Every technology we take for granted was once impossible. Then someone made it work.
The story of computing isn't just about machines—it's about the people who taught machines to think, talk, and connect. And from the very beginning, many of those people were women.
The technologies reshaping our world today didn't emerge from nowhere—they rest on foundations laid by people who saw possibilities others missed.
Before there were programmers, there was Ada Lovelace, who wrote the first algorithm intended for a machine in 1843—a century before the first electronic computer existed. She saw what even Charles Babbage missed: that computing machines could do more than calculate. They could create.1
During World War II, while Hedy Lamarr was headlining Hollywood films, she was co-inventing frequency-hopping spread spectrum technology—the concept underlying modern Wi-Fi, GPS, and Bluetooth. The patent she filed in 1942 was so ahead of its time that the U.S. Navy didn't implement it until decades later.2
When NASA needed to calculate trajectories for the Mercury, Gemini, and Apollo missions, they relied on Katherine Johnson's calculations. John Glenn wouldn't launch until she personally verified the computer's numbers.3
Grace Hopper invented the first compiler and championed COBOL, making programming accessible beyond mathematicians. Her vision of human-readable code became the foundation of business computing.4
Margaret Hamilton led the MIT team that wrote Apollo's flight software. When a guidance computer error threatened the moon landing, her error-detection system saved the mission. She coined the term "software engineering" because she needed the work to be taken seriously.5
Radia Perlman created the Spanning Tree Protocol in the 1980s—essential infrastructure that makes modern internet communication possible.6 Dr. Fei-Fei Li's ImageNet project catalyzed the deep learning revolution that powers today's AI.7 Joy Buolamwini, “poet of code,” uses art and research to illuminate the social implications of AI. As a renowned international speaker, she has helped advance the need for algorithmic justice across the globe, including at the World Economic Forum and the United Nations.8
Today's technology challenges are strategic, operational, and deeply consequential: cloud architecture that scales globally, Zero Trust security models, AI governance frameworks, hybrid infrastructure bridging legacy systems with modern platforms.
Across our teams and partner ecosystem, women are leading these initiatives:
This work rarely makes headlines. But it's what determines whether digital transformation succeeds or becomes an expensive failure.
Women's History Month is a checkpoint—a chance to measure progress and acknowledge opportunity.
The next decade will determine how AI reshapes work, how quantum computing changes security, how edge computing transforms infrastructure. The people designing those systems are designing the future—for everyone. That same work continues today. In data centers and cloud platforms, in security operations centers and AI labs—women are building what lasts.
Not because it's Women's History Month. Because the work demands it.
At NexusTek, we’re proud to support and partner with the women designing resilient, secure, and scalable technology—today and for the decade ahead.
Sources:
Computer History Museum, Ada Lovelace, accessed February 2026
NPR, In 'Bombshell,' The Double Identity Of Hollywood Star Hedy Lamarr. December 2017
NASA.gov, Katherine Johnson, November 2016
Yale News, Grace Murray Hopper (1906-1992): A legacy of innovation and service, February 2017
Smithsonian Magazine, Margaret Hamilton Led the NASA Software Team That Landed Astronauts on the Moon, March 2019
Internet Hall of Fame, Radia Perlman, accessed February 2026
Stanford Profiles, Fei-Fei Li, accessed February 2026
MIT Media Lab, Joy Buolamwini, accessed February 2026