New country signIn with correct password

Requête originale, sans modification.

// Creating a list of successful sign-in by users in the last 7 days.
let KnownUserCountry = (
SigninLogs
| where TimeGenerated between (ago(7d) .. ago(1d) ) 
| where ResultType == 0
| summarize KnownCountry = make_set(Location,1048576) by UserPrincipalName
);
// Identify sign-ins that are no successful but have the auth details indicating a correct password.
SigninLogs
| where TimeGenerated >= ago(1d)
| where ResultType != 0
| extend ParseAuth = parse_json(AuthenticationDetails)
| extend AuthMethod = tostring(ParseAuth.[0].authenticationMethod),
    PasswordResult = tostring(ParseAuth.[0].authenticationStepResultDetail),
    AuthSucceeded = tostring(ParseAuth.[0].succeeded)
| where PasswordResult == "Correct Password" or AuthSucceeded == "true"
| where AuthMethod == "Password"
| extend failureReason = tostring(Status.failureReason)
| summarize NewCountry = make_set(Location,1048576), LastObservedTime = max(TimeGenerated), AppName = make_set(AppDisplayName,1048576) by UserPrincipalName, PasswordResult, AuthSucceeded, failureReason
// Combining both tables by user
| join kind=inner KnownUserCountry on UserPrincipalName
// Compare both arrays and identify if the country has been observed in the past.
| extend CountryDiff = set_difference(NewCountry,KnownCountry)
| extend CountryDiffCount = array_length(CountryDiff)
// Count the new column to only alert if there is a difference between both arrays
| where CountryDiffCount != 0
| extend NewCountryEvent = CountryDiff
// Getting UserName and Domain
| extend Name = split(UserPrincipalName,"@",0),
    Domain = split(UserPrincipalName,"@",1)
| mv-expand Name,Domain