If you are looking for some entertainment, read the City Attorney's attempt to explain the data that was being collected:
https://timesofsandiego.com/wp-content/uploads/2020/01/stree...
https://timesofsandiego.com/wp-content/uploads/2020/01/stree...
09 00 ba 8a b6 f7 42 c8 8f d0 aa 8e bf f5 99 b6 5a f2 42 26
Oc 92 25 4a 14 2f 6d fc ee e7 c3 f3 e7 19 82 a0 14 6f dc 7b
Oc b8 0e 11 e7 5d c5 0d a0 19 bb 97 32 79 13 11 d2 af 8e fc
Oc ee 29 af c6 8d 3c 59 9f 73 23 ab f6 58 22 ae aa fd 30 c5
0e f5 fO d1 1f 31 00 ec 6d e6 7d 53 a9 36 2a 8d Of 46 8e 48
10 76 20 ee ac 87 af 7b 2a ec 85 f8 b9 88 43 60 78 6S a6 ea
13 b8 b8 93 d8 62 25 c2 d2 f4 c7 e4 7a ad 2d lb a6 00 b7 36
1f ca 1c 43 cf 5f c3 5b 7d 3f da 2a 41 6f 6b fb 05 ed ff cc
Putting it into hex to ascii converters doesn't yield anything useful.Putting it into a frequency analysis tool [0] doesn't give any special patterns either. 8 bytes are present 3 times, 25 bytes 2 times, and 86 bytes 1 time (total 160 bytes). I inputted a 160 long sequence from hexdumping urandom and I got 5 bytes present 3 times, 27 bytes 2 times, 91 bytes 1 time. Not a statistician but it seems pretty close.
Also yea - it's probably not going to text decode trivially since there are random null bits in the middle. My guess is that it's some random data from an image off the camera - but it could also be a snippet of environmental information.