AICENT.COM

AICENT-009

IQA

Tag under the Aicent Stack blog.

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.

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…

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…

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…

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…

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…

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…

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…

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…

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…