WE BELIEVE IN FACT-BASED DECISION MAKING AND STRONG METHODOLOGY

Investing in a start-up with attractive upside potentials means that an investor must rely on a rare combination of few facts about its current and near horizon expected developments complemented with a more visionary future. As an angel powered fund, we like to make rational decisions based on facts. In the near horizon the focus is on avoiding downside value inflection points, while in the longer horizon the conquering of the upsides take over.

The final assessment of facts and visions rests on multiple perspectives of our experienced angels and general partners. We pride ourselves in employing methodologies based on solid research on Best Market Practices of high-yielding Silicon Valley venture funds as well as on experience based analytical methods tested in previous Stoaf funds. Our core team of General Partners and Certified Business Angels help us identify upsides and downsides of a variety of start-ups within SciTech´s four selected investment. And it supports our competence inputs in the start-ups we select.

SELECTION & INVESTMENT

  • High Deal Flow (~500 ventures/year)

  • High Accuracy Four-step Selection Process

  • Thourough Due Diligence

  • Optimized Investment Design

  • Fair Deal Design

VENTURE MANAGEMENT

  • Seniority and Experience

  • Active Board Participation

  • Reaching Upside Value Inflection Points

  • Steer Clear of Downside Inflection Points

  • Specialist also in Mid-stage Development

EXIT OPTIMIZATION

  • Optimizing Successful Exits

  • IPO, Trade Sell and M&A

EDUCATION AND CERTIFICATION

Angels investing in SciTech come with a variety of educational, professional and personality backgrounds. And they have different languages and communication skills. For this reason, Stoaf provides a 3-step education and case training to make them better adapted to a variety of tasks they chose to do.

THE CASE: SWEGAN

The market’s performance leading GaN-on-SiC material provider. 

THE CASE: NORDAMPS

The next generation vertical nanowire transistor. The design calls for significantly reduced power consumption and reduction of scarce materials.

THE CASE: STOCKHOLM WATER TECHNOLOGY

Develop and design clean and sustainable water solutions. The technology Integrates hardware and software and brings smartness to the system while offering an exceptionally high water recovery and low energy use.