Digitization

Connectivity creates convenience and dependency.

Digitalization promises simplicity while physical buttons make a comeback on car dashboards.

And that's where the interesting questions are.

So, at the end...

Yeah, I mean, we're really driving on both fronts.

The interesting thing is that even if you don't adopt the stateful memory layer, you can leverage all of the benefits of the agentic digitization.

So within Digitize, you can basically select the processor, which is used to conduct the digitization process.

And you get all of the benefits, even if you don't opt into the stateful kind of memory layer.

The other interesting thing is that we spent a lot of time thinking about how to build this because...

Digitization means a paper chart becomes a scanned PDF.

You get a searchable archive and nothing else changes.

Digitalization means one process runs on that data, like ordering labs through the record instead of on paper.

fewer errors, faster turnaround.

Transformation is the last step.

Taking it too far means the activities start to feel like additional jobs.

Digitalization has allowed us to optimize any activity through metrics and digital record-keeping, and some may even begin to view hobbies as a way to improve productivity.

From the topic...

Today's Trump administration story, headline, headline, sorry.

... collecting analog information via current transformers, potential transformers, and then all this control wires to be able to control the breaker.

Digitalization moves the conversion of the analog signals at the breaker, at the transformer, and then passes the digital communications back via Ethernet into the substation control system for protection.

Thank you.

So this grid modernization that you've just mentioned is driving to digitalization.

It's not, not a, a, uh, published one.

But a gentleman by the name of Michael Latzer in the-- from Silicon Valley wrote this, uh, article called Digitalization, AI, and the Rise of Techno-Religion.

And he said, "Transhumanist promises and the challenge to enlightenment." He says, "Transhumanist visions of a technically controlled human evolution and transcendence replicate and reinforce belief structures traditionally associated with organized religion." In short, what he's saying is that the verbiage that many people in the Silicon Valley world are using is sounding more and more like they're actually turning AI into a form of religion.

Not that they're saying that AI is God.

Sometimes it describes a process of change.

Sometimes it means making something become a certain way, and sometimes it appears in modern words like automation, digitization, and modernization.

One important thing to remember is that words with hua don't always follow a simple word for word formula.

Many of them have developed their own natural meanings over time.

That's zi dong hua.

Here's an example 现在很多工作都开始自动化了。现在很多工作都开始自动化了。A lot of work is starting to become automated now.

The seventh word is 数字化，数字化， meaning digitization.

数，数 means number.

Famous now, already famous, young but famous, uh, politician in Romania.

He's just certified, but he already been Minister of Research, Innovation, Digitalization, and Energy.

Member of Social Democratic Party, uh, but good economist and this is what we talk today.

Not Romanian politics, not what's happening in very volatile Chamber of Deputies in Bucharest, but we will talk energy, economy, we will talk eastern flank of NATO, and we will also talk Gazprom and, and what Donald J. Trump is doing in the Middle East, again, in field of energy.

Manufacturing is evolving at a pace we have never experienced before.

Digitalization, automation, and sustainability are reshaping how we design, produce, and deliver products.

This transformation requires new ways of thinking and a workforce equipped with the skills needed to thrive in a modern industrial environment.

As global leaders in metal cutting and machining technology, we understand our responsibility to prepare businesses and people for the future.

With centers strategically located across North America, Europe, and Asia, we provide immersive environments where learners can interact directly with advanced manufacturing technologies.

Each facility reflects real production conditions, giving participants access to high-performance cutting tools, industry-standard machinery, and the latest digital systems.

Digitalization plays a central role.

Through data-driven tools, participants learn how to monitor machine performance, interpret insights, and optimize processes.