From 2cbd489bf2ac3abcd34863de46e1165dc4fe9cc4 Mon Sep 17 00:00:00 2001
From: huhn511 <sehe89@gmail.com>
Date: Wed, 3 Feb 2021 16:41:16 +0100
Subject: [PATCH] add meeting notes

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+# 🗓️ 2021-01-27  Team Identity: Async Meeting Notes
+###### tags: `IOTA Identity` `Meeting` `Docs`
+
+
+## ℹ️ Info
+**Location**: Google Hangouts
+**Date**: Wednesday, 2021-01-27 - 17:00 to 18:00 (CET) 
+**Agenda**
+- 1. Standup `5min`
+- 2. Discussion topics `45min`
+- 3. Questions `10min`
+
+## 👥 Participants
+- @JelleMillenaar
+- @l1h3r
+- @eike-hass
+
+
+### ⏪ What did you achieved last week?
+- Experimented with revocation via bitmaps and sparse merkle trees. Started looking into Stronghold integration and basic outline of identity storage module.
+- worked on the thesis and the enrichment concept
+
+### What did block you?
+- 
+
+### ⏩ What will be the focus this week?
+- 
+
+## 💬 Discussion topics
+- Revocation
+- Enrichment / Public Credentials
+
+--- 
+### Revocation
+
+- Previously blocked by the inability to trust user-provided `index` for checking the revocation status of the submitted key.
+  - Solved: We can compute the index of the target by checking the tags of proof nodes (L/R)
+
+- Useful to plot the efficiency of Roaring Bitmaps with various revocation strategies
+  - Sequential appears most efficient, with or without containers using run-length encoding
+  - Uniform is least efficient, typically using at least 2 bits for each revoked key
+
+- Base58
+  - Not ideal for large amounts of binary data - base64 is generally faster to encode/decode due to the alphabet size.
+  - Switching to base64 for now but in the future will likely use a binary format for storing data on the Tangle
+
+### Enrichment / Public Credentials
+
+- Enrichment (EN) and Public Credentials (PC) are basically the same concept: A VC that is discoverable via a DID Service Endpoint.
+- EN/PC can be embedded in a transaction
+- Easiest way to update EN/PC is to create a new transaction and update the service endpoint 
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