Joshua Wright – författare

Exploit and defend against the latest wireless network attacks

Learn to exploit weaknesses in wireless network environments using the innovative techniques in this thoroughly updated guide. Inside, you’ll find concise technical overviews, the latest attack methods, and ready-to-deploy countermeasures. Find out how to leverage wireless eavesdropping, break encryption systems, deliver remote exploits, and manipulate 802.11 clients, and learn how attackers impersonate cellular networks. Hacking Exposed Wireless, Third Edition features expert coverage of ever-expanding threats that affect leading-edge technologies, including Bluetooth Low Energy, Software Defined Radio (SDR), ZigBee, and Z-Wave.

Assemble a wireless attack toolkit and master the hacker’s weaponsEffectively scan and enumerate WiFi networks and client devicesLeverage advanced wireless attack tools, including Wifite, Scapy, Pyrit, Metasploit, KillerBee, and the Aircrack-ng suiteDevelop and launch client-side attacks using Ettercap and the WiFi PineappleHack cellular networks with Airprobe, Kraken, Pytacle, and YateBTSExploit holes in WPA and WPA2 personal and enterprise security schemesLeverage rogue hotspots to deliver remote access software through fraudulent software updatesEavesdrop on Bluetooth Classic and Bluetooth Low Energy trafficCapture and evaluate proprietary wireless technology with Software Defined Radio toolsExplore vulnerabilities in ZigBee and Z-Wave-connected smart homes and officesAttack remote wireless networks using compromised Windows systems and built-in tools

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Exploit and defend against the latest wireless network attacks

Learn to exploit weaknesses in wireless network environments using the innovative techniques in this thoroughly updated guide. Inside, you’ll find concise technical overviews, the latest attack methods, and ready-to-deploy countermeasures. Find out how to leverage wireless eavesdropping, break encryption systems, deliver remote exploits, and manipulate 802.11 clients, and learn how attackers impersonate cellular networks. Hacking Exposed Wireless, Third Edition features expert coverage of ever-expanding threats that affect leading-edge technologies, including Bluetooth Low Energy, Software Defined Radio (SDR), ZigBee, and Z-Wave.

Assemble a wireless attack toolkit and master the hacker’s weaponsEffectively scan and enumerate WiFi networks and client devicesLeverage advanced wireless attack tools, including Wifite, Scapy, Pyrit, Metasploit, KillerBee, and the Aircrack-ng suiteDevelop and launch client-side attacks using Ettercap and the WiFi PineappleHack cellular networks with Airprobe, Kraken, Pytacle, and YateBTSExploit holes in WPA and WPA2 personal and enterprise security schemesLeverage rogue hotspots to deliver remote access software through fraudulent software updatesEavesdrop on Bluetooth Classic and Bluetooth Low Energy trafficCapture and evaluate proprietary wireless technology with Software Defined Radio toolsExplore vulnerabilities in ZigBee and Z-Wave-connected smart homes and officesAttack remote wireless networks using compromised Windows systems and built-in tools

The first published archaeological survey of the Egiin Gol valley of Mongolia, spanning the last 30,000 years and centering on the integration of local sites and landscape  This is the first complete intensive regional archaeological survey report for Mongolia to be published. It presents the experiences and results of groundbreaking fieldwork that detected ephemeral steppe settlement sites, extensive monumental constructions, and changing land use that span the last 30,000 years, from the late Upper Paleolithic to the nineteenth century. Extensive illustrations of monuments and ceramics provide comparative data and local detail in an integrated landscape- and settlement-based approach to the prehistory and history of eastern Eurasia.  The authors examine the place of Egiin Gol in the Xiongnu and Early Turkic polities and reveal the historical landscape of Buddhist monasteries and farms, highlighting this region of northern Mongolia as a historical breadbasket. Throughout, the focus is on the local and immediate archaeology of the Egiin Gol valley, the impetus for change and continuity, and how sites and features worked together to create past cultural landscapes.  This volume is aimed at Eurasian and Mongolian specialists, archaeologists in general, landscape archaeologists, historians of East Asia and Eurasia, environmental historians, and agrarian studies scholars interested in the history and study of pastoralism, including development and rangeland management.  Distributed for the Yale Peabody Museum

The Chengdu Plain Archaeological Survey (CPAS), was an international collaborative archaeological project that took place over the course of five field seasons starting in 2005 under the direction of Rowan Flad (Harvard University), Pochan Chen (National Taiwan University), Gwen Bennett (Washington University, St. Louis / McGill), Jiang Zhanghua (Chengdu City Institute of Archaeology) and Li Shuicheng (Peking University). The survey involved a multi-faced archaeological investigation of site locations and landscape use in an area of approximately 350 km2 surrounding two Neolithic walled sites (ca. 2600–1700 BCE): Pi Xian Gucheng (30? 54’ 15” N, 103? 55’ 25” E) and Yufucun (30? 45’ 15” N, 103? 50’ 05” E).Using a combination of surface collection, systematic coring, geophysics and test pits, team members conducted five seasons of investigations and collected thousands of data points useful for synthesizing changing land use contemporaneous with the cultural changes that occurred in the region from the Neolithic, through the subsequent Bronze Age and into the period of the Qin and Han Empires. Settlement patterns attest to a diachronic process that eventually gave rise to the Sanxingdui polity in the second millennium BCE, and subsequent Bronze Age cultures that occupied the region at the time of Qin conquest in 316 BCE. This report brings together the data from this survey and synthetic discussions of the prehistory and environment of the region. The database provides the first comprehensive, systematic, large-scale regional survey of archaeological material in the Sichuan Basin of China.