Create Advanced Home Assistant Dashboard
Budget: ₹1,500 – ₹12,500 INR
Project Title: Modern Home Assistant Dashboard with Navbar-Centric UI, Advanced Cards & Mock Device Ecosystem
RFP ID: HA-DASH-2026-001
Issue Date: April 02, 2026
Submission Deadline: [Insert Date]
Contact: [Your Name/Email/Company]
1. PROJECT OVERVIEW
We are seeking a qualified Home Assistant developer/agency to design, develop, and deliver a production-ready, highly interactive Home Assistant dashboard. The solution must feature a navigation-bar-centric architecture, email/notification integration in the navbar, modern UI components (Bubble Card, animated cards, etc.), and a comprehensive mock device environment for testing, development, and demonstration purposes.
The final deliverable must be modular, version-controlled, fully documented, and compliant with Home Assistant best practices (HA 2024.12+ compatible).
2. SCOPE OF WORK
Phase
Description
Architecture & Setup
Dashboard structure, navbar routing, package organization, HACS dependency management
UI/UX Implementation
Navbar design, mail/notification panel, responsive layout, theme support
Advanced Card Integration
Bubble cards, animated cards, conditional/stack layouts, latest community cards
Mock Device Ecosystem
Template-based fake devices, state simulation automations, realistic behavior
Testing & Optimization
Performance tuning, cross-device validation, error handling, accessibility checks
Documentation & Handover
Setup guide, customization manual, Git repository, demo walkthrough
3. TECHNICAL REQUIREMENTS
3.1 Core Platform & Compatibility
Fully compatible with Home Assistant OS/Core 2024.12+ and Lovelace UI
All configurations must be YAML-driven with UI editor fallback where applicable
Must use HACS for community card management, with pinned versions for stability
Support for role-based dashboard access (admin, user, guest)
Zero hardcoded secrets; use secrets.yaml and HA vault/integrations
3.2 Navbar & Mail/Notification Focus
Navigation Bar must be the primary routing mechanism (top or bottom, configurable)
Mail/Notification Integration in navbar must include:
IMAP/Email sensor integration (or webhook/API-based notification entity)
Real-time badge counters for unread messages
Expandable dropdown or slide-out panel for message preview & actions
Optional: Push notification, calendar, or system alert aggregation
Navbar must support dynamic routing to sub-dashboards or views
3.3 Advanced Card Requirements
Bubble Card implementation for primary controls (lights, climate, media, scenes)
Animated Cards: CSS/JS-driven state transitions, animated icons, progress indicators, weather/sensor graphs with smooth rendering
Modern Layout Cards: stack-in-card, layout-card, grid-card, conditional-card for responsive design
Custom Theming: Support for dynamic theme switching, CSS variables, dark/light/auto mode
Performance: Lazy loading, minimal JS execution, <2s initial render on mid-tier devices
3.4 Mock Device Ecosystem (All Fake/Template-Based)
All devices must be created using native HA entities (template, input_*, mqtt mock, or homeassistant helpers) with no external hardware dependency.
Device Type
Required Features
Lights
RGB, tunable white, dimmable, effects, groups, scenes
Fans
Speed steps, oscillation toggle, preset modes, direction control
Sensors
Temperature, humidity, motion, door/window, air quality (PM2.5/CO2), power/energy, battery, water leak, light level, pressure
Climate
Thermostat, HVAC modes, target temp, fan mode, humidity control
Covers
Blinds, garage doors, position %, open/close/stop states
Switches/Plugs
On/off, power monitoring, usage stats, reboot simulation
Media/Cameras
Mock media player (play/pause/track), static/looping camera feed placeholder
Automations
Realistic state simulation scripts (e.g., temp fluctuation, motion triggers, battery drain)
All entities must include proper device_class, unit_of_measurement, icon, and state formatting
Include a mock_devices.yaml package with clear naming conventions and documentation
4. UI/UX REQUIREMENTS
Responsive Design: Mobile-first, tablet, and desktop breakpoints
Accessibility: WCAG 2.1 AA compliance (contrast, focus states, screen reader support)
Animations: Subtle, performant transitions (no jank, GPU-accelerated where possible)
Theming: Support for Material, iOS, and custom CSS themes; dynamic variable binding
Navigation: Smooth view transitions, active state indicators, swipe/gesture support on mobile
Error/Empty States: Graceful fallbacks for missing data, offline mode, or failed integrations
5. DELIVERABLES
Complete Lovelace dashboard configuration (YAML + optional UI editor exports)
Modular packages/ structure with mock devices, automations, and sensors
HACS custom_components/ or cards/ configuration with version locks
State simulation automations & scripts
README.md with setup, customization, troubleshooting, and scaling guides
Git repository (GitHub/GitLab) with commit history & branch strategy
5–10 min video walkthrough demonstrating features & mock interactions
Optional: Docker/Dev environment for isolated testing
RFP ID: HA-DASH-2026-001
Issue Date: April 02, 2026
Submission Deadline: [Insert Date]
Contact: [Your Name/Email/Company]
1. PROJECT OVERVIEW
We are seeking a qualified Home Assistant developer/agency to design, develop, and deliver a production-ready, highly interactive Home Assistant dashboard. The solution must feature a navigation-bar-centric architecture, email/notification integration in the navbar, modern UI components (Bubble Card, animated cards, etc.), and a comprehensive mock device environment for testing, development, and demonstration purposes.
