MikeGPT CyberSecurity

# Actionable Guidance for Silverfort # Generated: 2026-01-23 20:51:46 # Step 1: Navigate to Silverfort Console → Policies → New Policy → Authentication Policy # Purpose: Create a mandatory MFA policy for the Fortinet infrastructure to act as a secondary gate. Even if the SSO portal is bypassed, the underlying directory authentication (LDAP/RADIUS) triggered by the appliance will force an MFA challenge. # Expected: A new policy configuration window opens. You must define the 'Source' as the Fortinet Gateway/IP and set the 'Action' to 'MFA' (or 'Block' for immediate containment). # Step 2: Navigate to Silverfort Console → Policies → Policy List → [Select Created Policy] → Enable # Purpose: Enforce the policy immediately to stop potential active exploitation. Ensure the policy is set to 'Active' rather than 'Monitor' mode to effectively block access attempts that do not pass the Silverfort MFA challenge. # Expected: The policy status changes to 'Active'. Any authentication request originating from the Fortinet device to Active Directory will now require the user to approve a push notification. # Step 3: Navigate to Silverfort Console → Logs → Authentications # Purpose: Investigate historical logs for the Fortinet source IP to identify any anomalous authentication patterns (e.g., service accounts logging in interactively or high-privilege user access) that occurred during the vulnerability window. # Expected: A list of authentication events filtered by the Fortinet source. Look for 'Allowed' statuses that lack an MFA flag prior to policy enforcement. # Verification Steps: # - Initiate a login attempt via the Fortinet VPN/Portal using a test account. # Expected: The user should successfully pass the initial Fortinet prompt (simulating the bypass or standard login), but immediately receive a Silverfort/MFA push notification on their mobile device before access is granted. # - Review the Silverfort Logs for the test user authentication. # Expected: The log entry for the test user should show the Source as the Fortinet device, the Policy applied as the new MFA policy, and the Result as 'Denied' (if MFA was ignored) or 'Allowed' (if MFA was approved).

rule Akira_Megazord_Indicators { meta: description = "Detects artifacts associated with Akira/Megazord ransomware campaigns targeting MCP servers" author = "Threat Rundown" date = "2026-01-23" reference = "https://securityboulevard.com/?p=2082173" severity = "medium" tlp = "white" strings: $s1 = "Megazord" ascii wide $s2 = "Akira" ascii wide $s3 = "DonPAPI" ascii wide $s4 = "LaZagne" ascii wide $s5 = "Mimikatz" ascii wide $ip1 = "66.165.243.39" ascii wide $ip2 = "54.37.204.180" ascii wide condition: (any of ($s*) and any of ($ip*)) or (3 of ($s*)) }

index=security sourcetype="firewall" OR sourcetype="iis" OR sourcetype="apache" src_ip IN ("66.165.243.39", "54.37.204.180", "13.107.42.12", "148.72.168.13", "141.95.84.40", "185.205.209.206", "16.1.0.106") | eval risk_score=case( src_ip=="66.165.243.39", 100, src_ip=="54.37.204.180", 100, 1==1, 75) | where risk_score >= 75 | table _time, src_ip, dest_ip, action, risk_score | sort -_time

$computers = "localhost", "WEB-SRV-01", "WEB-SRV-02" foreach ($computer in $computers) { if (Test-Connection -ComputerName $computer -Count 1 -Quiet) { Invoke-Command -ComputerName $computer -ScriptBlock { try { $phpVer = php -v if ($phpVer -match "PHP 8.1.[0-2]9") { Write-Warning "Potential CVE-2025-68645 Vulnerability on $env:COMPUTERNAME: $phpVer" } else { Write-Host "Checked $env:COMPUTERNAME - PHP version appears safe or not found." -ForegroundColor Green } } catch { Write-Host "PHP not found or error checking on $env:COMPUTERNAME" -ForegroundColor Gray } } } }