System Requirements Document for duoaethel

1. Introduction

DUOAETHEL OS is a premium, cinematic, AI-native SaaS experience positioned as “The AI Operating System for Your Organization.” Its central promise is:

Remember everything. Understand anything. Act smarter.

The current product delivers a complete interactive web experience for organizations across Business, School, and College contexts. It presents DUOAETHEL OS as an intelligent organizational layer that connects information, retains context, understands relationships, surfaces exceptions, and helps people act.

The intended audience consists of organization decision-makers, operations leaders, academic administrators, educators, and knowledge workers evaluating or using an AI-enabled workspace. The experience must communicate DUOAETHEL OS’s organizational intelligence within the first five seconds of landing on the public entry page.

2. System Overview

DUOAETHEL OS is delivered as a custom Next.js web application with premium motion design, interactive 3D scenes, responsive layouts, and functional prototype interactions supported by realistic mock data.

The current release includes:

• A public cinematic product entry experience.
• Application-owned identity entry through Login and Sign Up.
• Authenticated workspace destinations for AI-assisted organizational experiences.
• Interactive visual prototypes for memory, AI agents, organization domains, analytics, search, notifications, voice commands, simulations, live activity, and document intelligence.
• A 3D visual language centered on the DUOAETHEL AI BRAIN.
• Responsive desktop, tablet, and mobile experiences.
• Accessibility and performance safeguards for motion-heavy scenes.

DUOAETHEL OS must not resemble a conventional ERP, CRM, school portal, college portal, generic AI interface, Bootstrap template, or copied third-party product experience.

2a. Product Interpretation and Delivery Boundary

The public-facing product starts at the Landing page, where anonymous visitors can understand DUOAETHEL OS, explore the product story, and begin workspace adoption.

The application owns identity establishment and returning-user verification:

• Sign Up enables a workspace owner to start a DUOAETHEL OS workspace.
• Login enables returning users to verify identity before entering protected workspace destinations.
• Protected destinations require an authenticated session.
• The current scope does not establish role-based permissions, account-management features, team invitation workflows, billing flows, or external identity-provider ownership.

The current product includes interactive prototype experiences and realistic mock data. Prototype activity is not represented as verified production data:

• Historical views only show available historical data and must never invent history.
• AI agent activity must not claim an agent performed an action unless a real connection exists.
• Live Organization prototype events must be labeled SIMULATED until connected to a real backend.
• Scenario results must be labeled SIMULATION and must never be presented as guaranteed.
• Analytics must visibly distinguish source data from AI interpretation.

Real-time infrastructure through WebSockets or Server-Sent Events (SSE) is an architectural readiness requirement for Live Organization when a real backend is connected; it does not require live backend data in the current prototype.

2c. Page Content and Component Coverage

Landing

• Access: Public, anonymous entry.
• Information and state: DUOAETHEL OS positioning, “The AI Operating System for Your Organization,” the tagline “Remember everything. Understand anything. Act smarter.,” and the first-five-seconds organizational intelligence message.
• Primary actions: Select START YOUR AI WORKSPACE, select WATCH THE AI THINK, use navigation, open mobile navigation, and continue through the scroll story.
• Supporting actions: Explore Product, Business, School, College, AI, Features, Security, Pricing, Login, and Start Free.
• Hero composition: Full-screen DUOAETHEL AI BRAIN rotating 3D sphere; floating nodes for BUSINESS, SCHOOL, COLLEGE, PEOPLE, PROJECTS, DOCUMENTS, TASKS, FINANCE, MEMORY, AI AGENTS, and COMMUNICATION; animated data streams between nodes.
• Cursor interaction: Subtle camera parallax, sphere response, node movement, particle displacement, and connection animation.
• Cinematic intro: Glowing point → particles → neural network → DUOAETHEL AI Brain → logo → hero.
• Scroll story: DATA → MEMORY → UNDERSTANDING → INSIGHTS → ACTION, with particles, knowledge graph formation, relationship structure, illuminated insights, and signals moving toward tasks, people, projects, and workflows.
• Watch Your Organization Think section: Heading, approved explanatory text, large animated neural network, and DATA → MEMORY → AI → INSIGHT → ACTION sequence.
• Navigation: Sticky premium navigation that becomes compact after scrolling; animated mobile menu.
• States and recovery: Lazy-load 3D scenes; show a lightweight visual fallback if 3D cannot load; reduce motion or render static visual states when reduced motion is enabled.

