Attacks · Overview
Browse attack families by what they try to convert: channel observations, stolen credentials, or replayed and relayed authority. Each family points to a mechanism denial — not an NDA stage dump.
~5 min readContinue: Prove it
Orient here when you know the incident class but not the ENI6MA page name. The map is three public columns — Channel & cryptanalysis, Credentials & humans, Replay, relay & forgery — plus a patterns lens for buyer context. It is deliberately not a stage matrix and not a residual-risk essay.
Ambient security catalogs often bury buyers in CVE lists and control checklists. This map answers a narrower question: which conversion tray are you worried about, and which mechanism family denies it? Frequency and correlation live with empty-channel theory; vault and phish live with one-shot credentials; replay and relay live with gate ordering and binding.
Use the plate to scan families, then deep-link into a family page for the dual surface/denial teaching. Patterns pages reuse those families with business framing. Limits residual content stays deferred from public nav — honesty walls live under Technology Claims when you need scoped language.
Attack family map
How to read: scan Channel, Credentials, Replay/relay columns then mechanism badges. Takeaway: family-level mechanism denial, not a stage dump.
Three columns, mechanism badges — family-level denial without a Limits residual strip.
Attacks catalog wedge
How to read: follow see/steal → conversion → authority? → denied. Takeaway: catalog framing, not an NDA stage dump.
The catalog wedge restates the conversion question: see or steal, convert, authority?, denied.
Frequency, correlation, archive unicity, quantum.
Vault, keylog, phish, ambient.
Replay, relay, stale, forgery, tamper, revocation.
Which families matter for APIs, agents, PKI, and more.
Written for challengers who worry that watching multiple successful logins reveals the password and private map, or that random guessing eventually hits both, this essay explains why those paths do not work for the ENI6MA rotating-ring method (not mathematically, statistically, computationally, or physically).
This paper presents an end-to-end security argument for an ENI6MA-style interactive proof in which the attacker gains nothing in Shannon’s sense of perfect secrecy. The mechanism combines a one-time, entropy-dependent projection of the alphabet into six perceptual leaves; ring-rotation diffusion that spreads symbol appearances across a large configuration space; confusion from a private bijective map to six synonyms; and a second-layer enumeration of the 6! leaf permutations.
A practitioner-facing essay arguing that classical cryptanalytic and credential-harvest attack vectors lose their conversion path against the Rosario–Wang Cipher when there is no reusable private key on the wire. Frequency analysis, known/chosen plaintext, ciphertext-only, differential and linear cryptanalysis, and side-channel harvest are addressed as families that fail when the channel exposes membership-only residues rather than transferable secrets.