Modular Open System Architecture, or MOSA, has long been a principal design consideration in the private sector but has not historically been a major focus in defense acquisition. This is changing as ...

Composable architecture structures systems using modular, interchangeable components, allowing organizations to adapt more quickly and deliver more tailored technology solutions. As the demand for ...

Modular and monolithic blockchains represent two distinct scaling approaches shaping crypto infrastructure in 2026. Data from ...

Beyond performance benefits, the modular architecture strengthens operational governance by enabling clearer separation of responsibilities across trading, risk, and compliance layers. Each module can ...

Modular and open test architectures enable engineers to build the right solution for each challenge, whether integrating ...

Industrial architecture usually requires fast installation, low-maintenance components, and flexible spaces that can be used for different purposes. Therefore ...

The shift from monolithic SoC designs to chiplet-based architecture isn’t just a packaging innovation. It’s a fundamental rethinking of how custom silicon is designed, manufactured, and deployed. This ...

Modular Web3 frameworks solve this challenge. They enable developers to separate core components like data availability, ...

Modular, composable technology allows for operational independence, faster go-to-market, cost savings and a competitive edge. And, it doesn’t have to come at the cost of everything your digital ...

IBM has unveiled the next milestone in its quantum computing roadmap. The company’s latest machine, Eagle, is a 127-qubit quantum computer and is being positioned as a step in a technological ...