Login

• Access: Public, anonymous identity entry.
• Information and state: Returning-user identity verification state and protected-destination continuation.
• Primary actions: Submit identity verification information and continue to the authenticated workspace context.
• Supporting actions: Navigate to Sign Up when the visitor needs to create a workspace.
• Components: Semantic login form, accessible labels, keyboard-visible focus states, submit state, validation messaging, and authentication failure message.
• Success state: Authenticated session is established and the user continues to the intended protected destination or an appropriate protected workspace destination.
• Error and recovery state: Failed verification explains that access was not established and preserves entered information where appropriate for retry.

AI Command Center

• Access: Authenticated session required.
• Information and state: Futuristic command interface with the input prompt “What would you like DUOAETHEL to do?”
• Primary actions: Enter a natural-language command, select an animated example prompt, initiate voice input, review a generated response, and confirm applicable consequential actions.
• Example prompts: “Show today’s priorities...”, “Find delayed projects...”, “Summarize this document...”, “Create a meeting...”, and “Show important changes...”
• Voice pipeline: Microphone pulse → waveform → transcription → AI response.
• Confirmation component: Important, destructive, financial, or irreversible commands present an explicit confirmation state before execution.
• States and recovery: Idle prompt, voice listening, transcription, AI response, confirmation required, confirmed, canceled, unavailable microphone, failed response, and retry state.

Sign Up

• Access: Public, anonymous identity entry.
• Information and state: Workspace-owner enrollment for starting a DUOAETHEL OS organization workspace.
• Primary actions: Provide the information required to establish identity and create a workspace.
• Supporting actions: Navigate to Login when the user already has an account.
• Components: Accessible enrollment form, field validation, submission progress, failure messaging, and successful workspace-establishment acknowledgement.
• Success state: Workspace owner establishes an authenticated session and proceeds to protected product destinations.
• Error and recovery state: Validation or enrollment failure is explained without discarding retryable information.

Memory

• Access: Authenticated session required.
• Information and state: DUOAETHEL MEMORY with the text “Your organization doesn’t just store information. It remembers context.”
• Primary actions: Explore and hover graph nodes.
• Domain entities: People, Documents, Projects, Meetings, Tasks, Decisions, Customers, Students, and Teachers.
• Interactive graph behavior: Hovering a node promotes the selected node, illuminates connected nodes, and opens a context panel.
• Context panel: Shows source and timestamp where available.
• Integrity constraint: Never invent historical information; absent source or timestamp information is not fabricated.
• States and recovery: Loading graph, available data graph, no available historical data, selected-node context, graph-load failure, lightweight non-3D fallback, and retry state.

AI Workforce

• Access: Authenticated session required.
• Information and state: “Meet Your AI Workforce.” with animated cards for Finance Agent, HR Agent, Operations Agent, Document Agent, Teacher Agent, Student Agent, Academic Agent, Research Agent, and Communication Agent.
• Primary actions: Hover or focus an agent card to inspect details.
• Card content: Purpose, Tools, Permissions, and Recent Activity.
• Interactive behavior: Card rises, icon animates, related tasks appear, and connections activate.
• Integrity constraint: Do not claim an agent performed actions unless actually connected. Prototype cards must avoid unverified completion claims.
• States and recovery: Agent-card grid, focused agent detail, unavailable activity details, and animation-reduced static card state.

Business

• Access: Authenticated session required.
• Information and state: Connected BUSINESS experience.
• Primary actions: Explore the organizational flow and connected visual relationships.
• Business sequence: Customers → Projects → Employees → Finance → Tasks.
• Components: Shared 3D elements, scroll transitions, contextual nodes, relationship connections, and responsive fallback visuals.
• States and recovery: Introductory business state, scroll-progress transition states, complete connected sequence, and reduced-motion equivalent sequence.

School

• Access: Authenticated session required.
• Information and state: Connected SCHOOL experience.
• Primary actions: Explore the school operational flow and connected visual relationships.
• School sequence: Students → Teachers → Classes → Attendance → Exams.
• Components: Shared 3D elements, scroll transitions, contextual nodes, relationship connections, and responsive fallback visuals.
• States and recovery: Introductory school state, scroll-progress transition states, complete connected sequence, and reduced-motion equivalent sequence.

