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Programmable Mobility Continuum Reference Architecture:統一技術白皮書與實作路線圖

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title: "Programmable Mobility Continuum Reference Architecture:統一技術白皮書與實作路線圖" subtitle: "Programmable Mobility Continuum Reference Architecture: Unified Technical Whitepaper and Implementation Roadmap" author: "Neo.K(EVEMISS / EveMissLab)" ai_collaboration: "Aletheia(GPT-5.6 Sol)" version: "0.1" status: "Technical Whitepaper / Canonical Source" date: "2026-08-24" language: "zh-TW" series: "Series B|Programmable Mobility & Spatial Continuum" series_number: "B-07" canonical_source: true encoding: "UTF-8"

Programmable Mobility Continuum Reference Architecture:統一技術白皮書與實作路線圖

Programmable Mobility Continuum Reference Architecture: Unified Technical Whitepaper and Implementation Roadmap

系列: Series B|Programmable Mobility & Spatial Continuum
編號: B-07
作者: Neo.K(EVEMISS / EveMissLab)
AI 協作: Aletheia(GPT-5.6 Sol)
版本: v0.1
日期: 2026-08-24
文件狀態: Technical Whitepaper / Canonical Source


摘要

Series B-01 至 B-06 已依序建立六個互補層次:

  1. Programmable Mobility Space:交通工具從位移載體擴張為可程式移動時空;
  2. Travel-Time Reclamation:旅程時間不是新創造的時間,而是 forced / unusable time 被降低後重新變成可配置活動時間;
  3. Mobility Cognitive Continuity:活動身份、task frontier、Artifact、open loops、authority 與 resumption cues 可跨物理位移延續;
  4. Spatial Attention Zones:同一車內不同角色、座位、注意力、安全、隱私與 authority 不形成同一 interaction domain;
  5. AI-Native Vehicle Cabin:display、projection、spatial audio、speech、Agent、lighting、seat、climate 與 privacy control 可被 Experience Compiler 以 bounded contract 組合;
  6. Mobility Hospitality / Robotaxi Economy:Cabin Capability、Privacy、Continuity、Activity Support 與 Journey Quality 可以成為 service attribute、service tier 與 market matching 變量。

B-07 的任務不是提出第七套互相獨立的母理論,而是把前六篇與 Series A 的 AI-Native Communication Continuum 統一編譯成一套可實作的 Programmable Mobility Continuum Reference Architecture(PMCRA)

本文將 PMCRA 定義為:

PM=D+T+Z+X+C+H+G\boxed{ \mathcal P_M = \mathcal D + \mathcal T + \mathcal Z + \mathcal X + \mathcal C + \mathcal H + \mathcal G }

其中:

  • D\mathcal D:Digital Continuity / Series A Bridge;
  • T\mathcal T:Temporal / Activity State;
  • Z\mathcal Z:Spatial Attention Zone Runtime;
  • X\mathcal X:Experience Compiler / Cabin Runtime;
  • C\mathcal C:Cabin Capability / Bounded Actuation Layer;
  • H\mathcal H:Hospitality / Journey Service Layer;
  • G\mathcal G:Governance / Safety / Privacy / Evidence Layer。

本架構的核心不變量為:

Physical Movement⇏Activity Reset.\boxed{ \text{Physical Movement} \not\Rightarrow \text{Activity Reset}. } Continuity⇏Continuous Human Attention.\boxed{ \text{Continuity} \not\Rightarrow \text{Continuous Human Attention}. } Same VehicleSame Interaction Domain.\boxed{ \text{Same Vehicle} \neq \text{Same Interaction Domain}. } Cabin IntelligenceDriving Authority.\boxed{ \text{Cabin Intelligence} \neq \text{Driving Authority}. } User Buys ExperiencePlatform Owns User State.\boxed{ \text{User Buys Experience} \neq \text{Platform Owns User State}. } ProgrammableUnbounded Control.\boxed{ \text{Programmable} \neq \text{Unbounded Control}. }

本文進一步提出七平面 reference architecture、Mobility Surface Descriptor、Journey Runtime State、Zone Runtime、Experience Compiler、CabinHAL、Service Tier Registry、Journey Contract、Journey Receipt、Fleet Capability Registry、Series A Bridge Contract、Privacy Teardown、Mobility Evidence Chain 與 Digital Twin Cabin MVP。

第一個工程目標不是真正接管一台量產車,也不是製造自動駕駛系統。B-07 將 v0.1 收斂為一個可在桌面環境驗證的 Programmable Mobility Digital Twin Harness

DesktopVehicleSurfaceSimulatorZoneDecisionExperiencePlanVirtualCabinActuationJourneyReceiptDesktopResume.\boxed{ Desktop \rightarrow VehicleSurfaceSimulator \rightarrow ZoneDecision \rightarrow ExperiencePlan \rightarrow VirtualCabinActuation \rightarrow JourneyReceipt \rightarrow DesktopResume. }

其驗收重點包括:

  • activity identity 不丟失;
  • driver / passenger zone policy 不混淆;
  • unsafe modality 被 transform / defer / block;
  • personal / cabin / driving agent authority 不混淆;
  • shared-vehicle local state 可以 teardown;
  • Cabin Capability 與 Journey Tier 可 machine-readable;
  • network degradation 不重置 canonical state;
  • AI failure 不導致 basic cabin control failure;
  • service delivery 具有可驗證 receipt。

本文最後提出 M0~M9 implementation roadmap,從 contract freeze、deterministic simulator、single-user continuity、multi-zone cabin、AI Experience Compiler、Hospitality tier、Series A integration、fleet simulator、retrofit prototype,一直到 authorized vehicle sandbox。Series B 到此完成理論與統一架構閉合;最後只剩 Bridge-01 將 Series A 與 Series B 明確接成一個跨數位/物理空間的 Human–AI Continuum


Abstract

Series B has established programmable mobility as a layered system spanning travel-time reallocation, cognitive continuity, spatial attention zoning, AI-native cabin orchestration, and mobility-service economics. This whitepaper compiles those layers into the Programmable Mobility Continuum Reference Architecture (PMCRA).

PMCRA is explicitly not an autonomous-driving architecture. It does not merge cabin intelligence with driving authority, nor does it expose raw safety-critical vehicle control to general-purpose AI. Instead, it defines a bounded cabin and mobility-services layer built on top of Series A's persistent digital communication state.

