Systems and methods for flash stacking

A method for producing a microelectronic stack comprising:

• providing a plurality of wafers having a first face and a second face forming a body thereof for production of microelectronic components, the plurality of wafers each having at least one dielectric region thereon wherein the at least one dielectric region extends from the first face to the second face;
• disposing a plurality of conductive metallic traces over the dielectric region in a manner selected from a group consisting of printing, direct imaging, and stenciling wherein each of the conductive metallic traces has at least one corresponding trace on each of the plurality of wafers;
• applying a bonding layer to a face of the wafer;
• stacking the plurality of wafers;
• dicing the stack of wafers along predetermined dicing lanes such that the dicing exposes a vertical edge of a stack wherein the exposed vertical edge is formed of the dielectric region and the plurality of conductive metallic traces;
• and
• interconnecting the metallic traces along the vertical edge through electroless plating such that the metallic traces are electronically interconnected through each layer of the stack.