PH Deck

Enterprises rely on traditional encryption methods vulnerable to quantum computing attacks, leading to data security risks and non-compliance with future quantum-resistant standards.

Users lack an easy and immediate way to assess the security of websites they visit, leading to potential exposure to security risks and threats. lack an easy and immediate way to assess the security

Users manually search for SaaS tool reviews across multiple sources, facing time-consuming research and unreliable or fragmented information.

Users manually track income/expenses via spreadsheets or basic tools, leading to time-consuming data entry, error-prone calculations, and difficulty visualizing financial trends.

Users struggle with traditional app development processes that involve time-consuming coding, multiple iterations, and deployment challenges.

Users face challenges in discovering and managing installable web apps efficiently in a market dominated by native applications.

App developers, marketers, and researchers struggle to track downloads, revenues, and key statistics for apps in the App Store, which is vital for market analysis and competitor benchmarking.

The current situation is that users manually conduct security checks for web application vulnerabilities, which is often time-consuming and inefficient. The drawbacks of the old situation are that it's easy to miss potential security threats due to human error and lack of comprehensive scanning tools, leading to potentially vulnerable web applications.

Security teams rely on manual processes like spreadsheets or paper logs for guard scheduling, activity tracking, and incident reporting, leading to inefficiency, coordination gaps, and human errors.

Users often struggle to validate the effectiveness of their security controls like firewalls, SIEMs, and EDRs through manual testing processes.

Manual testing processes can be time-consuming, tedious, and may not provide comprehensive insights into the readiness of defenses against cyber threats.