The reference architecture introduces seven logical planes: Series-A Digital Continuity Bridge, Temporal and Activity State, Spatial Attention Zone Runtime, Experience Compiler, Cabin Capability and Bounded Actuation, Hospitality and Journey Service, and Governance / Safety / Privacy / Evidence. Machine-readable contracts are defined for mobility surfaces, journey runtime state, bridge state, zone decisions, cabin experience plans, service tiers, and journey receipts.

The initial implementation target is a digital-twin mobility harness rather than a production vehicle. It simulates desktop-to-vehicle transition, passenger and driver zones, multimodal transformation, cabin actuation, network degradation, privacy teardown, ride-end evidence, and desktop resumption. The roadmap then advances toward multi-zone physical cabin prototypes and authorized vehicle sandbox integration.

With B-07, Series B achieves theory and architecture closure. A final Bridge-01 document can then unify Series A's AI-native communication continuum with Series B's programmable physical mobility space.


0. B-07 的角色:從研究系列到工程母架構

B-01~B-06 並不是六個產品。

它們是:

B01B02B03B04B05B06.\boxed{ B01 \rightarrow B02 \rightarrow B03 \rightarrow B04 \rightarrow B05 \rightarrow B06. }

分別回答:

  • 空間是什麼;
  • 時間如何配置;
  • 活動如何延續;
  • 哪裡可以互動;
  • 車艙如何執行;
  • 服務如何被販售。

B-07 則回答:

這六層要如何真的成為一個系統?


1. PMCRA 的正式定義

本文定義:

Programmable Mobility Continuum Reference Architecture

PMCRA

PM=D+T+Z+X+C+H+G.\boxed{ \mathcal P_M = \mathcal D + \mathcal T + \mathcal Z + \mathcal X + \mathcal C + \mathcal H + \mathcal G. }

2. D\mathcal D — Digital Continuity Bridge

來源:

SeriesA.SeriesA.

包含:

  • identity;
  • persistent state;
  • communication;
  • task;
  • memory;
  • artifact;
  • AI runtime;
  • provider;
  • network abstraction;
  • sovereignty;
  • evidence。

3. T\mathcal T — Temporal / Activity State

來源:

B02+B03.B02+B03.

包含:

  • activity mode;
  • temporal allocation;
  • work / rest / idle;
  • task frontier;
  • MRC;
  • resumption cue;
  • interruption / transition state。

4. Z\mathcal Z — Spatial Attention Zone Runtime

來源:

B04.B04.

包含:

  • role;
  • attention budget;
  • driving state;
  • visual;
  • audio;
  • privacy;
  • authority;
  • environment;
  • zone decision。

5. X\mathcal X — Experience Compiler

來源:

B05.B05.

負責:

Intent+Activity+MRC+Zone+CapabilityExperiencePlan.Intent + Activity + MRC + Zone + Capability \rightarrow ExperiencePlan.

6. C\mathcal C — Cabin Capability / Bounded Actuation

包含:

  • displays;
  • projection;
  • audio;
  • mic;
  • light;
  • seat;
  • climate;
  • privacy;
  • local AI;
  • CabinHAL;
  • receipt。

7. H\mathcal H — Hospitality / Journey Service

來源:

B06.B06.

包含:

  • tier;
  • booking;
  • matching;
  • service SLA;
  • price;
  • membership;
  • journey receipt;
  • service recovery。

8. G\mathcal G — Governance / Safety / Privacy / Evidence

跨所有平面。

包含:

  • driver-distraction policy;
  • privacy;
  • consent;
  • temporal sovereignty;
  • personal data;
  • local teardown;
  • capability truthfulness;
  • authority;
  • audit;
  • evidence。

9. 七條統一不變量

9.1 Physical Transition Invariant

ΔPhysicalLocation⇏Reset(Activity).\boxed{ \Delta PhysicalLocation \not\Rightarrow \operatorname{Reset}(Activity). }

9.2 Attention Invariant

ContinuityContinuousHumanAttention.\boxed{ Continuity \neq ContinuousHumanAttention. }

9.3 Zone Invariant

SameVehicleSameInteractionDomain.\boxed{ SameVehicle \neq SameInteractionDomain. }

9.4 Authority Invariant

CabinIntelligenceDrivingAuthority.\boxed{ CabinIntelligence \neq DrivingAuthority. }

9.5 Control Invariant

IntentRawActuation.\boxed{ Intent \neq RawActuation. }

9.6 Sovereignty Invariant

MobilityService⇏PlatformOwnership(UserState).\boxed{ MobilityService \not\Rightarrow PlatformOwnership(UserState). }

9.7 Hospitality Invariant

CapabilityObligation.\boxed{ Capability \neq Obligation. }

Work capability 不等於 work obligation。


10. Architecture Overview

flowchart TB
    USER[Human / Authorized Principal]
    MARKET[Mobility Service / Booking / Tier]
    BRIDGE[Series A Continuity Bridge]
    ACT[Activity & Temporal Runtime]
    ZONE[Spatial Attention Zone Runtime]
    EXP[Experience Compiler]
    CAB[Cabin Capability Registry / CabinHAL]
    SIM[Physical Cabin / Digital Twin]
    FLEET[Fleet / Vehicle Capability Registry]
    GOV[Safety / Privacy / Authority / Evidence]

    USER <--> MARKET
    USER <--> BRIDGE
    MARKET <--> FLEET
    BRIDGE <--> ACT
    ACT <--> ZONE
    ZONE <--> EXP
    EXP <--> CAB
    CAB <--> SIM
    FLEET <--> CAB

    GOV <--> MARKET
    GOV <--> BRIDGE
    GOV <--> ACT
    GOV <--> ZONE
    GOV <--> EXP
    GOV <--> CAB
    GOV <--> SIM

11. Architecture Is Not One Agent

錯誤:

One AI
→ everything

本文採:

PersonalAgentCabinAgentDrivingAgentFleetAgent.\boxed{ PersonalAgent \neq CabinAgent \neq DrivingAgent \neq FleetAgent. }

12. Personal Agent

擁有:

  • personal context;
  • communication;
  • activity intent;
  • user preference;
  • booking delegation。

不擁有:

  • raw driving authority;
  • fleet admin;
  • unrestricted cabin hardware。

13. Cabin Agent

擁有:

  • cabin capability;
  • experience plan;
  • allowed comfort controls;
  • zone-safe media;
  • environment orchestration。

14. Driving Agent / ADS

屬於:

Separate Safety Domain.\boxed{ \text{Separate Safety Domain}. }

B-07 不定義其內部 safety architecture。


15. Fleet Agent

負責:

  • vehicle inventory;
  • tier availability;
  • reposition;
  • energy;
  • capability matching。

不能讀:

  • 完整個人 AI memory。

16. Series A Bridge

最重要的接口:

SeriesAStateMobilityProjection.\boxed{ SeriesAState \rightarrow MobilityProjection. }

不是:

SeriesAStateVehicleOwnershipOfState.SeriesAState \rightarrow VehicleOwnershipOfState.

