AI-powered Quality Process Automation (QPA) from Scope Technologies now incorporates a comprehensive Risk Management Framework (RMF) for streamlined and secure business operations.

AI-powered Quality Process Automation (QPA) from Scope Technologies now incorporates a comprehensive Risk Management Framework (RMF) for streamlined and secure business operations.

In a groundbreaking development, Scope Technologies has announced the enhancement of its Quantum Preparedness Assessment (QPA) product. This advanced solution is now fully integrated with an industry-standard Risk Management Framework (RMF), offering businesses across various sectors a comprehensive approach to tackling quantum security threats.

The AI-driven QPA empowers organizations to assess, strategize, and prepare for quantum security risks with unparalleled accuracy and speed. Traditional encryption methods are increasingly vulnerable to "Harvest Now, Decrypt Later" (HNDL) attacks and other quantum-era security threats. The QPA addresses these concerns by using AI-powered automation to analyse and prepare for such threats, including emerging quantum malware and attacks enabled by quantum algorithms like Shor's and Grover's algorithms.

The enhanced QPA is a key component of Scope Technologies' Quantum Security Entropy (QSE) platform. This platform combines decentralized encrypted cloud storage with true quantum entropy generation. The QPA, delivered through a user-friendly interface, offers features such as round-trip encryption, zero-trust architecture, HIPAA-aligned compliance, and no metadata retention, specifically designed to counter HNDL risks posed by quantum computing advancements.

The QPA equips organisations with detailed assessments of their vulnerability to post-quantum cryptographic threats, enabling proactive defence strategies. It raises awareness of new attack vectors enabled by quantum computing, such as quantum-enhanced session hijacking, password cracking, AI poisoning, and exploitation of smart contracts. By integrating with a risk management framework, the QPA helps businesses identify, prioritise, and mitigate quantum-era cyber risks effectively.

Through the underlying QSE platform, the QPA provides quantum-resistant encryption and secure communication tools, reducing the risk of future decryption by adversaries using quantum computers. Google's Willow chip has demonstrated unprecedented computational capabilities, solving complex problems at speeds previously thought impossible. In response, Scope Technologies' CTO, Sean Prescott, emphasises the need for businesses to act now to evaluate and strengthen their security infrastructure in response to the growing quantum threats.

The AI-powered QPA offers a streamlined questionnaire system and is available immediately for businesses across various industries, including financial services, healthcare, government agencies, and enterprises handling sensitive data. For more information about the AI-powered Quantum Preparedness Assessment, visit www.qse.group or contact [email protected].

In summary, Scope Technologies' AI-enhanced Quantum Preparedness Assessment is a sophisticated tool combining AI-driven risk analysis with quantum-resilient encryption technology to future-proof businesses against the imminent quantum cybersecurity landscape. The QPA provides businesses with actionable insights to safeguard their critical data and infrastructure without a large investment.

The AI-driven Quantum Preparedness Assessment (QPA) is now integrated with the industry-standard Risk Management Framework (RMF), offering businesses a comprehensive approach that combines cybersecurity, technology, and artificial-intelligence to tackle quantum security threats effectively. Furthermore, the QPA, a key component of Scope Technologies' Quantum Security Entropy (QSE) platform, equips organizations with detailed assessments and proactive defense strategies against post-quantum cryptographic threats, particularly addressing concerns from emerging quantum malware and attacks enabled by quantum algorithms like Shor's and Grover's algorithms.

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