Field notes from inside a sovereign AI.
Mickai® is a Sovereign Intelligence Operating System (SIOS) that runs on your own hardware. These are long-form essays on the architecture of the Mickai SIOS, the patterns that keep surfacing in commercial AI in 2026, and the engineering choices that make sovereign intelligence possible. Written by Micky Irons, named inventor of the 104 filed UK patent applications, recorded on the UK IPO public register at numbers GB2607309.8 to GB2611702.8, GB2611885.1 onwards, GB2612762.1 to GB2612793.6, GB2613386.8 to GB2613404.9, and GB2615041.7 to GB2615043.3.
The cooperative the field notes describe, running on the sovereign silicon substrate.
Showing 361 to 384 of 1124 articles.
Why we built a sovereign sandbox browser, and why it is coming to your phone
Most data leaks happen at the point of use, inside the browser, where trackers, extensions and cloud sync move personal data off the device.
When Washington can switch off your AI: what the Fable 5 ban means for regulated buyers
In June 2026 a US export order forced a leading AI vendor to cut off a just launched model for every foreign national worldwide, for weeks.
How AI Agents Finish Work Overnight Before Staff Arrive
AI agents read the inbound email, meetings and notes overnight on offline hardware, then hand staff a queue already drafted, assigned and sealed.
Why AI audit replayability forces deterministic inference, versioned weights and frozen data snapshots
Reproducing an AI decision years later means freezing the model version, the data it saw and the decode path, then signing all three together.
What is the air-gap test, and can your AI pass it?
The air-gap test is whether an AI keeps working with the network physically unplugged, and most systems marketed as air-gapped quietly fail it.
Is There a Private Alternative to Otter and Fireflies That Keeps Transcripts On Your Own Hardware?
Yes: Mickai transcribes, summarises and assigns meeting actions entirely on your own hardware, so no audio or transcript ever reaches a cloud service.
Can you replace Microsoft Teams with software that keeps every message, call and meeting on your own infrastructure?
Yes: message, call and meeting collaboration can run entirely on hardware you own, sealed behind a perimeter with no route out.
Crypto-agility: designing AI to swap cryptographic algorithms before you are forced to
Design your AI to change cryptographic algorithms by configuration rather than rebuild, so a deprecated signature scheme never forces a costly, high-pressure migration.
Does post-quantum cryptography slow AI down? The performance question, answered
Post-quantum signatures are larger and modestly slower than classical ones, but an audit ledger signs consequential decisions, not every token, keeping overhead small.
How An Email System Drafts And Completes Work Overnight Without The Cloud
An email agent can draft and action mail overnight with nothing sent to the cloud when it runs on hardware the organisation owns.
What Sovereign-AI Buyers Should Prepare Before the EU AI Act's December 2027 High-Risk Deadline
The real high-risk deadline is 2 December 2027, and the records that satisfy it must be built now, not promised later.
Evidence must outlive the cryptography that sealed it: a post-quantum audit doctrine
Long-lived AI records survive by staying verifiable after their sealing cryptography is superseded, using post-quantum signatures, hash-chaining, algorithm identifiers and a defined re-signing path.
How can a financial-crime team use AI without sending a single transaction to a third party?
A financial-crime team keeps AI entirely in-house by running the model inside its own boundary, so no transaction ever reaches a third party.
FIPS 203, 204 and 205: which post-quantum standard does what?
A plain mapping of NIST's three finalised post-quantum standards, what each one does, and where key encapsulation and signatures belong in an audit ledger.
Harvest-Now-Decrypt-Later Already Has Your 2026 Logs
The adversary's archive is filling while you debate timelines.
How does a sealed AI audit ledger survive a reboot without phoning home?
A sealed audit ledger survives reboots because its trust anchor lives in hardware, re-derived through measured boot rather than any network call.
How close is a cryptographically relevant quantum computer?
No one knows when a code-breaking quantum computer will arrive, so the responsible move is to protect long-lived data now, not later.
Hybrid cryptography: running classical and post-quantum together during the transition
Hybrid schemes sign or encapsulate with both a classical and a post-quantum algorithm, so a record stays secure if either one is later broken.
How do you keep AI inside the building when the data is regulated?
Regulated AI stays in-house by running inference and agents on operator-owned hardware behind a zero-egress perimeter, with every action cryptographically sealed.
How Keyboard-First Offline Software Changes an Operations Team's Day
Keyboard-first offline software makes every action a keystroke and keeps the shift running with the network unplugged, then seals what was done.
On-premise AI versus cloud AI: what actually changes when you own the hardware
When the model runs on hardware you own, your data stops leaving, the model version stops changing without consent, and every action becomes provable.
One assistant that runs every department, sealed to the record
One assistant that runs every department is an operator, not a chatbot, and it seals every action to a record anyone can verify.
Post-quantum for financial services: DORA, the record, and the quantum clock
Financial records outlive the cryptography that signs them, so under DORA the audit ledger has to be post-quantum from the moment it is written.
Post-quantum for government and defence: protecting what must stay classified for decades
Classified material must survive decades of secrecy, so sovereign, air-gapped, post-quantum-signed systems are the fit against harvest-now-decrypt-later adversaries.