College

• Access: Authenticated session required.
• Information and state: Connected COLLEGE experience.
• Primary actions: Explore the college academic flow and connected visual relationships.
• College sequence: Students → Faculty → Courses → Departments → Career.
• Components: Shared 3D elements, scroll transitions, contextual nodes, relationship connections, and responsive fallback visuals.
• States and recovery: Introductory college state, scroll-progress transition states, complete connected sequence, and reduced-motion equivalent sequence.

Exception Radar

• Access: Authenticated session required.
• Information and state: “Don’t Search for Problems. Let AI Surface Them.”
• Primary actions: Review surfaced organizational exceptions.
• Exception items: Project deadline approaching, schedule conflict detected, document needs review, pending approval, unresolved task, and important change detected.
• Components: Elegant pulse treatments, exception cards or nodes, contextual connections, and non-alarmist status presentation.
• Visual constraint: Avoid excessive warning colors.
• States and recovery: Exception list, no surfaced exception state, focused exception context, unavailable-data state, and refresh/retry state.

Time Machine

• Access: Authenticated session required.
• Information and state: “Explore Your Organization’s Memory.”
• Primary actions: Drag or scrub the timeline and inspect available events.
• Timeline values: TODAY → THIS WEEK → THIS MONTH → LAST MONTH → LAST YEAR.
• Domain entities: Events, documents, project states, and decisions.
• Integrity constraint: Render only available historical data; never invent history.
• States and recovery: Timeline loading, selected time period, available event playback, no available history, history-load failure, and retry state.

Document Intelligence

• Access: Authenticated session required.
• Information and state: Document understanding pipeline.
• Primary actions: Follow the document intelligence flow and inspect connected extracted information.
• Pipeline: DOCUMENT → SCAN → EXTRACT → UNDERSTAND → CONNECT → ACTION.
• Connected entities: Tasks, People, Projects, Meetings, and Memory.
• Components: Pipeline stages, extraction-to-relationship animation, connection map, and responsive reduced-motion view.
• States and recovery: Document input representation, stage progression, connected-result state, unavailable processing state, and retry state.

Voice Command

• Access: Authenticated session required.
• Information and state: Cinematic voice experience with a large microphone.
• Primary actions: Activate voice input and review transcription and AI response.
• Voice behavior: Sound waves expand, waveform reacts, transcription appears, and AI response appears.
• Supported languages: English, Hindi, Marathi, Gujarati, Bengali, Tamil, Telugu, Kannada, Malayalam, and Punjabi.
• States and recovery: Inactive microphone, active listening, waveform activity, transcription displayed, AI response displayed, microphone unavailable, transcription failure, and retry state.

Scenario Lab

• Access: Authenticated session required.
• Information and state: “Think Before You Act.”
• Primary actions: Adjust or review a what-if scenario and inspect modeled impacts.
• Example scenario: PROJECT DEADLINE; Current: 30 Days; Scenario: 23 Days.
• Result content: Affected tasks, dependencies, and conflicts.
• Integrity constraint: Every result is clearly labeled SIMULATION and is never presented as guaranteed.
• States and recovery: Baseline scenario, altered scenario, simulation processing, simulation results, unavailable calculation state, and reset/retry state.

Live Organization

• Access: Authenticated session required.
• Information and state: LIVE ORGANIZATION activity stream.
• Primary actions: Review animated organizational activity.
• Activity items: New task, document updated, meeting created, project updated, and AI agent completed task.
• Prototype constraint: All prototype activity is labeled SIMULATED.
• Integration readiness: Event architecture supports WebSockets or SSE when a real backend is connected.
• States and recovery: Simulated activity stream, connecting state for future live integration, disconnected/unavailable activity state, and reconnect/retry presentation.

Analytics

• Access: Authenticated session required.
• Information and state: Natural-language analytics workspace.
• Primary actions: Enter “Show monthly revenue trends.”, then “Compare departments.”, then “Explain the change.”
• Response sequence: Generate animated chart, transform chart for department comparison, and open an insight panel.
• Data integrity: Source data is visually separate from AI interpretation.
• Components: Query input, animated chart, transform state, source-data region, AI-insight region, and explanation panel.
• States and recovery: Empty query state, chart generation, comparison transformation, insight panel, unavailable data, failed interpretation, and retry state.

