Machinations Hayley Stone by Hayley Stone 9780399594373, 039959437X instant download after payment.

Perfect for fans of Robopocalypse, this action-packed science-fiction debut introduces a chilling future and an unforgettable heroine with a powerful role to play in the battle for humanity's survival.
The machines have risen, but not out of malice. They were simply following a command: to stop the endless wars that have plagued the world throughout history. Their solution was perfectly logical. To end the fighting, they decided to end the human race.
A potent symbol of the resistance, Rhona Long has served on the front lines of the conflict since the first Machinations began--until she is killed during a rescue mission gone wrong. Now Rhona awakens to find herself transported to a new body, complete with her DNA, her personality, even her memories. She is a clone . . . of herself.

Trapped in the shadow of the life she once knew, the reincarnated Rhona must find her place among old friends and newfound enemies—and quickly. For the machines are inching closer to exterminating humans for good. And only Rhona, whoever she is now, can save them. 

Praise for Machinations “A tension-filled story of loss, loyalty, and forgiveness, with abundant Terminator-style shoot-em-up scenes and a snarky, kickass female warrior. I inhaled it!”—Jennifer Foehner Wells, author of Fluency and Remanence 

“Powerful and fast-paced, Machinations is an action-packed SF thriller loaded with fantastic characters and gut-wrenching emotional twists. Hayley Stone had me from page one with Rhona’s story of desperation, survival, and the amazing depths of love. Stone perfectly interweaves Rhona’s fight for humanity’s survival with the deeper experiences of trust, loss, and love all wrapped in a ragtag band of courageous survivors, each with their own gripping tale. The prose is stunning, the action is nonstop.”—Linnea Sinclair, author of Gabriel’s Ghost

 “A clone’s wry inner voice propels this tale of a machine uprising, and how the rebel leader’s genetic copy must step into h