Raspberry FingerPrint reader + Smartcard RFID 13.56mhz --

The program, developed in C programming (functions + program logic) plus with auxiliar if needed bash script or similar, must read the fingerprint from a Futronic FS88 fingerprint reader, digitalize the fingerprint with its minutiae, and store the digitalized fingerprint in a RFID card 13.56mhz, using a ACR122U-A9 NFC-RFID reader. Additionally, it must have an user intarface that will let the user to store a fingerprint in a smartcard, validate an fingerprint with the one stored in a smartcard, delete an smartcard, handle users (create, new, delete), etc. The final development should have/be: *Be able to use with latest version of Raspbian at Raspberry pi 1 & 2 model b. *Developed in C and bash script (or similar). *Have a complete user manual. *Be able to handle users internally. *Be able to validate the identity of a real time fingerprint with a smartcard. *Be able to create new identities from a fingerprint, and store the digitalized fingerprint in the smartcard. *Have a local database in which store the users of the system, and data from the identities (Name, ID, Address, phone). Additionally this information may be stored in the smartcard if its memory size can store it. Deliverable time: 15- days (could change because of hw availability). ACR122U and FS88 modules must be used in the project. Reading distance 10cm aprox Installation Manual is a deliverable. Complete User Manual is a deliverable. The system must have users with different capabilities(roles). For example, an admin user that will be created at the early beggining, and users with roles: Validate an identity, create new identity (read fingerprint and store it at the smartcard), and create users Main Menu (example) 1. Validate Identity (validates fingerprint with smartcard) 2. Create new Identity (stores fingerprint and identity data in smartcard) 3. Ban personal card (smartcard blacklist) 4. Configuration (Admin only) a. New User b. Edit User c. Delete User Option 1 and 2 should be defined at an specific user role. for example, some users can only validate, but others can validate and create at the same time if those information (name, phone, id, etc) can be store at the smartcard it would be great also. Create new identity should ask for the name, ID(10ints), phone number, email, fingerprint and a raw smartcard. All that information must be stored in a 1k (768b free) smartcard. The card is personal, only 1 user will have it, and must be locked after it is written. TAG to be used : General description 1K Proximity card identification (RFID) 13.56MHz ISO14443. They have been especially manufactured in white PVC. characteristics Estandad ISO: ISO / IEC14443 Frequency: 13.56 MHz Chip: FM1108 Protocol: ISO14443A Capacity: 1024 byte EEPROM (768 free) Reading range: 25-100 mm Multi-Detection: Yes Transmission speed: 106 Kbaud Time Read / Write: 1 ~ 2 ms Write cycles:> 100,000 times Data Retention:> 10 years Size: 85.5 x 54 x 0.87 mm Material: PVC White color Operating temperature: -20 to + 80 ° C State machines must be used for future upgrades. The program must be focused on QUALITY PROGRAMMING, fully commented, The program must be divided in classes (read fingerprint, call program to take minutiae, read/write smartcard, etc), not all in a main. Project time could change up to 20 days because of Hardware shipping.