Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

A DDoS attack costs businesses an average of $6,130 per minute. Beyond service disruption, these attacks often create operational pressure that exposes login systems, APIs, and payment workflows to additional threats such as credential stuffing and account takeover attempts while security teams work to restore availability.

SMBs absorbed approximately 894 million attacks in 2025, a 71% year-over-year increase — and DDoS drove 85% of that volume, nearly three times the enterprise rate. API DDoS on SMB platforms surged 1,122% in a single year, according to the Indusface State of Application Security 2026 report. With most SMB security operations run by teams of fewer than five people managing both infrastructure and security simultaneously, cybercriminals increasingly view smaller businesses as soft targets.

Globally, schools and universities now face over 4,300 cyberattacks per week on average, marking a 40% year-over-year increase and making the education sector a prime target for disruptive DDoS attacks. Most educational institutions operate with lean IT teams responsible for infrastructure, user support, and security. This resource constraint makes it difficult to withstand prolonged or application-layer DDoS attacks that can quickly disrupt learning platforms and administrative systems.

A critical vulnerability in Ollama allows unauthenticated attackers to extract the entire process memory of exposed servers using just three API calls. Tracked as CVE-2026-7482 and nicknamed Bleeding Llama, the vulnerability puts roughly 300,000 internet-facing servers at risk. Ollama is the most widely used open-source platform for running large language models locally, with over 170,000 GitHub stars and 100 million Docker Hub downloads.

According to the State of Application Security report 2025 Report, DDoS attacks targeting retail and e-commerce increased by 420%, API attacks rose by 104%, and API vulnerability exploitation grew 13-fold. For modern e-commerce, which relies heavily on APIs for mobile apps, third-party logistics, payment gateways, and inventory management, this is a critical vulnerability.

According to the State of Application Security 2026, insurance platforms saw a 115% increase in attacks per website. DDoS attacks per site rose by 143%, targeting critical periods like claim processing and policy renewals. In an industry built on trust, availability is a business promise. Even brief downtime disrupts revenue and compliance, making always-on DDoS protection a core requirement for insurance resilience.

A high-severity double-free vulnerability in Apache HTTP Server 2.4.66 allows low-privileged attackers to remotely crash vulnerable servers through a crafted HTTP/2 request sequence, with a demonstrated path to remote code execution on common Linux deployments. Tracked as CVE-2026-23918, the vulnerability exists in Apache’s mod_http2 module and affects deployments using multi-threaded MPMs such as worker and event.

A critical vulnerability in LiteLLM is turning AI infrastructure into an open vault; no login required. Tracked as CVE-2026-42208, this vulnerability allows attackers to extract API keys, cloud credentials, and provider authentication tokens without any credentials or prior access to the system. The root cause is fundamental lapse in input handling. LiteLLM’s API key validation blindly injects the Bearer token from the Authorization header into a SQL query without sanitization.

Over 1,300 Microsoft SharePoint servers exposed online remain unpatched against a spoofing vulnerability that was exploited as a zero-day. The vulnerability in question, CVE-2026-32201, is a spoofing vulnerability rooted in improper input validation that requires no login, no user interaction, and no special conditions to exploit. The vulnerability allows unauthenticated attackers to influence how content is rendered, making attacker-controlled data appear as legitimate output.

Apache ActiveMQ Classic, widely used as a messaging backbone in enterprise environments, carries a high-severity vulnerability tracked as CVE-2026-34197. What makes this particularly alarming is its roots. The underlying behavior enabling this vulnerability has existed for nearly 13 years, silently present across countless enterprise deployments.