This talk will give an introduction to the Anoma protocol architecture and its design goals, to share what we learned and elicit feedback on how we could improve both.

Anoma is a distributed operating system for intent-centric counterparty discovery and privacy-preserving, scale invariant computation on linear and non-linear state resources with heterogenous trust assumptions.

In this talk, we'll shine a light on the separation of canonical protocol syntax necessary for global interaction and local semantics, especially in regards to trust.

Unifying aspects of the protocol along specific dimensions enables us to make this line clearer and maximizes the options for semantic flexibility after deployment.

D. is a research engineer interested in distributed systems, trust aware and privacy preserving computing, as well as applied mechanism design.

They are currently working on the anoma protocol specification and its prototypes.

https://protocol.berlin