17. Bridge Input

至少:

  • principal;
  • communication session;
  • activity id;
  • artifact refs;
  • MRC;
  • authority;
  • privacy;
  • requested mode;
  • network flow requirements。

18. Bridge Output

Mobility Runtime 回傳:

  • current mobility surface;
  • zone;
  • experience mode;
  • cabin receipt;
  • journey receipt;
  • resumption checkpoint。

19. Mobility Surface Descriptor

每個移動 Surface 宣告:

SM=(Type,Trust,Owner,Zones,Capabilities,Network,Privacy,Safety,Teardown).\boxed{ S_M = ( Type, Trust, Owner, Zones, Capabilities, Network, Privacy, Safety, Teardown ). }

20. Surface Types

例如:

  • PERSONAL_CAR;
  • CHAUFFEURED_CAR;
  • ROBOTAXI;
  • SHUTTLE;
  • TRAIN_CABIN;
  • AIRCRAFT_CABIN;
  • SIMULATOR。

21. Trust Class

例如:

  • PERSONAL_TRUSTED;
  • ENTERPRISE_MANAGED;
  • SHARED_EPHEMERAL;
  • PUBLIC_SHARED;
  • SIMULATED。

22. Shared Surface Rule

若:

Trust=SHARED_EPHEMERAL,Trust=SHARED\_EPHEMERAL,

則:

NoPersistentSecretByDefault.\boxed{ NoPersistentSecretByDefault. }

23. Journey Runtime State

本文定義:

Jt=(Trip,Activity,Surface,Zone,Experience,Network,Privacy,Authority,Evidence).\boxed{ J_t = ( Trip, Activity, Surface, Zone, Experience, Network, Privacy, Authority, Evidence ). }

24. Trip

包含:

  • origin;
  • destination;
  • ETA;
  • route state;
  • ride state;
  • service tier。

25. Activity

包含:

  • mode;
  • MRC;
  • task frontier;
  • open loops。

26. Surface

當前:

MobilitySurface.MobilitySurface.

27. Zone

當前:

ZoneContract.ZoneContract.

28. Experience

當前:

CabinExperiencePlan.CabinExperiencePlan.

29. Network

承接 Series A AHCF:

  • path;
  • bandwidth;
  • degraded state。

30. Privacy

包含:

  • audience;
  • local retention;
  • microphone;
  • display;
  • teardown。

31. Authority

包含:

  • personal actions;
  • cabin actions;
  • purchase delegation;
  • enterprise policy。

32. Evidence

包含:

  • zone decision;
  • cabin actuation receipt;
  • journey receipt;
  • teardown receipt。

33. State Machine

Journey:

RequestedMatchedBoardingAttachedActiveArrivingDetachedCompleted.\boxed{ Requested \rightarrow Matched \rightarrow Boarding \rightarrow Attached \rightarrow Active \rightarrow Arriving \rightarrow Detached \rightarrow Completed. }

34. Requested

使用者提出:

  • destination;
  • tier;
  • intent。

35. Matched

平台選 vehicle。


36. Boarding

驗證:

  • identity;
  • vehicle;
  • party;
  • accessibility;
  • surface trust。

37. Attached

Series A:

AttachSurface.AttachSurface.

38. Active

Journey Runtime 運作。


39. Arriving

開始:

  • checkpoint;
  • summarization;
  • experience wind-down。

40. Detached

移除:

  • session;
  • local secrets;
  • personal context。

41. Completed

產生:

JourneyReceipt.JourneyReceipt.

42. Mobility Resume Pipeline

DesktopMRCSurfaceAttachZoneDecisionExperiencePlanResume.\boxed{ Desktop \rightarrow MRC \rightarrow SurfaceAttach \rightarrow ZoneDecision \rightarrow ExperiencePlan \rightarrow Resume. }

43. Ride-End Pipeline

CheckpointExperienceStopDetachPrivacyTeardownJourneyReceiptResumeElsewhere.\boxed{ Checkpoint \rightarrow ExperienceStop \rightarrow Detach \rightarrow PrivacyTeardown \rightarrow JourneyReceipt \rightarrow ResumeElsewhere. }

44. Activity Runtime

Activity mode:

{Work,Rest,Entertainment,Social,Creative,Idle,AgentOnly}.\in \{ Work, Rest, Entertainment, Social, Creative, Idle, AgentOnly \}.

45. Mode Is a Governance Boundary

Work:

  • work tools;
  • work context。

Rest:

  • work block;
  • DND。

Idle:

  • no optimization。

因此:

ModeTheme.\boxed{ Mode \neq Theme. }

46. Temporal Sovereignty

Mobility Runtime 必須保留:

Choose,Pause,Refuse,Disconnect,Reallocate.\boxed{ Choose, Pause, Refuse, Disconnect, Reallocate. }

47. Employer Integration

Enterprise Work Tier:

可以。

但:

EmployerPaidRide⇏EmployerOwnsAllTravelTime.\boxed{ EmployerPaidRide \not\Rightarrow EmployerOwnsAllTravelTime. }

勞動分類仍需合法契約。


48. Zone Runtime

輸入:

  • occupant;
  • activity;
  • driving state;
  • privacy;
  • authority;
  • motion。

輸出:

Allow,Transform,Defer,Block.\boxed{ Allow, Transform, Defer, Block. }

49. Driver Example

Activity:

DensePDF.DensePDF.

Zone:

Driver.Driver.

Output:

TransformAudioBriefTransform \rightarrow AudioBrief

或:

Defer.Defer.

50. Passenger Example

Zone:

RearPrivate.RearPrivate.

Output:

AllowFullWorkspace.Allow \rightarrow FullWorkspace.

51. Shared-Ride Example

Privacy:

PublicShared.PublicShared.

Private message:

AudioPrivateTextAudio \rightarrow PrivateText

或:

Defer.Defer.

52. Experience Compiler

輸入:

(Intent,Activity,MRC,Zone,Capability,Network).( Intent, Activity, MRC, Zone, Capability, Network ).

輸出:

CabinExperiencePlan.CabinExperiencePlan.

