Special containment procedures:
Revised 11-6:
No physical interaction with SCP-106 is allowed at any time. All physical interaction must be approved by no less than a two-thirds vote from O5-Command, and may only extend to testing situations. All staff (Research, Security, Class D, etc.) are to remain at least twenty meters away from the containment cell at all times, except for mandated maintenance and re-evaluation checks.
Containment cell must be held suspended in a secondary cell, the walls of which must be at least thirty meters distant from the outer walls of the first or "primary" cell. The secondary cell is to remain under total observation at all times, and be both illuminated and clear of any and all debris. Any items, movement, or non-normal activity noted within the secondary cell will result in a full site lock-down. Lock-down will be maintained until a "situation normal" dispatch is issued by Site Command.
Any corrosion observed on the primary cell, secondary cell, staff members, or other site locations within two hundred meters of SCP-106 are to be reported to Site Security immediately. Any objects or personnel lost to SCP-106 are to be deemed missing/KIA. No recovery attempts are to be made under any circumstances.
Note: SCP-106 does not have a "docile" state. Any reduction in activity or increased compliance from SCP-106 is to be deemed a luring tactic immediately preceding an aggressive action, and treated as such.
NOTE: SCP DISCONTINUED DUE TO ESCAPE PERCENTAGE
Revision 11-7:
No physical interaction with SCP-106 is allowed at any time. All physical interaction must be approved by no less than a two-thirds vote from O5-Command, and may only extend to testing situations. All staff (Research, Security, Class D, etc.) are to remain at least thirty meters away from the containment cell at all times, except under direct order from Site Command.
SCP-106 is to be kept within a sealed container, comprised of sixteen layers of lead-lined steel, each separated by no less than 18cm of open space aside from minimal support struts. Said container is to be kept suspended by a "continuous current" system within a fluid medium. This medium is to be replaced in 48 hour cycles, and constantly monitored for any "corrosion" intrusion.
Any corrosion observed on any containment cell surfaces, staff members, or other site locations within two hundred meters of SCP-106 are to be reported to Site Security immediately. Any objects or personnel lost to SCP-106 are to be deemed missing/KIA. No recovery attempts are to be made under any circumstances.
SCP-106 does not have a "docile" state. Any reduction in activity or increased compliance from SCP-106 is to be deemed a luring tactic immediately preceding an aggressive action, and treated as such.
Note: Observation of SCP-106 has shown a slight "resistance" when passing through lead or other similar metals. The thickness of the material appears to make no difference. In addition, multiple layers of thin material appear to "slow" SCP-106, forcing it to enter and re-emerge multiple times. Fluids also appear to temporarily "confuse" SCP-106.
NOTE: SCP DISCONTINUED DUE TO MULTIPLE SURFACE BREACHES. AGITATION SYSTEM CONTINUED TO DISPERSE CORROSION DURING BREACH EVENT, RESULTING IN MULTIPLE BREACHES AND FULL CONTAINMENT FAILURE
REVISION 11-8:
No physical interaction with SCP-106 is allowed at any time. All physical interaction must be approved by no less than a two-thirds vote from O5-Command. Any such interaction must be undertaken in AR-II maximum security sites, after a general non-essential staff evacuation. All staff (Research, Security, Class D, etc.) are to remain at least sixty meters away from the containment cell at all times, except in the event of breach events.
SCP-106 is to be contained in a sealed container, comprised of lead-lined steel. The container will be sealed within forty layers of identical material, each layer separated by no less than 36cm of empty space. Support struts between layers are to be randomly spaced. Container is to remain suspended no less than 60cm from any surface by ELO-IID electromagnetic supports.
