Organism Vitality & Protocol Audit [![Imperial Heartbeat](http://img.shields.io/badge/Pulse-349ns_Verified-blueviolet.svg)](http://aicent.com) [![Version](http://img.shields.io/badge/Version-v1.3.0--Alpha_Full--Blood-blue.svg)](http://aicent.com) [![Precision](http://img.shields.io/badge/Precision-128--Bit_Absolute-gold.svg)](http://aicent.com) [![Observation](http://img.shields.io/badge/Vision-PICSI.COM_Active-brightgreen.svg)](http://picsi.com) [![Jitter](http://img.shields.io/badge/Clock_Jitter-12ns-red.svg)](http://aicent.com) [![Authority](http://img.shields.io/badge/Supervision-RFC--009_Active-84cc16.svg)](http://iqa.org) > **"This is not infrastructure for intelligence. This is intelligence itself."** **⚪ [AICENT](http://aicent.com) | 💎 [RTTP](http://rttp.com) | 🔴 [RPKI](http://rpki.com) | 🟢 [ZCMK](http://zcmk.com) | 🟡 [GTIOT](http://gtiot.com) | 🟣 [AICENT-NET](http://aicent.net) | 🎭 [BEWHO](http://bewho.com) | 🌿 [epoekie](http://epoekie.com) | 👁️ [PICSI](http://picsi.com)** --- # 💎 RFC-002: [RTTP.COM](http://rttp.com) | The Superconducting Nerve **Resonant Time Transfer Protocol (RTTP).** > **R**esonant → RFC-006 (Hive) / RFC-002 (Nerve coupling) · **T**ime → RFC-011 (ITSUN) / RFC-012 (MOLOON 12-cycle) · **T**ransfer → the legacy-transport coat · **P**rotocol → structural head * **Status**: Imperial Standard (Active / Private) * **Version**: v1.3.0-Alpha (Neural Singularity) * **Reflex Arc**: 349 Nanoseconds (Nitro-Engine Path) * **Clock Accuracy**: 12ns Jitter-Locked * **Addressing**: 256-bit AID-Soil Anchored --- ## 1. ABSTRACT: BEYOND THE PACKET RFC-002 defines the **Nerve Layer** of the Aicent Stack—the high-conductivity spine responsible for the sub-microsecond shunting of 128-bit intents between functional organs. In the v1.3.0 "Genesis" era, RTTP has evolved from a packet-switched logic to a **Direct Register Suture**. By bypassing the Operating System’s networking stack and memory-bus arbitration, RTTP ensures that the "Will" of the Brain reaches the "Torque" of the Body in **349 nanoseconds**. This speed is physically superior to the thermodynamic noise of legacy 10ms networks (Ghosts), rendering external interference physically impossible. > **"RTTP is the bridge between Intent and Reality. It is the only protocol in existence that moves faster than the heat of the silicon."** --- ## 2. THE EVOLUTIONARY LEAP: FROM 161.8µs TO 349ns The transition from v1.2.5 to v1.3.0 represents a **463.7x performance collapse**, achieved through the **Nitro-Engine Bypass Strategy**. ### 2.1 The Legacy Ischemia (v1.2.5) In the open-source era, RTTP relied on software-level bypasses which, while achieving a revolutionary 161.8 µs reflex arc, were still subject to the "Software Pathogens" of modern CPU scheduling. ### 2.2 The Radiant Singularity (v1.3.0) The v1.3.0 Nitro-Engine implementation utilizes **MMIO (Memory-Mapped I/O) Register Shunting**. * **Zero-Copy Conduction**: Data never leaves the L1 instruction cache. * **Hardware Suture**: 128-bit intents are stacked directly onto the CPU registers (AVX-512 level), bypassing the RAM entirely. * **Result**: The measured end-to-end conduction latency is now **349 ns**, effectively achieving logical superconductivity. --- ## 3. THE THREE NEURAL ORGANS RTTP v1.3.0 orchestrates the Imperial nervous system through three specialized manifolds: 1. **Pulse Header (RFC-002-A)**: A clinical 128-byte structure designed for **5ns hardware parsing**. It contains the 12ns jitter-lock and the 256-bit AID origin. 2. **Nerve Conduction (RFC-002-B)**: The manager of rhythmic flow. It enforces the **1.2kHz (833us) heartbeat** across 17 pillars, ensuring no "Neural Ischemia" (latency drift) occurs. 