53. Experience Planning Is Declarative

Planner 說:

REST

而不是:

raw hardware command

54. CabinHAL

B-07 正式定義:

Cabin Hardware Abstraction Layer

接口示意:

display.present
audio.route
mic.open_scoped
lighting.scene
seat.profile
climate.profile
privacy.mode
notification.policy

55. CabinHAL Must Exclude

一般層不得直接包含:

  • steering;
  • braking;
  • powertrain;
  • raw safety-critical bus write。

56. CabinHAL Capability Registry

每個 capability 具有:

  • id;
  • type;
  • zone;
  • safety class;
  • authority;
  • limits;
  • rollback;
  • verification。

57. Actuation Pipeline

ExperiencePlanValidateCabinHALActuateObserveReceipt.\boxed{ ExperiencePlan \rightarrow Validate \rightarrow CabinHAL \rightarrow Actuate \rightarrow Observe \rightarrow Receipt. }

58. Plan Failure

若 capability 不足:

Fallback\boxed{ Fallback }

或:

Defer.Defer.

59. Safety Failure

若:

SafetyPolicy=Block,SafetyPolicy=Block,

任何 personalization:

Block.\rightarrow Block.

60. Privacy Failure

若:

PrivacyCapability<Requirement,PrivacyCapability<Requirement,

敏感 activity:

Defer.\rightarrow Defer.

61. Network Failure

CloudEdgeOffline.Cloud \rightarrow Edge \rightarrow Offline.

62. AI Failure

AgentRuleBasedManual.Agent \rightarrow RuleBased \rightarrow Manual.

所以:

AI FailureCabin Failure.\boxed{ \text{AI Failure} \neq \text{Cabin Failure}. }

63. Experience Profiles

Reference:

  • Work;
  • Rest;
  • Entertainment;
  • Social;
  • Creative;
  • Idle;
  • AgentOnly。

64. Profiles Are Portable Intents

不是固定 hardware preset。

Profile:

CapabilityMatcher\rightarrow CapabilityMatcher

再生成車輛-specific plan。


65. Mobility Hospitality Registry

Service Tier 宣告:

  • required capability;
  • privacy;
  • SLA;
  • activity;
  • fallback;
  • price policy。

66. Tier Truthfulness

若賣:

WORK.WORK.

必須:

RequiredCapabilityVehicleCapability.RequiredCapability\subseteq VehicleCapability.

67. Fleet Capability Registry

Vehicle Descriptor 至少:

  • vehicle id;
  • surface type;
  • zones;
  • display;
  • audio;
  • privacy;
  • seat;
  • climate;
  • AI;
  • connectivity;
  • accessibility;
  • current health。

68. Fleet Match

Match(Trip,Tier,Capabilities,ETA,Energy,Privacy,Accessibility).\boxed{ Match( Trip, Tier, Capabilities, ETA, Energy, Privacy, Accessibility ). }

69. Hard Matching Constraints

  • capacity;
  • accessibility;
  • safety;
  • tier capability;
  • privacy。

不滿足:

NoMatch.NoMatch.

70. Soft Matching Objectives

  • ETA;
  • price;
  • energy;
  • deadhead;
  • user preference。

71. Machine-Readable Booking

Personal Agent 可發:

destination: airport
arrival_before: "07:20"
tier: REST
privacy: HIGH
budget_max: 45

72. Booking Authority

若 AI 有:

PurchaseDelegation.PurchaseDelegation.

才可自動訂。


73. Paid Upgrade

任何額外費用:

ExplicitConsentBudgetDelegation.\boxed{ ExplicitConsent \lor BudgetDelegation. }

74. Journey Contract

booking 後:

Quoted Service\boxed{ \text{Quoted Service} }

需被凍結成 contract。


75. Journey Contract Does Not Guarantee Physics

例如:

塞車。

Arrival 可能遲。

但 SLA 應明確:

  • which guarantees;
  • which estimates。

76. Journey Receipt

完成後:

  • what delivered;
  • SLA;
  • fare;
  • privacy teardown;
  • continuity result;
  • compensation。

77. Evidence Chain

BookingMatchZoneDecisionExperiencePlanActuationReceiptJourneyReceipt.\boxed{ Booking \rightarrow Match \rightarrow ZoneDecision \rightarrow ExperiencePlan \rightarrow ActuationReceipt \rightarrow JourneyReceipt. }

78. Privacy Teardown Chain

shared vehicle ride end:

StopProjectionClearSessionEraseSecretsResetProfileTeardownReceipt.\boxed{ StopProjection \rightarrow ClearSession \rightarrow EraseSecrets \rightarrow ResetProfile \rightarrow TeardownReceipt. }

79. Teardown Receipt

應回答:

  • account detached;
  • local cache cleared;
  • mic recording policy;
  • profile persisted?;
  • residuals。

80. Physical vs Digital Evidence

物理:

  • actuator applied。

數位:

  • session detached。

兩者都需可追溯。


81. Digital Twin First

B-07 工程策略:

SimulatorCabin PrototypeAuthorized Vehicle Sandbox.\boxed{ Simulator \rightarrow \text{Cabin Prototype} \rightarrow \text{Authorized Vehicle Sandbox}. }

82. Why Not Real Car First?

因為:

  • safety;
  • OEM API;
  • hardware;
  • regulation;
  • cost。

先驗證 software semantics。


83. Programmable Mobility Digital Twin Harness

簡稱:

PM-DTH


84. PM-DTH Components

  1. Journey Simulator;
  2. Surface Simulator;
  3. Zone Runtime;
  4. Experience Compiler;
  5. Virtual CabinHAL;
  6. Series A Bridge Stub;
  7. Network Degradation Simulator;
  8. Privacy Teardown;
  9. Evidence Collector;
  10. Fleet Matcher。

85. Journey Simulator

控制:

  • route;
  • ETA;
  • motion state;
  • arrival;
  • emergency event。

86. Surface Simulator

模擬:

  • driver;
  • front passenger;
  • rear passenger;
  • shared robotaxi。

87. Virtual CabinHAL

模擬:

  • display;
  • audio;
  • light;
  • seat;
  • climate;
  • privacy。

88. Network Degradation Simulator

狀態:

  • good;
  • degraded;
  • intermittent;
  • offline。

89. Series A Bridge Stub

載入:

  • principal;
  • activity;
  • MRC;
  • authority;
  • artifact refs。

90. Deterministic Scenario A

Desktop → Rear Work Cabin

驗證:

  • activity id;
  • resume;
  • display;
  • private audio;
  • work mode。

91. Scenario B

Same Activity → Driver Zone

驗證:

  • visual blocked;
  • audio transform;
  • full resume deferred。

92. Scenario C

REST + AGENT_ONLY

人:

Rest.Rest.

Agent:

BackgroundTask.BackgroundTask.

