Raven : Advanced Cyber Threat Map (Simplified, Customizable, Responsive)

Raven – Advanced Cyber Threat Map (Simplified, customizable and responsive. It uses D3.js with TOPO JSON, has 247 countries, ~100,000 cities, and can be used in an isolated environment without external lookups!.

Features

• Uses D3.js (Not Anime.js)
• Active threat map (Live and replay)
• IP, country, city, and port info for each attack
• Attacks stats for countries (Only known attacks)
• Responsive interface (Move, drag, zoom in and out)
• Customize options for countries and cites
• 247 countries are listed on the interface (Not 174)
• Optimized worldmap for faster rendering
• Includes IP lookup, port information
• Random simulation (IP, country, city)
• Can be used online or offline (Static)
• Theme picker module

Data

You have different options ip, name, and coordinates

• ip private or public ip -> any of these IPs -> 0.0.0.0 or 8.8.8.8 as {'from':'0.0.0.0','to':'8.8.8.8'}
• name city,state,country -> any of these formats work -> seattle,wa,us or 0,us as {'from':'seattle,wa,us','to':'0,in'}
• coordinates Latitude and Longitude as {'from':['-11.074920','-51.648929'],'to':['51.464957','-107.583864']}

Method 1 – Embed it and interact with it

//You only need to embed this iframe in your project.
<iframe id=”raven-iframe” src=”src/raven.html” frameborder=”0″ width=”100%” height=”100%” scrolling=”auto”>
//Then, run the initialization script with your custom settings – That’s all!
script type=”text/javascript”>
document.getElementById(‘raven-iframe’).addEventListener(“load”, function() {
var raven_options = {
‘world_type’: null,
‘selected_countries’: [],
‘remove_countries’: [‘aq’],
‘height’: window.innerHeight,
‘width’: window.innerWidth,
‘backup_background_color’: ‘#212222’,
‘orginal_country_color’: ‘#737373’,
‘clicked_country_color’: ‘#6c4242’,
‘selected_country_color’: ‘#ff726f’,
‘attack_output’: true,
‘global_timeout’: 2000,
‘global_stats_limit’: 10,
‘db_length’: 1000,
‘location’: ‘scripts’,
‘panels’: [‘multi-output’, ‘single-output’,’tooltip’, ‘random’, ‘insert’,’taskbar’],
‘disable’: [],
‘verbose’: true
}
window[‘raven’] = document.getElementById(‘raven-iframe’).contentWindow.raven
window[‘raven’].init_all(raven_options)
window[‘raven’].init_world()
});
//After that, you can plot any data you want
raven.add_to_data_to_table(‘name’,{‘from’:’seattle,wa,us’,’to’:’delhi,in’},{‘line’:{‘from’:null,’to’:null}},2000,[‘line’,’multi-output’,’single-output’])

Plotting data (functions)

raven.add_marker_by_name() //Plot info by country or city name
raven.add_marker_by_ip() //Plot data by IP address
raven.add_marker_by_coordinates() //Plot data by coordinates
marker_object //An object {‘from’:”,’to’:””} see examples
colors_object //An object {‘line: {‘from’: ”#FF0000′,’to’: ‘FF0000’}} this the color of the line between 2 points – (if null, then a random color will be picked)
timeout //Animation time out
options = [] //A list of options such as animation marker

Plotting data (As line, from -> to)

raven.add_marker_by_name({‘from’:’seattle,wa,us’,’to’:’delhi,in’},{‘line’:{‘from’:null,’to’:null}},2000,[‘line’])
raven.add_marker_by_ip({‘from’:’0.0.0.0′,’to’:’0.0.0.0:53′},{‘line’:{‘from’:’#FF0000′,’to’:’#FF0000′}},1000,[‘line’])
raven.add_marker_by_coordinates({‘from’:[‘-11.074920′,’-51.648929′],’to’:[‘51.464957′,’-107.583864′]},{‘line’:{‘from’:null,’to’:’#FFFF00′}},1000,[‘line’])

Plotting data (As point)

raven.add_marker_by_name({‘from’:’portland,or,us’,’to’:null},{‘line’:{‘from’:null,’to’:null}},2000,[‘point’])
raven.add_marker_by_ip({‘from’:’8.8.8.8′,’to’:null},{‘line’:{‘from’:’#FF0000′,’to’:’#FF0000′}},1000,[‘point’])
raven.add_marker_by_coordinates({‘from’:[‘-11.074920′,’-51.648929′],’to’:null},{‘line’:{‘from’:null,’to’:’#FFFF00′}},1000,[‘point’])

