

Industrialization, or productization in software, is the stage most often underestimated by technology companies. The prototype works, customers are waiting, and the remaining work looks like execution. In reality, this is where yield, quality, cost and supply chain resilience are decided, and where many promising companies stall.

From prototype to process

The shift in this stage is from making a product to designing a process. Each step needs a defined method, the right equipment, trained people, controls and a way to detect and correct problems. A pilot line is where this process is proven, before volume production commits capital and customers.

• Define the production flow, the work instructions and the test points.
• Run pilot builds to learn: measure yield at every step, find the causes of failures, and fix them at the source.
• Set the criteria for moving from pilot to volume production, and stick to them.

Yield is a business metric

In complex products, yield often decides whether the business makes money. A product that costs little to build but passes final test only part of the time is an expensive product. First-pass yield, scrap and rework belong on the leadership dashboard, not only in the factory.

Quality systems that scale

A quality management system is not paperwork. It is how a company learns, prevents recurring problems and earns the trust of demanding customers. In regulated industries, certifications such as ISO 9001, AS9100 for aerospace and defense, or IATF 16949 for automotive, are entry tickets to the customer base.

Building the quality system as production starts, rather than after the first customer complaint, saves time, money and reputation.

Supply chain resilience

Early supply chains are usually built for speed, not resilience. Single-source components, long lead times and parts approaching obsolescence are common, and dangerous. Industrialization is the time to map these risks and decide deliberately where to hold stock, where to qualify a second source and where to redesign.

Make, buy or partner

Few companies need to build everything in-house. Contract manufacturers can bring capacity, process maturity and purchasing power. In-house production can protect know-how and control quality. The right answer depends on volumes, complexity, intellectual property and the strategic role of production in the company’s value.

Hardware, software and cyber: what changes at this stage

The stage is the same for every technology company. What it demands is not.

• Hardware: a production process, yield learning, a quality system and a resilient supply chain.
• Software: productization, meaning reliability targets, release management, monitoring, support processes and the ability to serve many customers at once.
• Cyber: hardening, incident response, security of third-party components and the certifications customers expect, such as ISO 27001 or SOC 2.

Metrics that matter

• First-pass yield and its trend.
• Overall equipment effectiveness on critical equipment.
• Cost of poor quality: scrap, rework, returns.
• Production lead time and on-time delivery.
• Unit cost versus target.

Questions for the leadership team

• What yield do we need to be profitable, and where are we today?
• Which single supplier could stop our production next quarter?
• Are we ready for the certification our customers will require?

This guide reflects the author’s professional opinion only. It is general information, not professional advice or a recommendation to take any action, and any use of it is the reader’s sole responsibility.