Last week, Alan reminded us that AI can process information faster than any analyst ever could, and he’s right.
 
AI can summarize logs.
AI can prioritize alerts.
AI can even explain what a vulnerability does.
 
But there’s one thing it can’t do on its own. It can’t decide which question should be asked next. The quality of AI’s answers will always depend on the quality of our questions and the recent headlines are a good reminder.
 
Attackers continue finding creative ways to abuse trusted software, exploit overlooked vulnerabilities, and compromise organizations through techniques that aren’t always technically complex. The technology changes quickly, but one thing stays remarkably consistent:
 
Someone noticed something.
Someone asked another question.
Someone dug a little deeper.
 
That’s where real security happens.
 
AI is an incredible accelerator, but it shouldn’t become an autopilot. Instead of asking AI to replace our thinking, we should be asking how it can help us think better. The analysts, engineers, and defenders who get the most value from AI won’t necessarily be the ones using the newest tools. They’ll be the ones asking better questions.
 
Curiosity scales.
Assumptions don’t. 

 

🔒 Security Tip of the Week:

The next time AI gives you an answer, don’t stop there. Ask one follow-up question. “What am I missing?” “What assumptions are being made?” “What would change this recommendation?” Sometimes the second question is where the real value begins. 

    📌 This Week’s Outlook in a Shareable Statement:

    AI isn’t replacing cybersecurity professionals. It’s amplifying the ones who stay curious. Technology can process data. People provide context, judgment, and the willingness to ask one more question.
     
    That’s where better security starts.
     
    — Tiffany Carberry
    Information Security Consultant, Pinpoint Security 

     

    📰 Weekly News Roundup:

    Here is the most recent Cybersecurity news for the past week:
     
    🔑 LastPass Confirms Data Breach in Klue Supply Chain Attack
    LastPass announced that hackers accessed customer data within its Salesforce environment after compromising OAuth tokens held by Klue, a third-party market intelligence platform. While primary product infrastructure and customer vault data remain fully secure, the breach exposed customer metadata, including names, phone numbers, and email addresses.
     
    🛑 Massive ‘FortiBleed’ Operation Exposes 75,000 Fortinet VPN CredentialsSecurity researchers uncovered a massive, industrial-scale initial-access campaign dubbed “FortiBleed” that exposed verified plaintext administrative and SSL VPN credentials for nearly 75,000 internet-facing Fortinet FortiGate appliances worldwide. The attackers used automated infrastructure to aggregate data from previous breaches, infostealer logs, and brute-force attempts to achieve deep perimeter penetration across multiple global enterprise sectors.
     
    🪟 Microsoft Acknowledges ‘RoguePlanet’ Windows Defender Zero-Day
    Microsoft officially acknowledged a publicly disclosed local privilege escalation zero-day vulnerability tracked as CVE-2026-50656. Leaked by security researcher Nightmare Eclipse under the moniker “RoguePlanet,” the flaw leverages a race condition within Microsoft Defender on fully patched Windows 10 and 11 endpoints, allowing local threat actors to successfully spawn command prompts with full SYSTEM-level privileges.
     
    📷 Kodak Investigates Data Breach Following ShinyHunters Extortion ThreatThe Eastman Kodak Company confirmed it is investigating a cybersecurity incident after the ShinyHunters extortion syndicate listed the firm on its dark web leak site. The threat actors claim to have exfiltrated over 2.2 million corporate records and customer personally identifiable information (PII). Kodak has stated that the incident was limited in scope, successfully contained, and presents no current threat to operational environments.
     
    💬 WhatsApp Phishing Campaign Spreads Remote Management TrojansMalicious actors are actively targeting WhatsApp Web and Desktop users with a global phishing campaign designed to compromise corporate PCs. Attackers utilize deceptive direct messages hiding malicious VBScript strings inside fake corporate documents; when executed, the scripts quietly deploy legitimate Remote Monitoring and Management (RMM) clients to achieve persistent backdoor control over targeted systems.