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Crowdsourcing Innovation News & Resources | HeroX

The Latest Crowdsourcing News Covering Technology, Healthcare, Infrastructure, and Space Breakthroughs Out Of This World.
Learn more about the mathematicians behind one of the world's most secure annd valuable cryptosystems.
Check out these five potential impacts that NAMs could have on the scale of medical research across the whole world.
Artificial Intelligence (AI) tools are poised to play a crucial role in advancing New Approach Methodologies (NAMs), complementing and unlocking the improvements that can be achieved with these new methodologies.
NAMs have emerged as a revolutionary alternative to traditional testing, paving the way for safer and more accurate assessments of product safety.
In an era where digital information plays a pivotal role in our daily lives, securing data from prying eyes is of paramount importance. One of the cryptographic systems that has gained recognition for its potential to resist attacks from quantum computers is the McEliece Cryptosystem.
Over at HeroX, we celebrate world changing opportunities on a daily basis. Fall is just starting in our neck of the woods and with the change of season, we ask you to fall into changing the world through some of the incredible challenges we are serving up over the next few months.
Each year the XPRIZE Visioneers challenge puts out a call to the brightest industry disruptors and social advocates around the world. Will you answer?
The HeroX team is celebrating our 10 year anniversary! 10 years of incredible challenges, inspiring innovation, and enabling a global community of innovators to provide top notch solutions for our customer’s biggest challenges.
Get a direct view into the world of open innovation and crowdsourcing and its immense transformative power in driving innovation and solving complex challenges at large Federal organizations, such as NASA.
Join Adam Olsen and Nicola Bates as they delve into the world of innovation at Boeing and how she is building a community of trusted innovators who must rapidly (and viably) soar to new heights in aerospace.