Biography

Hada Vanessa is a Colombian, American actress, producer, businesswoman and philanthropist. Her passion for acting is tied to her commitment to making the world a better place. Her work to fight child trafficking as the Executive Director of the Child Liberation Foundation is respected worldwide.

Hada was raised in Brooklyn, and aspired to be an actress from an early age. In 2010 she followed her roots back to Colombia to pursue her acting career. She showed both incredible talent and true passion which won her starring roles in the TV series "La Bruja" and "Rafa Orozco". She then graced the silver screen in films such as "Historias De Un Asesino", "La Decision Del Diablo", "La Sombra De Alicia", "Silk Worm, "Alla Ellos", "Todo Por Esteban" and "Un Trago de Venganza"

Early in her career, Hada trained in voice, theater and print. She filled Colombian theaters with her roles in numerous productions including "Sucede Lo Que Pasa", "Faust" and "Mozart Delirium". She received voice-over roles in projects such as Head Start, Southwest, Colonial and Dadario. Her print modeling includes Alma Bank, Stock Photography, and Budweiser Global. As a multi-talented actress, she also performed in music videos such as "One Plus One" and "French Kiss"

Hada landed roles in commercials for major brands such as Clorox, Baskin Robbins, Chevrolet, Matashi Crystals, Elemis Skin Care and Huggies as well as government campaigns such as DOH Prevention HIV Awareness, USA Military Web Video and Wildlife Conservation PSA.

After returning to the US in 2015, Hada Vanessa captured audiences hearts with her lead roles in the series "The Perfect Murder" as well as films such as "Salazar" and "Collision At Split Rock". She also stared in "Sweet, sweet lonely girl" and "Blue Underground", and the TV show "Billions"

Most recently, Hada Vanessa starred as the lead actress in the 2022 critically acclaimed action thriller "La Soga 2" where her roll as a beautiful badass assassin has gained her international recognition.

- IMDb mini biography by: Paul Hutchinson