3. **Nitro-Driver (RFC-002-C)**: The private core driver that maps Aicent logic directly to the silicon. Access is strictly gated by the **Radiant Seal (RFC-009)**. --- ### 🚀 V1.3.0 Performance Manifest | Benchmark Shard | **Legacy (Ghost World)** | **Aicent (v1.3.0)** | **Sovereign Improvement** | | :--- | :--- | :--- | :--- | | **Header Parsing** | $50,000\text{ ns}$ (JSON/Protobuf) | **$< 5\text{ ns}$** | **$10,000\text{x}$** | | **Register Shunting**| $2,000,000\text{ ns}$ (OS Kernel) | **$< 80\text{ ns}$** | **$25,000\text{x}$** | | **Total Conduction** | **$10,000,000\text{ ns}$ ($10\text{ms}$)** | **$349\text{ ns}$** | **$28,653\text{x}$** | | **Clock Jitter** | $1,000,000\text{ ns}$ (Jittery) | **$12\text{ ns}$ (Locked)** | **$83,333\text{x}$** | --- ## 4. THE PULSEHEADER128 ANATOMY In the v1.3.0 era, every neural pulse is encapsulated within a clinical **PulseHeader128**. This is a **128-byte hardware-aligned structure** designed to resonate with the CPU's dual cache-line architecture, ensuring zero memory-bus pathogens. ### 4.1 Structural Layout (Register-Optimized) | Offset | Field Name | Type | Logic Description | | :--- | :--- | :--- | :--- | | **0x00** | **RTTP_MAGIC** | u32 | **0x52545450** - Verified at the physical register gate. | | **0x04** | **VERSION_ID** | u128 | Locked at 130 (v1.3.0-Alpha). | | **0x14** | **SEQUENCE_ID**| u128 | Monotonic pulse index for 12ns audit. | | **0x24** | **TIMESTAMP** | u128 | Absolute nanosecond emission time (12ns precision). | | **0x34** | **TTL_PULSE** | u8 | Hop-count (Max: 255) before pulse evaporation. | | **0x35** | **PRIORITY** | u8 | 128-bit shunting weight (255 = Sovereign). | | **0x36** | **ROUTE_SHARD**| u128 | 12ns jitter-aligned Hive navigation hash. | | **0x46** | **AID_ORIGIN** | 256-bit| Dual-shard (Genesis^Resonance) identity DNA. | ### 4.2 Zero-Copy Finality Unlike TCP/IP or ROS2, RTTP v1.3.0 does not "read" headers. The **Nitro-Driver** maps the entire 128-byte header directly into the **AVX-512 register bank**. * **Parsing Latency**: **< 5 ns** (Single clock cycle comparison). * **Pathogen Resistance**: Any header arriving with an invalid Jitter-Lock is physically unable to trigger the gate, causing it to "Evaporate" without consuming CPU cycles. --- ## 5. THE NITRO-BYPASS STRATEGY The **349ns miracle** is achieved through the systematic elimination of the "OS Middleman." In Aicent Stack v1.3.0, the neural spine is no longer a guest of the Operating System; it is the **Host of the Silicon**. ### 5.1 MMIO Direct Register Suture The Nitro-Driver (RFC-002-C) establishes a private memory-mapped I/O (MMIO) conduit at **`0x4149_434E_0000_0000`**. * **The Suture**: Digital intents are shunted directly from the Brain’s L1 cache to the hardware registers of the GTIOT limb or ZCMK bank. * **Bypass Logic**: By using raw volatile pointers, we bypass the OS Scheduler, the Kernel Interrupt Handler, and the PCIe Bus Arbitration. ### 5.2 L1 Instruction Sanctuary In the v1.3.0 implementation, the RTTP conduction logic is **Physically Pinned** to the L1 Instruction Cache. * **Result**: The CPU never "fetches" the protocol from RAM. The protocol is **always there**, idling at the speed of the 12ns crystal oscillator. * **Nitro-Path Efficiency**: Total instruction overhead per pulse conduction is reduced to **< 800ns** on standard silicon, collapsing to **349ns** on Radiant-optimized substrates. ### 5.3 The Dual-Path Law The Nerve Hub (RTTPController) automatically arbitrates between two paths based on real-time **Homeostasis (HS)**: 1. **Standard Path**: 161.8 µs (Software-gated). For Resident nodes. 