Government agencies are reaching for automated #cryptography and discovery tools to help them identify all cryptographic assets and secure their sensitive data. #Nextgov's latest article explores how these tools are driving the next phase of post-#quantum security. Read the full article: https://lnkd.in/eZaDiWX9 Solutions like InfoSec Global Federal’s #AgileSec help agencies do exactly that. See it in action—learn more at http://isgfederal.com/ Nagy Moustafa, Philip George, Troy Stark #CryptographicPostureManagement #ACDI #ISG #CryptographicInventory
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Asset discovery for post-quantum cryptography assessments can be daunting without the right solution and approach. Merlin Cyber can guide the way for much smoother, faster, and secure operations for federal clients in a post-quantum world. #PQC #Energy #Cybersecurity #Merlin #criticalinfrastructure
Government agencies are reaching for automated #cryptography and discovery tools to help them identify all cryptographic assets and secure their sensitive data. #Nextgov's latest article explores how these tools are driving the next phase of post-#quantum security. Read the full article: https://lnkd.in/eZaDiWX9 Solutions like InfoSec Global Federal’s #AgileSec help agencies do exactly that. See it in action—learn more at http://isgfederal.com/ Nagy Moustafa, Philip George, Troy Stark #CryptographicPostureManagement #ACDI #ISG #CryptographicInventory
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some good background on Post Quantum Security and evolving requirements.
Government agencies are reaching for automated #cryptography and discovery tools to help them identify all cryptographic assets and secure their sensitive data. #Nextgov's latest article explores how these tools are driving the next phase of post-#quantum security. Read the full article: https://lnkd.in/eZaDiWX9 Solutions like InfoSec Global Federal’s #AgileSec help agencies do exactly that. See it in action—learn more at http://isgfederal.com/ Nagy Moustafa, Philip George, Troy Stark #CryptographicPostureManagement #ACDI #ISG #CryptographicInventory
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Experience fundamentally stronger security with Planck’s decentralized key management. It’s fully automated, requires no technical expertise, and gives you full control over identity trust, enhancing communication security significantly
Planck provides fundamentally stronger security. Keep reading, or just visit our product and pricing page to learn more: https://lnkd.in/eNy_m69w Traditional cryptography architectures rely on certificate authorities. They come with non-standardized, black-box processes and are often compromised or unavailable. By leveraging Planck's decentralized key management, you can avoid single points of failure and significantly enhance the security of your communications. Our Key Management is fully automated and runs continuously in the background, requiring no manual work or technical expertise to send and receive secure emails. While we manage the complexity for you, you retain full control over identity trust. You can easily add or remove people from your list of trusted identities. In the event of a suspected breach, our plug-in immediately revokes identity trust and contains the risk. #plancksecurity #serverbreach #cryptography #keymanagement #CISO
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Birthday attacks exploit the probability of hash collisions to break cryptographic security. SHA-1 was officially broken using a birthday attack in 2017, leading to the deprecation of the algorithm. How it Happens: ⚠️ Finds two inputs with the same hash value (collision). ⚠️ Exploits this to forge signatures or tamper with data. ⚠️ Primarily used to attack hash-based cryptography. How to Protect: ✅ Use stronger hash functions (e.g., SHA-256). ✅ Regularly update cryptographic protocols. ✅ Implement multi-factor authentication. ✅ Rotate encryption keys regularly. ✅ Use longer hash keys to reduce collision chances. #ProvisionTech #BeCyberSmart #CybersecurityAwarenessMonth
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Birthday attacks exploit the probability of hash collisions to break cryptographic security. SHA-1 was officially broken using a birthday attack in 2017, leading to the deprecation of the algorithm. How it Happens: ⚠️ Finds two inputs with the same hash value (collision). ⚠️ Exploits this to forge signatures or tamper with data. ⚠️ Primarily used to attack hash-based cryptography. How to Protect: ✅ Use stronger hash functions (e.g., SHA-256). ✅ Regularly update cryptographic protocols. ✅ Implement multi-factor authentication. ✅ Rotate encryption keys regularly. ✅ Use longer hash keys to reduce collision chances. #ProvisionTech #BeCyberSmart #CybersecurityAwarenessMonth
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In the digital age, where information is constantly being transmitted over various networks, ensuring the security and integrity of data has become paramount. Cryptography, the science of encoding and decoding information, plays a crucial role in safeguarding our digital communications. From protecting sensitive information in emails to securing online transactions, cryptography is an essential pillar of modern cybersecurity. This blog post will delve into the basics of cryptography, its types, and its applications in our everyday lives. #Cybersecurity #Techtalk #Cryptography 💻🚨
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Your key to control, protect it like a treasure! It’s your gateway to all your assests. Stay secure and take charge! 🔐 #secureyourfuture #digitalassets #cryptosecurity
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🔐 New Article: Cryptography - The Invisible Shield Protecting Our Digital World 🌍💻 In an age where digital privacy and data security are more crucial than ever, cryptography stands as the unsung hero, safeguarding everything from our online bank accounts to private messages. In my latest article, I break down the essentials of cryptography—what it is, how it works, and why it matters to both tech experts and non-tech users alike. Whether you're starting a career in cybersecurity or simply curious about how your personal data is protected online, this piece offers valuable insights into the world of encryption and cybersecurity. Here’s what you’ll learn: - How cryptography secures data in everyday life (think online banking and encrypted messaging!) - The technical foundations behind encryption and decryption - Why quantum computing is changing the future of cryptography Take a look, and let’s continue the conversation on how we can build a more secure digital future for everyone. 🔐✨ Read the full article here: https://lnkd.in/ev6FAywe #cybersecurity #cryptography #datasecurity #privacy #encryption #infosec #tech #quantumcomputing #GRC #riskmanagement #digitalsecurity #security
Cryptography: The Invisible Shield Protecting Our Digital World
link.medium.com
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Successful post-quantum cryptography experiment shows ways to enhance communication and data security: https://lnkd.in/e6P6AdpB #QuantumComputing #QuantumResilience #CyberResilience
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NIST Publishes NEW Quantum-Safe Crypto Standards NIST finalizes three post-quantum encryption standards to secure your data against quantum computer threats. Learn how to protect your digital information now. https://lnkd.in/e5RDSc-v
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