PROJECT INTRO
Digital Safe: Securing Your Valuables with Advanced Digital Lock Technology
"Digital Safe," an advanced digital locking solution developed for Archimax. This state-of-the-art security system is engineered to provide unparalleled protection for safes, incorporating two sophisticated authentication methods: a secure alphanumeric password and biometric fingerprint recognition. Device Safe combines these high-tech features to deliver enhanced security and convenience, ensuring that only authorized individuals can access the safe's contents.
Where precision meets protection: Digital Safe ensures unparalleled security with cutting-edge digital and biometric technology.
The device’s biometric fingerprint recognition system offers an additional layer of security by verifying users’ identities with precise accuracy, while the password option provides a traditional yet secure means of access. This solution not only safeguards valuable assets but also enhances operational efficiency with its advanced technology and intuitive design.
PROJECT CHALLENGE
- Implement a secure password system with options for setting, changing, and recovering passwords.
- Integrate a fingerprint sensor for biometric authentication, allowing for secure and convenient access.
- Develop a sleep mode to conserve power, with the safe waking up upon detecting touch.
- Write and optimize firmware for controlling the safe's operations and handling interactions between components.
- Optimize the circuit design to minimize power consumption and ensure efficient operation.
- Implement encryption for stored passwords and fingerprint data.
- Enhance the display interface to provide user-friendly interactions for setting passwords and enrolling fingerprints.
PROJECT SOLUTION
To develop a robust and secure digital safe, we implemented several advanced features and optimizations. We designed and created the hardware circuit, ensuring it is efficient and reliable. We integrated a secure password system that allows users to set, change, and recover passwords, employing strong encryption techniques for safety. Additionally, we added a fingerprint sensor for biometric authentication, enhancing security with accurate recognition and convenient access. To conserve power, we developed a sleep mode that activates when the safe is idle and wakes upon detecting touch. The firmware was optimized to efficiently manage operations, including user interactions and authentication processes. We also optimized the circuit design to minimize power consumption without compromising functionality. Strong encryption was implemented for storing passwords and fingerprint data, ensuring sensitive information remains protected. The display interface was enhanced for user-friendly interactions, allowing easy password setting, fingerprint enrollment, and feedback. By addressing these challenges, we created a digital safe that is secure, user-friendly, and energy-efficient, combining advanced biometric authentication, robust encryption, optimized firmware, and hardware for reliable protection of valuable items.
TECH TOOLS & STACK
