As the Internet of Things has grown over the years, smart products have become a pretty hot item. Many people have product ideas for turning a “dumb” product into a “smart” one. It’s great, I love that we are improving our tools and gadgets in so many new and interesting ways. Technology is something that amazes me, and will probably continue to do so for the rest of my life. For a lot of people, it might seem like a fairly simple task to just add some electronics to a product and make it smart. You should understand what you or your business will need to developing such a product.
You might have gotten an idea about what it really takes in our post a couple weeks ago Time, Budgets, & Luxury, but I’d like to dive more into exactly what it takes to create a smart product. There is a lot of time and effort that is beyond what low-tech products need to become a reality.
For us, “smart” is anything that contains electronics that can connect to other electronics, so wi-fi, Bluetooth, NFC, USB, etc, usually there are sensors or other input points that collect data to be shared with other devices. Putting a motor into a mower doesn’t make it “smart”. Putting a computer on board with internet access, connected to an app would make it “smart”.
A “smart” product doesn’t always have to touch the internet either, there are many closed circuit smart devices. IOT (internet of things) products MUST touch the internet however. In no particular order, here is a breakdown of everything that goes into developing a “smart” product. This will give you an idea of what you can expect if you choose to dive into this process.
Most “dumb” products can get away with just an Industrial Designer or Mechanical Engineer. Both work, but you can read more about the differences in our post 3 Things You Should Know About Designers & Engineers. No electronics means no coders, no electrical engineers, and many others. If you are working with basic electronics, such as motors, switches, etc, you can sometimes avoid getting an electronics person involved. There are many mechanical side people who can make that happen. Now, if we’re creating a “smart” product, we will need these:
There are possibly a few others depending on how big you go, such as database development, but these areas would cover most of the work needed to get the project done.
It can easily double the amount of time to design and develop a new product by adding in electronics that would make a product “smart”. Does this mean it would take longer on a calendar? Not necessarily. When we can, we prefer to do side-by-side development of the mechanical and electrical. This ensures both sides work together and keeps the timeline shorter. The collaboration between mechanical and electrical can really build some synergy with the project. The result is that issues can be caught earlier, avoiding them from popping up super late in the process where it’s harder and more expensive to fix.
Double the time, at least double the cost. Electronics are usually more expensive to prototype. The benefit is the manufacturing on the back end makes super components, even fully custom ones. These products also sell for a higher premium than their “dumb” counter parts.
\Working on more complex projects such as this involves a lot more planning and project management. Here at the Peterman Design Firm, that is one of our core competencies. You need to make sure the firm you work with has experienced Project Managers on its team. They also need to be able to handle the load required to bring such a product to life.
We’ve talked about how important your network is in our last post Building Your Network for Success. This is a place where it really matters as you need so many resources to get the project completed. If you are working with some of the very large and expensive firms out there, they probably have such a large in-house team they can handle most things, but you pay for it. Medium sized firms often still have the network and don’t do everything in-house. Small ones and freelancers don’t always have the network you need and are often still building them. The caveat of course is if they have been in business for 20 plus years, they probably have a good network.
I put this here just because people like to skim, and this is a key part. Feasibility studies should never be skipped with products in this category. A feasibility study is very important to do at the beginning of your project. The firm you choose to use should be able to offer this service by itself. Don’t commit to full development until you know it can be done. A complete feasibility study from the Peterman Design Firm will give you cost expectations for the entire project, time frame, potential issues, project duration estimation and breakdown, and some market information on competitors. If you’d like to learn more about feasibility studies, check out our post What’s a Feasibility Study?
When you have a great idea for a “smart” product, it’s at least worth getting a consultation on the idea. If your budget can handle it, a feasibility study would be valuable. Then if it looks good, invest the money. The great thing with “smart” products is that they are in high demand. Plus we seem to be on an exponential growth with them. For now, it’s a trend I feel will stay with us for a while, if not permanently.