Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

As organizations increasingly depend on SaaS applications, IT teams struggle with visibility and governance. Shadow IT, unmanaged devices, and limited monitoring capabilities create blind spots, exposing enterprises to compliance violations, data exfiltration, and insider threats. Risks don’t come only from unsanctioned applications: even widely used SaaS platforms can become a security liability when not properly controlled.

SASE emerged to address the challenges of digital transformation, providing the means to connect and secure enterprise resources – sites, remote users, and cloud resources — through a single, global network and security stack. The next phase of SASE will extend both its capabilities (what it delivers) and its delivery model (how it operates). AI will play a pivotal role in automating and optimizing SASE, while the scope of SASE will extend beyond the WAN to include LAN and cloud security.

For years, cybersecurity has focused on prevention: blocking threats before they execute. Next-generation anti-malware (NGAM) and signature-based Anti-Malware engines (AM) stop known threats and zero-day attacks. However, as threats grow more sophisticated, organizations also require deep forensic insights to fully understand attack patterns and identify proactive prevention strategies beyond blocking malware, enabling them to strengthen their defenses more effectively.

Although wireless networks are convenient, allowing teams to stay connected - whether they’re in the office, moving between spaces, or working from home - they are inherently more exposed than wired connections as they broadcast your network to the physical world. But this convenience often leads to overlooked security gaps, especially if your Wi-Fi is not regularly reviewed or was set up using default settings. A few common issues can arise because of this, including.

Gartner predicted that by early this year, over 60% of organizations would be using zero trust as their starting point for security. And no wonder. Cloud migration, hybrid work, and persistent threats have turned security into a minefield, exposing the cracks in old castle and moat, perimeter-based security architectures. Zero Trust aligns with how and where we work today, shifting the perimeter to individual users, devices, and applications—wherever they are.

The cybersecurity landscape evolves rapidly. Threat actors develop sophisticated methods to breach defenses. Network Detection and Response (NDR) has emerged as a critical component in modern security solutions, identifying and mitigating threats traditional defenses miss.

Modern cloud architectures are increasingly distributed, with applications and services spanning multiple regions to improve availability, reduce latency, and support disaster recovery. Many of our customers rely on solutions like Virtual Private Cloud (VPC) peering, Network Address Translation (NAT) gateways, and AWS Transit Gateways to securely send telemetry to Datadog across regions. These methods work but can add complexity, increase costs, and create potential security risks.