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A universal fingerprint recognition system for firearms that greatly reduces misuse and accidental discharge of a firearm. The fingerprint recognition assembly is completely embedded within the firearm to prevent tampering. A chip embedded in the trigger scans the firearm owner's fingerprint, and wh

A universal fingerprint recognition system for firearms that greatly reduces misuse and accidental discharge of a firearm. The fingerprint recognition assembly is completely embedded within the firearm to prevent tampering. A chip embedded in the trigger scans the firearm owner's fingerprint, and when recognized releases a safety pin, allowing the trigger to be pulled. A charging port embedded in the firearm's grip allows a USB-type connector to be attached and charge the battery chip in the CPU.

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1. A fingerprint recognition safety system comprising: a) a fingerprint recognition safety assembly having; i) an encoded circuit board having; (1) a CPU processor;(2) a recognition software program; and(3) a battery chip;ii) a trigger sensor;iii) a safety pin;iv) a readiness indicator; andv) a char

1. A fingerprint recognition safety system comprising: a) a fingerprint recognition safety assembly having; i) an encoded circuit board having; (1) a CPU processor;(2) a recognition software program; and(3) a battery chip;ii) a trigger sensor;iii) a safety pin;iv) a readiness indicator; andv) a charging port assembly having; (1) a charging cable;(2) a first connector; and(3) a second connector;b) wherein said fingerprint recognition safety system comprises said fingerprint recognition safety assembly;c) wherein said fingerprint recognition safety assembly comprises said encoded circuit board, said trigger sensor, said safety pin, said readiness indicator, and said charging port assembly is structured and arranged in communicative cooperation to digitally recognize a fingerprint of an authorized firearm owner;d) wherein said encoded circuit board comprises said CPU processor, said recognition software and said battery chip in combination;e) wherein said recognition software of said encoded circuit board is structured and arranged with said safety pin to only allows said fingerprint recognition safety assembly to unlock said safety pin upon recognition of said fingerprint of said authorized firearm owner;f) wherein said battery chip of said encoded circuit board is structured and arranged to power said fingerprint recognition safety assembly;g) wherein said encoded circuit board is confined within said firearm housing and is structured and arranged with said safety pin to prevent tampering with said fingerprint recognition safety assembly;h) wherein said trigger sensor is structured and arranged to prevent use of said firearm except when said trigger sensor scans said fingerprint of an authorized user;i) wherein said trigger sensor is embedded within said trigger and is structured and arranged with said safety pin to prevent tampering with said fingerprint recognition safety assembly;j) wherein said safety pin is structured and arranged with said trigger sensor to only slide to an unlocked position to allow use of said firearm only upon recognition of said fingerprint of said authorized firearm owner;k) wherein said readiness indicator is structured and arranged to allow said authorized firearm owner to visually determine when said fingerprint recognition safety assembly is in a locked condition and when in said unlocked condition;l) wherein said charging port assembly comprises said charging cable with said first connector and said second connector and is structured and arranged to allow charging of said battery chip of said encoded circuit board;m) wherein said first connector of said charging cable is removably attached to said encoded circuit board;n) wherein said second connector of said charging cable is embedded within a grip of said firearm and is structured and arranged to removably receive a charging apparatus for charging of said battery chip of said encoded circuit board ready for use; and wherein said encoded circuit board is structured and arranged to allow said trigger sensor to recognize said fingerprint of said authorized firearm owner and unlock said safety pin, thereby unlocking said trigger to allow said authorized firearm owner to utilize said firearm;o) wherein when said fingerprint recognition safety system is installed in its entirety and tampered with, said firearm is structured and arranged such that said firearm must be taken to a professional gunsmith and said authorized owner's private information be verified to reestablish use of said firearm by resetting after tampering has occurred. 2. The fingerprint recognition safety system of claim 1 wherein said fingerprint recognition safety assembly is structured and arranged to uses recognition technology, and is further structured and arranged to scan said authorized firearm owner's fingerprint and unlock said safety pin, thereby allowing said authorized firearm owner to utilize said firearm. 3. The fingerprint recognition safety system of claim 2 wherein when said fingerprint recognition safety system of claim 1 is installed in its entirety, said fingerprint recognition safety assembly is structured and arranged to prevents said firearm from discharging unless said fingerprint is recognized and authorized. 4. The fingerprint recognition safety system of claim 3 wherein said fingerprint recognition safety assembly is structured and arranged to protects from unintended use of said firearm. 5. The fingerprint recognition safety system of claim 4 wherein said encoded circuit board is structured and arranged with private information of said authorized firearm owner comprising a concealed weapons permit that is further is structured and arranged to enable use of said firearm by said authorized firearm owner when verified. 6. The fingerprint recognition safety system of claim 5 wherein said fingerprint recognition safety assembly is completely embedded within confines of said firearm and is structured and arranged such that said fingerprint recognition safety assembly cannot be by-passed and alternately disabled without disassembling said firearm. 7. The fingerprint recognition safety system of claim 6 wherein said fingerprint recognition safety assembly is structured and arranged to render said firearm un-usable if said fingerprint recognition safety assembly is tampered with. 8. The fingerprint recognition safety system of claim 7 wherein when said fingerprint recognition safety system of claim 11 is installed in its entirety and tampered with, said firearm is structured and arranged such that said firearm must be taken to a professional gunsmith and said authorized owner's private information be verified to reestablish use of said firearm by resetting after tampering has occurred. 9. The fingerprint recognition safety system of claim 2 wherein said fingerprint recognition safety assembly technology is structured and arranged to be retrofitted to at least one existing said firearm. 10. The fingerprint recognition safety system of claim 2 wherein said trigger sensor comprises a scanning mechanism which is structured and arranged to sends input to said CPU processor for processing. 