Tracking Implants Need to be Accessible via the ROBUST Cartridge in the PDA

Oct 13, 2025 by pynkocean.com 51 views

Sec Trackers Need to be Less Ass: Improving Security Implants in Space

The Current State of Security Implants

In the vast expanse of space, security is a top priority for any space station or ship. To ensure the safety of its crew and passengers, security implants are a crucial tool. However, the current implementation of these implants leaves much to be desired. With two types of implants available - the tracker implant and the chemical implant - both are rendered useless without their special snowflake manager found in the box they come with. This makes both implants very unappealing and often useless, as officers are forced to choose between wasting inventory space or leaving the implant at security, only to have to return to use it.

The Need for Improvement

The current state of security implants is unacceptable. To address this issue, several improvements are needed to make these implants more accessible and useful to officers. Here are some of the key changes that need to be implemented:

Tracking Implants Need to be Accessible via the ROBUST Cartridge in the PDA

One of the most significant improvements needed is to make tracking implants accessible via the ROBUST cartridge in the PDA. This would allow any officer at any point to view the coordinates of ones in use. This would be a game-changer for security, as it would enable officers to quickly and easily track the location of tracking implants, making it easier to respond to security breaches.

Chemical Implants Also Need to be Accessible via the PDA

In addition to tracking implants, chemical implants also need to be accessible via the PDA. This would enable officers to quickly and easily view the status of chemical implants, including who they are tied to. This would be a significant improvement, as it would enable officers to quickly and easily respond to security breaches.

Tracking Implants Become Screechers

Another improvement needed is to make tracking implants become screechers, sending a security message every time someone with one enters a 'secure' department. This would be a significant improvement, as it would enable officers to quickly and easily respond to security breaches.

Borgs Need to Have an Implanter Module

Borgs are a crucial part of any space station or ship, and they need to have an implanter module that can let them inject people with trackers or chemical implants. This would be a significant improvement, as it would enable borgs to quickly and easily inject people with security implants.

Sanity Check for Borg PDAs

Finally, a sanity check is needed to ensure that borg PDAs get their appropriate cartridges. This would ensure that borg PDAs are actually usable with the above tweaks, and any other PDA changes and upgrades in the future.

Conclusion

The current state of security implants is unacceptable. To address this issue, several improvements are needed to make these implants more accessible and useful to officers. By implementing these changes, security implants can become a valuable tool for officers, enabling them to quickly and easily respond to security breaches. It's time to make sec trackers less ass and improve the security of our space stations and ships.

Recommendations

Based on the above analysis, the following recommendations are made:

Implement the ROBUST cartridge in the PDA to enable officers to view the coordinates of tracking implants.
Make chemical implants accessible via the PDA.
Make tracking implants become screechers, sending a security message every time someone with one enters a 'secure' department.
Implement an implanter module for borgs to enable them to inject people with trackers or chemical implants.
Implement a sanity check to ensure that borg PDAs get their appropriate cartridges.

By implementing these changes, security implants can become a valuable tool for officers, enabling them to quickly and easily respond to security breaches. It's time to make sec trackers less ass and improve the security of our space stations and ships.
Sec Trackers Need to be Less Ass: Q&A

Frequently Asked Questions

In our previous article, we discussed the need for improvement in security implants, specifically tracking implants and chemical implants. We also outlined several recommendations for improving these implants. In this article, we will answer some frequently asked questions about these improvements.

Q: Why are tracking implants and chemical implants currently useless without their special snowflake manager?

A: The current implementation of tracking implants and chemical implants requires a special snowflake manager to be used. This manager is found in the box that comes with the implant, and it is necessary to fire off or track the implant. However, this manager is not always available, making the implant useless.

Q: What is the purpose of the ROBUST cartridge in the PDA?

A: The ROBUST cartridge in the PDA is designed to enable officers to view the coordinates of tracking implants. This would allow officers to quickly and easily track the location of tracking implants, making it easier to respond to security breaches.

Q: Why do chemical implants need to be accessible via the PDA?

A: Chemical implants need to be accessible via the PDA because they are often used in emergency situations. By making them accessible via the PDA, officers can quickly and easily view the status of chemical implants, including who they are tied to.

Q: What is the purpose of making tracking implants become screechers?

A: Making tracking implants become screechers would enable officers to quickly and easily respond to security breaches. When someone with a tracking implant enters a 'secure' department, the implant would send a security message, alerting officers to the potential breach.

Q: Why do borgs need to have an implanter module?

A: Borgs are a crucial part of any space station or ship, and they need to have an implanter module that can let them inject people with trackers or chemical implants. This would enable borgs to quickly and easily inject people with security implants.

Q: What is the purpose of the sanity check for borg PDAs?

A: The sanity check for borg PDAs is designed to ensure that borg PDAs get their appropriate cartridges. This would ensure that borg PDAs are actually usable with the above tweaks, and any other PDA changes and upgrades in the future.

Q: How would these improvements affect the current security protocols?

A: These improvements would significantly affect the current security protocols. By making tracking implants and chemical implants more accessible, officers would be able to respond to security breaches more quickly and easily. Additionally, the implanter module for borgs would enable them to inject people with security implants, further improving security.

Q: Are these improvements feasible?

A: Yes, these improvements are feasible. They would require some changes to the current implementation of tracking implants and chemical implants, but they would significantly improve the security of our space stations and ships.

Conclusion

In this article, we have answered some frequently asked questions about the improvements needed for security implants. By making tracking implants and chemical implants more accessible, and by implementing an implanter module for borgs, we can significantly improve the security of our space stations and ships. It's time to make sec trackers less ass and improve the security of our space stations and ships.

Recommendations

Based on the above analysis, the following recommendations are made:

Implement the ROBUST cartridge in the PDA to enable officers to view the coordinates of tracking implants.
Make chemical implants accessible via the PDA.
Make tracking implants become screechers, sending a security message every time someone with one enters a 'secure' department.
Implement an implanter module for borgs to enable them to inject people with trackers or chemical implants.
Implement a sanity check to ensure that borg PDAs get their appropriate cartridges.