Social Media Analytics Display Device
Budget: ₹75,000 – ₹150,000 INR
Hardware Device: Freelancer Briefing Data
Project: Build a 7-inch hardware device integrating with StatSnapp SaaS for real-time social media analytics display and interaction.
1. Device Purpose & Overview
A compact, desk-friendly smart display unit showing dynamic social media insights linked to the StatSnapp SaaS.
Should support real-time alerts, visual notifications, and physical interaction (buttons, indicators).
Must be easy to onboard with minimal setup, connecting securely to user accounts and cloud.
2. Core Hardware Specifications
Display: 7-inch TFT LCD display module for high-quality visuals
Touch: Resistive touch or no-touch initially preferred to reduce cost; later upgrade path possible.
Processor: Low-power microcontroller unit (MCU) with integrated WiFi/Bluetooth for cloud connectivity.
Memory: Sufficient flash/RAM to support firmware, data buffering, and connectivity.
Connectivity: WiFi and Bluetooth for syncing analytics and receiving updates.
Power: Include power supply design (mains adapter or battery-powered option depending on feasibility).
Physical: Durable enclosure with basic buttons for interaction and LED indicators for alerts/notifications.
Other: Include essential sensors and connectors, minimal user controls; packaging and a quick-start guide.
3. Functional Requirements
Device must show key analytics data from SaaS platform in real-time or near real-time.
Visual/audible notifications for engagement spikes, comment priorities, posting prompts.
Button(s) to trigger quick actions like post repurposing.
Simple multi-account toggle capability via hardware controls.
Support OTA firmware updates pushed from cloud.
Pre-registered device IDs for fast user association.
4. Production & Cost Targets
Target build cost per unit: $45 to $85 (₹3,700 to ₹7,000 approx), balancing quality and affordability.
Use cost-effective components from reliable suppliers (Chinese or Indian).
Focus on modular design for easy upgrades and maintenance.
Design enclosure suitable for injection molding on scale.
5. Deliverables and Timeline
Prototype design and BOM with parts sourcing recommendations.
Schematics and PCB design files.
Firmware for device operation and cloud communication.
Mechanical design of enclosure with 3D renders or CAD files.
Functional prototype ready for field testing.
6. Additional Notes
Prioritize compact, low-power, and reliable operation.
Flexible to advice on trade-offs between cost and features.
Clear documentation and source code for ongoing development.
Project: Build a 7-inch hardware device integrating with StatSnapp SaaS for real-time social media analytics display and interaction.
1. Device Purpose & Overview
A compact, desk-friendly smart display unit showing dynamic social media insights linked to the StatSnapp SaaS.
Should support real-time alerts, visual notifications, and physical interaction (buttons, indicators).
Must be easy to onboard with minimal setup, connecting securely to user accounts and cloud.
2. Core Hardware Specifications
Display: 7-inch TFT LCD display module for high-quality visuals
Touch: Resistive touch or no-touch initially preferred to reduce cost; later upgrade path possible.
Processor: Low-power microcontroller unit (MCU) with integrated WiFi/Bluetooth for cloud connectivity.
Memory: Sufficient flash/RAM to support firmware, data buffering, and connectivity.
Connectivity: WiFi and Bluetooth for syncing analytics and receiving updates.
Power: Include power supply design (mains adapter or battery-powered option depending on feasibility).
Physical: Durable enclosure with basic buttons for interaction and LED indicators for alerts/notifications.
Other: Include essential sensors and connectors, minimal user controls; packaging and a quick-start guide.
3. Functional Requirements
Device must show key analytics data from SaaS platform in real-time or near real-time.
Visual/audible notifications for engagement spikes, comment priorities, posting prompts.
Button(s) to trigger quick actions like post repurposing.
Simple multi-account toggle capability via hardware controls.
Support OTA firmware updates pushed from cloud.
Pre-registered device IDs for fast user association.
4. Production & Cost Targets
Target build cost per unit: $45 to $85 (₹3,700 to ₹7,000 approx), balancing quality and affordability.
Use cost-effective components from reliable suppliers (Chinese or Indian).
Focus on modular design for easy upgrades and maintenance.
Design enclosure suitable for injection molding on scale.
5. Deliverables and Timeline
Prototype design and BOM with parts sourcing recommendations.
Schematics and PCB design files.
Firmware for device operation and cloud communication.
Mechanical design of enclosure with 3D renders or CAD files.
Functional prototype ready for field testing.
6. Additional Notes
Prioritize compact, low-power, and reliable operation.
Flexible to advice on trade-offs between cost and features.
Clear documentation and source code for ongoing development.