Hardware Engineering Is Becoming Software | Viral Shah, JuliaHub

That provides really great context on the workflow and how Dyad is starting to automate more of those portions so you can kind of turn this more into software.

Which customers are feeling this pain the most? What industries do you guys serve the most today?

So...

The industries that traditionally have used a lot of modeling and simulation are your traditional aerospace, automotive, defense, right? Semiconductor design, of course, being one of them.

So these are our usual areas that we are engaged with.

The IAD at the end of the day is a general purpose engineering tool.

So it is not industry focused itself.

However, we build libraries, right? Because at the end of the day, it comes out to building those foundational libraries.

And you need to kind of pick your battles, right, as you go along.

So we are focused on aerospace.

You know, Boeing has made an investment in the company.

So Boeing is working very closely with them.

And as a result in the aerospace sector.

A lot of our product design is focused on safety-critical software code generation and meeting the FAA certification.

And that's a multi-year process that we've embarked upon with Boeing.

In fact, we have one of Boeing's principal engineers going to be at JuliaCon who's going to give a keynote on how all of these things come together.

We're working with semiconductor companies on analog design.

We're working with automotive parts suppliers on helping them improve quality control and manufacturing process.

I spoke about our work within mechanical test equipment.

We're working with a partner called Binis, which is a company with 100 years of experience in designing water systems.

And we're working on building digital twins for water supply systems or wastewater processing and for freshwater supply so that water supply can be uninterrupted.

And that the energy that goes into these water systems is optimized so that you know more than you need.

And that emissions are controlled, right? Especially on the wastewater side.

On the freshwater side, it's all about making sure that the pumps don't fail and that you don't lose service guarantees to your customers.

So these are just a small collection of the kinds of industries we are currently engaged with.

That provides really great context on the workflow and how Dyad is starting to automate more of those portions so you can kind of turn this more into software.

Which customers are feeling this pain the most? What industries do you guys serve the most today?

So...

The industries that traditionally have used a lot of modeling and simulation are your traditional aerospace, automotive, defense, right? Semiconductor design, of course, being one of them.

So these are our usual areas that we are engaged with.

The IAD at the end of the day is a general purpose engineering tool.

So it is not industry focused itself.

However, we build libraries, right? Because at the end of the day, it comes out to building those foundational libraries.

And you need to kind of pick your battles, right, as you go along.

So we are focused on aerospace.

You know, Boeing has made an investment in the company.

So Boeing is working very closely with them.

And as a result in the aerospace sector.

A lot of our product design is focused on safety-critical software code generation and meeting the FAA certification.

And that's a multi-year process that we've embarked upon with Boeing.

In fact, we have one of Boeing's principal engineers going to be at JuliaCon who's going to give a keynote on how all of these things come together.

We're working with semiconductor companies on analog design.

We're working with automotive parts suppliers on helping them improve quality control and manufacturing process.

I spoke about our work within mechanical test equipment.

We're working with a partner called Binis, which is a company with 100 years of experience in designing water systems.

And we're working on building digital twins for water supply systems or wastewater processing and for freshwater supply so that water supply can be uninterrupted.

And that the energy that goes into these water systems is optimized so that you know more than you need.

And that emissions are controlled, right? Especially on the wastewater side.

On the freshwater side, it's all about making sure that the pumps don't fail and that you don't lose service guarantees to your customers.

So these are just a small collection of the kinds of industries we are currently engaged with.