Proof-of-concept programs (POC) sit at the center of most GAP strategies, but the amount of work they are expected to do has expanded significantly.
They are not just funding early validation. They are expected to reduce technical risk, shape market applications, support early team formation, engage external stakeholders, and prepare opportunities for downstream investment or partnership. In many cases, they also serve as the first real point of interaction between research and the broader ecosystem, particularly downstream partners that can provide critical market feedback.
That is a significant role for what are often relatively modest funding mechanisms.
Across the Mind the GAP work, proof-of-concept programs remain the central pillar of most GAP strategies, reflecting their role in moving technologies from scientific promise to credible commercial readiness. At the same time, the level of resourcing behind these programs has not kept pace with the expectations placed on them.
Most POC programs operate within defined funding pools that are constrained relative to demand. A high volume of projects compete for limited support, and even well-qualified opportunities are frequently not funded. This is not simply a matter of prioritization. It is a structural limitation.
In practice, this means high-potential projects are left unfunded, while those that are selected can sometimes reflect the strengths, experience, and comfort zones of the institution or its advisory network. Not all opportunities are evaluated with equal context, particularly as technologies become more complex and interdisciplinary.
From a funding perspective, initial POC awards have historically averaged in the $50K–$75K range, with broader distributions depending on program maturity and domain. While meaningful, these levels are often expected to support a wide range of activities, from technical validation and prototyping to early market engagement and positioning. In areas like biopharma and medtech, they are rarely sufficient on their own, particularly when follow-on validation is required.
The result is a mismatch between the scope of work and the resources available to support it.
This becomes more visible in the context of the broader system. As expectations around research translation increase, and as more stakeholders engage earlier in the process, the burden on POC programs continues to grow. They are being asked to carry more of the transition layer without a corresponding increase in capital, staffing, or external engagement.
At the same time, this is the point where many of the most important decisions are made. Which opportunities move forward. How they are positioned. Whether they are prepared for licensing, startup formation, or partnership. These decisions shape downstream outcomes in ways that are difficult to reverse later.
When POC programs are well-resourced and supported, they can operate as an effective bridge between research and market, bringing in advisors, mentors, operators, and partners early enough to meaningfully shape opportunities. When they are not, that same layer becomes a bottleneck, limiting the number of technologies that can be advanced and reducing the overall efficiency of the system.
This dynamic also signals a broader opportunity.
There is a growing role for institutional, philanthropic, and external partners to engage more directly at this stage, whether by supporting GAP programs, co-investing in underlying projects, or engaging through programs like innovosource’s BRIDGE, which bring partners in as advisors, operators, and opportunity shapers earlier in the process.
At the same time, there is a need for better intelligence at this layer. Through the Mind the GAP initiative, we are tracking activity and advancement across supported projects, while also working to surface and understand high-quality opportunities that were not funded. That visibility is critical in making the case for expanded programmatic support and more coordinated engagement across the ecosystem.
As proof-of-concept becomes more clearly understood as a system layer, it also becomes a more accessible and actionable point of entry for those looking to engage earlier in the innovation lifecycle.
The challenge is not that proof-of-concept programs fall short. It is that they are under-resourced relative to the role they are being asked to play, with significantly more potential than current structures allow.
Most innovation does not stall because of a lack of ideas. It stalls because the layer responsible for shaping and advancing those ideas is not resourced to meet the demand.
Explore the full Mind the GAP 2025 Report
Keywords: research institutions, gap fund and accelerator programs, translational research, proof-of-concept, startup accelerators, venture formation, university venture funds
