BOXX
Secure Package Delivery System
With the rapid growth of e-commerce, missed deliveries and package theft have become a common frustration for homeowners. BOXX™ was conceived and developed to provide a secure, connected solution, enabling users to safely receive, monitor, and manage deliveries.
We partnered with the client to transform an early concept into a manufacturing-ready integrated design that was ready for user trials. The system was designed to deliver both security and simplicity, combining physical protection with connected access:
- Secure storage for delivered packages
- Simple, reliable authentication for delivery access
- Wireless connectivity to mobile apps and cloud systems
- A refined, residential-friendly aesthetic
- Scalable architecture for high-volume manufacturing
Contributions
- Product definition, requirements development, and concept ideation
- Industrial design development and user interaction refinement
- Mechanical design of enclosure, hinges, sealing, and locking mechanisms
- Electronics architecture, authentication systems, and wireless connectivity
- Electronics integration, and hardware/software interface definition
- Prototype fabrication, testing, and iterative refinement
- Manufacturing strategy development and supplier engagement
Impact
The project established a manufacturable, connected hardware platform that enhances delivery security and user convenience, while providing a clear path toward scalable production and market adoption. The result is a product that blends seamlessly into the home while delivering robust functionality.
TAGS
INDUSTRIAL DESIGN
MECHANICAL ENGINEERING
ELECTRICAL ENGINEERING
EMBEDDED FIRMWARE
PROJECT MANAGEMENT
TOOLS
SolidWorks
Altium
Rhino
Engineering Challenge
Developing a connected secure delivery system required solving for:
- Robust mechanical security with user-friendly access
- Reliable authentication methods for delivery personnel
- Integration of electronics and wireless communication
- Weather resistance, reliability and durability
- A design that is suitable to scale into manufacturing
- Balancing cost targets with performance and design quality
Engineering & Design Approach
1. Product Definition & Concept Development
We began by defining system requirements and aligning on product direction:
- Developed detailed product requirements and priorities
- Conducted industrial design ideation exploring multiple form factors
- Evaluated authentication technologies and user interaction models
- Established preliminary mechanical and electronics architecture
This phase ensured alignment between user experience, security, and technical feasibility.
2. Industrial Design & User Experience
Our team developed a refined industrial design language:
- Clean, modern aesthetic suitable for residential environments
- Form factor optimized for usability and package access
- Design informed by user interaction studies and concept evaluation
- Cohesive integration of hardware and user touchpoints
3. Mechanical Engineering & System Integration
We re-engineered the enclosure and mechanical systems for production:
- Designed a sheet metal structure for manufacturability and durability
- Developed hinge systems, sealing strategies, and mounting approaches
- Engineered electro-mechanical locking mechanism
- Integrated electronics and mechanical systems within the enclosure
Mechanical design balanced security, usability, and environmental performance.
4. Electronics & Connectivity
We developed the electronics platform to enable secure, connected operation:
- Evaluated and prototyped authentication technologies
- Developed custom PCB, schematics, and layout
- Integrated wireless communication and antenna design
- Defined hardware/software interfaces for app and cloud integration
Electronics architecture was designed for reliability, usability, and scalability.
5. Prototyping & Testing
Functional prototypes were fabricated and tested to evaluate:
- Locking mechanism performance and reliability
- Authentication workflows and usability
- Wireless connectivity and system responsiveness
- Mechanical fit, durability, and environmental performance
- Overall user experience (homeowner and delivery person)
Testing informed iterative refinements across both mechanical and electrical systems.
6. Design for Manufacturing
We developed a path to production:
- Refined sheet metal design for scalable fabrication
- Collaborated with manufacturing partners on production methods
- Evaluated cost and sourcing strategies (onshore/offshore)
- Prepared design packages and manufacturing documentation
RESULTS
The project delivered a manufacturing-ready secure delivery system platform that combines:
- Robust physical security
- Intuitive user interaction and authentication
- Integrated electronics and wireless connectivity
- Refined, consumer-friendly industrial design
- Scalable manufacturing strategy
BOXX demonstrates how thoughtful integration of industrial and mechanical design, electronics, and user experience can transform a simple concept into a compelling connected product.
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