Sectigo’s Post

Apple has submitted a ballot to the CA/Browser Forum proposing a reduction of certificate lifespans from 398 days to 47 days by 2028. Now is the time to embrace automated certificate lifecycle management to stay ahead.

By 2028, SSL/TLS certificate lifespans could shrink to just 47 days, a major shift from today’s 398-day maximum. Apple latest proposal to the CA/Browser Forum is gaining momentum, and Sectigo fully supports this change. While some may see this as an operational challenge, the reality is clear: shorter certificate lifespans strengthen digital security, reduce risks, and promote better automation. Why does this matter? ✅ Less exposure to key compromises ✅ Faster adoption of cryptographic advancements ✅ Stronger alignment of certificate ownership & domain control ✅ A major step toward crypto agility and PQC readiness This shift isn’t just inevitable, it’s necessary to safeguard the future of digital trust. Read our latest blog to learn why: https://lnkd.in/gW5tsg8B

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📍 You’re destination is Quantum-Safe. Do you know how to get there? From building your cryptographic strategy, to ensuring crypto-agility to taking inventory of crypto assets, the roadmap to preparing for PQC is clear. Read more about PQ preparedness in our 2024 PKI and Post-Quantum Trends Study Executive Summary: https://bit.ly/3AmDRXP #CybersecurityAwarenessMonth

🔒Ready to unlock the secrets of PKI and navigate the future of cryptography? If you're gearing up for RSA Conference 2024, make sure to carve out some time for a deep dive with the Keyfactor executive team. Our experts are ready to tackle the challenges of Post Quantum Crypto and PKI. Calendars are filling fast, so secure your spot now using the link below. We can't wait to connect with you and share insights at Hotel Emblem! Book now! https://okt.to/uUke08 #RSAC2024 #PKI #PostQuantumCrypto #PKI #PQC #codesigning #certificatelifecycleautomation

There are some huge technological renewals coming up in the next few years for the enterprise IT scene. At least in Europe the first one is Self Sovereign Identity (SSI) with identity wallets and verified credentials as means of passing on verified facts. They are likely to affect almost all enterprises, especially if the eIDAS 2 identity wallets move forward. Everyone should be working on their SSI vision preparations right now. The second major threat coming for all our crypto keys is quantum computing. NIST is expected to soon move forward with standardizing some quantum resistant crypto algorithms and soon after that I expect providers to start migrating at least key exchange and encryption flows to post quantum versions. Everyone should be doing crypto inventories to update their understanding of what needs to be done and when. As soon as product support starts to materialize, we should start protecting any crypto flows that are vulnerable to snooping and recording for future decryption. Especially TLS flows, and especially browsers and load balancers.

🔒Ready to unlock the secrets of PKI and navigate the future of cryptography? If you're gearing up for RSA Conference 2024, make sure to carve out some time for a deep dive with the Keyfactor executive team. Our experts are ready to tackle the challenges of Post Quantum Crypto and PKI. Calendars are filling fast, so secure your spot now using the link below. We can't wait to connect with you and share insights at Hotel Emblem! Book now! https://okt.to/f1HEiv #RSAC2024 #PKI #PostQuantumCrypto #PKI #PQC #codesigning #certificatelifecycleautomation

What so many people fail to realize is that crypto actually represents a fundamental infrastructure improvement in security, user control, safety, and accountability. Too often the discussion is focused on “better faster cheaper“ but the underlying technical breakthroughs are all about safety and soundness in many respects. Most regulators have failed to understand this as well.

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📚 Habit Stacking = Study Out Loud + Posting on LinkedIn 📚 TryHackMe | Encryption - Crypto 101 This room highlights the importance of encryption to protect confidentiality, ensure integrity, and authenticity. There are many layers to protect sensitive data. For example there are industry standards like PCI-DSS (payment card industry data security standard), or encrypted tunneling for an unsecured internet using SSH (secure shell), or certificates to validate businesses. The two main categories of data encryption are symmetric (uses the same key) and asymmetric (uses a pair of keys). Highlights: 🔸 Digital signatures prove the authenticity of files using asymmetric cryptography where the user's private key is verified by their public key. 🔸 🔸 🔸 Certificates prove the identity of the web server for a business. 🔸 SSH uses usernames and passwords to log into virtual machines 🔸 SSH Private Keys are like passwords and are used to log into servers 🔸 Diffie Hellman Key Exchange is a way for two parties to communicate secretly over the internet by exchanging cryptographic keys.