Become a Golioth Design Partner.

For a limited time, Golioth is accepting design partners in the energy, utility, and construction industries for connected devices.

As a design partner, you will gain exclusive access to our team of experts as we work together to build a workflow that precisely fits your needs as we shape the Golioth platform to be optimized for energy, utility and construction applications.

Sign up by June 1st, 2023, to secure your spot.

 

Learn what being a Golioth Select Design Partner means below. 

Sign up, and we'll follow up.

5 Reasons to Become a Design Partner

Golioth is committed to helping engineers overcome the challenges of IoT development. Our IoT platform enables teams to quickly build secure, scalable, and innovative IoT infrastructure.

The top 5 reasons to partner with us: 

    1. Get guided onboarding for your teams
    2. Access in-house hardware and firmware experts
    3. Get additional support for your use case
    4. Free reference designs and documentation
    5. Enjoy limited-time specialty pricing*

*Terms and conditions apply.

Golioth is free to explore and get started. 
energy

Energy and Utility 

Connected devices enable innovation and savings in energy. From decarbonization to energy democratization and storage, smart or virtual grids, energy storage, smart metering, intelligent HVAC, renewables, and more.

As a design partner we hope you’ll help us develop stronger platform workflows for the energy sector for relevant use cases:

  • Energy tracking and monitoring 
  • Process automation
  • Proactive maintenance
  • Centralization of systems
  • Enhanced resource efficiency

Construction

Connected devices can help the construction industry improve resource efficiency, processes, and innovations in tooling. Simple low-control sensors can be cost effective for successfully transmitting data. 

As a design partner we hope you’ll help us develop stronger platform workflows for the energy sector for relevant use cases:

  • Making improvements to safety
  • Performance improvements
  • Maintenance
  • Structural health
  • Concrete curing
  • Simulations
  • Waste management
construction