Just about everybody in the engineering space has reverse-engineered a product at some point. It might have been for professional reasons, like seeing how a competitor is attacking a problem or simply seeing how they engineered a product. Or it could have been for personal reasons, because the product stopped working, or simply because they wanted to.

Note: If you search for “Tear Down” on Embedded Computing Design, you can see the products we’ve reverse-engineered.

Then there are those people, like the folks at emproof, who get paid to reverse-engineer products, particularly on the software side. Tim Blazytko, the company’s Chief Scientist, Head of Engineering, and Co-Founder, joined us on this episode of DevTalk with Rich and Vin to share some of his experiences with reverse engineering.

Theoretically, you can do whatever functions you require in hardware or software. The most efficient way to complete those functions is with the proper mix of hardware and software. The important question is how you determine what gets implemented in hardware versus what’s in software.

What if you can do a quasi-hardware-software mix? That’s what is available through embedded FPGAs.

To understand this technology far better than Vin or I can, we invited Steve Mensor, a Vice President at Achronix Semiconductor onto the DevTalk with Rich and Vin podcast to explain it in terms that we could understand.

Most people in our embedded industry are familiar with Steve Sanghi, who has been the CEO of Microchip for more than thirty years. Steve took over the company in its not-so-successful early days and brought it to the great heights we know today, as a multi-billion dollar semiconductor powerhouse.

Steve stepped down from the CEO role a few years ago and is now doing lots of philanthropic work and writing a few books. We were thrilled and honored to have Steve join us on the latest episode of DevTalk with Rich and Vin.