Notifications

• Access: Authenticated session required.
• Information and state: Smart notification organization experience.
• Primary actions: Review the AI-organized priority list.
• Source experience: Chaotic stream of notifications transitions into a clean prioritized list.
• Priority groups: CRITICAL, IMPORTANT, and INFORMATIONAL.
• Required text: “Less noise. More attention where it matters.”
• States and recovery: Incoming clutter state, organizing transition, prioritized result, no-notification state, and unavailable-data state.

Universal Search

• Access: Authenticated session required.
• Information and state: Cinematic organization-wide search.
• Primary actions: Enter the query “Everything related to Project Alpha” and inspect result clusters.
• Search domains: Documents, People, Tasks, Meetings, Projects, and Messages.
• Result metadata: Source, type, and timestamp.
• Components: Search input, animated clusters, result cards, metadata display, keyboard-accessible result navigation, and selected-result state.
• States and recovery: Empty search, search in progress, results available, no results, failed search, and retry state.

Final CTA

• Access: Public, anonymous closing conversion surface.
• Information and state: Dramatic full-screen closing scene with a slow-moving DUOAETHEL AI BRAIN sphere in the background.
• Required headline: “Your Organization Has Data. Give It Intelligence.”
• Required subheading: “Build a workspace that remembers, understands and helps your organization act.”
• Primary actions: Select START YOUR AI WORKSPACE or EXPLORE DUOAETHEL OS.
• Components: Subtle particles, restrained camera movement, responsive fallback visual, and clear CTA focus states.
• Continuation: Start workspace routes to Sign Up; explore routes to the Landing product experience.

3. Functional Requirements

FR-01 — Product Positioning and Landing Entry

As an Organization Decision-Maker / Workspace Owner, I should reach a public Landing page that communicates within the first five seconds that DUOAETHEL OS is an AI operating system for organizations, so that I can quickly assess the product’s purpose.
Provenance: explicit; public-entry mechanics required_inference.

• The page shall display DUOAETHEL OS, “The AI Operating System for Your Organization,” and “Remember everything. Understand anything. Act smarter.”
• The page shall provide a full-screen cinematic introduction and hero experience.
• The result shall be an immediately understandable premium AI-native organizational product proposition.
• If motion is reduced or unavailable, the positioning content remains visible without dependent animation.

FR-02 — DUOAETHEL AI BRAIN Hero

As an Organization Decision-Maker / Workspace Owner, I should experience the DUOAETHEL AI BRAIN as an interactive rotating 3D sphere surrounded by organizational nodes, so that I can understand DUOAETHEL as a connected intelligence layer.
Provenance: explicit.

• The hero shall include BUSINESS, SCHOOL, COLLEGE, PEOPLE, PROJECTS, DOCUMENTS, TASKS, FINANCE, MEMORY, AI AGENTS, and COMMUNICATION nodes.
• Animated data streams shall travel between nodes.
• Cursor movement shall create subtle camera parallax, sphere response, node movement, particle displacement, and connection animation.
• The hero shall include START YOUR AI WORKSPACE, WATCH THE AI THINK, and an animated scroll indicator.
• On constrained devices or reduced-motion settings, an equivalent lightweight 2D/2.5D or static representation shall preserve meaning.

FR-03 — Cinematic Introduction and Scroll Story

As an Organization Decision-Maker / Workspace Owner, I should experience a concise visual progression from data to action, so that I can understand the DUOAETHEL intelligence model.
Provenance: explicit.

• On page load, the intro shall progress: glowing point → particles → neural network → DUOAETHEL AI Brain → logo → hero.
• Scroll story stages shall be DATA → MEMORY → UNDERSTANDING → INSIGHTS → ACTION.
• DATA shall show particles entering the sphere.
• MEMORY shall show particles organizing into a knowledge graph.
• UNDERSTANDING shall show relationships becoming structured.
• INSIGHTS shall illuminate important nodes.
• ACTION shall show signals moving toward tasks, people, projects, and workflows.
• Framer Motion scroll-linked animation, camera movement, particle flow, opacity, scale, and node transitions shall support the story.
• The user can continue scrolling or select Watch the AI Think.

