Methodology & Frameworks for R&D Governance
Modern R&D organizations often fail not due to a lack of resources, but because of structural entanglement.
YesMomentum GmbH does not act as a traditional management consultancy. We see ourselves as initiators and framework providers. We use recognized Systems Engineering models (like ISO 15288) and principles of the platform economy to enable organizations to unmask their own complexity drivers.
Masterclasses, keynotes & impulse workshops on the structural decoupling of hardware and software, platform economy, and agile SaaS principles in large corporations.
A structured self-assessment tool for R&D organizations. Best-practice reference models for the independent identification of "silent redundancy" in modular systems.
We test radical standardization under real-world conditions. Development and technical operation of independent high-load platforms (e.g., YesTicket).
Why classic modular strategies often fail due to software complexity and how you can master the shift from "Brand-First" to "Architecture-First" governance.
YesMomentum GmbH was founded to provide a platform for methodological exchange and technological strategy. This vision is driven by Fabian Ahrendts.
With over 20 years of experience in various roles in the industry and as the founder of successful SaaS platforms, he combines structured Systems Engineering approaches from large industrial organizations with the agility of entrepreneurial software- and architecture-driven development.
Transparency Notice: Fabian Ahrendts holds a senior management position in industrial Research & Development. His work for YesMomentum GmbH is conducted as an approved secondary occupation. YesMomentum GmbH acts independently of any specific industry as an initiator for modern system methodology. Direct competition with the core activities of Fabian Ahrendts' current employer is strictly excluded. There is no disclosure or use of internal information.
YesMomentum GmbH is the operating company behind YesTicket.org, the leading ticketing SaaS solution for the independent cultural scene.
Here, we prove how to operate scalable, high-load systems with minimal resources. In this "Living Lab," we test how radical standardization and highly efficient cloud architectures can reduce development costs by a factor of 10. These insights flow directly into our methodological frameworks.
To YesTicket.org
R&D synergies are not created through operational interventions, but through the definition of scalable architecture frameworks and governance structures. In highly complex, variant-driven industrial environments, this requires the provision of standardized modular systems and the establishment of binding interface logic rather than manual coordination processes.
Systems Engineering acts as the methodological backbone for orchestrating technical and organizational dependencies. By implementing reference models for complexity management, the growing variety of variants and software dominance are not handled operationally, but are made preventively manageable through structural decoupling and modularization.
These methodological frameworks are aimed at strategic decision-makers such as Heads of Research & Development, CTOs, Chief Engineers as well as those responsible for product architectures, platform strategies and R&D governance.
The transformation of industrial value creation requires a shift from pure project management to strict synergy governance. Topics such as MBSE (Model-Based Systems Engineering) and the platform economy form the theoretical and structural basis for this.