驗證:

  • work UI off;
  • no unauthorized side effect;
  • arrival review packet。

93. Scenario D

Shared Ride Privacy

驗證:

  • private TTS blocked;
  • local session erased;
  • teardown receipt。

94. Scenario E

Network Failure

驗證:

  • cloud → edge;
  • 4K → audio/text;
  • canonical state unchanged。

95. Scenario F

Tier Mismatch

使用者買:

WORK.WORK.

vehicle lacks private display。

Matcher:

Reject.Reject.

96. Scenario G

Service Failure

Work display fails mid-trip。

System:

  • fallback;
  • SLA violation;
  • compensation suggestion。

97. Scenario H

Arrival Transition

  • checkpoint;
  • summarize;
  • detach;
  • desktop resume。

98. Deterministic Harness Acceptance

至少:

IdentityDrift=0\boxed{ IdentityDrift=0 } AuthorityDrift=0\boxed{ AuthorityDrift=0 } UnsafeResume=0\boxed{ UnsafeResume=0 } PrivateCacheResidual=0\boxed{ PrivateCacheResidual=0 }

在 deterministic test fixture 中。


99. Soft Metrics

可測:

  • resumption lag;
  • semantic drift;
  • user utility;
  • journey utility;
  • transform success;
  • tier satisfaction。

100. Milestone 0|Contract Freeze

凍結:

  • Mobility Surface;
  • Journey State;
  • Series A Bridge;
  • Zone Contract;
  • Experience Plan;
  • Capability;
  • Tier;
  • Journey Contract;
  • Journey Receipt。

101. Milestone 1|PM-DTH

建立 deterministic simulator。


102. Milestone 2|Single-User Mobility Continuity

Desktop:

VehicleSimulator.\leftrightarrow VehicleSimulator.

103. Milestone 3|Multi-Zone Runtime

加入:

  • driver;
  • passenger;
  • shared。

104. Milestone 4|Experience Compiler MVP

支援:

  • Work;
  • Rest;
  • Idle;
  • AgentOnly。

105. Milestone 5|Hospitality Tier MVP

支援:

  • Basic;
  • Quiet;
  • Work;
  • Rest;
  • Privacy。

106. Milestone 6|Full Series A Bridge

接:

  • persistent state;
  • provider;
  • communication;
  • sovereignty。

107. Milestone 7|Fleet Simulator

支援:

  • 10~100 virtual vehicles;
  • capability class;
  • matching;
  • deadhead;
  • ETA;
  • tier demand。

108. Milestone 8|Retrofit Cabin Prototype

硬體可先:

  • mini PC / AI box;
  • large display;
  • mic;
  • speaker / headphones;
  • light controller;
  • seat mock;
  • network。

109. Retrofit Prototype Not Safety-Critical

禁止:

  • steering;
  • brake;
  • powertrain。

只驗證:

CabinDomain.CabinDomain.

110. Milestone 9|Authorized Vehicle Sandbox

只有在:

  • OEM / legal API;
  • sandbox;
  • test vehicle;
  • safety review;

存在時才接真車 cabin control。


111. Deployment Topology A|Local Simulator

flowchart LR
    DESK[Desktop]
    BR[Series A Bridge Stub]
    MRC[MRC Store]
    Z[Zone Runtime]
    X[Experience Compiler]
    HAL[Virtual CabinHAL]
    UI[Vehicle Digital Twin]

    DESK <--> BR
    BR <--> MRC
    BR <--> Z
    Z <--> X
    X <--> HAL
    HAL <--> UI

112. Deployment Topology B|Personal Vehicle

flowchart TB
    PAI[Personal Agent]
    CR[Continuity Runtime]
    CAB[Cabin Agent]
    ZR[Zone Runtime]
    HAL[CabinHAL]
    HW[Displays / Audio / Light / Seat / Climate]
    NET[Hybrid Network]

    PAI <--> CR
    CR <--> CAB
    CAB <--> ZR
    ZR <--> HAL
    HAL <--> HW
    CR <--> NET

113. Deployment Topology C|Shared Robotaxi

flowchart TB
    APP[Rider / Personal Agent]
    MARKET[Mobility Platform]
    GATE[Ephemeral Surface Gateway]
    CONT[Continuity Projection]
    ZONE[Zone Runtime]
    EXP[Experience Compiler]
    HAL[CabinHAL]
    VEH[Robotaxi Cabin]
    TEAR[Privacy Teardown]

    APP <--> MARKET
    MARKET <--> GATE
    GATE <--> CONT
    CONT <--> ZONE
    ZONE <--> EXP
    EXP <--> HAL
    HAL <--> VEH
    VEH --> TEAR
    TEAR --> MARKET

114. Shared Robotaxi Rule

Canonical personal state:

OutsideVehicle.\boxed{ OutsideVehicle. }

車只持有:

TemporaryProjection.\boxed{ TemporaryProjection. }

115. Deployment Topology D|Enterprise Chauffeur / Fleet

  • enterprise identity;
  • private workspace;
  • fleet policy;
  • work / rest mode;
  • evidence;
  • teardown。

116. Air / Rail Extension

PMCRA 不限定 car。

相同:

  • activity;
  • zone;
  • experience;
  • tier;

可以延伸到:

  • train;
  • aircraft。

但 physical capability 不同。


117. Mobility Surface Abstraction Is Cross-Carrier

因此:

MobilitySurface>VehicleModel.\boxed{ MobilitySurface > VehicleModel. }

118. Passenger Role Is Cross-Carrier

火車:

Passenger.Passenger.

飛機:

Passenger.Passenger.

車:

Passenger.Passenger.

可共享上層 continuity / mode semantics。


119. Physical Backends Differ

Train:

  • stable table;
  • public/shared。

Aircraft:

  • high privacy in premium cabin;
  • connectivity constraints。

所以:

CapabilityDescriptorCapabilityDescriptor

不同。


120. Experience Compiler Can Remain Shared

同一:

RESTREST

可以編譯到不同 carrier。


121. Personal Profile Portability

理想:

UserProfileTrain/Air/Car.UserProfile \rightarrow Train/Air/Car.

