ServLogi has completed its twelfth United States data center facility, extending a footprint that now spans Atlanta, Arizona, Dallas, Jackson, Las Vegas, Los Angeles, Miami, New York, Portland, Salt Lake City, and San Jose.
Every facility operates under the same accredited control baseline. A customer deploying into one site inherits the same assessed boundary as a customer in any other, which means a multi-region deployment does not multiply the assessment work.
All twelve sites are within United States jurisdiction, and customer data does not leave it. For federal customers and for regulated enterprises under data residency obligations, that is a structural property of the platform rather than a configuration option that could be set incorrectly.
Each site provides dedicated single-tenant capacity on bare metal, housed in controlled-access cages with biometric entry and continuous monitoring. The platform carries a 99.99% uptime service level agreement backed by service credits.
Twelve sites is not a land grab. Each one exists because customers needed capacity in that jurisdiction or that latency envelope, and each one had to come up on the same baseline as the other eleven before we would put a customer in it.
Dana Whitfield, Vice President, Infrastructure Operations, ServLogi
Facility detail and current regional status are published on the ServLogi infrastructure page.
About ServLogi
ServLogi operates dedicated, single-tenant cloud infrastructure for United States federal agencies, cleared defense contractors, and regulated enterprise. The platform carries a FedRAMP High baseline along with DoD SRG IL5 and IL6, NIST SP 800-53 Rev. 5, CMMC 2.0 Level 3, SOC 2 Type II, and ten further accreditations, so customers inherit an assessed hosting boundary rather than building one. ServLogi runs twelve United States facilities and is a wholly owned subsidiary of Manchester Reid, San Francisco, California.
Media contact
Media inquiries: [email protected]. ServLogi Inc., 44 Montgomery St, Suite 500A, San Francisco, CA 94104.
CLOUD INFRASTRUCTURE