Capabilities
Forge delivers across all five interdependent launch-supporting infrastructure domains — with the integration logic to manage them as a coordinated system, not a collection of projects.
Energy is the common denominator beneath every launch-supporting activity. Pad operations, propellant conditioning, environmental controls, communications, and security all depend on reliable, high-capacity power. A grid failure is a launch failure.
Forge plans, finances, and manages energy infrastructure from transmission interconnection through on-pad delivery — including redundancy and islanding capability for mission-critical loads.
Launch operations consume water at industrial scale — for sound suppression, deluge systems, cooling, and facility operations. Industrial gases and process water systems require purpose-built infrastructure that standard utility providers are not designed to supply.
Forge delivers the full industrial utility stack, including high-flow water supply, sound suppression and deluge systems, wastewater handling, and industrial gas infrastructure — managed as an integrated system with launch-schedule sensitivity.
Propellant and cryogenic infrastructure represents the highest-consequence node in the launch-support system. Shared or adjacent storage, transfer infrastructure, safety standoff requirements, and regulatory complexity make this domain a bottleneck at nearly every U.S. spaceport.
Forge structures and manages propellant and cryogenic infrastructure — from shared storage facilities and transfer systems to road access corridors and regulatory compliance — as an integrated, safety-first capability.
As launch cadence increases, the movement of hardware, propellant, and personnel to and within the installation becomes a throughput constraint. Heavy-haul corridors, staging areas, and gate throughput — not often considered infrastructure — become binding at high tempo.
Forge plans and manages transportation and logistics infrastructure as a throughput system — from external road and rail interfaces to internal circulation, laydown, and staging — calibrated to the launch cadence the installation must support.
Coastal and exposed spaceport environments face acute climate and weather risk. Flooding, storm surge, hurricane-force winds, and wildfire proximity are not hypothetical — they have interrupted operations at every major U.S. launch site. Resilience is not an add-on; it is a mission requirement.
Forge integrates environmental protection and physical resilience into infrastructure design from the outset — not as mitigation afterthought. This includes drainage, shoreline hardening, flood protection, environmental compliance, and communications backup.
Each domain above can be addressed in isolation by existing market actors. What the market cannot provide is integration — the management of cross-domain dependencies, schedule interfaces, shared infrastructure, and system-level performance. That is Forge's core capability.
Forge holds lifecycle accountability for system performance — not just delivery. Operators and government partners engage a single entity responsible for infrastructure that works, that is resilient, and that can scale with launch cadence growth.
Forge's initial installations span the primary U.S. commercial launch corridors.
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