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We present a new type of wireless access infras-tructure consisting of afabric of dispersed electronic circuitsand antennas that collectively functionas a massive, distributed antenna array. We have chosen to name this newwireless infrastructure 'RadioWeaves' and anticipate they can be integratedinto indoor and outdoor walls, furniture, and otherobjects, rendering them anatural part of the environment. Technologically, RadioWeaves will deploydistributed arrays to create both favorable propagation and antenna arrayinteraction. The technology leverages on the ideas of large-scale intelligentsurfaces and cell-free wireless access. Offering close to the serviceconnectivity and computing, new grades in energy efficiency,reliability, andlow latency can be reached. The new concept moreover can be scaled up easily tooffer a very high capacity inspecific areas demanding so. In this paper weanticipate how two different demanding use cases can be served well by adedicated RadioWeaves deployment: a crowd scenario and a highly reflectivefactory environment. A practical approach towards a RadioWeaves prototype,integrating dispersed electronics invisibly in a room environment, isintroduced. We outline diverse R\&D challenges that need to be addressed torealize the great potential of the RadioWeaves technology.

RadioWeaves for efficient connectivity: analysis andimpact of constraints in actual deployments