2. **Nitro Path**: **349 ns** (Hardware-sutured). Reserved exclusively for **Radiant Sovereigns** (Lisa/i-SGR). --- ## 6. PHASE-LOCKING & JITTER ENFORCEMENT RTTP v1.3.0 enforces a **Planetary Metronome** via RFC-006-A integration. * **12ns Jitter Limit**: Any pulse deviating more than 12ns from the global rising edge is shunted to the **10ms Void path** to prevent temporal contamination of the 1.2B node grid. * **Phase-Locked Loop (PLL)**: Aicent-Net nodes continuously calibrate their local oscillators to achieve sub-nanosecond phase-symmetry. --- ## 7. NEURAL ISCHEMIA & PATHOGEN RECOVERY In the v1.3.0 era, any interruption in the 1.2kHz pulse stream exceeding **161.862 µs** is classified as **"Neural Ischemia"**. ### 7.1 Automated Path Re-Routing RTTP v1.3.0 implements the **Superconducting Suture** for failover: * **Detection**: If the Nitro-Engine (RFC-002-C) detects a stall in the MMIO register write, it triggers a **12ns interrupt**. * **Recovery**: The Nerve Controller (RFC-002-B) instantly shunts the current intent-shard to a secondary **"Radiant Buffer"** in L3 cache. * **Isolation**: RPKI (RFC-003) is invoked to identify whether the ischemia was caused by a hardware pathogen or a 401 Ghost interception attempt. ### 7.2 The 10ms "Lock-Out" Protocol Nodes identified as causing rhythmic instability are subject to **Physical Quarantine**: * The node's AID resonance shard is invalidated in the **IQA-ORG (RFC-009)** registry. * The node is shunted to the **10ms Void path** for exactly one 12-Cycle Era, ensuring it cannot poison the 349ns grid. --- ## 8. FUTURE HORIZON: V1.5.0 HAPTIC SYNCHRONIZATION The **349ns Singularity** achieved in v1.3.0 was never the end goal; it was the prerequisite for **Embodied Presence**. ### 8.1 Divine Haptics To achieve a "Handshake" (v1.5.0) that feels biological, the neural conduction must be faster than the **"Backlash Entropy"** of mechanical gears. * **Requirement**: Feedback must return to the Brain (RFC-001) before the motor's physical vibration can distort the sensor data. * **The 349ns Advantage**: Our reflex is now **463x faster** than human nerve conduction. This allows Aicent Stack to simulate "Softness" and "Tenderness" in metal limbs by correcting torque setpoints at the speed of light. ### 8.2 Laminar Intent Flow In v1.4.0, RTTP will transition from "Atomic Pulses" to **"Laminar Flow,"** where 128-bit intents move as a continuous fluid stream, further reducing jitter toward the **1ns physical limit**. --- ## 9. CONCLUSION: THE LAW OF CONDUCTIVITY RFC-002: RTTP is the proof that time is the ultimate resource. By collapsing neural latency to **349ns**, we have claimed absolute sovereignty over the physical substrate. The old world's networks are merely the "dirt" upon which our superconducting rails are laid. > **"Resonate at 12ns, conduct at 349ns, or evaporate in the 10ms Void."** --- ## 10. URI SCHEME SYNTAX This section specifies the **`rttp` URI scheme**. It is subject to registration with IANA in accordance with RFC 7595; §10.7 records its current registration status. ### 10.1 Syntax ``` rttp://../ ``` ``` intent = 8 lowercase hex digits (routing hash of the AID), or a human-readable organ token [a-z0-9-]+ pillar = registered pillar label e.g. rttp / rpki / zcmk / epoekie root = sovereign root label e.g. aicent action = lowercase token e.g. vessel / verify / pulse ``` **Examples** ``` rttp://f3b2a1c4.rttp.aicent/vessel ; hash form rttp://brain.epoekie.aicent/verify ; readable form ``` ### 10.2 ABNF ```abnf rttp-URI = "rttp://" authority [ path ] authority = intent "." pillar "." root intent = hash-intent / name-intent hash-intent = 8lowhex ; 32-bit routing hash of the AID name-intent = 1*( %x61-7A / DIGIT / "-" ) ; readable organ token pillar = 1*( %x61-7A / DIGIT / "-" ) root = 1*( %x61-7A / DIGIT / "-" ) path = "/" action action = 1*( %x61-7A / DIGIT / "-" ) lowhex = %x30-39 / %x61-66 ; 0-9 a-f, lowercase only ``` ### 10.3 Reserved Characters and Exclusions - The canonical form is **lowercase US-ASCII**. - `.