FR-04 — Watch Your Organization Think

As an Organization Decision-Maker / Workspace Owner, I should view an animated neural-network explanation of how DUOAETHEL thinks, so that I can understand the product’s organizational intelligence proposition.
Provenance: explicit.

• The section shall display “Watch Your Organization Think.”
• It shall display: “DUOAETHEL connects information, remembers context, understands relationships and helps people act.”
• The visual shall show DATA → MEMORY → AI → INSIGHT → ACTION.
• Cinematic text reveals and particle movement shall support the explanation.
• Reduced motion shall retain all explanatory content in a static or minimally animated state.

FR-05 — Workspace Enrollment and Returning Login

As an Organization Decision-Maker / Workspace Owner, I should create a workspace through Start Free or START YOUR AI WORKSPACE and returning users should log in before accessing protected destinations, so that workspace access remains bound to the correct user.
Provenance: explicit for Login, Start Free, and primary CTAs; required_inference for application identity continuity.

• Start Free and START YOUR AI WORKSPACE shall route to Sign Up.
• Sign Up shall establish workspace-owner identity and an authenticated session.
• Login shall enable returning users to verify identity.
• Protected destinations shall require an authenticated session.
• Authentication failure shall present a retryable error state without granting protected access.
• No differentiated role-based permissions are required by the current scope.

FR-06 — AI Command Center and Confirmation

As a Business Operations Lead or Knowledge Worker / End User, I should submit natural-language or voice commands through the AI Command Center, so that I can request organizational assistance.
Provenance: explicit; confirmation lifecycle required_inference.

• The interface shall include “What would you like DUOAETHEL to do?”
• It shall present the five required animated example prompts.
• Voice input shall progress through microphone pulse, waveform, transcription, and AI response.
• Important, destructive, financial, or irreversible actions shall require explicit confirmation before execution.
• The user shall be able to cancel a confirmation-required action.
• Voice, response, and execution failures shall provide an understandable recovery state.

FR-07 — Organizational Memory Graph

As a Knowledge Worker / End User or College Academic Administrator, I should explore a knowledge graph of organizational context, so that I can understand relationships across information and people.
Provenance: explicit.

• The graph shall include People, Documents, Projects, Meetings, Tasks, Decisions, Customers, Students, and Teachers.
• Hovering or focusing a node shall promote it, illuminate its connections, and reveal a context panel.
• Context panels shall show source and timestamp where available.
• Historical content shall only use available data and shall never invent historical information.
• If graph data is unavailable, the page shall state that no available historical data can be displayed.

FR-08 — AI Workforce Exploration

As a Business Operations Lead, School Administrator / Educator, or College Academic Administrator, I should inspect DUOAETHEL AI workforce cards, so that I can understand each agent’s intended purpose and connected context.
Provenance: explicit.

• The page shall include Finance, HR, Operations, Document, Teacher, Student, Academic, Research, and Communication agents.
• Hovering or focusing an agent shall raise its card, animate its icon, reveal related tasks, and activate connections.
• Each card shall show Purpose, Tools, Permissions, and Recent Activity.
• The interface shall not claim that an agent completed an action unless the activity is actually connected to a real action source.
• Unavailable activity data shall not be replaced with invented agent history.

FR-09 — Connected Business, School, and College Experiences

As a Business Operations Lead, School Administrator / Educator, or College Academic Administrator, I should explore connected organizational flows appropriate to my context, so that I can understand DUOAETHEL OS across organizational domains.
Provenance: explicit.

• Business shall present Customers → Projects → Employees → Finance → Tasks.
• School shall present Students → Teachers → Classes → Attendance → Exams.
• College shall present Students → Faculty → Courses → Departments → Career.
• The three experiences shall use shared 3D elements and scroll transitions to appear as connected parts of DUOAETHEL OS.
• These experiences shall not be designed as traditional ERP, CRM, school portal, or college portal dashboards.

FR-10 — AI Exception Radar

As a Business Operations Lead or School Administrator / Educator, I should review AI-surfaced organizational exceptions, so that I can notice relevant issues without manually searching for them.
Provenance: explicit.

• The page shall display “Don’t Search for Problems. Let AI Surface Them.”
• It shall animate project deadline approaching, schedule conflict detected, document needs review, pending approval, unresolved task, and important change detected.
• Pulse effects shall be elegant and restrained.
• The design shall avoid excessive warning colors.
• No-exception and unavailable-data states shall remain clear and visually calm.

