A young girl with a smartphone is riding a segway that was made with smart manufacturing.

The smart manufacturing advantage for small micro-mobility companies 

Cloud-based tools are changing the game for small manufacturers. Learn how smart manufacturing helps micro-mobility teams deliver faster, reduce costs and stay competitive.

Building a Flexible Value Chain with Low-Code 

In an ideal world, your value chain could flex and scale with every new demand signal, regulatory shift or production…

5 reasons SMBs should be using capital X IED with SaaS

Automotive SMBs deserve tools that move as fast as they do. With cloud-based E/E design, teams can launch projects faster, collaborate in real-time and scale without the weight of traditional infrastructure.

Why automotive SMBs are turning to NX X for smarter product development

Small and mid-sized automotive companies need design tools that are flexible, powerful, and easy to deploy. NX X delivers cloud-based CAD capabilities without the IT burden, helping your team move faster, collaborate smarter and bring innovative products to market with confidence.

integrated architecture

Predictive precision: Aligning detailed engineering with integrated architecture 

Innovation no longer moves in a straight line.  Vehicles today are not mechanical machines alone; they are highly complex systems…

predictive maintenance

Predictive maintenance for automotive smart manufacturing 

In the high-speed, high-precision world of automotive production, even minor disruptions can have significant ripple effects — delaying vehicle builds, disrupting just-in-time supply chains and impacting product quality. The ability to foresee equipment issues and take targeted action ahead of time is quickly becoming a competitive advantage. 

continuous simulation

Accelerating innovation through continuous simulation-driven decision-making 

For OEMs, staying competitive means more than optimizing individual components — it requires orchestrating performance, safety and innovation across the full vehicle architecture. And one of the most effective ways to do that? Simulation. Not just early in the process, but continuously, at every stage of development. 

Tackling automotive complexity with model-based systems engineering

Automakers must bring together software, electrical and mechanical engineering earlier in the lifecycle and maintain alignment as the vehicle evolves. That’s where model-based, multi-domain system development comes into play — enabling engineering teams to frontload decisions, validate designs continuously and reduce costly late-stage changes. 

Red Bull racing driver at a PC using Siemens software

What automotive OEMs can learn from the 20-year partnership between Siemens and Oracle Red Bull Racing

Discover valuable insights from lessons learned after two decades of setting new benchmarks in design, simulation, and manufacturing.