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#shor — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #shor, aggregated by home.social.

  1. What's in the box:

    QKD Engine - BB84, CV-QKD, and DI-QKD ready. Physical-layer key distribution that detects eavesdroppers in real-time via QBER monitoring. Eavesdrop? We measure it.

    Hardened Debian - Minimal attack surface. Kernel locked. Audit-ready. Runs on secure enclave with measured boot.

    10G Fiber NIC - Low-latency quantum-safe key exchange at wire speed. Plug into existing dark fiber or dedicated QKD links.

    QRNG Core - Hardware quantum random number generator feeding /dev/random. Real entropy from vacuum fluctuations. No pseudo-random guesswork.

    REST & gRPC APIs - Expose QRNG streams and QKD key material to your apps. Consume fresh quantum keys via simple GET requests. Integrate in minutes.

    Port Knocking + SPA - Single Packet Authorization with port knocking closes all public ports until a cryptographically signed knock sequence unlocks access. Invisible unless you know the knock.

    Post-Quantum Crypto Stack - liboqs, OpenSSL 3.x with QKD engine, hybrid PQC+QKD modes. Future-proofed.

    Small business? Enterprise edge?
    Deploy one. Deploy a mesh. The Black Box auto-discovers peers, negotiates QKD sessions, and delivers fresh symmetric keys for IPsec, TLS, or your own crypto.

    Compliance-ready. Information-theoretic security. No backdoors. No math to factor. Just physics.

    Random Oracle not included—but with this box, you generate your own.

    $2499. Debian's first quantum edge. Deploy today. Secure forever.
    #reproducible builds #rolling keys #bb84 #shor #dh..qdh? #device independent #pki #oqc ready #compliance #hybrid PQC key exchange #qssh

    github.com/QuantumUPB/qssh

  2. What's in the box:

    QKD Engine - BB84, CV-QKD, and DI-QKD ready. Physical-layer key distribution that detects eavesdroppers in real-time via QBER monitoring. Eavesdrop? We measure it.

    Hardened Debian - Minimal attack surface. Kernel locked. Audit-ready. Runs on secure enclave with measured boot.

    10G Fiber NIC - Low-latency quantum-safe key exchange at wire speed. Plug into existing dark fiber or dedicated QKD links.

    QRNG Core - Hardware quantum random number generator feeding /dev/random. Real entropy from vacuum fluctuations. No pseudo-random guesswork.

    REST & gRPC APIs - Expose QRNG streams and QKD key material to your apps. Consume fresh quantum keys via simple GET requests. Integrate in minutes.

    Port Knocking + SPA - Single Packet Authorization with port knocking closes all public ports until a cryptographically signed knock sequence unlocks access. Invisible unless you know the knock.

    Post-Quantum Crypto Stack - liboqs, OpenSSL 3.x with QKD engine, hybrid PQC+QKD modes. Future-proofed.

    Small business? Enterprise edge?
    Deploy one. Deploy a mesh. The Black Box auto-discovers peers, negotiates QKD sessions, and delivers fresh symmetric keys for IPsec, TLS, or your own crypto.

    Compliance-ready. Information-theoretic security. No backdoors. No math to factor. Just physics.

    Random Oracle not included—but with this box, you generate your own.

    $2499. Debian's first quantum edge. Deploy today. Secure forever.
    #reproducible builds #rolling keys #bb84 #shor #dh..qdh? #device independent #pki #oqc ready #compliance #hybrid PQC key exchange #qssh

    github.com/QuantumUPB/qssh

  3. What's in the box:

    QKD Engine - BB84, CV-QKD, and DI-QKD ready. Physical-layer key distribution that detects eavesdroppers in real-time via QBER monitoring. Eavesdrop? We measure it.

    Hardened Debian - Minimal attack surface. Kernel locked. Audit-ready. Runs on secure enclave with measured boot.

    10G Fiber NIC - Low-latency quantum-safe key exchange at wire speed. Plug into existing dark fiber or dedicated QKD links.

    QRNG Core - Hardware quantum random number generator feeding /dev/random. Real entropy from vacuum fluctuations. No pseudo-random guesswork.

    REST & gRPC APIs - Expose QRNG streams and QKD key material to your apps. Consume fresh quantum keys via simple GET requests. Integrate in minutes.

    Port Knocking + SPA - Single Packet Authorization with port knocking closes all public ports until a cryptographically signed knock sequence unlocks access. Invisible unless you know the knock.

    Post-Quantum Crypto Stack - liboqs, OpenSSL 3.x with QKD engine, hybrid PQC+QKD modes. Future-proofed.

    Small business? Enterprise edge?
    Deploy one. Deploy a mesh. The Black Box auto-discovers peers, negotiates QKD sessions, and delivers fresh symmetric keys for IPsec, TLS, or your own crypto.

    Compliance-ready. Information-theoretic security. No backdoors. No math to factor. Just physics.

    Random Oracle not included—but with this box, you generate your own.

