Allstak is a system that helps you track errors in your applications and monitor servers so you can fix problems quickly before they affect your customers.
Monitor your website with a 99.9% uptime guarantee, ensuring stability and alerting you to any issues instantly.
Simulate thousands of users to evaluate how well your infrastructure can handle traffic without performance issues.
Detect code vulnerabilities and receive AI-driven recommendations to fix issues before they reach production.
Scan your network for open ports to detect potential security vulnerabilities and receive recommendations for securing them.
Provides ongoing monitoring of server performance to ensure that everything is running smoothly and efficiently.
Utilizes artificial intelligence to quickly diagnose and resolve server issues, reducing downtime and improving reliability.
Analyzes code to identify potential issues and optimize performance, helping developers maintain high-quality server applications.
Collects and evaluates error logs from applications to identify and resolve technical issues, while automatically filtering out sensitive data.
Gathers data on server response speed and resource usage to analyze and optimize performance.
Collects information on system configurations and versions to aid in diagnosing issues and improving service.
Implements encryption, regular security reviews, and strict data access controls to protect user data.
Monitors and logs application errors in real time to help identify and resolve issues quickly.
Provides different levels of API request limits based on subscription plans, allowing scalable usage.
Offers various data storage durations based on the user's subscription, giving flexibility in managing historical data.
Utilizes cookies to manage user sessions, ensuring continuous access without re-login by storing authentication tokens after login.
Enables testing of system performance under heavy load to identify bottlenecks and optimize resource use.
Provides tools for scanning systems for vulnerabilities and potential security threats.