Shawn Mendes and Camila Cabello spark dating speculation following Coachella 2023 kiss sighting

Shawn Mendes and Camila Cabello have set the internet ablaze with their latest display of affection at Coachella 2023. A video of the former couple has gone viral, showcasing their intimacy as they were seen hugging and kissing at the music festival in California. While the video has ignited rumours of a rekindled romance, neither Shawn nor Camila has confirmed anything yet.

In the footage, Camila is seen sporting a white crop top and low-rise jeans while Shawn is dressed in a white T-shirt and khaki pants. The two former lovers are seen sharing a warm embrace before locking lips in what appears to be a romantic moment. It’s not surprising that their fans are eagerly waiting for a confirmation or denial of the dating rumours.

The Canadian pop star and the Cuban-American singer had started dating in 2019, soon after their collaboration on the hit song “Senorita.” The relationship lasted for two years, and the couple announced their split in November 2021, stating that they would remain “best friends.”

Since their split, Shawn has been linked with other women, including Sabrina Carpenter, the singer of “Skin.” However, Shawn denied the rumours during an appearance on the Dutch television show RTL Boulevard. Meanwhile, Camila dated Lox Club CEO Austin Kevitch, but their relationship ended after eight months.

Shawn and Camila have always maintained a close friendship, even after their breakup. They have been spotted together on various occasions, sparking rumours of a possible reconciliation. However, they have not confirmed any of the rumours so far.

The kiss at Coachella has reignited the rumours, and fans are eagerly waiting for an official statement from the singers. While some are hopeful that the former couple will get back together, others are sceptical about the possibility of a reunion. Regardless of their relationship status, Shawn and Camila continue to captivate their fans with their music and their on-stage chemistry.

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