🎧 Listen instead: podcasts.apple.com/us/podcast/d...
🎧 Listen instead: podcasts.apple.com/us/podcast/d...
🎧 Listen now at: ai-a16z.simplecast.com/episodes/tig...
🎧 Listen now at: ai-a16z.simplecast.com/episodes/tig...
🎧 Listen instead: podcasts.apple.com/us/podcast/d...
🎧 Listen instead: podcasts.apple.com/us/podcast/d...
🧱 ZFS-style durability
🌍 Git-style forking
☁️ S3-style scalability
→ into one cohesive model: the log beneath the cloud.
🔗 Read about how our append-only design powers bucket forking: www.tigrisdata.com/blog/append-...
🧱 ZFS-style durability
🌍 Git-style forking
☁️ S3-style scalability
→ into one cohesive model: the log beneath the cloud.
🔗 Read about how our append-only design powers bucket forking: www.tigrisdata.com/blog/append-...
🌱 Safe experimentation
🤖 Agent isolation
🧠 Reproducible ML training
🕵️ Auditing & rollback
All without copying terabytes or breaking consistency.
🌱 Safe experimentation
🤖 Agent isolation
🧠 Reproducible ML training
🕵️ Auditing & rollback
All without copying terabytes or breaking consistency.
A fork creates a new, parallel timeline– sharing unchanged, but diverging on writes.
Like Git forks, but for data.
A fork creates a new, parallel timeline– sharing unchanged, but diverging on writes.
Like Git forks, but for data.
They’re just timestamp markers over an immutable log.
Instant. Consistent. Safe.
They’re just timestamp markers over an immutable log.
Instant. Consistent. Safe.