Wireless Sensor Networking for Home Automation

The Innovative MeshScape wireless sensor networking platform is ideal for Any Home Automation application. It lets building automation OEM manufacturers offer new-breed solutions that provide:

  • Greater building environment control - Integrate and centralize the management of heating, cooling, lighting, audio/video equipment, home appliances, security and other equipment as well as automate the control of multiple systems.
  • Energy conservation - Create adaptive applications that reduce energy expenses through optimized HVAC and equipment management and allocate utility costs equitably based on actual consumption.
  • Flexibility for changing layouts - Easily reconfigure systems to create adaptable workspaces or less intrusively retrofit existing infrastructures while saving time and money.
Meeting the Unique Requirements of All Types of Buildings

The MeshScape network system - using D3R - is the foundation of an efficient, responsive, and resilient wireless sensor network. Ready-to-embed hardware modules and assemblies and easily integrate with your gauge, sensor, actuator, or other instrumentation/sensing device to connect and communicate over the MeshScape self-organizing, self-healing network. The networks easily and fully integrate with network-management system and applications.

MeshScape is the only wireless sensor networking solution available today that supports the unique requirements of any buildings:

  • Scalability across a large building – Wireless sensor network deployed in homes must be able to scale to hundreds of nodes.
  • Responsiveness to unique building layout characteristics – Each building has a unique set of characteristics and requirements to determine placement of the sensor network modules. For example, a building might require that mesh nodes be installed only in public/shared space, or elevator shafts must be used for between-floor routing, or special equipment may create RF interference in an area of a building. MeshScape’s highly responsive topology discovery method enables these unique requirements to be addressed.
  • Power efficiency to support campus deployment – In cases where networks are deployed in campuses across multiple buildings, some between-building nodes may not have access to AC power and must operate for years on batteries.