The NFT Bookblocks.io project helps Afghan women access education.

Naheed Samadi Bahram, leader of Afghan women in the United States, said: “Growing up, this generation is full of hope. They dream of the future through education.

Bookblocks.io, a symbolic conflict company, has partnered with a New York-based organization to help Afghan women get an education during the Taliban rule.

Bookblocks.io announced on October 5 that it would announce the non-fungible token (NFT) and donate the proceeds to Women for Afghan Women, the Afghan women's organization. coaching. Inspired by American author Louisa May Alcott, the figurine features a woman's face half covered in butterfly wings and drawn with the words "Anything is possible with a woman's decision."

When the Taliban took control of Afghanistan in 1990, they banned education for almost all women and girls. Islamic extremist groups have controlled the government since the withdrawal of US troops last month and have so far sent only boys and girls back to school. The story is truer than itself. Vice President of Education Zabihullah Mujahid made it clear that the Taliban plan to release women and girls into education "as soon as possible."

Naheed Samadi Bahram, Afghan Women and Girls, USA, said: “They are growing up now and have hope. They think about their future through education. “We are working with Afghan women in Afghanistan and Afghanistan. We do our best to help the girls. . We have arrived in the United States. Assistance to refugees. "

According to Bookblocks.io, 100% of NFT sales proceeds will go to women for women in Afghanistan, with an additional 5% after sales. The company plans to launch 2,200 NFTs in honor of the 2.2 million girls currently out of school in Afghanistan. The starting price is 0.025 ETH, which is roughly $ 75.54 at the time of writing.

Afghan women risk death, beatings and imprisonment by media and private attacks to uphold the Taliban's ban on education. Code to Inspire is a school designed to teach Afghan girls about coding and robotics.