Skip to content
DR Containers

The data center your worst day expects

A disaster-recovery plan is only as real as the hardware behind it. FIBER OCEAN builds the recovery data center as a factory-integrated container: power, cooling, racks and monitoring in one enclosure, tested before delivery, kept ready for the day the plan is invoked.

The solution

Ready is a physical state

Four properties that separate a recovery asset from a recovery intention. We build all four into the container before it leaves the factory.

📦

Self-contained

Power, cooling, racks, fire protection and monitoring in one enclosure: the whole data center is one asset with one serial number.

Arrives tested

Factory-integrated and commissioned before delivery, so the on-site work is placement and connection, not integration.

🏜

Waits anywhere

Waterproof, weather-rated shells operating from −40 to 55 °C: the standby site can be a yard, not a building.

🗺

Watched while it waits

Built-in FO-MC4.0 reports power, environment and access to the operating center from day one, invoked or not.

20FT / 40FT
ISO container formats
−40 to 55 °C
Operating range
1.6 MW
Hot-swap modular UPS, single rack
1 MWh
Containerized BESS block
20+
Countries with our infrastructure
24/7
NOC & customer support
The container as one system

Anatomy of a FIBER OCEAN DR container

Eight layers in one enclosure and around it on the standby pad. Every numbered element is a FIBER OCEAN line, integrated before delivery.

Anatomy of a FIBER OCEAN DR container standby site: open container revealing racks, in-row cooling, modular UPS and battery cabinet, external condensers on the shell, a second container arriving by truck, trailer generator and containerized battery storage on the pad, field cable along the covered duct, and a communications mast with camera, with numbered callouts matching the table below
LayerWhat we deployProduct line
1. The DR containerA factory-integrated data center in one enclosure: power, cooling, racks, fire protection and cabling, delivered testedAquaCore Data Centers
2. Modular powerHot-swap 30 / 50 / 100 kW UPS modules inside the container, 1–20 kVA rack UPS for the satellite loadsUPS Systems
3. Battery autonomyVRLA strings as standard, with LFP lithium optional, sized to the ride-through the continuity plan demandsBatteries
4. Integrated coolingClose-coupled precision cooling matched to the container heat load, with external condensers on the shellCooling Systems
5. White space42U cabinets with smart PDUs metering and switching every outlet behind the closed aisleIT Racks & Smart PDU
6. Remote managementFO-MC4.0 built into the container: power, environment, video and access on one collector, no server to maintainDCIM & Monitoring
7. Field connectivityGMDKBU military field cable with armored and waterproof patch builds to tie the container into what survivedFiber Optics and Accessories
8. The standby padTrailer and containerized gensets plus EnergyGuard BESS to 1 MWh keep the container sovereign of the gridDiesel Generators
Continuity scenarios

Four ways to keep a promise

The same container, positioned the way your continuity plan works.

Warm standby

The container at the second site

Placed, powered and monitored at the recovery location years before it is needed: invoked by failover, not by freight.

Stored asset

The container in the yard

Weather-rated and self-contained, it waits in storage and travels by crane and flatbed to wherever the plan says it goes.

The drill

The failover exercise

Because the container is monitored while it waits, the quarterly drill is evidence: load transferred, curves archived, report filed.

Rapid capacity

The overflow hall

The same enclosure serves growth as well as disaster: capacity added on the pad while the building catches up.

Why containers keep promises

Continuity you can point at

The details that make the recovery plan an asset instead of a document.

Tested before it ships

Integration and commissioning happen in the factory; the container arrives as a working data center, not a kit of parts.

🔥

Fire protection built in

FM200 / Novec 1230 suppression engineered into the enclosure with the airflow, part of the product, not the fit-out.

🏜

A shell that shrugs at weather

Waterproof, corrosion-resistant bodies operating from −40 to 55 °C, on a pad instead of in a building.

🗺

Monitored while it waits

The built-in collector needs no server, operating system or database, and reports the standby asset to the NOC every day it is not needed.

🔌

Relinks over broken ground

GMDKBU military field cable and armored, waterproof patch builds tie the container into whatever infrastructure survived.

Sovereign of the grid

Trailer and containerized gensets with EnergyGuard BESS to 1 MWh run the container where the grid is down or absent.

Inside the drill

The quarterly failover, fully supervised

Illustrative feed. Every event type is documented FO-MC4.0 or S3 capability: access control with face capture, main power and generator alarms, environment sensing, and alarm, curve and energy reporting, with 24/7 support behind the platform.

Bring us your continuity targets

Critical loads, recovery site options and the autonomy your plan promises. Our engineers return a container specification, a standby-pad design, a supervision plan and a quotation.

Request a Solution Proposal