Chasing Your Tail (CYT) https://github.com/ArgeliusLabs/Chasing-Your-Tail-NG A comprehensive #WiFi probe request analyzer that monitors and tracks wireless devices by analyzing their probe requests. The system integrates with #Kismet for packet capture and WiGLE API for #SSID#geolocation analysis, featuring advanced #surveillance#detection capabilities. Features Real-time Wi-Fi monitoring with Kismet integration Advanced surveillance detection with persistence scoring Automatic GPS integration - extracts coordinates from Bluetooth GPS via Kismet GPS correlation and location clustering (100m threshold) Spectacular KML visualization for Google Earth with professional styling and interactive content Multi-format reporting - Markdown, HTML (with pandoc), and KML outputs Time-window tracking (5, 10, 15, 20 minute windows) WiGLE API integration for SSID geolocation Multi-location tracking algorithms for detecting following behavior Enhanced GUI interface with surveillance analysis button Organized file structure with dedicated output directories Comprehensive logging and analysis tools Requirements Python 3.6+ Kismet wireless packet capture Wi-Fi adapter supporting monitor mode Linux-based system WiGLE API key (optional)
OnePlus Nord 2 OxygenOS 12.1 C.04 IND System • Fixed the issue that the lock screen interface displayed abnormally when charging • Fixed the issue that the screen brightness displayed abnormally in certain scenarios • Fixed the occasional issue that the desktop text displayed abnormally in certain scenarios Camera • Optimized the anti-shake effect when shooting videos • Optimized the speed of enabling Camera in certain scenarios Others • Fixed the issue of abnormal crash when enabling Fortnite MD5 Component (my_manifest): c949151afe63f1cfe9fda80d0d541abc Component (my_product): 408223966738c5d0a71f39b211bb1592 Component (my_bigball): 8253f6c910a4bc7cbfe044b3b1f79751 Component (my_stock): f08eb9a61ed03567965cbc76d980e6a3 Component (my_heytap): 28db2abbedc1eafc8947749e91b197fc Component (my_carrier): f0b3b8bd50cc13f4d2a1ebdad9f75f22 Component (system_vendor): e5d935f73c54cc08ae04c9e5abeefe20 Component (my_region): ceb333df4f651e82e5c71a9d76da3273 SHA-1 Full: a3de2e204668cc33c7134bf062bb5f6873a28bce Size Component (my_manifest): 1.22 MB (1278656) Component (my_product): 413.80 MB (433902450) Component (my_bigball): 578.54 MB (606645588) Component (my_stock): 615.30 MB (645192760) Component (my_heytap): 508.90 MB (533621509) Component (my_carrier): 1.04 MB (1088872) Component (system_vendor): 2.49 GB (2675632293) Component (my_region): 3.35 MB (3513520) Full: 4.56 GB (4893267850) Downloads ColorOS Global Server: Component (my_manifest) Component (my_product) Component (my_bigball) Component (my_stock) Component (my_heytap) Component (my_carrier) Component (system_vendor) Component (my_region) Google OTA Server: Full Exported by MlgmXyysd Color OTA Bot@OnePlusOTA #Oxygen#denniz#India#Component#Full#Stable#DN2101
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搜索 #geolocation
@djangoproject · Post #241 · 2017/01/25 13:30
http://www.aparat.com/v/4yGhH #Geolocation apps with #Django. Latitude, longitude, altitude, and even #iBeacons can be leveraged to enable geo-targeted experiences. But how do we build and optimize the server-side components to handle these requirements? Using a combination of libraries and techniques, we will illustrate these concepts. In this discussion everything from #map clustering and caching, to distance calculations and polygonal layering will be demonstrated using Django, #GeoDjango, #Redis, and #PostGIS as our tool belt.