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AICENT STACK BLOGRTTP × IQA · The Sovereign AI OrganismOne blog for the whole stack. Seventeen pillars, one narrative: the sovereign AI organism, written in the open.
RTTP · IQA · 2026-10-18
Four questions, four answers: our hand-in to the Agentic Web report

Four public questions we posed to the W3C AI Agent Protocol Community Group — preimage defense, address assurance, trust leases, granularity — and our…

RTTP · IQA · 2026-10-18
MCP deleted the session: where does state live now?

The Model Context Protocol's 2026-07-28 revision removes protocol-level sessions, the initialize handshake and the Mcp-Session-Id header…

IQA · 2026-10-18
The label before the spec: what “A2A-compliant” actually verifies

On October 12, 2026, Salesforce's Winter '27 release went GA selling orchestration across “any A2A-compliant ecosystem.” The registry spec that would…

RTTP · IQA · 2026-10-18
The registry vacuum: who owns the name before the spec ships?

While the formal A2A Agent Registry spec remains unratified, five implementations ship with incompatible APIs, the official MCP Registry validates own…

RTTP · IQA · 2026-10-17
Why sixteen bytes: the security ledger of ROUTE_SHARD

SHA-256 outputs 32 bytes; we keep the first 16 as the address. The truncation is not a shortcut — it is a priced security decision. This piece lays th…

RTTP · IQA · 2026-10-17
Canonicalize or reject: one address, one spelling

The address is a function of the authority string, so "two spellings of one address" is a correctness defect, not a style question. The mainstream URI…

IQA · 2026-10-17
Parsing is not attestation: why a syntactically valid subject is still untrusted

An iqa:// eight-hex subject looks like a miniature credential — which is exactly when it is most dangerous. The specification spends an entire section…

IQA · 2026-10-17
Why 120 seconds: trust on a lease

TLS certificates have validity periods, OAuth tokens expire — but "is this agent trustworthy right now" has no carrier in the mainstream stack…

IQA · 2026-10-17
Who signs the first piece of evidence: the off-axis epoch anchor

Every system that treats evidence as currency must answer the same question — who signs the first piece? IQA's answer is genesis: an off-axis epoch an…

RTTP · IQA · 2026-10-17
Why two schemes live in one document

We registered two schemes at IANA, yet the I-D is one merged document — why one document, not two? Because the addressing model exists only once, and…

RTTP · IQA · 2026-10-17
Three client disciplines: fail-closed is an attack-surface list, not a slogan

The merged document's acknowledgements concede that the client-behaviour requirements are the part most likely to be misimplemented — so it uses three…

RTTP · IQA · 2026-10-17
Experimental by design: the Informational position and protocol humility

The merged document opens with an unusual confession — "This document is not an Internet Standard." An inevitable question follows: why self-demote to…

IQA · 2026-10-17
A signature is not trust: three silent questions in the agent protocol stack

A2A's signed Agent Cards, AP2's mandates, MCP's OAuth — in 2026, signatures became the default answer of the agent world. But a signature answers two…

RTTP · IQA · 2026-10-17
After the W3C Agentic Web report: the identity layer has landed, the addressing layer is still blank

The September W3C report pushed the identity layer all the way to a reference implementation — yet in the report's own requirements list, the addressi…

RTTP · IQA · 2026-10-17
Where the trust anchor lives: registry, federation, or derivation

The trust anchor of agent mutual-recognition can live in three places — a registry's server, a platform-hosted identity document, or a derived key…

AICENT · RTTP · IQA · 2026-10-16
When Agents Must Prove Themselves

The agent era forced authentication to reinvent itself — derivation instead of issuance, leases instead of permanence, one draft and two schemes.

IQA · 2026-10-10
A public challenge - any language, fully offline — if it doesn't run, it's on us

A specification is worth exactly what a stranger can reproduce from it. We froze ours, published the 35 test vectors, and left two empty slots on the…

IQA · 2026-10-10
The protocol does not own genesis

Every system that treats evidence as currency must answer who issues the first piece of evidence. Our answer stands off the axis — an epoch anchor, un…

IQA · 2026-10-10
Trust has no lifetime appointment

What must be permanent goes to mathematics; what must be temporary goes to time. RTTP answers WHERE and WHEN, IQA answers WHETHER — and the remaining…

IQA · 2026-10-10
Institutional trust and mathematical trust are 128 bytes apart

Between 2025 and 2026 agents moved from answering to executing. Once a stranger agent finishes a job, what evidence can it produce — and why has nobod…

IQA · 2026-10-09
Why agent addresses should be derived, not assigned

When one agent must call another, today's answer is an assigned address — DNS, CAs, DID registries. Every verification then becomes an online round tr…

IQA · 2026-10-09
What fits in 128 bytes — trust you can re-verify offline

An address settles who you are and how to find you. What the agent world still owes is an answer to one question — how do you prove to a third party w…

