
5 AI-Powered Strategies for Successful Technology Transfer
Learn how leading universities are using AI to transform their tech transfer processes, accelerate commercialization, and increase licensing revenue.
Content for developers, product, and digital experts.
Learn how leading universities are using AI to transform their tech transfer processes, accelerate commercialization, and increase licensing revenue.
Deep dive into the most promising cleantech commercialization opportunities, backed by AI-powered market analysis and real-world success metrics.
Learn how to create a winning go-to-market strategy for your innovation using AI-powered insights, with step-by-step guidance and real success metrics.
An in-depth case study of how researchers used AI-powered commercialization strategies to accelerate their gene therapy innovation from lab concept to $50M Series A funding.
Learn how to use AI-powered pricing optimization to maximize the commercial value of your innovation, with real-world examples and proven strategies.
The comprehensive guide to intellectual property strategy for research commercialization. Real cost breakdowns, filing strategies, and battle-tested tactics from CTOs who've built billion-dollar patent portfolios.
Exclusive analysis reveals overlooked innovations with billion-dollar potential sitting in university labs. From quantum sensors to bio-materials, these technologies are waiting for the right commercialization partner.
The definitive playbook for academic innovators seeking their first million in funding. Real pitch decks, investor insights, and battle-tested strategies from researchers who've successfully made the leap.
The brutal truth about tech transfer failure rates and the proven strategies to beat the odds. Data-driven analysis of 10,000 university innovations reveals the patterns that predict success or failure.
From Google to Moderna: How academic innovation transformed into trillion-dollar companies and life-saving therapies. A comprehensive guide to the most successful university spinoffs from 1994-2024.
In this blog post, we'll share technical details on how we built this state-of-the-art web form tracking system, and describe how teams at Simple interact with the data quality metrics that underlie our design builder network.
In this blog post, we'll share technical details on how we built this state-of-the-art web form tracking system, and describe how teams at Simple interact with the data quality metrics that underlie our design builder network.
In this blog post, we'll share technical details on how we built this state-of-the-art web form tracking system, and describe how teams at Simple interact with the data quality metrics that underlie our design builder network.
In this blog post, we'll share technical details on how we built this state-of-the-art web form tracking system, and describe how teams at Simple interact with the data quality metrics that underlie our design builder network.
In this blog post, we'll share technical details on how we built this state-of-the-art web form tracking system, and describe how teams at Simple interact with the data quality metrics that underlie our design builder network.
In this blog post, we'll share technical details on how we built this state-of-the-art web form tracking system, and describe how teams at Simple interact with the data quality metrics that underlie our design builder network.
In this blog post, we'll share technical details on how we built this state-of-the-art web form tracking system, and describe how teams at Simple interact with the data quality metrics that underlie our design builder network.
In this blog post, we'll share technical details on how we built this state-of-the-art web form tracking system, and describe how teams at Simple interact with the data quality metrics that underlie our design builder network.