[{"title":"What is Smart Data Infrastructure?","summary":"Smart Data Infrastructure keeps your data secure, trusted and under your control, so you can share it, store it and use it without losing hold of it.","tags":["Smart Data Infrastructure","Data Integrity","Data Sharing"],"slug":"what-is-smart-data-infrastructure","url":"/blog/what-is-smart-data-infrastructure","date":"2026-11-09","publishedAt":"2026-11-09T09:00:00+00:00","hero":"/images/blog/card/what-is-smart-data-infrastructure.webp","heroAlt":"A data record travelling between a cloud, a partner and a regulator, carrying its own protection with it.","displayDate":"9 November 2026"},{"title":"Why we built Polymonial: data trusted without copies","summary":"For decades, data has had to be copied to be trusted. We built Polymonial so that data can answer for itself, wherever it goes.","tags":["Smart Data Infrastructure","Data Integrity"],"slug":"why-we-built-polymonial","url":"/blog/why-we-built-polymonial","date":"2026-11-08","publishedAt":"2026-11-08T09:00:00+00:00","hero":"/images/blog/card/why-we-built-polymonial.webp","heroAlt":"Several faded copies of the same record beside one bright record carrying its own protection.","displayDate":"8 November 2026"},{"title":"William Friedman: when codebreaking became a science","summary":"Around 1920, William Friedman showed how counting coincidences between letters could break ciphers, and brought rigorous statistics into codebreaking.","tags":["Breaking Codes with Statistics","History","Security"],"slug":"friedman-codebreaking-becomes-a-science","url":"/blog/friedman-codebreaking-becomes-a-science","date":"2026-11-07","publishedAt":"2026-11-07T09:00:00+00:00","hero":"/images/blog/card/friedman-codebreaking-becomes-a-science.webp","heroAlt":"An era emblem for 1920, with the series timeline showing part three of six.","displayDate":"7 November 2026"},{"title":"Alan Turing and Bletchley Park: codebreaking and computing","summary":"At Bletchley Park, Alan Turing and thousands of colleagues read enemy messages at scale. Their work helped shape the war and the computer age.","tags":["On the Shoulders of Giants","History","Security"],"slug":"turing-and-bletchley-park","url":"/blog/turing-and-bletchley-park","date":"2026-11-06","publishedAt":"2026-11-06T09:00:00+00:00","hero":"/images/blog/card/turing-and-bletchley-park.webp","heroAlt":"An era emblem for 1939, with the series timeline showing part three of thirteen.","displayDate":"6 November 2026"},{"title":"Babbage, Kasiski and the Vigenère cipher: how it fell","summary":"For centuries the Vigenère cipher was called indecipherable. Then Babbage and Kasiski found that its repeats reveal the key.","tags":["Breaking Codes with Statistics","History","Security"],"slug":"babbage-and-kasiski-breaking-the-indecipherable-cipher","url":"/blog/babbage-and-kasiski-breaking-the-indecipherable-cipher","date":"2026-11-05","publishedAt":"2026-11-05T09:00:00+00:00","hero":"/images/blog/card/babbage-and-kasiski-breaking-the-indecipherable-cipher.webp","heroAlt":"An era emblem for 1863, with the series timeline showing part two of six.","displayDate":"5 November 2026"},{"title":"The one-time pad: Vernam, Mauborgne and the perfect cipher","summary":"A teleprinter cipher from 1917, made perfect by one rule: a truly random key, used once. It can never be broken, and it comes with a catch.","tags":["On the Shoulders of Giants","History","Security"],"slug":"vernam-and-mauborgne-the-one-time-pad","url":"/blog/vernam-and-mauborgne-the-one-time-pad","date":"2026-11-04","publishedAt":"2026-11-04T09:00:00+00:00","hero":"/images/blog/card/vernam-and-mauborgne-the-one-time-pad.webp","heroAlt":"An era emblem for 1917, with the series timeline showing part two of thirteen.","displayDate":"4 November 2026"},{"title":"Al-Kindi and frequency analysis: the first codebreaker","summary":"In ninth-century Baghdad, al-Kindi wrote the earliest surviving guide to breaking ciphers. His key insight: letters give themselves away.","tags":["Breaking Codes with Statistics","History","Security"],"slug":"al-kindi-the-first-codebreakers-manual","url":"/blog/al-kindi-the-first-codebreakers-manual","date":"2026-11-03","publishedAt":"2026-11-03T09:00:00+00:00","hero":"/images/blog/card/al-kindi-the-first-codebreakers-manual.webp","heroAlt":"An era emblem for Baghdad around 850, with the series timeline showing part one of six.","displayDate":"3 November 2026"},{"title":"Kerckhoffs's principle (1883): the secret is the key","summary":"In 1883 Auguste Kerckhoffs argued that a cipher should stay safe even if the enemy knows how it works. It still shapes how security is judged.","tags":["On the Shoulders of Giants","History","Security"],"slug":"kerckhoffs-1883-the-secret-is-the-key","url":"/blog/kerckhoffs-1883-the-secret-is-the-key","date":"2026-11-02","publishedAt":"2026-11-02T09:00:00+00:00","hero":"/images/blog/card/kerckhoffs-1883-the-secret-is-the-key.webp","heroAlt":"An era emblem for 1883, with the series timeline showing part one of thirteen.","displayDate":"2 November 2026"},{"title":"Our mission: make data usable without making it vulnerable","summary":"We exist to give every organisation the infrastructure to store, move, share and use its data with confidence, wherever it goes.","tags":["Smart Data Infrastructure","Data Sharing","Privacy"],"slug":"our-mission-make-data-usable-without-making-it-vulnerable","url":"/blog/our-mission-make-data-usable-without-making-it-vulnerable","date":"2026-11-01","publishedAt":"2026-11-01T09:00:00+00:00","hero":"/images/blog/card/our-mission-make-data-usable-without-making-it-vulnerable.webp","heroAlt":"Data moving freely between organisations, sectors and borders, each piece carrying its own rules.","displayDate":"1 November 2026"}]