MikeGPT CyberSecurity

# Actionable Guidance for Wiz # Generated: 2026-03-20 11:01:05 # Step 1: Navigate to Wiz Console → Settings → Sensor Management → Runtime Sensors # Purpose: Deploy and configure Wiz Runtime Sensors (eBPF) to enable proactive cloud runtime security and real-time behavioral monitoring # Expected: Runtime sensors are successfully provisioned on critical Kubernetes clusters and VMs, enabling real-time threat detection and process-level visibility # Step 2: Navigate to Wiz Console → Explorer → Security Graph # Purpose: Leverage exposure command to identify toxic combinations (e.g., query for: Virtual Machine -> has -> Vulnerability [Severity=Critical] -> and -> Network Exposure [is Public]) # Expected: Generation of a visual attack path map highlighting critical cloud application exposures that require immediate remediation # Step 3: Navigate to Wiz Console → Issues → Threat Center # Purpose: Review and triage active runtime alerts and detected cloud application threats # Expected: A prioritized queue of runtime security events and application threats, correlated with cloud context (IAM, network, vulnerabilities) for rapid response # Verification Steps: # - Review the 'Health' status of deployed Runtime Sensors in the Sensor Management dashboard and verify runtime events are appearing in the Threat Center # Expected: Sensors display a 'Healthy' status and real-time process/network telemetry is successfully being ingested, analyzed, and correlated to workloads # - Re-evaluate the critical attack paths identified in the Security Graph after applying workload patches or network configuration changes # Expected: The specific toxic combinations and attack paths are automatically resolved and removed from the active Issues list

rule ExploitKit_Coruna_DarkSword_iOS { meta: description = "Detects artifacts related to Coruna and DarkSword exploit kits targeting iOS" author = "Threat Rundown" date = "2026-03-20" reference = "https://thehackernews.com/2026/03/apple-warns-older-iphones-vulnerable-to.html" severity = "high" tlp = "white" strings: $s1 = "Coruna" ascii wide $s2 = "DarkSword" ascii wide $s3 = "Malware" ascii wide $s4 = "User" ascii wide $h1 = { 43 6F 72 75 6E 61 5F 4B 69 74 } // Coruna_Kit condition: any of ($s*) or $h1 }

index=proxy sourcetype="pan:threat" OR sourcetype="zscaler:web" url="*Coruna*" OR url="*DarkSword*" OR http_user_agent="*DarkSword*" OR http_user_agent="*Coruna*" | eval risk_score=case( action=="allowed", 100, action=="blocked", 50, 1==1, 25) | where risk_score >= 50 | table _time, src_ip, dest_ip, url, http_user_agent, action, risk_score | sort -_time

# Check for potentially vulnerable UniFi Network Application installations $computers = "localhost", "SERVER01", "UNIFI-CTRL" foreach ($computer in $computers) { if (Test-Connection -ComputerName $computer -Count 1 -Quiet) { Write-Host "Checking $computer for UniFi Network Application..." $unifiPath = Invoke-Command -ComputerName $computer -ScriptBlock { Test-Path "C:\Users\*\Ubiquiti UniFi\*" } -ErrorAction SilentlyContinue if ($unifiPath) { Write-Host "[!] WARNING: UniFi Network Application detected on $computer. Verify emergency patch is applied." -ForegroundColor Red } else { Write-Host "[+] No UniFi installation found on $computer." -ForegroundColor Green } } }