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Syensqo requires a CRM system as part of its sales lifecycle and uses salesforce.com to meet its current CRM needs.
The current Syensqo CRM architecture comprises of two productive instances of the salesforce.com platform (Core CRM and ICare), including equivalent multi-instance integrations with relevant backend systems (PRS, PF1, WP1) and point solutions (E.g., Dynasys, Gensuite, Qualtrics, Mappy etc.). Furthermore, the current CRM architecture is built on a heavily customized salesforce.com environment, featuring numerous bespoke and tightly coupled interfaces, primary reliant on WebMethods technology on both instances.
This architecture presents several challenges, including the following:
A greenfield implementation of a unified CRM solution is recommended to address existing challenges by consolidating multiple instances, simplifying key processes, unifying pricing and quotation management, integrating complaint and quality inspection processes, and standardizing sample management through out-of-the-box functionality.
One single instance will enable day-to-day collaboration across GBUs on key accounts (transversal). SpP and Composite Materials share customers with GBUs currently on Core CRM. This aligns with the future state integration with One ERP implementation.
Additionally, a new integration layer, iPaaS, is necessary because integrations are crucial and inevitable. This new iPaaS layer could serve as a key enabler to simplify the architecture, reduce costs, and accelerate time-to-market for new requirements.
The new implementation should improve customer relationships by enabling real-time synchronization, eliminating custom logic and support imperative processes as well as reducing the total cost of ownership due to the re-implementation of the new CRM platform.
Syensqo's current customer relationship management (CRM) processes are supported by a complex architecture that involves multiple applications, including two Salesforce instances, integration to both On-Premise and Cloud applications, and various manual and automated system interfaces.

See below two links for existing landscape:
Core CRM interface provider.pdf
Core CRM interfaces consumer.pdf
Some of these non-functional issues are explained below:
Customization: The two CRM instances have undergone extensive customization to meet the demands of various Global Business Units (GBUs). However, this customization has led to complexity in managing existing functions and delayed the go-to-market of new functions, thereby defying the benefits of cloud applications.
Collaboration: GBU's have to devoted considerable time and resources to managing master and transactional processes, particularly for key customers who require cross-functional (transversal) support
Integration: With over 100 interfaces on both instances, the WebMethods architecture is becoming a bottleneck, impacting performance and scalability.
Maintenance Cost: Extensive customizations have driven up maintenance costs and the need for specialized resources and tools.
No business rules identified in this phase to implement the recommended solution. Further assessments will be done in detailed design phase.
A unified, cloud-based CRM platform to be implemented to streamline customer-facing processes across all Global Business Units (GBUs), replacing disparate systems. This approach offers several key advantages, including leveraging out-of-the-box features of the cloud solution, optimise existing custom enhancements, and use standard integration across applications with proven technologies.
Other advantages of this solution are: enhance the cross-GBU lead management process by providing real-time synchronization and automated lead assignment, implement a standardized pricing, quotation, and contract management process across GBUs, integrate the complaint management process by linking quality inspections, returns handling, and credit memos in ERP. It will also simplify the sample request management process and automate sample order processing in ERP.
Moreover, this option enables seamless M&A integration with minimal disruption, allowing for easy carve-outs or mergers without compromising the existing configuration. This provides a flexible and scalable solution for future business needs.
While this option poses some challenges, they can be effectively addressed through strategic change management and executive sponsorship, as detailed in the evaluation table.
Under this option, the two CRM instances will be retained. However, the existing non-standard processes and bespoke functions will be re-evaluated in collaboration with business stakeholders and replaced with standard, out-of-the-box approaches and functions.
The advantages of this approach are: reuse the existing architecture, standard processes implemented, and interfaces deployed. Training will have to be executed for the optimized and redesigned processes only.
The key challenge would be getting buy-in from stakeholders who may be attached to existing customizations and the existing integration architecture and interfaces will need to be redesigned and optimized to align with the future One ERP backend architecture and processes. The other challenges have been detailed in the evaluation table.
Under this option, one of the two CRM instances will be merged into the other. The GBU's of the retained instance will have all the existing processes and interfaces, however the merged instance will have to adopt to the retained instance business processes. If Core CRM is retained, then Speciality Polymers and Composites will have to be reengineered to adapt to the processes of Core CRM and vice versa.
The advantages of this approach are: Only the GBU's in one of the instances will be impacted and the training will be executed only for the merged instance GBU's.
The key challenges would be on the daily activities and long freeze periods, due to the use of the same platform instead of a new instance in parallel, also if ICare is merged with Core, the impacted GBU's are SpP and Composites with no significant cost benefit.
Under this option, existing separate CRM instances will continue to exist, including custom implementations, bespoke functions, and integrations with all other applications.
The key advantages are, this option allows for the preservation of existing investments in CRM technology and customizations, avoiding the need for significant changes or rework. It enables the continued use of current systems and processes while also allowing for future enhancements and optimizations within each instance.
The key challenge is that GBUs operating independently poses a significant challenge, as it hinders the realization of benefits in cost reduction, faster time-to-market, and increased innovation. This approach clashes with the primary goals of a cloud solution implementation, which are simplification and standardization and also the existing instances need to be integrated with to be One ERP backend instance.
Option A - Greenfield CRM implementation with single instance for all GBU's | Option B - Refine and streamline existing processes and integrations, retaining current CRM instances | Option C - Merge the two existing instances into one. | Option D - Maintain Salesforce in its current state, retaining current CRM instances | |
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| Alignment with "Simplification principle" |
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| Alignment with "Standardisation principle" |
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| Maintenance Cost | ||||
| Upgrade & Release management | ||||
| User Adoption and Experience | ||||
| Integration and Data Management | ||||
| Collaboration | ||||
| Data Migration | ||||
| Availability & Sponsorship | ||||
| Legal & Compliance | ||||
| Performance |