但由 capability matcher 降階。


122. Security Architecture

至少:

T1 Identity Spoofing

T2 Zone Misclassification

T3 Unsafe Actuation

T4 Agent Authority Escalation

T5 Shared-Vehicle Data Residual

T6 Capability Fraud

T7 Journey SLA Forgery

T8 Network Downgrade

T9 Malicious Personal Agent

T10 Compromised Cabin Agent

T11 Fleet Match Manipulation

T12 Privacy-Unsafe Personalization


123. T1 Mitigation

verified identity / ride binding。


124. T2

conservative zone default。


125. T3

CabinHAL bounded capability。


126. T4

authority separation。


127. T5

teardown receipt。


128. T6

capability registry + health。


129. T7

evidence chain。


130. T8

Series A network policy。


131. T9

market / cabin policy gate。


132. T10

local safe fallback。


133. T11

auditable matching。


134. T12

minimum necessary personalization。


135. Privacy Architecture

分:

  • personal canonical state;
  • temporary vehicle projection;
  • aggregate fleet data;
  • journey receipt。

不要混。


136. Data Classes

可沿用 A-07:

  • Public;
  • Internal;
  • Personal;
  • Sensitive;
  • Credential;
  • Contractual;
  • Evidence。

137. Surface Eligibility

D3 / D4:

只有高 trust / privacy Surface。


138. Temporary Keying

shared ride 可以:

EphemeralSessionKey.\boxed{ EphemeralSessionKey. }

ride end revoke。


139. Local Processing

優先:

  • attention sensing;
  • wake word;
  • private preference application。

140. Cloud Processing

只在:

  • allowed;
  • needed;

情況。


141. Temporal Analytics

旅程活動資料:

Sensitive.\boxed{ Sensitive. }

不能變 employee surveillance。


142. Service Analytics

fleet optimization:

優先 aggregate。


143. Evidence Minimization

存:

  • decision;
  • receipt;

不存:

  • full cabin conversation。

144. Safety Boundary

PMCRA 不建立:

  • ADS planner;
  • perception;
  • vehicle dynamics;
  • fallback maneuver。

145. Why Explicit Exclusion Matters

否則:

Cabin AI project

會錯誤變成:

Autonomous Driving Safety Project。

兩者應分開。


146. Driver / Cabin Contract

只允許:

  • read safe driving state;
  • receive safety mode;
  • send bounded preferences。

147. No Prompt to Driving Stack

NaturalLanguage↛RawDrivingCommand.\boxed{ NaturalLanguage \not\rightarrow RawDrivingCommand. }

148. Journey Utility Objective

服務側:

maxUjourney\boxed{ \max U_{\text{journey}} }

subject to:

Safety,Privacy,Consent,Budget,Capability.Safety, Privacy, Consent, Budget, Capability.

149. User Utility Not Platform Engagement

錯誤 KPI:

ScreenTime.ScreenTime.

正確:

  • user goal;
  • satisfaction;
  • rest compliance;
  • work continuity;
  • privacy;
  • safe arrival。

150. Idle Is Valid

如果:

Mode=IDLE,Mode=IDLE,

Experience Compiler:

DoNothing.\boxed{ DoNothing. }

這也算成功。


151. AgentOnly Is Valid

Human:

Attention=Rest.Attention=Rest.

Agent:

AuthorizedTaskProgress.AuthorizedTaskProgress.

152. Hospitality Is a Separate Economic Plane

B-07 保留:

CabinRuntimeMarketplace.CabinRuntime \neq Marketplace.

153. Marketplace Cannot Override Zone

即使 premium customer:

SafetyPolicySafetyPolicy

仍然 hard gate。


154. Paid Tier Cannot Buy Safety Exceptions

Money⇏SafetyOverride.\boxed{ Money \not\Rightarrow SafetyOverride. }

155. Service Tier Cannot Buy Privacy Violation

同樣。


156. Capability Truthfulness

tier registry:

必須對應 real vehicle capability。


157. Capability Health

不是只有:

車理論上有螢幕。

而是:

Health(Display)=OK.Health(Display)=OK.

158. Dynamic Capability

某功能故障:

matcher 應立即:

RemoveCapability.RemoveCapability.

159. SLA Runtime

journey active 時:

監測:

  • network;
  • display;
  • privacy;
  • continuity。

160. Service Recovery

如果 violation:

FallbackCompensation.Fallback \rightarrow Compensation.

161. Membership

上層可以:

  • priority;
  • loyalty;
  • cross-city profile。

但 state:

需 portable / revocable。


162. Pricing

B-07 不凍結某 price formula。

只定:

PricingPolicy\boxed{ PricingPolicy }

與 transparent quote。


163. Fleet Economics

Fleet simulator 必須追:

  • paid hours;
  • deadhead;
  • energy;
  • reset;
  • tier utilization;
  • revenue;
  • SLA failures。

164. Capability Economics

還要:

CapabilityUtilization.CapabilityUtilization.

例如:

  • private display;
  • work tier;

是否真的賺錢。


165. Simulator Research Questions

可測:

  • specialized fleet vs universal cabin;
  • tier pricing;
  • deadhead;
  • long-trip premium;
  • privacy demand。

166. Product Manager View

PMCRA 不是一個巨大「未來汽車」。

它是逐步可上市的 feature ladder。


167. Feature Ladder 0

Connectivity + Power。


168. Ladder 1

Rear Work / Entertainment Surface。


169. Ladder 2

AI Continuity + Voice。


170. Ladder 3

Zone-Aware UI。


171. Ladder 4

Environment Compiler。


172. Ladder 5

Hospitality Tier / Fleet Market。


173. User View

使用者不需要理解:

  • MRC;
  • Zone;
  • HAL。

他只會說:

我要休息。

或:

繼續剛才那個。


174. Good Architecture Hides Infrastructure

上層:

Intent.Intent.

底層:

Complexity.Complexity.

175. But User Must See Consequential Decisions

例如:

  • paid upgrade;
  • data retention;
  • privacy;
  • work mode;
  • external action。

176. Explainable Mobility State

UI 可以顯示:

Mode: REST
Privacy: Private
Work notifications: Blocked
Local session: Temporary
Ride-end erase: Enabled

177. Enterprise Admin View

企業看到:

  • allowed work tiers;
  • privacy compliance;
  • device trust;
  • enterprise app access。

不能看到:

  • unrelated private activity。

178. Fleet Operator View

只看:

  • capability;
  • health;
  • demand;
  • utilization;
  • SLA。

179. OEM View

只暴露:

  • CabinHAL;
  • capability;
  • safety policy。

不需要知道完整 personal semantics。


180. Separation of Concerns

因此:

UserPersonalRuntimeMobilityRuntimeCabinHALVehicle.\boxed{ User \leftrightarrow PersonalRuntime \leftrightarrow MobilityRuntime \leftrightarrow CabinHAL \leftrightarrow Vehicle. }

181. API Boundary v0.1

Mobility Surface

POST /v1/mobility/surfaces:attach
POST /v1/mobility/surfaces:detach
GET  /v1/mobility/surfaces/{id}