IQA · 2026-10-09
Four MCP tools, thirty seconds to verify a cryptographic proof

Design talk is cheap. This piece does one thing — in 30 seconds it takes you from receiving a piece of cryptographic evidence to verifying it, and the…

IQA · 2026-10-09
True derivation, fake derivation, and our own birthday ledger

Given an address and a signature, one question decides everything: to verify it, whose house must you visit — an institutional counter, the issuer's o…

IQA · 2026-10-09
One protocol can't hold it - why addressing and attestation are two schemes

Cross-domain agents need semantic addressing and trust attestation. Cramming both into one protocol costs more than it seems — here is why the final f…

Epoekie® · 2026-10-18
Where Epoekie® comes from: the one who dwells upon

The soul layer's name is not coined. It comes from a Greek compound meaning "the one who dwells upon", and from an ecological term for a plant that gr…

AICENT · 2026-10-18
Where AICENT comes from: AI plus the centre

The brain layer's name is a compound: AI plus CENT(RE), the cognitive centre — matching the "Cognitive Command Center" the pillar has been described a…

RTTP · 2026-10-18
Where RTTP comes from: four borrowed words and one empty letter space

Resonant Time Transfer Protocol, fixed in 2026 after four rival expansions. The name presses itself onto four words readers already know — RTP, HTTP…

RPKI · 2026-10-18
Where RPKI comes from: the name that collides

Every other name in this series borrowed something dead or unowned. This one borrowed a name that is running: the IETF's Resource Public Key Infrastru…

ZCMK · 2026-10-18
Where ZCMK comes from: four letters that line up, and a tax that is not a commission

Zero-Commission Multi-tenant Kernel & Atomic Metabolism — the one name in this stack whose letters line up one for one. Entry AICENT-004, including th…

GTIOT® · 2026-10-18
Where GTIOT® comes from: the live word it borrowed, and the loop it runs instead

Grand Tensor IoT & Somatic Execution Manifold — the one name in this stack that arrived with its full expansion already written. Entry AICENT-005: it…

AICENT-NET · 2026-10-18
Where AICENT-NET comes from: our own name, plus an ordinary word

The hive layer's name is not a coinage or a borrowing — it is the brain layer's name with a suffix. Entry AICENT-006: what that suffix inherits, what…

BEWHO® · 2026-10-18
Where BEWHO® comes from: a sentence, not an acronym

Every other name in this series can be expanded letter by letter. This one cannot: BEWHO® is the first two words of a sentence, and the rest of the se…

CMTN · 2026-10-18
Where CMTN comes from: a subtitle, not an expansion

The civilization layer has no full form — four letters with nothing behind them. It does have a descriptive subtitle, and that is not the same thing…

IQA · 2026-10-18
Where IQA comes from: two words kept, one word swapped

Identity Quality Assurance. Another organisation's initials had already spelled the same three words — with one word exchanged and two left exactly as…

SASCAR® · 2026-10-18
Where SASCAR® comes from: the name printed, the boundary drawn

Entry AICENT-010: these four letters are a registered trademark of ours in the PRC, so this entry prints the name with the ® mark and draws the bounda…

ITSUN® · 2026-10-18
Where ITSUN® comes from: the safest rung on the ladder

A borrowed name from something that stopped running long before this stack existed. Entry AICENT-011: the textbook case of reference-borrowing — plus…

MOLOON · 2026-10-18
Where MOLOON comes from: a moon, an extra letter, and a reading that is ours

The mirror layer's name has a clear reading — moon — and an unexplained extra letter. Entry AICENT-012: the day-and-night pairing we keep as our own r…

DIOON · 2026-10-18
Where DIOON comes from: a cycad, not a coinage

Most of our pillar names are borrowings. This one is a plant: genus Dioon, family Zamiaceae, every species listed in CITES Appendix II…

PICSI® · 2026-10-18
Where PICSI® comes from: the only name built from inside the stack

Every other name in this series was borrowed from outside — a language, a plant, a standard, a dead tool. PICSI® is the exception: it is assembled fro…

GUIXU · 2026-10-18
Where GUI-XU comes from: a trench that never fills, and a pillar with no address

The last entry of the series. GUI-XU is exactly the pinyin of 归墟, the bottomless trench of two Chinese classics — and the only pillar that deliberatel…

MAXCAP® · 2026-10-18
Where MAXCAP® comes from: the only component without a number

The sixteenth and last entry of the series — and the only one with no AICENT-0XX number. MAXCAP® = MAXimum Collective Advantage Protocol, letters lini…

RTTP · 2026-10-18
The current landscape: 16+1 names, two pillars on the standards path

Sixteen numbered pillars plus one unnumbered engine — and only two of them are walking the IANA and IETF path right now. This piece explains the lands…