
How April Dunford Built a 7-Figure Solo Consulting Biz
Everyone Hates MarketersAI Summary
→ WHAT IT COVERS April Dunford explains how she built a seven-figure solo consulting business focused exclusively on positioning for B2B tech companies, transitioning from VP Marketing roles through strategic focus and methodological refinement. → KEY INSIGHTS - **Specialization economics:** Narrow focus drives higher revenue and easier client acquisition. Dunford shifted from broad marketing consulting to positioning-only engagements, requiring clients have sales teams and existing customers to provide actionable data rather than theoretical positioning exercises. - **Facilitation over execution:** Consultants cannot do positioning for clients effectively. Dunford's methodology facilitates cross-functional teams through structured positioning components and translates results into sales pitches usable immediately, creating tangible time-to-value that removes client risk and decision paralysis. - **Client qualification framework:** Disqualify prospects without sales teams, insufficient customer data, or CEOs who deny problems exist. This filtering requires wide funnel top through speaking, books, and content, but protects against unprofitable engagements and clients who resist recommendations regardless of consultant expertise. - **Platform building timing:** Dunford's 2019 book launch coincided with peak conference season, enabling 50 speaking engagements that year. The subsequent pandemic lockdown paradoxically increased demand as companies repositioned while virtual delivery eliminated travel constraints, enabling weekly workshop cadence and rate increases. → NOTABLE MOMENT Dunford describes her worst VP Marketing role with a CEO who broke compensation promises, providing the necessary push to permanently exit employment. She needed that painful experience to commit fully to consulting rather than accepting another corporate position. 💼 SPONSORS None detected 🏷️ Solo Consulting, Positioning Strategy, B2B Marketing, Business Model Design