Lastwall’s Post

With predictions that scalable quantum computing could be a reality by 2028, delaying encryption upgrades could leave sensitive data at serious risk. Evan Schuman’s latest article on CSO Online underscores the urgency, highlighting the ML-KEM (Module-Lattice Key Encapsulation Mechanism) algorithm as a NIST-selected standard for quantum-safe encryption. LastWall’s Quantum Shield leverages ML-KEM to provide advanced protection, ensuring your organization is ready for the quantum future. Now is the time to secure your data—don’t wait to act. #Cybersecurity #QuantumComputing #MLKEM #QuantumShield #Encryption

Want to know more about Quantum-Safe Networks and how it will impact those in financial services? Check out this article by CNA. https://lnkd.in/g5EBfP9V #QKD #Quantum #cybersecurity #techie #networksecurity #Quantumcomputers #QuantumSafe #Quantumsafenetwork #NQSNPlus #NQSN #telco #newintech #techblog #technews

"The time for upgrades is now," writes Gina Scinta at Thales Trusted Cyber Technologies, who sums up the National Institute of Standards and Technology (NIST)'s quantum standards in her Federal News Network piece. "It’s time for agencies and industry alike to make a serious effort to transition to the new world of #postquantumcryptography. With NIST’s published standards, there are no more obstacles to putting plans in process for this migration. Quantum computing is farther along than we may realize, and the time is now to start safe guarding against the #cybersecurity threat posed by bad actors who will certainly use the quantum technology to their advantage." ISARA Corporation's CEO Atsushi Yamada echos this, "It's imperative that businesses and organizations embrace the upcoming shift to post-quantum cryptography. Now is the time to align strategies with the evolving standards to protect sensitive data and ensure long-term resilience against future risks." Read the article here: https://lnkd.in/gtw829-c? #quantumcomputing #PQC #cryptography #migration

The message couldn't be clearer and right from the top - the World Economic Forum. All cybersecurity professionals and boards need to start tuning in and taking action on the quantum safe transition from NOW... "NIST urges cybersecurity firms to adopt the encryption standards IMMEDIATELY, as quantum computing poses SIGNIFICANT CYBERSECURITY RISKS that could render current encryption tools obsolete. The rise of quantum computing has created a need for post-quantum cybersecurity mechanisms, particularly in industries like finance." https://lnkd.in/gQ8-VC3j

Notable post-quantum cryptography initiatives paving the way toward Q-Day The security community is working toward cryptographic encryption that can withstand post-quantum threats as quantum’s ability to break existing algorithms looms. Here are the latest developments. The point at which quantum computers will be capable of breaking existing cryptographic algorithms — known as “Q-Day” — is approaching. Some security experts believe Q-Day will occur within the next decade, potentially leaving all digital information vulnerable under current encryption protocols. While a decade may seem far away, post-quantum cryptography (PQC) is fast becoming a high priority for the security community, as it works to understand, build, and implement encryption that can withstand post-quantum threats and attacks of the future. Stay Connected to Sidharth Sharma, CPA, CISA, CISM, CFE, CDPSE for content related to Cyber Security. #CyberSecurity #JPMC #Technology #InfoSec #DataProtection #DataPrivacy #ThreatIntelligence #CyberThreats #NetworkSecurity #CyberDefense #SecurityAwareness #ITSecurity #SecuritySolutions #CyberResilience #DigitalSecurity #SecurityBestPractices #CyberRisk #SecurityOperations 

Quantum computing is making waves for more reasons than one. In this piece, Pat Brans explores how this technology could completely alter how we approach the future of cybersecurity. When run on a big enough quantum computer, algorithms that factor integers and solve discrete logarithm problems will be able to crack all the public key crypto systems we rely on today for privacy. This means that all businesses will need to integrate quantum computing into their business processes eventually if they want effective cybersecurity. #QuantumComputing #QuantumAlgorithms #Cybersecurity

In a giant leap towards quantum-safe technology, the National Institute of Standards and Technology (NIST) has just unveiled three long awaited encryption algorithms specifically built to be resilient to cyber attacks from quantum computers. While it’s fantastic to see the US stepping up its efforts on quantum-resistant encryption, for true “defense in depth”, as Charles Lim puts it, we'll need secure hardware and high-quality randomness sources like KETS’ quantum random number generators. So, in that respect, it’s also really encouraging to see JP Morgan Chase exploring the whole breadth of quantum-safe communications - including hardware like KETS. This kind of investment is essential as we look toward a quantum-safe environment that’s fully prepared for future security challenges. More about this here: https://buff.ly/3MoFMhe #QuantumSecurity #CyberSecurity #PostQuantumCryptography #QuantumComputing #QuantumCommunications

💡 U.S. Quantum Cryptography Standards Set for Release Soon: The United States is poised to make a significant leap in cybersecurity with the release of finalized post-quantum cryptography standards next week. These guidelines are expected to strengthen defenses against potential future threats posed by quantum computers. According to sources familiar with the matter, the standards, developed by the National Institute of Standards and Technology (NIST) are scheduled for release during the next weeks. NIST, the scientific standards bureau within the Commerce Department, has been leading the development of these standards. The guidelines are designed to ensure that current cryptographic systems can withstand the capabilities of future quantum computers, which could potentially exploit vulnerabilities that today's systems are unable to address. Today’s cryptographic systems rely on complex mathematical algorithms that traditional computers find difficult to solve. However, future quantum computers could process information based on quantum mechanics, allowing them to solve these complex problems much faster by handling a vast number of possibilities simultaneously. In cybersecurity terms, this could enable malicious actors to break encryption that is currently considered secure. One of the main concerns is the possibility of "record now, decrypt later" attacks. In such scenarios, an adversary might collect large volumes of encrypted data and store it, waiting for the development of a quantum computer capable of decrypting that data in the future. Once quantum devices become available, this previously secure information could be decrypted and used for theft or exploitation. To prevent these potential incidents, federal officials have been working diligently to develop standards that will help organizations migrate their systems to quantum-resistant encryption. Ahead of the release of these algorithms, NIST spent months gathering feedback on draft standards to ensure they provide the highest level of protection. Experts have emphasized that implementing quantum-ready cryptography is just the beginning of a much larger effort to secure digital networks in an uncertain quantum future. Although practical quantum computing tools are estimated to be 3 to 5 years away from workforce use, they will likely first become available through cloud-based environments, according to a top National Security Agency official in April. The release of these standards represents a critical step in strengthening U.S. cybersecurity, ensuring that the nation is prepared for the challenges posed by the advent of quantum computing. #Quantpaths #Quantum #Quantumtechnology #Cryptography #Cybersecurity #UnitedStates Taken from : https://lnkd.in/euiCeiyQ

As banks and their #GCCs think about cyber risks, Quantum computing is a key emerging risk. Our paper shows that quantum computing is not yet fully mainstream and is therefore currently unable to break security protocols. But preparation is key. Read the new whitepaper developed by quantum leaders from EY and JPMorgan Chase on how to stay ahead of this emerging threat. https://go.ey.com/3JkHZbI

“Objects in the mirror are closer than they appear” is the way to look at Quantum Computing. Cybersecurity risk managers should start identifying ( if not already) QC related threats and it’s management in their risk management approach. A good read about an important development in this area https://lnkd.in/gQpkaZpr