Insights

Using leading-edge parts comes with risks. You may have a great, even disruptive, product to debut, but realistically it needs to get to market before someone else beats you to it.

Several years ago, someone gifted me with Twine, an Internet-connected 2.5 square box that can be “programmed” in plain English, without needing to know how to code.

A couple of weeks ago I did a shop presentation to share techniques I’ve developed for making models come together in a more professional way.

The huge number of unsecured IoT devices currently connected to the internet make DDoS attacks it all too easy. There are measures you can take to make sure yours is better protected.

Medical device usability testing serves different — and equally important — purposes throughout the product design process, from generative through evaluative research.

Figuring out just how much sealing products will need is part of the design process.

In its infancy, CFD was complicated, expensive, and challenging—so it was only employed for complex projects like bridges and the space shuttle. Today, engineers use it to optimize everyday products that incorporate the flow of air, gas, and fluids.

Here are some of the harshest environments you might come across as a product designer or engineer and the ruggedized solutions and products that stand up to them.

Product design and manufacturing are always more challenging when the wet stuff is involved.

Wireless updates are good for manufacturers and users who are worried about security concerns. But for product designers, they require extra planning.

We started with a hypothesis for what the agency of the future looks like. Here are our top ten observations that keep proving to be true.

Medical device companies can boost usability by adopting these consumer product development practices.

At Delve, we believe that mobile, voice, and “interfaceless” applications should consider accessibility before the first line of code is written or the first wireframe is constructed.

While a final product may appear to stand on its own, it’s actually buoyed by tiers of development. These include rounds of prototyping and testing.

Launching nine to 12 months late can cost a project up to 50 percent of its potential revenues. Here’s how we reduce technical risks to keep connected device development on track.

A click is a universally recognized cue that an action is complete. Here's how to get the right sound and feel.

Creating a connected device is a bit like making a movie: it has a beginning, middle, and end; challenges to overcome; and an ultimately victorious hero, the user.

Today we have the ability to set up and interact with a VR-simulated prototype. As the technology continues to grow more accessible, can leverage it for product design, easily translating to faster turnaround and cheaper development costs.

There are an infinite number of ways to write the software for an embedded system. How do you decide which way is the right way?

In a world of “ubiquitous computing,” how might technology communicate information without hijacking a person’s attention?

You've grasped the basic anatomy of an IoT device, identified how you’ll connect with and begin to communicate with the cloud, and selected a cloud service provider. It’s time to get prototyping.

Make sure your provider uses a well-known and secure method for communicating.

When you’re designing a connected device, there’s a lot of testing you can do before you get to the production-grade prototype. Here are a few examples of different fidelity levels of prototypes you can use to test early on in your IoT product development.

Delve has long been a go-to shop for creating rugged, mission-critical products. The communications equipment required for IoT devices adds an extra twist.

Why should you invest in a usable user interface?

Where do you fall on the Usability Maturity Ladder?

Connecting a device to the Internet adds layers of complexity.

Today’s users of medical devices expect a consumer-level experience. How can medtech firms make the shift?

Few inventions have had as significant an impact on our daily lives as the safety razor.

A bottom-line approach drives meaningless products. Here are four guidelines for making meaningful wearable tech.