Cyberpunk 2077 vs Police Quest III: The Kindred

Cyberpunk 2077 is an open-world action-adventure game set in Night City, a sprawling metropolis driven by power, glamour, and body modification. Players assume the role of V, a mercenary outlaw in pursuit of a unique implant that holds the key to immortality, navigating a world where mega-corporations operate above the law. In a gritty future defined by cyberware, violent crime, and extreme poverty, your choices directly influence both the narrative and the world around you. Experience deep role-playing customization of skills, cybernetics, and playstyle as you carve your own legend in the streets of Night City.

Step back into the shoes of Sonny Bonds in the third installment of Sierra's acclaimed police procedural adventure series. Set in the fictional city of Lytton, California, the game challenges players to balance standard police protocols with a deeply personal crisis involving the attempted murder of Marie Bonds. Powered by Sierra's SCI engine, this graphic adventure combines realistic police procedures, crime scene investigation, and classic point-and-click puzzle solving. Navigate complex ethical dilemmas, gather forensic evidence, and hunt down a dangerous serial killer terrorizing the sleepy West Coast city.

• Breathtaking and highly immersive visual design of Night City
• Deep cyberware and skill customization systems
• Engaging, choice-driven narrative and memorable characters
• Action-packed gunplay and fluid movement mechanics

• Engaging and realistic police procedure simulation
• Tense, suspenseful serial killer storyline
• Memorable continuation of the Sonny Bonds saga
• Classic nostalgic 1990s adventure design

• Pivotal choices can occasionally feel restricted by the overarching plot
• Complex world and systems can overwhelm new players initially
• High system requirements for optimal graphical performance on PC

• Can be unforgiving with dead ends and sudden character deaths
• Dated graphical interface by modern standards
• Puzzles occasionally require very specific, non-intuitive solutions