The final deliverable must be modular, version-controlled, fully documented, and compliant with Home Assistant best practices (HA 2024.12+ compatible).
2. SCOPE OF WORK
Phase
Description
Architecture & Setup
Dashboard structure, navbar routing, package organization, HACS dependency management
UI/UX Implementation
Navbar design, mail/notification panel, responsive layout, theme support
Advanced Card Integration
Bubble cards, animated cards, conditional/stack layouts, latest community cards
Mock Device Ecosystem
Template-based fake devices, state simulation automations, realistic behavior
Testing & Optimization
Performance tuning, cross-device validation, error handling, accessibility checks
Documentation & Handover
Setup guide, customization manual, Git repository, demo walkthrough
3. TECHNICAL REQUIREMENTS
3.1 Core Platform & Compatibility
Fully compatible with Home Assistant OS/Core 2024.12+ and Lovelace UI
All configurations must be YAML-driven with UI editor fallback where applicable
Must use HACS for community card management, with pinned versions for stability
Support for role-based dashboard access (admin, user, guest)
Zero hardcoded secrets; use secrets.yaml and HA vault/integrations
3.2 Navbar & Mail/Notification Focus
Navigation Bar must be the primary routing mechanism (top or bottom, configurable)
Mail/Notification Integration in navbar must include:
IMAP/Email sensor integration (or webhook/API-based notification entity)
Real-time badge counters for unread messages
Expandable dropdown or slide-out panel for message preview & actions
Optional: Push notification, calendar, or system alert aggregation
Navbar must support dynamic routing to sub-dashboards or views
3.3 Advanced Card Requirements
Bubble Card implementation for primary controls (lights, climate, media, scenes)
Animated Cards: CSS/JS-driven state transitions, animated icons, progress indicators, weather/sensor graphs with smooth rendering
Modern Layout Cards: stack-in-card, layout-card, grid-card, conditional-card for responsive design
Custom Theming: Support for dynamic theme switching, CSS variables, dark/light/auto mode
Performance: Lazy loading, minimal JS execution, <2s initial render on mid-tier devices
3.4 Mock Device Ecosystem (All Fake/Template-Based)
All devices must be created using native HA entities (template, input_*, mqtt mock, or homeassistant helpers) with no external hardware dependency.
Device Type
Required Features
Lights
RGB, tunable white, dimmable, effects, groups, scenes
Fans
Speed steps, oscillation toggle, preset modes, direction control
Sensors
Temperature, humidity, motion, door/window, air quality (PM2.5/CO2), power/energy, battery, water leak, light level, pressure
Climate
Thermostat, HVAC modes, target temp, fan mode, humidity control
Covers
Blinds, garage doors, position %, open/close/stop states
Switches/Plugs
On/off, power monitoring, usage stats, reboot simulation
Media/Cameras
Mock media player (play/pause/track), static/looping camera feed placeholder
Automations
Realistic state simulation scripts (e.g., temp fluctuation, motion triggers, battery drain)
All entities must include proper device_class, unit_of_measurement, icon, and state formatting
Include a mock_devices.yaml package with clear naming conventions and documentation
4. UI/UX REQUIREMENTS
Responsive Design: Mobile-first, tablet, and desktop breakpoints
Accessibility: WCAG 2.1 AA compliance (contrast, focus states, screen reader support)
Animations: Subtle, performant transitions (no jank, GPU-accelerated where possible)
Theming: Support for Material, iOS, and custom CSS themes; dynamic variable binding
Navigation: Smooth view transitions, active state indicators, swipe/gesture support on mobile
Error/Empty States: Graceful fallbacks for missing data, offline mode, or failed integrations
5. DELIVERABLES
Complete Lovelace dashboard configuration (YAML + optional UI editor exports)
Modular packages/ structure with mock devices, automations, and sensors
HACS custom_components/ or cards/ configuration with version locks
State simulation automations & scripts
README.md with setup, customization, troubleshooting, and scaling guides
Git repository (GitHub/GitLab) with commit history & branch strategy
5–10 min video walkthrough demonstrating features & mock interactions
Optional: Docker/Dev environment for isolated testing