Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

You deployed AWS WAF, completed the initial setup, and got visibility into your traffic. Then the operational reality sets in. Teams that find their way to this comparison typically share one of three experiences: If any of those match where you are, this guide will tell you what you need to know.

Most organizations share a common, uncomfortable secret: they can’t answer basic questions about what is actually exposed on their IP ranges. As companies grow, whether through decades of history, global data centers, or regional allocations, they lose visibility of their IP footprint. Traditional manual reconnaissance is a point-in-time sync, often leaving security teams blind to what’s actually running on their infrastructure.

Every organization has invested in endpoint detection, identity, and cloud security, yet breaches continue to occur. You’ve secured the individual points but lack the context of how those points connect; you haven't secured the paths attackers navigate. Security teams are running more tools than ever: EDR on every endpoint, MFA for every identity, CSPM on every cloud tenant, and SIEMs ingesting terabytes of logs.

Cato researchers have discovered a new indirect prompt injection exploit pattern workflow in BrowserOS (an open-source agentic AI browser). We named it “WebPromptTrap” because the prompt originates from untrusted web content and it traps users into approving an authorization step through a trusted-looking AI summary.

Sophos Firewall ranked the overall firewall solution in G2’s Spring 2026 reports Why organizations are choosing Sophos Firewall to reduce exposure and strengthen resilience When organizations evaluate security products, they want real‑world proof of reliability, protection, and ease of management.

If your encrypted traffic was captured today, would it still be private in ten years? That question changes the conversation. Leaders are used to asking, “Is it encrypted?” Now they are asking, “How long does it stay confidential?” That is where post quantum cryptography, or PQC, comes in. Its role is to strengthen the foundations of a secure connection by improving how trust is established before any data is exchanged. Today’s encryption still works.