CIMdata recently published an updated commentary for Razorleaf’s CLOVER platform, calling it “An Advanced Digital Thread Platform”. The commentary calls for the need for enterprise integration to support digital transformation initiatives, such as digital thread enablement, digital twin, or to gain PLM efficiencies. Solutions that CIMdata identify that are well suited for to integration complex data scenarios for digital engineering environments include:
- Handle complex product data effectively
- Extensibility, allowing customers to build niche solutions specifically to enable their digital thread without needing a provider to make changes
- Built on native cloud low-code platforms, which offer the scalability, flexibility, and resilience required to meet the needs of today’s modern enterprise
In taking a closer look at CLOVER, CIMdata notes:
CLOVER’s modern architecture ensures scalability, adaptability, and robust security, making it a strong choice for manufacturers looking to support their digital transformation goals with:
- A straightforward licensing model tailored to various customer needs
- A wide variety of product data and processes
- A low-code/no-code solution, enabling customers to implement customizations and configure endpoints without relying on external support
- Extensible data schema services and plugins reduce deployment times
- Flexible job scheduling ensures that resource-intensive tasks can be run during off-hours to avoid disruptions
- Job queuing and issue-handling capabilities, ensuring reliable job completion
- A modern security framework that encrypts all data in transit and at rest, ensuring a high level of data protection
CIMdata notes what is needed for success:
- Experienced vendors in the area of complex, product data management
- Successful integration providers leverage their experience to scope projects accurately, streamline implementations, and deliver value-driven results
- Know how to strike the right balance between speed, cost, and capability is key to unlocking the benefits of a robust digital thread implementation