11. The fingerprint recognition safety system of claim 10 wherein said recognition software comprises memory capability structured and arranged for storing parameters of said fingerprint. 12. The fingerprint recognition safety system of claim 10 wherein said trigger sensor comprises light sensors structured and arranged for scanning said fingerprint of said authorized firearm owner. 13. The fingerprint recognition safety system of claim 1 wherein said readiness indicator comprises LEDs structured and arranged to visually alert said authorized firearm owner of readiness of said firearm. 14. The fingerprint recognition safety system of claim 1 wherein said second connector of said charging cable comprises a USB-type connector is structured and arranged to charge said battery chip of said encoded circuit board. 15. The fingerprint recognition safety system of claim 14 wherein said battery chip of said encoded circuit board is structured and arranged to be charged when said firearm is in a stored condition. 16. The fingerprint recognition safety system of claim 1 wherein said trigger sensor comprises a pressure sensors structured and arranged for recognition of said fingerprint of said authorized firearm owner. 17. A fingerprint recognition safety system comprising: a) a fingerprint recognition safety assembly having; i) an encoded circuit board having; (1) a CPU processor;(2) a fingerprint recognition software program; and(3) a battery chip;ii) a trigger sensor;iii) a safety pin;iv) a readiness indicator; andv) a charging port assembly having; (1) a charging cable;(2) a first connector; and(3) a second connector;b) wherein said fingerprint recognition safety system comprises said fingerprint recognition safety assembly;c) wherein said fingerprint recognition safety assembly uses fingerprint recognition software, which is able to scan said fingerprint of an authorized firearm owner and unlock said safety pin, thereby allowing said authorized firearm owner to utilize a firearm;d) wherein said fingerprint recognition safety assembly technology is designed as universal and is able to be retrofitted to at least one existing said firearm;e) wherein said fingerprint recognition safety assembly comprises said encoded circuit board, said trigger sensor, said safety pin, said readiness indicator, and said charging port assembly is structured and arranged in communicative cooperation to digitally recognize said fingerprint of said authorized firearm owner;f) wherein said encoded circuit board comprises said CPU processor, said fingerprint recognition software, and said battery chip in combination;g) wherein said recognition software comprises memory capability for storing distinguishing parameters of said fingerprint;h) wherein said fingerprint recognition safety assembly prevents said firearm from discharging unless said fingerprint is recognized and authorized;i) wherein said fingerprint recognition safety assembly protects from unintended use of said firearm;j) wherein said fingerprint recognition software of said encoded circuit board is structured and arranged with said safety pin to only allows said fingerprint recognition safety assembly to unlock said safety pin upon recognition of said fingerprint of said authorized firearm owner;k) wherein said encoded circuit board has said authorized firearm owner's private information from a concealed weapons permit to allow use of said firearm;l) wherein said battery chip of said encoded circuit board is structured and arranged to power said fingerprint recognition safety assembly;m) wherein said encoded circuit board is confined within a firearm housing and is structured and arranged with said safety pin to prevent tampering with said fingerprint recognition safety assembly;n) wherein said fingerprint recognition safety assembly is effectively embedded within confines of said firearm and cannot be disabled without disassembling said firearm;o) wherein said fingerprint recognition safety assembly will render said firearm un-usable if said fingerprint recognition safety assembly is tampered with;p) wherein said firearm must be taken to a professional gunsmith and private information from said authorized firearm owner be verified to re-establish use of said firearm by resetting after tampering has occurred;q) wherein said trigger sensor comprises light sensors for scanning said fingerprint of said authorized firearm owner;r) wherein said is structured and arranged to prevent use of said firearm except when said trigger sensor scans said fingerprint of an authorized user;s) wherein said user must be said authorized firearm owner to use said firearm;t) wherein said trigger sensor is embedded within said trigger and is structured and arranged with said safety pin to prevent tampering with said fingerprint recognition safety assembly;u) wherein said safety pin is structured and arranged with said trigger sensor to only slide to an unlocked position to allow use of said firearm only upon recognition of said fingerprint of said authorized firearm owner;v) wherein said readiness indicator uses LEDs to visually alert said authorized firearm owner of readiness condition of said firearm;w) wherein said readiness indicator is structured and arranged to allow said authorized firearm owner to visually determine when said fingerprint recognition safety assembly is in a locked condition and when in said unlocked condition;x) wherein said charging port assembly comprises said charging cable with said first connector and said second connector is structured and arranged to allow charging of said battery chip of said encoded circuit board;y) wherein said first connector of said charging cable is removably attached to said encoded circuit board;z) wherein said second connector of said charging cable uses a USB-type connector to charge said battery chip of said encoded circuit board when connected to a power source;aa) wherein said battery chip of said encoded circuit board is able to be charged when said firearm is in a stored condition;bb) wherein said second connector of said charging cable is embedded within a grip of said firearm and is structured and arranged to removably receive a charging apparatus for charging of said battery chip of said encoded circuit board ready for use; andcc) wherein said encoded circuit board allows said trigger sensor to recognize said fingerprint of said authorized firearm owner and unlock said safety pin, thereby unlocking said trigger to allow said authorized firearm owner to utilize said firearm. 18. The fingerprint recognition safety system of claim 17 further comprising a kit including: one said encoded circuit board, one said trigger sensor, one said safety pin, one said readiness indicator, one said charging port assembly, and one set of user instructions for use. 19. A method of using the fingerprint recognition safety system of claim 17 comprising the steps of: a) gripping a firearm,b) placing an index finger against a trigger sensor,c) scanning a fingerprint from said index finger,d) utilizing said firearm by firing,e) removing said index finger from said trigger sensor, andf) storing said firearm. 20. The method of claim 19 may further comprise the step of: charging said battery chip as needed.