QP Ventures

QP Ventures

QP Ventures operates as the private investment vehicle of Qaiser Pervaiz, deploying proprietary family capital across venture-stage technology companies. The office maintains a multi-continent operational presence with registered offices in Manchester, Bedford, London, Boston, New York, and Tel Aviv — a geographical configuration that positions it to source deals from three distinct innovation ecosystems simultaneously. The founding principal runs investments directly from the Manchester headquarters. The investment mandate concentrates on early-stage technology companies, with the Manchester-to-Tel Aviv-to-Boston corridor providing natural coverage of deep-tech, enterprise software, and digital infrastructure opportunities. The office pursues direct equity investments rather than fund commitments, operating with the indefinite holding periods that single-family capital permits. The multiple UK offices — Manchester, Bedford, and London — suggest a layered approach to UK deal flow, while the New York and Boston presences provide access to US venture markets and the Tel Aviv office supports the firm's Israel-sourced pipeline. The firm maintains a deliberately lean operating structure consistent with single-family office deployment models. The six-office footprint across three countries indicates a network-driven sourcing strategy rather than a headcount-intensive one. The dual UK presence in Manchester and London allows the firm to combine Northern England's lower-cost operating base with London's financial and venture-concentration advantages. QP Ventures' multi-jurisdiction structure is its clearest structural differentiator: rather than the common single-family-office pattern of one headquarters city with satellite wealth-management outposts, this firm maintains operational offices in three distinct technology corridors. That architecture enables it to evaluate deals with local presence rather than flying in from a single base — a sourcing advantage that compounds in venture markets where relationship density drives allocation access.