
SINCE 2026
Biocompile
CEO & Co-founder
PHD SCIENTIST · CO-FOUNDER, MELIBIO · UC BERKELEY
The virologist who reverse-engineered honey into a spec and served it bee-free.
Aaron Schaller builds at the intersection of AI and the life sciences at Biocompile, the second company he has co-founded. He came through MeliBio, where as co-founder and CTO he invented Mellody — the first real honey made without bees, a 1:1 match served at 3-Michelin-star Eleven Madison Park before FoodYoung Labs acquired it in 2025. Earlier he earned a UC Berkeley virology PhD. He calls himself an avid chef, gardener, and scientist, and lets the chef set the bar the science must clear.

SINCE 2026
CEO & Co-founder

SINCE 2025
Principal
EVERYTHING ELSE · 6 WORKS
The whole record, newest first – tap any moment and Aster tells the story.
After MeliBio's 2025 acquisition, Schaller turned toward AI and the life sciences. He studied AI at '100 school,' earned a 'Coding with AI' certification, took a contract role as an AI Biology STEM Specialist at Handshake, and in January 2026 co-founded Biocompile — his second company. The instrument changes; the object, biology, stays fixed.
“Building in AI and Life Sciences”
As co-founder and CTO, Schaller led the science, R&D, and IP that turned honey into an engineered specification. MeliBio raised a $9.4M seed, won TIME's Best Invention of 2021, and shipped Mellody — a 1:1 honey match first served at 3-Michelin-star Eleven Madison Park. FoodYoung Labs acquired the company in April 2025.
“the first real honey produced without bees, trademarked as Mellody®”
At Fred Hutch under Harmit Malik, then a UC Berkeley PhD under HHMI investigator Britt Glaunsinger, Schaller studied how viruses manipulate the host genome. His first-author Journal of Virology paper showed the herpesviral kinase ORF36 switches on silenced B2 SINE retrotransposons through HDAC1/2 inhibition — mechanism traced down to the enzyme.
Before the labs, Schaller spent a decade managing projects for Keith Schaller Construction (2001–2011). As a Western Washington University undergraduate he ran electrophysiology experiments on ion channels in Xenopus laevis oocytes using the two-voltage clamp technique, presenting the work at Sigma Xi Scholars Day.