    $2499. Debian's first quantum edge. Deploy today. Secure forever.
    #reproducible builds #rolling keys #bb84 #shor #dh..qdh? #device independent #pki #oqc ready #compliance #hybrid PQC key exchange #qssh

    github.com/QuantumUPB/qssh

  4. What's in the box:

    QKD Engine - BB84, CV-QKD, and DI-QKD ready. Physical-layer key distribution that detects eavesdroppers in real-time via QBER monitoring. Eavesdrop? We measure it.

    Hardened Debian - Minimal attack surface. Kernel locked. Audit-ready. Runs on secure enclave with measured boot.

    10G Fiber NIC - Low-latency quantum-safe key exchange at wire speed. Plug into existing dark fiber or dedicated QKD links.

    QRNG Core - Hardware quantum random number generator feeding /dev/random. Real entropy from vacuum fluctuations. No pseudo-random guesswork.

    REST & gRPC APIs - Expose QRNG streams and QKD key material to your apps. Consume fresh quantum keys via simple GET requests. Integrate in minutes.

    Port Knocking + SPA - Single Packet Authorization with port knocking closes all public ports until a cryptographically signed knock sequence unlocks access. Invisible unless you know the knock.

    Post-Quantum Crypto Stack - liboqs, OpenSSL 3.x with QKD engine, hybrid PQC+QKD modes. Future-proofed.

    Small business? Enterprise edge?
    Deploy one. Deploy a mesh. The Black Box auto-discovers peers, negotiates QKD sessions, and delivers fresh symmetric keys for IPsec, TLS, or your own crypto.

    Compliance-ready. Information-theoretic security. No backdoors. No math to factor. Just physics.

    Random Oracle not included—but with this box, you generate your own.

    $2499. Debian's first quantum edge. Deploy today. Secure forever.
    #reproducible builds #rolling keys #bb84 #shor #dh..qdh? #device independent #pki #oqc ready #compliance #hybrid PQC key exchange #qssh

    github.com/QuantumUPB/qssh

  5. Shor's algorithm is a #Quantum #Algorithm for finding the prime factors of an integer. It was developed in 1994 by the American mathematician Peter #Shor.

    Theoretical existence of Shor's algorithm has prompted a global shift toward "post-quantum" cryptography to secure data against future quantum threats.

    knowledgezone.co.in/posts/Shor

  6. Shor's algorithm is a #Quantum #Algorithm for finding the prime factors of an integer. It was developed in 1994 by the American mathematician Peter #Shor.

    Theoretical existence of Shor's algorithm has prompted a global shift toward "post-quantum" cryptography to secure data against future quantum threats.

    knowledgezone.co.in/posts/Shor

  7. Shor's algorithm is a for finding the prime factors of an integer. It was developed in 1994 by the American mathematician Peter .

    Theoretical existence of Shor's algorithm has prompted a global shift toward "post-quantum" cryptography to secure data against future quantum threats.

    knowledgezone.co.in/posts/Shor

  8. Shor's algorithm is a #Quantum #Algorithm for finding the prime factors of an integer. It was developed in 1994 by the American mathematician Peter #Shor.

    Theoretical existence of Shor's algorithm has prompted a global shift toward "post-quantum" cryptography to secure data against future quantum threats.

    knowledgezone.co.in/posts/Shor

  9. Shor's algorithm is a #Quantum #Algorithm for finding the prime factors of an integer. It was developed in 1994 by the American mathematician Peter #Shor.

    Theoretical existence of Shor's algorithm has prompted a global shift toward "post-quantum" cryptography to secure data against future quantum threats.

    knowledgezone.co.in/posts/Shor

  10. Quantum computing poses biggest cybersecurity threat, warns Dr Raju Narayana Swamy

    12 September 2025, 10:56 AM IST Real life examples as to how social networking sites have become platforms…
    #NewsBeep #News #US #USA #UnitedStates #UnitedStatesOfAmerica #Computing #AI #BigData #cloudcomputing #cybersecurity #datadiddling #denialofservice #machinelearning #Quantumcomputing #Shor'salgorithm #Technology
    newsbeep.com/us/155978/

  11. Quantum computing poses biggest cybersecurity threat, warns Dr Raju Narayana Swamy

    12 September 2025, 10:56 AM IST Real life examples as to how social networking sites have become platforms…
    #NewsBeep #News #Computing #AI #AU #Australia #BigData #cloudcomputing #cybersecurity #datadiddling #denialofservice #machinelearning #quantumcomputing #Shor`salgorithm #Technology
    newsbeep.com/au/139975/

  12. Quantum computing poses biggest cybersecurity threat, warns Dr Raju Narayana Swamy

    12 September 2025, 10:56 AM IST Real life examples as to how social networking sites have become platforms…
    #NewsBeep #News #Computing #AI #BigData #Cloudcomputing #cybersecurity #datadiddling #denialofservice #Machinelearning #QuantumComputing #Shor`salgorithm #Technology #UK #UnitedKingdom
    newsbeep.com/uk/133825/

  13. Por cierto, no sabía eso de los procesadores "annealing" 🤔

    Me quedé en la época del algoritmo de #Shor, hay taaaanto por aprender! 🤓

    A todo esto, estas cosas están buenas porque avanza el conocimiento y la tecnología, pero están dejando obsoleta a mi tesis de posgrado 😅

