Business Development Associate (Freelance) - PD's LairPerformance-based, Client AcquisitionAbout the RolePD's Lair is a creative agency working on content strategy, social media, and brand storytelling for growing brands. We're onboarding a freelance Business Development Associate to help us acquire new clients. This is an independent, contract-based engagement, not a salaried position, compensated per client secured, with the opportunity to transition into a retained monthly contract based on performance.Engagement TypeThis is a freelance/contractor arrangement, not employment. You'll work independently, set your own hours, and may take on other freelance or professional work alongside this engagement. Payment is made per successful client conversion via invoice, there is no fixed monthly retainer during the initial performance period.Scope of WorkIdentify and research potential clients across categories (D2C, hospitality, wellness, fashion, and more)Run outreach via cold calls, email, and LinkedIn to generate leadsPitch PD's Lair's services and convert prospects into paying clientsFollow up and move leads through the pipeline until closedMaintain a simple tracker of leads and conversion statusEnsure a smooth handoff to the core team post-closureCompensation StructureInitial Performance Period (first 3 months):- Paid per client secured, no fixed monthly fee.- You earn 15-25% of the monthly value of each client you close for the monthTransition to Retained Contract:Consistently securing at least one qualifying client per month for 3 consecutive months (each retained 3+ months) may transition into a retained monthly contract in addition to ongoing per-client incentives.Who This Is ForSomeone with sales, business development, or outreach experience Strong communicator, comfortable with cold outreach and rejectionSelf-driven, able to work independently without daily oversightBasic familiarity with social media/content marketing is a plus, not requiredLocation / Work ModeRemote/flexible - outreach and client conversations can be conducted independently.