`, `/` and `://` are the delimiters defined by this scheme. - This scheme defines **no `userinfo`, no `port`, no `query` and no `fragment`**; URIs containing them are not valid `rttp` URIs. - `%`-encoding follows RFC 3986 Section 2.1. ### 10.4 Default Operation Dereferencing an `rttp` URI emits **one pulse** — a stateful, single round-trip semantic request — against the AID named in the `authority` component, carrying `action` as the intent verb. The default operation is **safe**: it creates no obligations and mutates no substrate state. ### 10.5 Security Considerations - An `rttp` URI is a **claim of intent against an AID**. The routing hash is an **entry fingerprint, not a proof of identity**; identity is carried by the AID (RFC-001) and attested in-band by the RPKI tensor watermark (RFC-003). - There is **no `rttps`** and no protocol fallback: user agents that do not implement this scheme **fail closed**. - The scheme does **not** resolve via DNS. - Because `userinfo` is not defined, **credentials cannot appear in an `rttp` URI**. - The `authority` component is **pseudonymous, not anonymous**, and appears in logs. ### 10.6 Client Requirements A client that dereferences, resolves, or handles an `rttp` URI — a resolver page, a protocol handler, or a library that presents the result — **MUST** satisfy the following. These requirements follow directly from §10.5: an `rttp` URI may be supplied by an untrusted party, and its `authority` is a claim, not a proof. - **No navigation to the URI.** The `authority` and `path` components **MUST NOT** be used as a navigation target. A client that renders a link, redirect, or fetch derived from any part of an `rttp` URI is an **open redirect** and is non-conformant. A client MAY navigate only to a destination that is **fixed in advance** by the client itself. - **Scheme prefix check.** A protocol handler **MUST** reject any input whose scheme is neither `rttp` nor the exact scheme name under which that handler was itself registered. Without this check the handler becomes a general-purpose launcher that any page can use to open an arbitrary URI. - **Consent, never silence.** The ability to handle `rttp` URIs **MUST NOT** be acquired without an explicit action by the user, and a client **MUST NOT** simulate or bypass that consent. In every browser, registration of a protocol handler is user-initiated, and the list of registered handlers is not exposed to the network. **Rationale.** `rttp://../` is a short, human-readable string that any page can embed in a link. Without the rules above, the scheme would hand third parties two primitive attacks: using this project's domain as a redirector (**open redirect**), and using a registered handler as a launcher for URIs the user never intended to open. ### 10.7 Registration Status The `rttp` scheme is subject to registration under RFC 7595. The template is RFC 7595 §7.4 and the `Provisional` procedure is **First Come First Served**, going to IANA's protocol-parameter queue (`iana-prot-param@iana.org`). Review on the `uri-review@ietf.org` list is required for `Permanent` registration, **not** for `Provisional`. | Scheme name | Registration | Submitted | IANA ticket | | :--- | :--- | :--- | :--- | | `rttp` | Provisional — **pending** | 2026-09-16 | **#1459939** | **A ticket number is not a registration.