Kirby Joseph Michael Hengel, 27, from St. Cloud, Minnesota - shot on 29 September 2020
Victim Info
- Kirby Joseph Michael Hengel
- Unknown
- 27
- Male
Details
Additional Evidence
- Kirby Joseph Michael Hengel
- 2020-09-29
- shot
- gun
- 27
- M
- St. Cloud
- MN
- False
- attack
- Car
- False
Source
Source ID: 6201 - Washington Post
Cross References
This report has possible entries from multiple sources
- Killed By Police -Kirby Joseph Michael Hengel, 27, from Minnesota on 29 September 2020
- Fatal Encounters -Kirby Joseph Michael Hengel, 27, from St. Cloud, Minnesota, on 29 September 2020
- Mapping Police Violence -Kirby Joseph Michael Hengel, 27, from St. Cloud, Minnesota, on 29 September 2020
BEACON Data
Mainchain details
The BEACON hash was timestamped at and successfully submitted to Mainchain. The BEACON Timestamp ID is 67659. Submitted in Mainchain Tx 8676B8731368094570B8A5312415499B07242295ACC0F591506DFB7DED4F4DDF, at block height 145813
Transaction details
Tx 8676B8731368094570B8A5312415499B07242295ACC0F591506DFB7DED4F4DDF
Sent from: und1hf4jjflctvxcfxh5mc47yqvugwcugm9xzevszk
Public Key Type: /cosmos.crypto.secp256k1.PubKey
Public Key: A675rrH9WWpxIibCwaEs18WyVdsrByOXRqVay8/b8hGh
Signature: ibFuuGZeh8wrivu2U11wB3zqCGoZph3v54bP+/7Yk/hcVK/FivnN2kzcQ7Ke0cVvFMJY/+ehHxYXAb8PC918yw==
Raw Tx data:
Hash Comparison
Hash stored in database: fa3bd5a9c161931fde1818ce81a6edac0bd6e4f00c572a15f931afa9625f50d6
Hash from Mainchain Tx: fa3bd5a9c161931fde1818ce81a6edac0bd6e4f00c572a15f931afa9625f50d6
Dynamically generated hash: fa3bd5a9c161931fde1818ce81a6edac0bd6e4f00c572a15f931afa9625f50d6
Hashes Match?How is the comparison calculated?
The hash stored in the database is used as the identifier for this report, and can be seen in the URL. The hash from the Mainchain Tx is the hash sent to and stored on Mainchain. Finally, the "generated hash" is generated each time this page is loaded, using the same data used for the hash submitted to Mainchain.
Raw data used to generate the hash, using the Node.js crypto.createHash('sha256') algorithm: