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🌐We use geolocation spoofing in Telegram This method involves changing your location data to enable Telegram's People Nearby feature, which allows you to find Telegram users nearby. The Telegram API allows you to do things within a radius of 500 meters (previously from 50 meters) to 10 km. using solutions such as: 🔗Telegram Nearby Map - https://github.com/tejado/telegram-nearby-map 🔗Telegram-Trilateration - https://github.com/jkctech/Telegram-Trilateration 🔗Geogramint - https://github.com/Alb-310/Geogramint The main disadvantage of the method is that the tracked user can at any time deny the messenger access to geolocation in the smartphone settings. Not to mention, location detection only works for users using Telegram on their devices. Finally, there are strict restrictions on the messenger for receiving data. This includes limiting the number of requests once every 5 minutes, and disabling search radii of 50 and 100 meters.

🍎Using the "Find My Phone" Function This feature on Android and iOS devices allows users to track and locate lost or stolen devices. For this feature to work, you must have Find My Phone enabled and an activated Google/iCloud account on your device. Tracking is available via the web interface. You can sign in to your Google/iCloud account using any computer or other device and go to the Find My Phone tab located at the following locations: 🔗For iOS devices - https://www.icloud.com/find 🔗For Android devices - https://myaccount.google.com/find-your-phone This feature does not require any additional authentication to the user account other than an email address and current password. This is logical, since you do not have a device on your hands to pass 2FA . The current password to your email account can be found in numerous data leak services, either guessed or obtained during a phishing attack. The disadvantage of this method is that without the correct password, as in the case where the user’s privacy settings have blocked access to geolocation search, we will not be able to obtain information about the device’s geoposition.

🟣We use geology The use of geological services is an active OSINT activity and allows you to track the location of the user's device when following hyperlinks on a web page. It works as follows. At the beginning, the geologging service creates a special hyperlink containing additional parameters for transmitting information about the user's location. As soon as he clicks on the received hyperlink, the user's browser sends location data (for example, GPS coordinates, LBS or Wi-Fi network information) to the server associated with the geologging service. Popular geologists include: 🔗Seeker - https://github.com/thewhiteh4t/seeker 🔗Trape - https://github.com/jofpin/trape 🔗TrackUrl-[ https://github.com/cryptomarauder/TrackUrl 🔗Bigbro - https://github.com/Bafomet666/Bigbro 🔗R4ven - https://github.com/spyboy-productions/r4ven 🔗Ngrok - https://ngrok.com/ 🔗IPlogger - https://iplogger.org/location-tracker/ Despite the obvious advantages and effective examples of geology, the disadvantages still outweigh them. Thus, the use of geological services must be carried out within the framework of the law. For us, this means that the target of surveillance must give permission in the browser of his device to transmit geolocation information. And no other way... If such permission was not obtained, then its location will be determined only by its IP address. Just like in the days before the HTML5 Geo API. In most cases, you will have to be content with data about the locality in which the user is located.

📍We receive geolocation data of a phone number or email address We can geolocate the desired user using the following technologies that are present today in any operating system, mobile application or browser: 1️⃣GPS (Global Positioning System) is a global satellite navigation system developed and maintained by the US government. It consists of a network of satellites that orbit the Earth and GPS receivers that are used to receive satellite signals and determine location. On average, a standard GPS receiver provides accuracy within 5-10 meters. However, modern receivers, especially those that use additional positioning systems such as GLONASS or Galileo, can achieve accuracies down to several meters or even sub-meter levels. 2️⃣LBS (Location-Based Services) is a set of services and applications that use information about the user's location to provide content or functionality related to his current location. The accuracy of LBS depends on the location technology used, such as GPS, Wi-Fi, cellular signals, or a combination of these. The accuracy of cell tower geopositioning can vary depending on various factors. Under ideal conditions, when there are a sufficient number of cell towers and a strong signal, the accuracy can reach several tens of meters. In the worst cases - up to several kilometers. 3️⃣Wi-Fi is a wireless data technology that uses radio waves to establish connections between devices. The accuracy of geopositioning using Wi-Fi directly depends on the availability of data on the location of access points. As a rule, public access points are localized to a specific building; mobile 4G routers have built-in GPS/LBS geolocation modules, which makes it possible to effectively use Wi-Fi technology for geopositioning. 4️⃣An IP address can provide geolocation information about a country, region, city, or even the approximate location of a device. However, IP geolocation is not always accurate and may have limitations or inaccuracies. This is due to the dynamics of IP addresses, the use of proxy servers or VPN services, as well as other factors that affect the accuracy of location determination. 5️⃣The MAC/BT address of an electronic device can also be used to detect geolocation information, but subject to its long-term accumulation. An example is the use of ADINT (advertising identifier tracking) technology, as well as the WiGLE mobile application and service, a publicly available resource for collecting information about various wireless access points around the world. works in a similar way . The collection of IMEI (International Mobile Equipment Identity) data by mobile operators or using technical traps (IMSI, IMEI Catcher, femtocell)

🔑Searching for leaked passwords In turn, a search for leaked passwords from electronic mailboxes is possible on the following resources: 🔗Leaklookup - https://leak-lookup.com/ 🔗Leakpeek - https://leakpeek.com/ 🔗Leakcheck - https://leakcheck.io/ Eye of God https://t.me/Ghurnalist_bot?start=5825452722 and its analogues Most of these resources also allow you to do reverse searches, that is, search for associated nicknames and email addresses using leaked passwords. You can also use your own indexed database collections for searching. Finally, to extract an email address from a PGP key, you can use two built-in Linux commands, curl and gpg, to download and extract the key of interest. Curl is built into Linux and Mac OS by default. For Windows , there is GPG4Win , which will allow you to download and import PGP keys. Then we extract the full PGP public key and read its data (including the username and email).

✅We check email addresses using different methods Verifying email addresses can have several additional vectors, including analyzing the email header of an email, establishing a list of related passwords, searching for matching passwords in other email accounts or online services, searching for additional email addresses by matching the PGP encryption key (Pretty Good Privacy). Email headers contain metadata associated with the email itself. They provide information about the routing, delivery, sender and recipient of the letter. You can get the service header or email file (EML) in the email settings (MORE or ***). You can examine a service header or EML file using the following publicly available services: 🔗https://toolbox.googleapps.com/apps/messageheader/analyzeheader 🔗https://mxtoolbox.com/EmailHeaders.aspx 🔗https://products.aspose.app/email/viewer/eml 🔗https://products.conholdate.app/viewer/eml

⚡️ Using Online Databases It is important to note here that the availability and accuracy of information in databases may vary and it is not always possible to ensure 100% verification accuracy. In addition, when using such databases, it is necessary to comply with confidentiality rules and regulations so as not to violate current legislation. Databases suitable for checking contact information include: ➡️Conditionally public databases (SPARK, Kontur-Focus, NBKI, Avito, Yula, HeadHunter, SuperJob, Yandex Audience) ➡️Cloud phone books (GetContact, NumBuster, Truecaller, SYNK, Who Calls, Don't Pick Up and others) ➡️Application and services of Russian banks (Tinkoff, Sber, Alfa and others) ➡️Personal data leaks (Cronos, Octopus, Solaris, Eye of God and its copies, Archangel, OSINTInfoRobot, own database archives and others)

We🧠We use access recovery systems An email address and mobile phone number are one of the most popular methods of additional verification and password recovery in most online services. Searching through an email address and phone number in password recovery systems for popular social networks and services will allow you to establish the fact that their actual owner has registered with them. ➡️Social networks (VKontakte, Odnoklassniki, Facebook, LinkedIn, Twitter and Instagram). ➡️Operating systems (Microsoft, Google, Apple). ➡️Search engines (Yandex, Google, Mail.ru , Rambler). ➡️Email services and instant messengers (Yandex, Google, Mail.ru , ICQ, Skype, Telegram, etc.). ➡️Notice boards and resume sites (Avito, Yula, HeadHunter, SuperJob). ➡️Portals for the provision of public services (********i, Federal Tax Service, Ring Road). However, identifying the fact of registration in an online service with a particular email or phone number is half the problem. Most often, these services do not provide a link to the final owner profiles. In order to obtain links to specific social profiles and associated data, you should use specialized aggregators and leaks of registration data.

👀We are looking for information in open sources In addition, you can always use search engines such as Google or Yandex to find additional information about a specific phone number or email address. Just enter a phone number or email address into the search bar and the search will take you through all available open sources. In some cases, the contact will need to be highlighted in quotation marks to make a more precise search query.

SMTP (Simple Mail Transfer Protocol) is a widely used network protocol designed for transmitting email over TCP/IP networks. Using an SMTP request that is invisible to the owner of an email address, we can establish its activity, as well as obtain other technical information. To process these requests we can use: 🔗https://ivit.pro/services/email-valid/ 🔗https://htmlweb.ru/service/email_verification.php

✅Checking the activity of a phone number or email address HLR (Home Location Register) and PING (Packet Internet Groper) are two different types of requests that can be used to check the availability and status of a phone number. In the case of email, an SMTP request (Simple Mail Transfer Protocol) is used for similar purposes. HLR request (Home Location Register) is a request to the cellular operator's database, which contains information about the status and location of the subscriber. The HLR request allows you to find out whether a given number is active, whether it is registered on the network, whether it belongs to a specific operator, and other information such as the type of subscription and the presence of blocking. An HLR request allows you to understand whether a phone number belongs to a particular cellular operator and region. Such services include: 🔗https://smsc.ru/hlr/ 🔗https://smspilot.ru/test.php

📸Looking for matches by photo and name To find these matches, you should use a search on various social services (social networks, blogs, forums, instant messengers, other online services and databases). Such services include: 🔗Findclone - https://findclone.ru/ 🔗Search4Faces - https://search4faces.com/ 🔗Social Searcher - https://www.social-searcher.com/ 🔗Google search engine assembly - https://shorturl.at/tzGZ1

🌎Getting whois data This is an application layer network protocol based on the TCP protocol. Its main application is to obtain registration data about the owners of domain names, IP addresses and autonomous systems. The service is especially useful for checking email addresses registered on corporate domains, as it allows you to obtain installation and registration data about the associated business entity. The following services are worth mentioning here: 🔗WHOIS - https://whois.domaintools.com/ 🔗Iana - https://www.iana.org/whois 🔗ICANN - https://lookup.icann.org/