diff --git a/software/management/dashboard/README.md b/software/management/dashboard/README.md
new file mode 100644
index 00000000..d447e823
--- /dev/null
+++ b/software/management/dashboard/README.md
@@ -0,0 +1,103 @@
+# Dashboard & Processing
+
+## Dashboard
+
+The TotTag dashboard is a GUI for interacting with the tags.
+
+To bring up the dashboard:
+```bash
+python3 tottag.py
+```
+
+### Disconnected state
+To discover the devices, click the scan button.
+
+To schedule a new experiment for a group of devices, the devices have to be placed on chargers, otherwise they will not be discovered by scanning.
+
+Once a deployment is scheduled, the schedule will be push to all devices.
+
+### Connected state
+
+Each device can be connected to individually.
+
+In the connected state, any updates to the deployment only apply to the current connected device. 
+
+To download the logs, the connected device  **needs to be on the charger**.
+
+To view live ranging data, the connected device **should not be not on the charger**.
+
+## Processing
+
+### Statistics
+
+```python
+from processing import *
+
+# load the logs
+A = load_data("E1.pkl")
+B = load_data("Pat.pkl")
+C = load_data("SB.pkl")
+
+# 3.0 is the touching distance threshold (could be modified)
+# the unit could be 'ft' or 'm'
+get_daily_ranging_statistics(A, ["Pat","SB"], 3.0, unit='ft')
+get_daily_ranging_statistics(B, ["E1","SB"], 3.0, unit='ft')
+get_daily_ranging_statistics(C, ["E1","Pat"], 3.0, unit='ft')
+```
+
+### Plots
+```python
+from processing import *
+A = load_data("07.pkl")
+B = load_data("09.pkl")
+
+# plot the voltages
+get_voltage_time_series(A, "07")
+get_voltage_time_series(B, "09")
+
+# plot the ranges
+get_ranging_time_series(A, "07","09")
+get_ranging_time_series(B, "09","07")
+
+get_motion_time_series(A, "07")
+get_motion_time_series(B, "09")
+```
+
+
+### Visualizing paired logs with alignment
+
+To visualize events, an event log needs to be prepared. The event log have to follow the following format
+ - A single line (no `ENTER`/`RETURN` within the line) per event.
+ - For each line, always start with the Y-m-d H:i:s timestamp.
+
+```
+2024-04-01 08:33:11 SB enters the room. E1 is propped up on the window sill. Pat is laying flat on the table. 
+2024-02-01 08:34:58 SB leaves the room. 
+```
+
+```python
+from processing import *
+
+# load the logs
+A = load_data("E1.pkl")
+B = load_data("Pat.pkl")
+C = load_data("SB.pkl")
+
+# visualize paired logs
+visualize_ranging_pair_slider(A,B,"E1","Pat")
+visualize_ranging_pair_slider(A,C,"E1","SB")
+visualize_ranging_pair_slider(B,C,"Pat","SB")
+
+# extract events from the event log
+events  = extract_simple_event_log("annotation_pst.txt")
+
+# visualize the events
+visualize_ranging_pair_slider(A,B,"E1","Pat", events=events)
+visualize_ranging_pair_slider(A,C,"E1","SB", events=events)
+visualize_ranging_pair_slider(B,C,"Pat","SB", events=events)
+
+# visualize the events within [start_timestamp, end_timestamp]
+visualize_ranging_pair_slider(A,B,"E1","Pat", events=events, start_timestamp=1708619580, end_timestamp=1708623540)
+visualize_ranging_pair_slider(A,C,"E1","SB", events=events, start_timestamp=1708619580, end_timestamp=1708623540)
+visualize_ranging_pair_slider(B,C,"Pat","SB", events=events, start_timestamp=1708619580, end_timestamp=1708623540)
+```
\ No newline at end of file