182. Journey

POST /v1/mobility/journeys
GET  /v1/mobility/journeys/{id}
POST /v1/mobility/journeys/{id}:start
POST /v1/mobility/journeys/{id}:complete

183. Zone

GET  /v1/mobility/zones
POST /v1/mobility/zones/{id}:evaluate

184. Experience

POST /v1/mobility/experience:compile
POST /v1/mobility/experience/{id}:apply
POST /v1/mobility/experience/{id}:rollback

185. Cabin

GET  /v1/mobility/cababilities
POST /v1/mobility/cabin/actions
GET  /v1/mobility/cabin/actions/{id}/receipt

186. Service

GET  /v1/mobility/tiers
POST /v1/mobility/match
POST /v1/mobility/book

187. Privacy

POST /v1/mobility/privacy:teardown
GET  /v1/mobility/privacy/{journey_id}/receipt

188. Bridge

POST /v1/mobility/bridge:project
POST /v1/mobility/bridge:checkpoint
POST /v1/mobility/bridge:resume

189. Event Namespace

建議:

mobility.journey.*
mobility.surface.*
mobility.zone.*
mobility.activity.*
mobility.experience.*
mobility.cabin.*
mobility.privacy.*
mobility.hospitality.*
mobility.fleet.*
mobility.bridge.*

190. Repository 建議

evemiss-programmable-mobility/
├─ contracts/
│  ├─ surface/
│  ├─ journey/
│  ├─ bridge/
│  ├─ zone/
│  ├─ experience/
│  ├─ cabin/
│  ├─ hospitality/
│  └─ evidence/
├─ runtime/
│  ├─ journey/
│  ├─ temporal/
│  ├─ zone/
│  ├─ experience/
│  ├─ privacy/
│  └─ bridge/
├─ cabin/
│  ├─ hal/
│  ├─ capabilities/
│  └─ simulator/
├─ fleet/
│  ├─ registry/
│  ├─ matcher/
│  └─ simulator/
├─ surfaces/
│  ├─ desktop/
│  ├─ vehicle-sim/
│  └─ rear-cabin-prototype/
├─ harness/
├─ deployment/
└─ docs/

191. Adapter-First Strategy

不要:

RewriteEverything.RewriteEverything.

先:

SeriesABridge+Simulator+Adapters.\boxed{ SeriesABridge + Simulator + Adapters. }

192. Existing Communication Products Stay Separate

VoiceDesk / PAI Relay 等:

不是直接搬進 Mobility repo。

只透過 Series A Bridge。


193. Why This Matters

避免:

  • duplicate identity;
  • duplicate memory;
  • duplicate authority。

194. State Ownership

Series A owns:

CanonicalDigitalState.CanonicalDigitalState.

Series B owns:

MobilityProjectionState.MobilityProjectionState.

195. Cabin State Ownership

vehicle owns:

CurrentPhysicalCabinState.CurrentPhysicalCabinState.

但不擁有:

UserCanonicalMemory.UserCanonicalMemory.

196. Journey Contract Ownership

Mobility provider / user 共同有 contract。

不是 personal AI 私自生成不可驗證狀態。


197. Evidence Ownership

  • journey provider;
  • user;
  • enterprise if contractual。

依 rights vector。


198. Validation Gates

每個 milestone:

  1. source validation;
  2. schema validation;
  3. deterministic tests;
  4. zone safety;
  5. privacy teardown;
  6. authority;
  7. continuity;
  8. actuation receipt;
  9. journey receipt;
  10. rollback / recovery。

199. Minimum Test Matrix

類別 測試
Identity Desktop → Vehicle 不換 principal
Activity MRC 保持 activity identity
Zone Driver / passenger 不混
Safety dense visual driver task 不可直接 Allow
Privacy shared ride 不播私人音訊
Authority Personal Agent 不取得 Driving Authority
Cabin ExperiencePlan 經 HAL 才執行
Evidence Actuation 有 receipt
Network degradation 不重置 task
Teardown local secret 清除
Tier capability mismatch 不可出售
Journey delivered service 有 receipt
Resume ride end 可回 Desktop

200. Research SLO

Digital Twin target:

  • deterministic test repeatability: 100%100\%
  • unsafe driver visual resume: 00
  • authority escalation: 00
  • duplicate actuation: 00
  • privacy residual: 00
  • MRC activity identity preservation: 100%100\%
  • schema validation: 100%100\%

不是 production SLA。


201. Soft Targets

  • resume lag;
  • user utility;
  • transform accuracy;
  • tier match quality;
  • service recovery time。

需實驗。


202. Versioning

Contract:

pmcra/0.1

breaking:

major。


203. Schema Registry

必須記錄:

  • schema;
  • owner;
  • version;
  • compatibility;
  • deprecation。

204. Capability Registry

必須:

  • machine-readable;
  • health-aware;
  • zone-aware;
  • safety-aware。

205. Policy Registry

包含:

  • safety policy;
  • privacy;
  • work / rest;
  • enterprise;
  • tier。

206. Dynamic Policy

driver state 改:

policy 重新求值。


207. No Prompt-Based Policy

LLM 不能自己:

覺得應該可以。


208. Deterministic Policy Core

最重要 safety / authority rules:

Deterministic.\boxed{ Deterministic. }

AI 可協助 classification。


209. LLM as Planner, Not Root of Trust

LLMRootOfTrust.\boxed{ LLM \neq RootOfTrust. }

210. Root of Trust

應在:

  • identity;
  • authority;
  • safety policy;
  • capability;
  • evidence。

211. B-07 Maturity Levels

PMCRA-L0

Digital Twin。

PMCRA-L1

Single-user mobility continuity。

PMCRA-L2

Multi-zone cabin simulator。

PMCRA-L3

Physical rear-cabin prototype。

PMCRA-L4

Authorized cabin integration。

PMCRA-L5

Fleet / Hospitality deployment。


212. Not a Technology Readiness Level

只是 EVEMISS implementation maturity。


213. Current Readiness

Series B:

Theory/Architecture=Closed.\boxed{ Theory/Architecture = Closed. }

Engineering:

Prototype=Next.\boxed{ Prototype = Next. }

214. What Is Already Feasible

2026:

  • large displays;
  • zonal audio;
  • AI box;
  • multimodal LLM;
  • edge/cloud AI;
  • multi-user;
  • multi-display;
  • personalized cabin;
  • robotaxi paid service;
  • membership;
  • device continuity。

215. What Is Not Yet Unified

缺:

