A modular deformable electronics platform for supporting electronics on a surface , comprising: a plurality of discrete flexible tiles , each tile defining at least one corner , and each tile configured to be separately attached to the surface ; a plurality of flexible corner connections that connect corners of adjacent members of the plurality of discrete tiles , and that enable the discrete tiles to at least one of translate and rotate relative to each other while maintaining connections between adjacent tiles ; and at least one electrical component disposed on one of the plurality of discrete tiles ; at least one further electrical component disposed on another of the plurality of discrete tiles ; and a plurality of interconnects disposed on the plurality of discrete tiles such that the at least one electrical component is electrically in communication with the at least one further electrical component; wherein the plurality of flexible corner connections are positioned such that each flexible corner connection covers a respective set of adjacent interconnects; wherein each tile includes a base ; each interconnect is disposed on the base of a respective tile in a region of the at least one corner , such that interconnects of adjacent tiles are configured to electrically connect the adjacent tiles ; wherein although connected at corners , edges of adjacent tiles are separated by respective gaps ; wherein each pair of adjacent corner connections defines an axis about which at least a portion of the platform is configured to flex without deformation; and wherein the plurality of flexible corner connections are formed by a passivation layer disposed over the plurality of tiles , the passivation layer separated into the plurality of flexible corner connections and a discrete layer over each tile via the gaps . a plurality of discrete flexible tiles , each tile defining at least one corner , and each tile configured to be separately attached to the surface ; a plurality of flexible corner connections that connect corners of adjacent members of the plurality of discrete tiles , and that enable the discrete tiles to at least one of translate and rotate relative to each other while maintaining connections between adjacent tiles ; and at least one electrical component disposed on one of the plurality of discrete tiles ; at least one further electrical component disposed on another of the plurality of discrete tiles ; and a plurality of interconnects disposed on the plurality of discrete tiles such that the at least one electrical component is electrically in communication with the at least one further electrical component; wherein the plurality of flexible corner connections are positioned such that each flexible corner connection covers a respective set of adjacent interconnects; wherein each tile includes a base ; each interconnect is disposed on the base of a respective tile in a region of the at least one corner , such that interconnects of adjacent tiles are configured to electrically connect the adjacent tiles ; wherein although connected at corners , edges of adjacent tiles are separated by respective gaps ; wherein each pair of adjacent corner connections defines an axis about which at least a portion of the platform is configured to flex without deformation; and wherein the plurality of flexible corner connections are formed by a passivation layer disposed over the plurality of tiles , the passivation layer separated into the plurality of flexible corner connections and a discrete layer over each tile via the gaps . <EOS>