    Si alguien le quiere dar una mirada antes de que sea demasiado tarde, acá explico cosas 👇

    juncotic.com/criptografia-post

    ¿Debería actualizarla con experimentos nuevos, no? Me encanta ese tema! 😍

    #cryptography #pqc #encryption

  14. Por cierto, no sabía eso de los procesadores "annealing" 🤔

    Me quedé en la época del algoritmo de #Shor, hay taaaanto por aprender! 🤓

    A todo esto, estas cosas están buenas porque avanza el conocimiento y la tecnología, pero están dejando obsoleta a mi tesis de posgrado 😅

    Si alguien le quiere dar una mirada antes de que sea demasiado tarde, acá explico cosas 👇

    juncotic.com/criptografia-post

    ¿Debería actualizarla con experimentos nuevos, no? Me encanta ese tema! 😍

    #cryptography #pqc #encryption

  15. Por cierto, no sabía eso de los procesadores "annealing" 🤔

    Me quedé en la época del algoritmo de #Shor, hay taaaanto por aprender! 🤓

    A todo esto, estas cosas están buenas porque avanza el conocimiento y la tecnología, pero están dejando obsoleta a mi tesis de posgrado 😅

    Si alguien le quiere dar una mirada antes de que sea demasiado tarde, acá explico cosas 👇

    juncotic.com/criptografia-post

    ¿Debería actualizarla con experimentos nuevos, no? Me encanta ese tema! 😍

    #cryptography #pqc #encryption

  16. Por cierto, no sabía eso de los procesadores "annealing" 🤔

    Me quedé en la época del algoritmo de #Shor, hay taaaanto por aprender! 🤓

    A todo esto, estas cosas están buenas porque avanza el conocimiento y la tecnología, pero están dejando obsoleta a mi tesis de posgrado 😅

    Si alguien le quiere dar una mirada antes de que sea demasiado tarde, acá explico cosas 👇

    juncotic.com/criptografia-post

    ¿Debería actualizarla con experimentos nuevos, no? Me encanta ese tema! 😍

    #cryptography #pqc #encryption

  17. Por cierto, no sabía eso de los procesadores "annealing" 🤔

    Me quedé en la época del algoritmo de #Shor, hay taaaanto por aprender! 🤓

    A todo esto, estas cosas están buenas porque avanza el conocimiento y la tecnología, pero están dejando obsoleta a mi tesis de posgrado 😅

    Si alguien le quiere dar una mirada antes de que sea demasiado tarde, acá explico cosas 👇

    juncotic.com/criptografia-post

    ¿Debería actualizarla con experimentos nuevos, no? Me encanta ese tema! 😍

    #cryptography #pqc #encryption

  18. 'Chatham House Rule'

    Torenberg launched Chatham House the summer of 2024,
    naming it after a British think tank that formalized the insight that
    trusted conversations require a degree of privacy.

    Two of its conservative participants said they see the group as a way to shift centrist Trump-curious figures to the Republican side,
    but its founder said he’d begun it to have “a left-right exchange where we could have real conversations because of filter bubble group chats.”

    Chatham House includes high-profile figures like the economist
    #Larry #Summers and the historian #Niall #Ferguson,
    and more partisan figures like #Shapiro and the Democratic analyst #David #Shor.

    #Andreessen lurks.

    But several participants described it to me as something like a gladiatorial arena with #Cuban most often in the center,
    sparring with conservatives.

    (“no idea what you are talking about :)” Cuban emailed in response to an inquiry about his arguments on Chatham House.)

    The Group Chat Era depended on part of the American elite feeling shut out from public spaces,
    and on the formation of a new conservative consensus.

    Both of those are now fading
    (though Torenberg has invested in a company called #ChatBCC that wants to commercialize the heady experience of sitting in on texts among the power elite).

    Since Elon Musk turned X to the right
    and an alternative media ecosystem emerged on Substack,
    “a tremendous amount of the verboten conversations can now shift back into public view,” Andreessen told Fridman.

    “It’s much healthier to live in a society in which people are literally not scared of what they’re saying.”

    And Trump’s destabilizing “Liberation Day” has taken its toll on the coalition Andreessen helped shape.

    You can see it on X,
    where investors joke that they’ll put pronouns back in their bios in exchange for a return to the 2024 stock prices,
    and where #Srinivasan has been a leading critic of Trump’s tariffs.

    “Group chats have changed on the economy in the last few weeks,”
    said #Rufo.
    “There’s a big split on the tech right.”

    The polarity of social media has also reversed,
    and while participants used to keep their conservative ideas off social media,
    “now the anti-Trump sentiment is what you’re afraid to say on X,” one said.

    By mid-April, #Sacks had had enough with Chatham House:
    “This group has become worthless since the loudest voices have TDS,”
    he wrote, shorthanding
    “Trump Derangement Syndrome.”

    Then he addressed Torenberg:
    “You should create a new one with just smart people.”

    Signal soon showed that three men had left the group:
    The Sequoia partner #Shaun #Maguire,
    the bitcoin billionaire #Tyler #Winklevoss, and #Tucker #Carlson.

    semafor.com/article/04/27/2025