Miurani'sil'atera
OUT OF CHARACTER INFORMATION
SPECIAL FEATURES
The XC4P3 is the start of a new line of cybernetics under development at Csillian Laboratories. This design was constructed as a cybernetic aimed at multitudes of people from those who frequently lock themselves out of their homes or other unsavory deeds. The cybernetics replace the index finger of the consumer. Once the surgery is complete and the healing is done, operating the implant is quite simple. The consumer holds their finger up to the lock they wish to break and the little servers in the implant determine whether the lock is physical or electronic and then transforms to the appropriate tools for the job. In several moments, the job is done. The lock is picked and the consumer is satisfied. Sometimes, the Cyberpick takes longer than usual when picking a specific kind of lock for the first time, but after that time, the design of the lock is saved in the implant's memory for the future.
- Intent: A neat little toy for those who frequently get into binds
- Image Source: N/A
- Canon Link: N/A
- Restricted Missions: N/A
- Primary Source: Jailbreak cyberpick
- Manufacturer: Csillian Laboratories
- Model: XC4P3 Cyberpick
- Affiliation: Closed-Market
- Modularity: N/A
- Production: Mass-Produced
- Material:
Agrinium - Synthflesh
SPECIAL FEATURES
- Physical Lockpick
- Electronic Lockpick
- Versatility: This implant is rather versatile. It is able to pick both physical and electronic locks rather quickly depending on the security systems.
- One-Trick: While the Cyberpick was excellent at it's job, there are some higher tier locks that it can't break. Anything that requires a pin or some kind of biometrics, this cyberpick cannot break.
The XC4P3 is the start of a new line of cybernetics under development at Csillian Laboratories. This design was constructed as a cybernetic aimed at multitudes of people from those who frequently lock themselves out of their homes or other unsavory deeds. The cybernetics replace the index finger of the consumer. Once the surgery is complete and the healing is done, operating the implant is quite simple. The consumer holds their finger up to the lock they wish to break and the little servers in the implant determine whether the lock is physical or electronic and then transforms to the appropriate tools for the job. In several moments, the job is done. The lock is picked and the consumer is satisfied. Sometimes, the Cyberpick takes longer than usual when picking a specific kind of lock for the first time, but after that time, the design of the lock is saved in the implant's memory for the future.
