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Santa has just returned from his whirlwind journey, and the workshop erupts in cheers. Elves spill into the command center, their faces glowing with joy and pride as they take in the real-time metrics on the Syndeia-powered dashboard that tracked every detail of the Sleigh Delivery System (SDS). 8.2 billion landings made possible by live

The air hums with the sound of high-tech enchantments and the cheerful chatter of elves hard at work. Twinkling fairy lights hang from the rafters, casting a warm, festive glow. Snowflake-shaped projectors emit holograms of digital threads woven by Syndeia. North Pole is moving in high gear before Santa’s liftoff in 2 days. Bernard, Tony

It is Day 3 and Tony Sparkgear (Chief-Hardware-Elf) had his team of elves are working hard to create a 3D model in NX parametric software to represent the Sleigh Assembly as shown below. Figure 1 shows the overall system as created in NX of the Sleigh with the infinite gift box integration to deliver joy

It is 7 AM and North Pole is bathing in the first light of dawn reflecting from the snow. The Great Hall, ground zero of operations and logistics, is hustling and bustling with elves gathering for their morning briefing. Sugarplum Mary, the North Star Elf-Chef, is serving hot cocoa with fresh peppermint and gingerbread cookies.

Today, Intercax received a call from Mrs. Claus, the heart and soul of operations and logistics at North Pole. Seven days from the finale and at a time when hope and love cannot be delayed, Santa’s mission is at risk. Evolution of the Sleigh Delivery System (SDS) over the years has resulted in disintegrated silos

SysML v2 is the next generation Systems Modeling Language for modeling complex systems that significantly enhances precision, expressiveness, usability, interoperability, and extensibility over SysML v1. SysML v2 is in its finalization phase at the Object Management Group (OMG). It includes three standard specifications: KerML 1.0, SysML 2.0, and Systems Modeling API and Services 1.0 (aka

Introduction – AI for Digital Threads and Integrated Digital Engineering Welcome to our new blog series – Artificial Intelligence (AI) for Digital Threads and Integrated Digital Engineering. Our goal in this new blog series is to share real, practical examples of leveraging AI/ML for digital threads and accelerating integrated digital engineering for complex cyber-physical systems.

Syndeia may be best considered as a set of services with their own open REST API embedded in your integrated design environment, plus a set of user interfaces (UI), each of which can execute a particular set of those services. It can be difficult to keep track of which UIs call which services to support

Syndeia has developed as a set of network-enabled services embedded in an integrated design environment, plus a set of user interfaces (UI), each of which can execute a particular set of those services. At it has developed, features introduced in its earliest versions can raise questions for newer users. This blog series tries to give

Syndeia may be best considered as a set of services with their own open REST API embedded in your integrated design environment, plus a set of user interfaces (UIs), each of which can execute a particular set of those services. It can be difficult to keep track of which UIs call which services to support