Plotting data + adding it to the output table (function)

raven.add_to_data_to_table() //Plot info and add them to the output table
method //Name, IP or coordinates
marker_object //An object {‘from’:”,’to’:””} see examples
colors_object //An object {‘line: {‘from’: ”#FF0000′,’to’: ‘FF0000’}} this the color of the line between 2 points – (if null, then a random color will be picked)
timeout //Animation time out
options = [] //A list of options such as animation marker ‘line’, and plot place ‘multi-output’ or ‘single-out’ table or both

Plotting data + adding it to the output table (As line, from -> to)

raven.add_to_data_to_table(‘name’,{‘from’:’seattle,wa,us’,’to’:’delhi,in’},{‘line’:{‘from’:null,’to’:null}},2000,[‘line’,’multi-output’,’single-output’])
raven.add_to_data_to_table(‘ip’,{‘from’:’0.0.0.0′,’to’:’0.0.0.0:3389′},{‘line’:{‘from’:’#FF0000′,’to’:’#FF0000′}},1000,[‘line’,’multi-output’])
raven.add_to_data_to_table(‘coordinates’,{‘from’:[‘-11.074920′,’-51.648929′],’to’:[‘51.464957′,’-107.583864′]},{‘line’:{‘from’:null,’to’:’#FFFF00′}},1000,[‘line’,’single-output’])

Plotting data + adding it to the output table (As point)

raven.add_to_data_to_table(‘name’,{‘from’:’seattle,wa,us’,’to’:’delhi,in’},{‘line’:{‘from’:null,’to’:null}},2000,[‘line’,’multi-output’,’single-output’])
raven.add_to_data_to_table(‘ip’,{‘from’:’0.0.0.0′,’to’:’0.0.0.0:3389′},{‘line’:{‘from’:’#FF0000′,’to’:’#FF0000′}},1000,[‘line’,’multi-output’])
raven.add_to_data_to_table(‘coordinates’,{‘from’:[‘-11.074920′,’-51.648929′],’to’:[‘51.464957′,’-107.583864′]},{‘line’:{‘from’:null,’to’:’#FFFF00′}},1000,[‘line’,’single-output’])

Method 2 – Embed it, and use websocket for plotting

Raven Map

You only need to embed this iframe in your project.
iframe id=”raven-iframe” src=”src/raven.html” frameborder=”0″ width=”100%” height=”100%” scrolling=”auto”>
script type=”text/javascript”>
document.getElementById(‘raven-iframe’).addEventListener(“load”, function() {
var raven_options = {
‘world_type’: null,
‘selected_countries’: [],
‘remove_countries’: [‘aq’],
‘height’: window.innerHeight,
‘width’: window.innerWidth,
‘backup_background_color’: ‘#212222’,
‘orginal_country_color’: ‘#737373’,
‘clicked_country_color’: ‘#6c4242’,
‘selected_country_color’: ‘#ff726f’,
‘attack_output’: true,
‘global_timeout’: 2000,
‘global_stats_limit’: 10,
‘db_length’: 1000,
‘location’: ‘scripts’,
‘panels’: [‘single-output’],
‘disable’: [‘multi-output’,’tooltip’, ‘random’, ‘insert’,’taskbar’,’move_to_country’],
‘websocket’:{‘server’:’ws://localhost:5678′,
‘request_timeout’:3000},
‘verbose’: false
}
window[‘raven’] = document.getElementById(‘raven-iframe’).contentWindow.raven
window[‘raven’].init_all(raven_options)
window[‘raven’].init_world()
window[‘raven’].fetch_data_from_server()
});

Plotting data – Send the json object using Websocket ws://localhost:5678

{
“function”:”marker”,
“method”: “ip”,
“object”: {
“from”: “0.0.0.0”,
“to”: “0.0.0.0”
},
“color”: {
“line”: {
“from”: “#977777”,
“to”: “#17777”,
}
},
“timeout”: 1000,
“options”: [
“line”,
“single-output”,
“multi-output”
]
}

Plotting data and add to table – Send the json object using Websocket ws://localhost:5678

{
“function”:”table”,
“method”: “name”,
“object”: {
“from”: “0,us”,
“to”: “0,br”
},
“color”: {
“line”: {
“from”: “#977777”,
“to”: “#17777”,
}
},
“timeout”: 1000,
“options”: [
“line”,
“single-output”,
“multi-output”
]
}

Run simulation (Isolated)

sudo docker build -t simulation . && sudo docker run -p 5678:5678 -p 8080:8080 -it simulation