Entertainment

‘Alter Me’: Jasmine Curtis-Smith, Enchong Dee on Netflix

"Alter Me" stars Jasmine Curtis-Smith and Enchong Dee. Image credit: Netflix
Image credit: Netflix

Netflix Philippines today revealed the first look at the Netflix Film “Alter Me”, which stars Jasmine Curtis-Smith and Enchong Dee.

This Filipino film is directed by RC Delos Reyes and written by Danno Christoper Mariquit. “Alter Me” follows an HR manager who seeks the mentorship of a coveted escort to better connect with other people and her own emotions. However, he soon opens her heart to unexpected feelings. “Alter Me” will premiere on Nov. 15 on Netflix, and will be available across Asia.

Altering ourselves

Image credit: Netflix
Image credit: Netflix

“Nowadays, with the advent of technology and social media, we put on different masks and we create our own worlds. Hoping, that in that world we would be able to find the love and fulfillment we have always been seeking. Not realizing that the true change or ‘altering’ we have to do is always dependent on who we are and how honest we are to ourselves,” said Delos Reyes in a press statement.

Image credit: Netflix
Image credit: Netflix

“Now that cinemas are closed, it is a struggle for filmmakers like me to find a platform on where to tell our stories. So when my producers told me that my third film ‘Alter Me’ is now a Netflix Film that will be streaming across Asia, I was jumping out of joy. For that only goes to show that there is no way for us to stop telling our stories,” Delos Reyes said.

Image credit: Netflix
Image credit: Netflix

Filipino Australian actress Curtis-Smith is the younger sister of fellow actress Anne. She is an award-winning actress best known for the critically-acclaimed movies “Transit” and “Siargao”.

Meanwhile, Dee first came into prominence with his first major TV drama “Katorse”. He also starred in the TV dramas “Tanging Yaman” and “Magkaribal”. Dee was also one of the co-stars of Curtis-Smith in “Siargao”.

The Filipino film “Alter Me” is produced by Viva Films and Ten17P.