Al Catraz Drops Debut EP “You Lift Me,” Blending Neo-Soul, Indie and Nu-Disco

Cape Town’s rising neo-soul collective Al Catraz has released their debut EP You Lift Me, introducing a vibrant sound that fuses soul, indie textures, and nu-disco grooves. Newly discovered by acclaimed house producer UPZ, the group presents a style that feels fresh, stylish, and distinctly their own.
Al Catraz combines soulful vocals with indie-influenced instrumentation and polished nu-disco production. Their sound sits between the confident energy of Easy Freak, the retro sheen of Parcels, and the smooth warmth of Tom Misch, forming a lively, contemporary identity.
The EP previews their upcoming debut album with three tracks, each highlighting different facets of their music. The lead single, “You Lift Me,” pairs dual vocals with an uplifting blend of neo-soul and nu-disco house, celebrating love’s restorative power. “Some People” slows the tempo, offering a warm, romantic groove ideal for late-night listening, with tender instrumentation and heartfelt delivery. “Danger in the City” explores darker territory, featuring deep bass, atmospheric layers, and emotional vulnerability.
Al Catraz plans to release their next EP in January 2026, followed by the full album in February 2026, signaling a rapid rollout and a potential breakout moment for the collective.
The EP stands out for its seamless combination of neo-soul emotion, indie shimmer, and nu-disco rhythm, demonstrating the group’s command of both mood and groove. UPZ, who co-produced the project, said, “I was excited to co-produce with Al Catraz. I’m known for house, but neo-soul was a welcome challenge. This project is my love letter to the groove.” The group added, “We poured everything into this — the craft, the emotions, the experimentation. Our dream was to blend neo-soul with indie sonic character. We hope listeners feel that connection.”
You Lift Me is now available on all major streaming platforms, offering a compelling introduction to a Cape Town collective poised for broader recognition.



