U.S. Coast Guard: Deployable Operations Group #1200407
Description
DEACTIVATED FOR ACTIVE DUTY PERSONNEL UNTIL FURTHER NOTICE RETROACTIVE RESERVE PORT SECURITY UNITS ATTACHED The Deployable Operations Group (DOG) is a command of the U.S. Coast Guard that centralizes all deployed combat operations. DOG's purpose is to develop systems and processes for standardized training, equipment, organization, planning, and scheduling for properly equipped, trained, and organized rapidly deployable specialized forces (DSF) to execute mission objectives in support of tactical and operational commanders. DOG is the Coast Guard's element of specialized forces, but is not a part of SOCOM because the Coast Guard does not operate under the Department of Defense. DOG units' missions include high-risk, high-profile tasks such as counter-terrorism, diving operations, intelligence-cued boardings, shipboard take-downs and threat assessments involving nuclear, biological, or chemical weapons. SUPERVISORY OFFICER: O-4 - O-6 CO: O-5 - O-6 XO: O-4 - O-5
Written by the group; not a statement by this register.
Membership history
Growth
Growth history is still building. We hold one measurement for this entry. A trend needs at least two, taken days apart — so this will fill in on its own rather than being estimated. We do not publish numbers we have not measured.
| Measured (UTC) | Members | Change |
|---|---|---|
| 9 Sept 2026, 23:15 | 2 | first reading |
Ownership
Owned by @SemperSpongey as measured.
Members we’ve seen
@SemperSpongey — [Commandant of the Coast Guard] (rank 255)
A sample — only members this register has independently measured, highest rank first. Not the full roster.
Rank structure
Roles and per-rank member counts as Roblox reports them (rank 0 = guest … 255 = owner).
Related groups
Groups whose measured members overlap with this one — a sample from our membership graph.
Open data
Download this group’s measured record — free to reuse with attribution: membership history (CSV) · full record (JSON)
Each file carries its licence and retrieval time inside it, and is generated from the same measurements shown above.