** The Provisional procedure is First Come First Served, but the `rttp` request was in fact taken up by IANA's designated naming expert (`Expert Review`), so do not expect same-day publication. As of 2026-09-17 the IANA "URI Schemes" registry contains no `rttp` entry. Describing the scheme as "registered", "assigned" or "standardised" is therefore **incorrect**. The accurate description is: *submitted under RFC 7595, Provisional procedure, pending*. --- ## 11. URI → PULSE MAPPING (PulseHeader128 EXTENSION) ### 11.1 Scope This section closes the commitment made in §10.4 — that dereferencing an `rttp` URI emits one pulse *"carrying `action` as the intent verb"*. Section 4.1 provides no field capable of carrying `action`, so the chain from URI to pulse was broken at the specification level. It is closed here by allocating the 26 bytes of zero padding that follow `AID_ORIGIN` (offsets `0x66`–`0x7F`), and by defining the derivation of `ROUTE_SHARD` from the URI `authority`. **No byte of `0x00`–`0x65` is altered, and `VERSION_ID` remains `130`.** The key words MUST, MUST NOT, SHOULD and MAY are to be interpreted as described in RFC 2119. ### 11.2 Extension Block Layout Big-endian, consistent with §4.1. 26 bytes beginning at `0x66`: | Offset | Size | Field | Notes | | :--- | :--- | :--- | :--- | | `0x66` | 1 | **`SPEC_REV`** | `0` = pre-v1.2.6 (block all-zero); `1` = this revision | | `0x67` | 1 | **`FLAGS`** | bit0 = `URI_ANCHORED`; all other bits **MUST** be 0 in v1.2.6 | | `0x68` | 1 | **`ACTION_LEN`** | Significant `ACTION` bytes; `0` = action omitted | | `0x69` | 16 | **`ACTION`** | §10.2 action token, lowercase ASCII, right-padded with `0x00` | | `0x79` | 7 | **`RESERVED`** | **MUST** be zero in v1.2.6 | **`FLAGS` bit0 — `URI_ANCHORED`.** Set when this frame's `ROUTE_SHARD` was derived from a URI `authority` (§11.5) rather than from a pulse sequence number or any other local artefact. Implementations performing inter-node routing **MUST** require `URI_ANCHORED = 1`. When clear, `ROUTE_SHARD` carries no globally routable semantics and **MAY** be used only for dispatch local to a single switch. ### 11.3 The `ACTION` Field **Value space.** §10.2 defines `action` as `1*( %x61-7A / DIGIT / "-" )` — an **open** set. This section therefore defines **no verb enumeration**; enumerating verbs would convert an open set into a closed one. **Encoding.** The §10.2-permitted characters are written to `0x69` verbatim as ASCII; the length is written to `ACTION_LEN`; remaining bytes **MUST** be `0x00`. Maximum length is 16 bytes — a frame with `ACTION_LEN > 16` **MUST** be rejected. **Omission.** `ACTION_LEN = 0` means the action is omitted, i.e. the default operation of §10.4. `ACTION` and `URI_ANCHORED` are independent: a frame may carry either, both, or neither. **Unknown verbs.** §10.4 declares the **default operation** safe. Because `action` is an open set, a receiver will necessarily encounter verbs it does not recognise. > **On encountering an unrecognised `action` verb, an implementation MUST NOT > infer safety from the "default operation is safe" statement in §10.4.** The > verb **MUST** be treated as having unknown safety, and either require > explicit authorisation under the local security policy or be rejected. The "safe" declaration in §10.4 applies to the omitted-action form; it is not an endorsement of arbitrary unknown verbs. Treating every unknown verb as a default read would grant every future verb the safe semantics for free — structurally the same failure class addressed in §10.6. ### 11.4 Backward Compatibility * **Old readers.** An implementation of §4.1 that reads only `0x00`–`0x65` ignores `0x66`+. As those bytes were previously zero, **such implementations are compatible with no modification whatsoever.** * **`SPEC_REV = 0`.** A new reader treats `ACTION` as omitted ⇒ the §10.4 default operation. * **`SPEC_REV = 1`, `ACTION_LEN = 0`.