Secure Your Data with True Random Entropy and Advanced Cryptography for the Post-Quantum Era.
It is crucial to start preparing for post-quantum cryptography now. Public key encryption protocols, which safeguard sensitive data, applications, and transactions, will become vulnerable to quantum computers in the near future.
Post-Quantum Threat
At ITenIT, our advanced solution uses the latest post-quantum cryptography techniques from the US. Utilizing dependable hardware root-of-trust and top-notch true random entropy, we safeguard data against the rising risk of quantum computing. Our seamless protection is fully in line with NIST standards, ensuring a secure outlook for encryption.
Random Number Generation
ITenIT is changing the game in encryption by replacing unreliable pseudo-random seeds with a true random number generator distributed through a secure, cloaked network – delivering quantum-safe protection that strengthens standard encryption and guards your data against advanced cyber threats.
ITenIT’s Approach
ITenIT provides expert guidance on implementing secure, adaptable, and compliant solutions that support on-premises, hybrid, and cloud environments—featuring hardware roots of trust, securely hosted HSMs isolated from cloud services, true random entropy for standards compliance, and fault-tolerant cluster technology to ensure redundancy and protection.
Stay ahead of the curve with ITenIT’s post-quantum cryptography solutions powered by EntropiQ. Our expertise and advanced technology provide unparalleled security for your business.
Today, the security of encryption faces ongoing risks from both pre-quantum vulnerabilities and post-quantum threats. The rapid growth of high-performance computing and cloud technology has rendered pseudorandom methods inadequate for safeguarding sensitive data and intellectual property. However, ITenIT offers a solution to these challenges through the use of true random entropy and proven technologies that effectively secure communication and data without compromising performance.
Secure Intellectual Property – Protect important designs, research, and strategic data from falling into the hands of adversaries.
Adhere to Stringent Regulations and Guidelines – Exhibit proactive and robust encryption tactics in order to comply with regulatory requirements.
Ensure the Future and Longevity of Your Company – Maintain the strength of your encryption in light of advances in quantum computing.
Achieve Peace of Mind – Direct your efforts towards your purpose and growth, assured that your information is safeguarded from developing risks.
ITenIT offers a seamless, strengthened encryption solution that prepares you for the quantum era without disrupting your current operations.
Quantum computing has moved beyond the realm of theory; it now poses a real threat to the encryption you depend on.
Cybercriminals are actively preparing for the rise of quantum technology by collecting data with the goal of deciphering it later. Your current encryption methods could potentially compromise your security. In order to safeguard your business from the post-quantum threat, it is crucial to take necessary precautions now.
Rethinking Cryptography: The Post-Quantum Threat
The effectiveness of today’s cryptography heavily relies on pseudo-random number generation (PRNG), serving as the foundation for all cryptographic systems. Though PRNG and similar methods have been dependable for many years, the rise of modern supercomputers and cloud technologies has uncovered their vulnerabilities, rendering encryption as effective as a decaying old lock and leaving sensitive data vulnerable.
The most advanced post-quantum cryptography solution currently on the market.
ITenIT’s post-quantum cryptography solution offers a seamless and unobtrusive option, utilizing the most economical hardware root-of-trust available in the market.
An authentic American-made solution offers entropy over a cloaked post-quantum connection.
ITenIT’s turnkey solution ensures the safe delivery of both entropy and key material through state-of-the-art post-quantum capabilities.
Thoroughly vetted, securely safeguarded, and fully compliant.
ITenIT utilizes NIST post-quantum cryptographic techniques to produce secure public-private key pairs that defend against the potential risks posed by quantum computing.
An established hardware root-of-trust can effectively safeguard against theft of both keys and data.
The presence of a reliable hardware root-of-trust is essential in order to prevent unauthorized searches.
Offers the best quality of genuine random entropy currently attainable in the market.
With regards to performance, ITenIT offers top-notch commercially available entropy.
Random Number Generation Revolutionizing Encryption: Achieving Quantum Safety Instead of Vulnerability
Encryption in today’s landscape is dependent on insufficient pseudo-random seeds, making data susceptible to collection and deciphering by advanced adversaries. Our quantum-safe system at ITenIT utilizes genuine random numbers transmitted through a disguised network, adding post-quantum security measures to standard encryption for enhanced data protection against potential dangers.
