Designing a scalable business and service strategy to accelerate growth in the B2B SaaS market.
As Service Hub Director, I led the development of business and service strategies, along with cross-departmental processes, to enhance B2B SaaS client acquisition and loyalty, as well as talent engagement.
DevSavant struggled to articulate its value proposition and business strategy, weakening client relationships. Cross-departmental processes and KPIs needed sharpening to elevate service delivery and employee engagement.
A clear business differentiator and service structure were defined and implemented, enabling tailored resource allocation that lifted client acquisition, satisfaction, loyalty, and employee engagement.
DevSavant had built a strong reputation delivering nearshore talent, but its value proposition had become increasingly difficult to differentiate in a highly competitive B2B SaaS market.
At the same time, fragmented internal processes, inconsistent service delivery and disconnected client experiences limited the company's ability to scale sustainably.
The challenge was not simply improving operations — it was redefining how the business created, delivered and captured value.

Together with business leaders, we redesigned the company's business and service strategy by aligning customer needs, operating models and organizational capabilities into a unified service ecosystem.
The result was a scalable framework that clarified the company's positioning, improved cross-functional collaboration and established the foundations for sustainable growth.

Understand market dynamics, customer needs and organizational capabilities to uncover strategic opportunities.
Translate research insights into strategic decisions that clarify where the business should compete and how it should differentiate.
Define the business and service ecosystem required to deliver a differentiated and scalable customer experience.
Embed the strategy across teams through shared processes, decision-making frameworks and continuous improvement mechanisms.