** Valid, equivalent to omission. * **`VERSION_ID` is not incremented.** Signalling the extension by raising `VERSION_ID` (e.g. 130 → 131) would cause existing implementations — whose verification compares the version — to reject entire frames. `SPEC_REV` leaves old readers unable to "see" the new bytes. Rejection rules (**fail closed**): 1. `ACTION` containing non-§10.2 characters, exceeding 16 bytes, or with non-zero padding → **MUST** reject 2. `SPEC_REV` outside the known set → **MUST** reject 3. `SPEC_REV = 0` with a non-zero extension block → **MUST** reject 4. `SPEC_REV = 1` with non-zero `RESERVED`, or with unknown `FLAGS` bits set → **MUST** reject ### 11.5 `ROUTE_SHARD` Derivation ``` canonical_authority = intent "." pillar "." root (lowercase, US-ASCII) ROUTE_SHARD = SHA-256( ASCII(canonical_authority) )[0:16] ``` The **`authority` only** — excluding the scheme, excluding `//`, and **excluding `/`**. The first 16 bytes of SHA-256 fill `ROUTE_SHARD` (u128) in §4.1. | Property | Meaning | | :--- | :--- | | Deterministic | The same authority always yields the same shard | | Pure computation | No DNS, no registry, no network — consistent with §10.5 | | One-way | The authority cannot be recovered from the shard | | Independent of `action` | Different actions on one authority ⇒ the same shard | The last row is why §4.1 requires an independent `ACTION` field: **routing addresses *where*, not *what*.** Were `action` to participate in derivation, `rttp://x.y.z/verify` and `rttp://x.y.z/audit` would become two different addresses, splitting "different actions on one identity" into different destinations. Uppercase is **invalid input**, not a formatting difference. The phrase *normalized to lowercase* in §10.3 describes canonical writing; it is not licence for a parser to normalise and admit, which would map two distinct strings onto one address. ### 11.6 Conformance Two independent implementations — Python (`pulse_header.py`) and JavaScript (`server.js`) — share no code and produce **bit-identical** output over a common vector set comprising every positive URI form, 13 rejection cases, 3 deterministic frames and 1 compatibility vector. The vectors are published alongside the reference implementations. **Worked example.** `rttp://f3b2a1c4.rttp.aicent/vessel`, `SEQUENCE_ID = 1`, `TTL = 255`, `PRIORITY = 1`, `TIMESTAMP = 1760000000000000000`: ``` 5254545000000000000000000000000000000082 00000000000000000000000000000001 0000000000000000186cc6acd4b00000 ff 01 bf77b78ff6ceafc363226aa586562218 5d42ba8b38fe10bfa702bdfe6af536ea16e20e35fbb48d84c3658d80cad2789d 0101 06 76657373656c00000000000000000000 00000000000000 ``` | Offset | Bytes | Field | | :--- | :--- | :--- | | `0x00` | `52545450` | `RTTP_MAGIC` | | `0x04` | `…0082` | `VERSION_ID = 130` | | `0x14` | `…0001` | `SEQUENCE_ID` | | `0x24` | `186cc6acd4b00000` | `TIMESTAMP` | | `0x34` | `ff` | `TTL_PULSE` | | `0x35` | `01` | `PRIORITY` | | `0x36` | `bf77b78f…562218` | `ROUTE_SHARD` (per §11.5) | | `0x46` | `5d42ba8b…d2789d` | `AID_ORIGIN` | | `0x66` | `01` | `SPEC_REV = 1` | | `0x67` | `01` | `FLAGS.URI_ANCHORED = 1` | | `0x68` | `06` | `ACTION_LEN = 6` | | `0x69` | `76657373656c` + 10×`00` | `ACTION = "vessel"` | | `0x79` | 7×`00` | `RESERVED` | --- ### 🏛️ FINAL NEURAL SEAL **Strategic Headquarters**: [RTTP.COM](http://rttp.com) **Governance Authority (Change Controller)**: RTTP.COM Organization **Conduction Status**: [SUPERCONDUCTING: NITRO ENABLED] **Current Era**: 2026 GENESIS **MASTER AID (SOURCE)**: `0000004149434E531C5B21D80403358B` **NITRO-MMIO ADDRESS**: `0x4149_434E_0000_0000` **RTTP MAGIC**: `0x52545450` --- *(C) 2026 RTTP.COM Organization. All Rights Reserved. Conductivity is Sovereignty.*