FR-11 — Time Machine History Exploration

As a Knowledge Worker / End User, I should drag or scrub through organizational history, so that I can inspect available events, documents, project states, and decisions over time.
Provenance: explicit.

• Timeline positions shall be TODAY, THIS WEEK, THIS MONTH, LAST MONTH, and LAST YEAR.
• The timeline shall animate available events, documents, project states, and decisions.
• Only available historical data shall be shown.
• No historical information may be invented.
• The user shall receive a clear no-history state where data is unavailable.

FR-12 — Document Intelligence Flow

As a Knowledge Worker / End User, I should follow document intelligence from scanning through action, so that I can understand how document information connects to organizational work.
Provenance: explicit.

• The flow shall be DOCUMENT → SCAN → EXTRACT → UNDERSTAND → CONNECT → ACTION.
• Extracted information shall connect to Tasks, People, Projects, Meetings, and Memory.
• The page shall visually communicate each stage and connected result.
• Processing or data failures shall provide a recoverable error state.

FR-13 — Voice Command

As a Knowledge Worker / End User, I should interact with a cinematic voice command experience in a supported language, so that I can see how spoken input becomes an AI response.
Provenance: explicit.

• The page shall provide a large microphone.
• Active voice behavior shall show expanding sound waves, reactive waveform, transcription, and AI response.
• Supported languages shall be English, Hindi, Marathi, Gujarati, Bengali, Tamil, Telugu, Kannada, Malayalam, and Punjabi.
• Microphone permission denial, unavailable input, or transcription failure shall provide a retryable recovery state.

FR-14 — What-If Scenario Simulation

As a Business Operations Lead, I should inspect the operational impact of a changed project deadline, so that I can think before acting.
Provenance: explicit.

• The page shall display “Think Before You Act.”
• The example shall include PROJECT DEADLINE, Current: 30 Days, and Scenario: 23 Days.
• It shall animate affected tasks, dependencies, and conflicts.
• Every modeled result shall be labeled SIMULATION.
• Results shall never be represented as guaranteed outcomes.
• The user shall be able to reset or retry a scenario state after an unavailable or failed calculation.

FR-15 — Live Organization Activity

As a Business Operations Lead or Knowledge Worker / End User, I should review organizational activity, so that I can see the types of updates DUOAETHEL can organize.
Provenance: explicit.

• The page shall animate new task, document updated, meeting created, project updated, and AI agent completed task activities.
• Prototype activity shall be labeled SIMULATED.
• The system architecture shall support WebSockets or SSE when connected to a real backend.
• A disconnected or unavailable state shall not imply that real-time activity is live.

FR-16 — Natural Language Analytics

As a Business Operations Lead, I should ask sequential analytics questions and inspect a transformed chart and insight panel, so that I can explore revenue trends and departmental changes.
Provenance: explicit.

• “Show monthly revenue trends.” shall generate an animated chart.
• “Compare departments.” shall transform the chart.
• “Explain the change.” shall reveal an insight panel.
• Source data shall remain visually separate from AI interpretation.
• Unavailable source data or failed interpretation shall be shown distinctly and support retry.

FR-17 — Smart Notifications

As a Knowledge Worker / End User, I should see notification clutter organized into clear priorities, so that I can focus attention where it matters.
Provenance: explicit.

• The page shall begin with a chaotic stream of notifications.
• AI organization shall transition the stream into CRITICAL, IMPORTANT, and INFORMATIONAL groups.
• The page shall display “Less noise. More attention where it matters.”
• The result shall be a clean priority list.
• An empty or unavailable notification state shall be clearly represented.

FR-18 — Universal Search

As a Knowledge Worker / End User, I should search across connected organizational content, so that I can find everything related to a project.
Provenance: explicit.

• The interface shall provide “Everything related to Project Alpha”.
• Search shall span Documents, People, Tasks, Meetings, Projects, and Messages.
• Results shall appear as animated clusters.
• Every displayed result shall provide source, type, and timestamp.
• Search shall support empty, loading, no-result, failed-search, and retry states.

FR-19 — Final Adoption CTA

As an Organization Decision-Maker / Workspace Owner, I should reach a cinematic final call to action, so that I can start a workspace or continue