Exercise 1: Why GCP Archive Genuinely Solves the Fast-DR-Restore Concern — Possible Solution
====================================================================

Archive is GCP's own coldest, cheapest real storage class - by
analogy with AWS Glacier or Azure's own Archive tier, someone might
reasonably assume it comes with the same real, hours-long retrieval
delay those other providers' coldest tiers require.

GCP's own real behavior is genuinely different: even its Archive
class remains available for retrieval "within milliseconds, not
hours or days." All four GCP storage classes differ from each other
in cost, minimum storage duration, and retrieval fees - but NOT in
real retrieval speed. AWS Glacier and Azure's own Archive tier, by
contrast, genuinely trade away retrieval speed specifically to reach
their lowest cost tier - a real design choice GCP simply didn't make
the same way.

ANSWER: The team's disaster-recovery concern is genuinely addressed,
because GCP's Archive class was never designed to sacrifice retrieval
speed for cost the way AWS Glacier or Azure's own Archive tier were -
their compliance records would remain restorable within real
milliseconds even while sitting in the cheapest possible storage
class, which is precisely why GCP's own real documentation explicitly
names disaster recovery as a genuine, intended use case for Archive.

WHY THIS WORKS AS AN ANSWER
------------------------------
This correctly identifies the specific real structural reason GCP's
model differs (cost/duration/fees vary, but retrieval speed doesn't)
rather than assuming all "archive" tiers across providers behave
identically, and connects the answer directly to the chapter's own
explicit real quote about millisecond retrieval.