Vulnerabilities
Does your ColdFusion server face critical code injection risk?
A critical code injection flaw in Adobe ColdFusion allows attackers to run arbitrary code without user interaction across multiple versions.
A critical code injection flaw in Adobe ColdFusion allows attackers to run arbitrary code without user interaction across multiple versions.
A critical vulnerability in ASP.NET Core allows unauthorized network tampering, requiring immediate updates for versions 8 through 11 across all operating systems.
Prototype pollution alters application logic at runtime, causing crashes or privilege escalation that standard vulnerability scanning often misses entirely.
HTTP headers enforce browser behavior rather than server security, meaning many misconfigurations fail silently while attackers exploit the underlying protocol gaps.
Insecure direct object references expose data because servers trust client inputs without verifying ownership, turning public IDs into private keys.
Scanning finds known flaws automatically, while penetration testing simulates human attackers to exploit chains of weaknesses that tools miss.
Command injection executes code on the server, while XSS runs scripts in the browser, creating two distinct attack paths with different remediation strategies.
Silent certificate mismatches and stale firmware versions often hide in VPN gateways long before performance drops or users report access failures.
Researchers showed that attackers could hijack npm packages by claiming abandoned GitHub repository names, exposing over 1,500 packages to unauthorized updates.
A critical vulnerability in IBM i HTTP Server Administration allows authenticated attackers to run arbitrary code on affected systems.
A logic flaw in HAProxy Data Plane API allows unauthenticated access when mutual TLS is enabled, bypassing credentials on other listeners.
IBM Db2 Mirror for i faces a critical privilege escalation flaw that lets authenticated attackers bypass checks and run code.
A critical flaw in Agnaistic Agnai through version 1.0.555 exposes fixed admin passwords and JWT secrets, allowing unauthenticated attackers to seize full control of server configurations.
A critical PHP object injection flaw in the Tipsy WordPress theme allows attackers to execute code without logging in, affecting versions up to 1.6.
A critical deserialization flaw in ThemeREX Dwell versions through 1.16.0 allows attackers to inject objects via untrusted data.
Most deployment failures stem from configuration drift rather than code bugs, meaning your test environment must mirror production settings exactly.
When vendor support ends, your system becomes a permanent target, requiring isolation rather than just patching to survive.
Default software configurations prioritize ease of use over security, leaving hidden attack surfaces that standard patching never addresses.
Server-side request forgery exploits the application’s trusted network position to access internal resources that firewalls normally shield from external users.
Security bulletins are not patches themselves, but the structured alerts that tell you which code flaws exist and how to mitigate them before attackers exploit the gap.
Attackers exploit the order in which Windows searches for files, allowing them to run malicious code simply by placing a file in the wrong folder.
An SBOM reveals hidden supply chain risks by listing every component your software depends on, exposing threats you cannot see in your own code.
Most security breaches occur because organizations are unaware of the specific assets that exist on their network, making inventory the primary control for risk reduction.
Tracking every exposed asset reveals hidden risks but creates noise that slows response times without proper filtering and context.