Item #: EA-029

Object Class: Hazardous

Name: Key for Anything

Containment: EA-029 is to be stored in a secure containment locker at Outpost Beta. Access to EA-029 is restricted to Level 2 personnel and above, and any use of the key requires authorization from at least one Level 3 personnel. To prevent accidental interactions, EA-029 must be kept separate from other objects, ideally in a designated storage unit. Periodic inspections of the key's condition and functionality are necessary to ensure it remains in a secure and operable state.

Profile: EA-029 appears as an ordinary-looking key made of an unidentified metal alloy. It possesses a simplistic, yet elegant design with no discernible engravings or unique features. However, when brought into contact with any physical surface that can be touched, the key exhibits a profound anomalous property. It instantly morphs that small area of the surface into a functional lock, tailored to the specific properties of the material.

The locks created by EA-029 are intricately crafted and seamlessly integrated into the surface, displaying remarkable adaptability. They can manifest as keyholes, combination locks, or even intricate biometric scanners, depending on the nature of the surface and the security measures required. Remarkably, EA-029 can effortlessly unlock any lock it creates, granting access to the previously secured area or object.

Due to its highly versatile and potentially disruptive capabilities, EA-029 is classified as a Hazardous class object. Care must be taken when using the key to avoid unauthorized access or unintended consequences, such as compromising sensitive information or breaching secure areas.

Addendum: Test Log for EA-029 

Test ID: EA-029
Date: [REDACTED]
Testing Team: Dr. Hogan, Research Team ("Reality Responders")

Procedure: The purpose of this test was to evaluate the key's ability to create functional locks on various surfaces and assess the ease of unlocking the newly created locks. The research team selected a range of materials, including wood, metal, glass, and reinforced concrete, to test the key's adaptability.

Results:

• Wood Surface: When EA-029 made contact with the wooden surface, it transformed a small area into a traditional keyhole. The key was able to unlock the lock effortlessly, granting access to the previously secured space. 
• Metal Surface: EA-029 created a unique combination lock on the metal surface, complete with rotating discs. The key accurately interacted with the lock, successfully unlocking it. 
• Glass Surface: Surprisingly, EA-029 produced a transparent keyhole on the glass surface, which blended seamlessly with the material. The key, when inserted, unlocked the lock without any complications. 
• Reinforced Concrete Surface: EA-029 manifested an elaborate biometric scanner on the concrete surface, capable of recognizing fingerprints. The key authenticated successfully and granted access to the simulated restricted area.

Observations: The key's transformation into different lock mechanisms on various surfaces was seamless and efficient. It demonstrated a remarkable ability to adapt to the specific properties of each material, creating locks that were visually consistent and functionally reliable. Additionally, the ease with which the key unlocked the newly created locks highlighted its effectiveness in granting access to secured areas or objects.

Conclusion: The successful test results validate EA-029's ability to create functional locks tailored to the surface it interacts with, enabling access to previously secured spaces. It is crucial to ensure that the key is used with proper authorization and under strict supervision to prevent unauthorized access or misuse. Further testing should focus on potential limitations and any unforeseen consequences associated with the key's usage.