Today, we share a quick take on the intricate process of transitioning a product from its initial prototype phase to full-scale production.

A quick look at the difference between innovation and invention with some real-world examples.

Paragon Innovations is a thirty-year-old company specializing in outsourced engineering services, where they design products for other companies. With a team of mechanical, electrical, and software/firmware engineers, Paragon transforms clients' ideas into manufacturable products. What sets them apart is their meticulous attention to detail, documented processes, and a culture of effective communication among their engineers. They prioritize customer success and foster a supportive environment where engineers collaborate, learn from each other, and leverage their individual strengths. With a strong sense of camaraderie and a commitment to innovation, Paragon aims to continue growing while maintaining ownership of their facility.

Today, our focus is on the significance of maintaining a standardized and systematic approach in the field of engineering. The conversation explores the benefits of a structured methodology, the role of quality control and documentation, and the importance of collaboration within engineering teams. By emphasizing the impact of consistency on efficiency and productivity, the interviewees share their experiences and insights on how a consistent engineering process can lead to outstanding outcomes.

Collision Diagnostic Services (CDS) is dedicated to making vehicle diagnostics more affordable for small automotive shops nationwide. Recognizing the high costs and limited accessibility of make and model-specific diagnostic tools, CDS sought a better solution. They partnered with Paragon Innovations to create the Aztec, a device that connects cars to remotely located diagnostics tools via the internet. This innovative approach allows small shops to access a wide range of diagnostics tools without the need for expensive individual devices. The success of the Aztec led to the development of the Aztec two, and CDS continues to expand its capabilities and support for new vehicles. By revolutionizing auto repair with their scalable device, CDS and Paragon Innovations demonstrate their commitment to transforming industries through innovative product development. For those with groundbreaking ideas, contacting Paragon Innovations could be the crucial first step towards turning those ideas into reality.

The continuous miniaturization, increased speed, extended durability, and declining prices of electronic devices have sparked curiosity about the reasons behind these advancements. Two key factors contribute to this phenomenon. Firstly, Moore's Law states that the size of transistors on a chip halves or allows for double the number of transistors every eighteen months to two years, enabling more powerful and compact devices. Secondly, advancements in battery chemistry have led to the development of longer-lasting electronic devices in smaller form factors. However, there are limits to further size reduction, particularly due to the electromechanical nature of certain devices. Human interfaces, such as buttons and displays, present challenges in making devices smaller. To overcome this, remote interaction methods using RF devices, voice recognition like Siri, and even eye movement tracking are emerging, allowing for smaller device sizes without compromising usability.

Introducing Paragon Innovations' new helmet cam. Get up close and personal with the athlete's view of the game in real time. Check out our cutting-edge IOT product designed by Paragon Innovations.