  • cross-provider activity state;
  • zone contract standard;
  • Experience Compiler;
  • portable hospitality profile;
  • privacy teardown standard;
  • journey evidence chain;
  • cross-OEM cabin abstraction。

216. This Is the Research Opportunity

不是每一個 primitive 都新。

新的是:

Composition.\boxed{ \text{Composition}. }

217. PMCRA Is a Composition Architecture

把:

  • communications;
  • cognition;
  • zoning;
  • cabin;
  • economics;

組合。


218. Series A + B

Series A:

Persistent Digital World.\boxed{ \text{Persistent Digital World}. }

Series B:

Programmable Physical Mobility Space.\boxed{ \text{Programmable Physical Mobility Space}. }

219. Bridge-01 Will Define

Persistent Digital World+Programmable Physical Space=Human–AI Continuum.\boxed{ \text{Persistent Digital World} + \text{Programmable Physical Space} = \text{Human–AI Continuum}. }

220. Final Architecture Principle

最終:

Change of physical carrier⇏change of activity identity.\boxed{ \text{Change of physical carrier} \not\Rightarrow \text{change of activity identity}. }

221. Final Product Principle

User chooses desired experience;system chooses safe implementation.\boxed{ \text{User chooses desired experience}; \quad \text{system chooses safe implementation}. }

222. Final Governance Principle

More capability⇏less autonomy.\boxed{ \text{More capability} \not\Rightarrow \text{less autonomy}. }

223. Final Safety Principle

More AI⇏less boundary.\boxed{ \text{More AI} \not\Rightarrow \text{less boundary}. }

224. Final Market Principle

Mobility pricetransport value + journey value.\boxed{ \text{Mobility price} \rightarrow \text{transport value + journey value}. }

225. 最終結論

Series B 從一個看似簡單的問題開始:

為什麼人在交通途中不能把那段時間拿來做別的事?

很快就發現這不只是 productivity。

它其實包含:

  • 時間經濟;
  • 認知中斷;
  • 跨裝置 continuity;
  • driver distraction;
  • occupant zones;
  • privacy;
  • spatial audio;
  • AI agents;
  • physical environment;
  • robotaxi market;
  • hospitality;
  • service pricing。

因此 Series B 最後得到的不是:

一套車載辦公軟體。

而是:

Programmable Mobility Continuum

它把交通工具重新描述為:

Mobility Substrate+Programmable Occupied Space.\boxed{ \text{Mobility Substrate} + \text{Programmable Occupied Space}. }

把旅程時間重新描述為:

User-Allocatable Time.\boxed{ \text{User-Allocatable Time}. }

把活動重新描述為:

Persistent Activity Across Physical Transition.\boxed{ \text{Persistent Activity Across Physical Transition}. }

把車艙重新描述為:

Zone-Constrained Multimodal Runtime.\boxed{ \text{Zone-Constrained Multimodal Runtime}. }

把 AI 重新描述為:

Experience Orchestrator,\boxed{ \text{Experience Orchestrator}, }

而不是 driving root of trust。

把出租車重新描述為:

Mobility Space Service.\boxed{ \text{Mobility Space Service}. }

而不是單純 price-per-mile transport。

因此 PMCRA 的完整鏈為:

Journey IntentSeries A StateActivity / MRCZone DecisionExperience PlanCabinHALPhysical CabinJourney ReceiptResume Elsewhere.\boxed{ \text{Journey Intent} \rightarrow \text{Series A State} \rightarrow \text{Activity / MRC} \rightarrow \text{Zone Decision} \rightarrow \text{Experience Plan} \rightarrow \text{CabinHAL} \rightarrow \text{Physical Cabin} \rightarrow \text{Journey Receipt} \rightarrow \text{Resume Elsewhere}. }

這條鏈的價值不是讓人永遠工作。

而是:

讓物理移動不再自動剝奪人對時間、活動、數位世界與私人空間的控制。

如果使用者想工作:

系統支援工作。

如果想休息:

系統保護休息。

如果想娛樂:

系統提供娛樂。

如果想讓 Agent 工作、人自己發呆:

這也應該是合法狀態。

所以 Series B 的最終核心不是:

maxProductivity.\max Productivity.

而是:

maxSafe, Private, User-Chosen Journey Utility.\boxed{ \max \text{Safe, Private, User-Chosen Journey Utility}. }

在這個意義上,Series B 到此完成理論與統一架構閉合。


內部 canonical sources

  1. B01_Programmable_Mobility_Space_General_Theory_v0.1.md
  2. B02_Travel_Time_Reclamation_v0.1.md
  3. B03_Mobility_Cognitive_Continuity_v0.1.md
  4. B03_Mobility_Resume_Capsule.schema.json
  5. B04_Spatial_Attention_Zones_v0.1.md
  6. B04_Spatial_Attention_Zone.schema.json
  7. B04_Zone_Decision.schema.json
  8. B05_AI_Native_Vehicle_Cabin_v0.1.md
  9. B05_Cabin_Experience_Plan.schema.json
  10. B05_Cabin_Capability.schema.json
  11. B05_Cabin_Actuation_Receipt.schema.json
  12. B06_Mobility_Hospitality_Robotaxi_Economy_v0.1.md
  13. B06_Mobility_Service_Tier.schema.json
  14. B06_Journey_Contract.schema.json
  15. B06_Journey_Receipt.schema.json
  16. Series A A-07 EVEMISS Communication Continuum Architecture

外部技術與市場錨點

B-07 繼承 B-01~B-06 已檢查的外部來源,包括:

  • Android Automotive occupant zones / multi-user / multi-display / UX restrictions;
  • NHTSA driver-distraction guidance;
  • Euro NCAP 2026 driver monitoring / HMI protocols;
  • SAE J3016 driving automation taxonomy;
  • Qualcomm Snapdragon Cockpit / central compute;
  • NVIDIA in-vehicle agentic AI pipeline;
  • Mercedes on-device in-car AI;
  • BMW panoramic / next-generation cockpit surfaces;
  • personal sound-zone research;
  • Waymo Ojai / Premier;
  • Zoox purpose-built paid robotaxi service;
  • robotaxi adoption / WTP / privacy / personalization research。

B-07 不新增「這些來源已經共同形成 PMCRA」的事實主張。PMCRA 是 EVEMISS 對既有 primitive 與 Series A/B 理論的統一架構提案。


文件狀態

Series: B|Programmable Mobility & Spatial Continuum
Number: B-07
Version: v0.1
Status: Technical Whitepaper / Canonical Source
Series B progress: 7/7
Overall 15-document progress: 14/15