![]() It has its issues, but fans of psychological horror may find that this movie has gotten a bad wrap because of the travesties that came before and after. However, The Exorcist III, originally known as Legion, is likely the best sequel in the franchise. It's no secret to horror fans that the sequels of the legendary film The Exorcist (1973) are largely awful and go against much of what made the original special. Physical and mental limits are pushed to their brink, and it's difficult not to get sucked in. An early attempt to disembark at a nearby station sees heavy losses and significant separation before the group returns to the train, and things get even worse from there.Įmotion and action run high while the survivors are packed in like sardines, making the tension from shot to shot almost palpable. Utilizing the train's cars and keeping an eye on national news reports, the survivors attempt to plan their way out. The infection spreads from car to car as the train leaves Seoul, and the passengers are trapped inside with little means of escape. However, a leak of biohazardous materials at a nearby plant is about to throw the whole country into chaos. The story follows the passengers of the titular high-speed train destined for Busan, the second-most populous city in South Korea. Western audiences may not recognize the names of the cast ( Gong Yoo, Yu-mi Jung, Ma Dong-seok, Su-an Kim), but their performances are worth remembering. The first Korean film that year to break the record of 10 million audience members in theaters, director Yeon Sang-ho's ( The King of Pigs) action-horror product is gripping and intense. This South Korean flick is, plainly put, one of the best zombie movies of the past several years. RELATED: 11 Creepiest Fictional Puppets and Dolls Sure to Give You Nightmares Needy is stunned by this transformation and begins to investigate her friend's "condition," taking her down a path of occultism she never expected. She has murder on her mind, and she's using her skills at seduction to draw in her prey. Jennifer is different and otherworldly despite looking the same. Jennifer leaves with the band, and Needy doesn't see her again until far later that night. When the two attend the show of an indie rock band one night, a fire breaks out and causes total havoc. The timeless teenage theme of raging hormones is at play, but there's more than enough dark humor and violence to keep the ball rolling.Ī somewhat withdrawn teenager named Needy (Seyfried) is close friends with popular cheerleader Jennifer (Fox) despite them being diametric opposites. Simmons ( Spider-Man), and you've got a mix to impress. Throw in appearances by Chris Pratt ( Guardians of the Galaxy) and J.K. ![]() With a core cast including Megan Fox ( Transformers), Amanda Seyfried ( Mean Girls), Adam Brody ( Ready or Not), and Johnny Simmons ( The Perks of Being a Wallflower), there's plenty of acting to take in. ![]() The comedy-horror directed by Karyn Kusama ( The Invitation) is packed with star power and has a premise that doesn't strike most as run-of-the-mill. Finally, to show the broader applicability of our framework beyond BT, we have extended our approach to fuzz other wireless protocols, which additionally revealed 6 unknown bugs in certain Wi-Fi and BLE Host stacks.For those looking for a little tongue-in-cheek horror, they can do far worse than Jennifer's Body. Furthermore, our discoveries were awarded with six bug bounties from certain vendors. As of today, we have fuzzed 13 BT devices from 11 vendors and we have discovered a total of 18 unknown implementation flaws, with 24 common vulnerability exposures (CVEs) assigned. In particular, by writing a simple set of rules to identify protocol messages, we can dynamically construct an abstracted protocol state machine, fuzz packets resulting from a state and validate responses from target devices. To systematically guide our fuzzing process, we propose an extensible and novel rule-based approach to automatically construct the protocol state machine during normal over-the-air communication. This enables us to intercept and modify arbitrary packets, as well as to inject packets out-of-order in lower layers of closed-source BT stack, i.e., Link Manager Protocol (LMP) and Baseband. The core of our fuzzer is the first over-the-air approach that takes full control of the BT controller baseband from the host. In this paper we propose, design and evaluate a systematic directed fuzzing framework to automatically discover implementation bugs in arbitrary Bluetooth Classic (BT) devices. ![]()
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