FAQ for the Spark Modular Support System 

 

General Overview

• What is the Spark modular support system?
  It is a portable, self-contained unit designed to provide life-sustaining resources—specifically water purification, power generation, and digital communications—to remote or disaster-stricken areas.

• What materials are used in its construction?
  The unit’s superstructure is primarily made from rotationally molded composite and recycled plastic materials. This design is intended for durability in rugged environments.

• How long does a Spark unit last?
  With proper maintenance, the systems are designed to have a lifespan of up to 20 years.

 

Capabilities & Configuration

• What core services does Spark provide?
  A single unit can simultaneously deliver:

  • Water: Multi-stage filtration (UV, ultrafiltration, and carbon) to meet WHO standards.

  • Power: Solar energy capture and storage for local distribution.

  • Communications: Global or local connectivity managed by the proprietary Iris operating system.

• Can the system be customized?
  Yes. The "building-block" design allows for different mission packs to be integrated based on specific client requirements, such as edge computing or humanitarian aid.

• How is water quality monitored?
  The system includes onboard real-time analysis to monitor water quality throughout the filtration process.

 

Deployment & Maintenance

• How quickly can Spark be deployed?
  Units are designed for rapid deployment and can be operational within hours. They can be shipped fully assembled for "instant-on" capability or assembled on-site.

• What kind of maintenance is required?
  Spark is designed for minimal infield maintenance. All necessary tasks or upgrades can be performed onsite, eliminating the need to transport units back to a facility.

• Is the system scalable?
  Yes. Multiple Spark units can be networked to support larger regions or higher population densities.

 

Applications

• Who is this system designed for?
  It is intended for a variety of sectors, including:

  • Military & Defense: Rapidly deployable support in austere environments.

  • Humanitarian Aid: Disaster relief and remote village support.

  • Utilities & Construction: Bridging infrastructure gaps in urban or rural areas.