Entropy Security: What Not to Do
It is common for organizations to make significant errors when dealing with entropy vulnerabilities, leaving their systems vulnerable to advanced threats. These mistakes typically include:
- Dependence on entropy suppliers that are foreign-owned and utilize untrustworthy components.
- Not taking advantage of a true hardware root of trust.
- Failing to acknowledge or properly gauge the dangers and their possible consequences.
- Spending valuable time and resources on research instead of taking immediate action.
- Opting for inadequate tools that do not effectively tackle cryptographic obstacles.
Preventing Mistakes in Post-Quantum Encryption
Failing to appropriately assess the importance of post-quantum encryption risks may result in organizations being vulnerable to significant vulnerabilities, such as:
- Given the premise that Quantum technology is still in its early stages, it may be tempting to delay taking action.
- Assuming we are not a target while data is being harvested at present.
- Developing crypto portfolios that reveal weaknesses.
- Undervaluing the effect of post-quantum encryption on performance.
- Disregarding NIST recommendations, putting compliance at risk.
Projected Quantum Delivery Dates are Still Advancing
Per Gartner and other industry experts, Quantum computing delivery is still progressing. Their prediction is that current encryption will become insecure by 2029, an earlier estimate compared to the previous 2035. In 2024, the National Institute of Standards and Technology (NIST) finalized post-quantum cryptography standards. It may take between five and 15 years for the industry to completely adopt these standards. It is imperative not to postpone implementation of the new NIST standards.
ITenIT’s Guidance for Securing Your Post-Quantum Future
To achieve reliable post-quantum encryption, a comprehensive solution is necessary that guarantees security, adaptability, and adherence to regulations. ITenIT offers expert direction to prevent any weaknesses and enhance safeguarding measures.
- Select a solution that caters to on-premises, hybrid, and cloud environments.
- Demand a hardware root of trust for heightened protection and effortless deployment.
- Implement securely hosted HSMs in a separate location from cloud services to prevent unauthorized access.
- Utilize authentic random entropy for compliance with Standards and to enhance post-quantum security measures.
- Employ fault tolerant cluster technology instead of relying on a single source of entropy for redundancy.
ITenIT’s Approach
To achieve reliable post-quantum encryption, a comprehensive solution is necessary that guarantees security, adaptability, and adherence to regulations. ITenIT offers expert direction to prevent any weaknesses and enhance safeguarding measures.
- Select a solution that caters to on-premises, hybrid, and cloud environments.
- Demand a hardware root of trust for heightened protection and effortless deployment.
- Implement securely hosted HSMs in a separate location from cloud services to prevent unauthorized access.
- Utilize authentic random entropy for compliance with Standards and to enhance post-quantum security measures.
- Employ fault tolerant cluster technology instead of relying on a single source of entropy for redundancy.
Significant Aspects that Set ITenIT Apart
Quantum-Ready Platform – Secure an instant advantage in the race for quantum algorithm dominance.
Streamlined Implementation – No specialized knowledge in quantum or cryptography necessary.
Effortless Incorporation – Effortless application with minimal disruption to operations.
Affordable – Save money and time by bypassing costly market surveys and product comparisons.
Unsurpassed Security Measures – Unites cutting-edge technology with security measures utilized by the intelligence community.
Proven Success – Outcome-oriented solution with a definitive, quantifiable return on investment.
Swift Action – Don’t get stuck in never-ending study phases. Begin enhancing security immediately.
Framework Designed for Adaptability – Adapts constantly to tackle new quantum risks.
Instant Results
All-Inclusive Risk Management – Efficiently detect and resolve vulnerabilities throughout all systems.
Improved Cryptographic Resilience – Enhance current crypto services to combat new threats.
Accelerated Compliance – Obtain favorable audit outcomes and managerial updates within a matter of weeks, not months.
Enhanced Randomness Performance – Enhance overall entropy within the organization for increased security.
Measurable Progress – Provide clear metrics and analyses showcasing consistent improvements of security measures.
Quick Return on Investment – Provide immediate security improvements and compliance benefits in a matter of days or weeks.
Ensuring Long-Term Security Measures – Create a flexible solution that can easily adapt to changing threats and regulations.