proxify

package module
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Published: Nov 19, 2021 License: MIT Imports: 32 Imported by: 1

README

proxify

FeaturesInstallationUsageRunning ProxifyInstalling SSL CertificateApplications of ProxifyJoin Discord

Swiss Army Knife Proxy for rapid deployments. Supports multiple operations such as request/response dump, filtering and manipulation via DSL language, upstream HTTP/Socks5 proxy. Additionally a replay utility allows to import the dumped traffic (request/responses with correct domain name) into burp or any other proxy by simply setting the upstream proxy to proxify.

Features

proxify

  • Intercept / Manipulate HTTP/HTTPS & NON-HTTTP traffic
  • Invisible & Thick clients traffic proxy support
  • TLS MITM support with client/server certificates
  • HTTP and SOCKS5 support for upstream proxy
  • Traffic Match/Filter and Replace DSL support
  • Full traffic dump to file (request/responses)
  • Native embedded DNS server
  • Plugin Support to decode specific protocols (e.g XMPP/SMTP/FTP/SSH/)
  • Proxify Traffic replay in Burp

Installation

Download the ready to run binary or install/build using GO

go install -v github.com/projectdiscovery/proxify/cmd/proxify@latest

Usage

proxify -h

This will display help for the tool. Here are all the switches it supports.

Usage:
  ./proxify [flags]

Flags:
OUTPUT:
   -o, -output string  Output Directory to store HTTP proxy logs (default "logs")
   -dump-req           Dump only HTTP requests to output file
   -dump-resp          Dump only HTTP responses to output file

FILTER:
   -req-fd, -request-dsl string                   Request Filter DSL
   -resp-fd, -response-dsl string                 Response Filter DSL
   -req-mrd, -request-match-replace-dsl string    Request Match-Replace DSL
   -resp-mrd, -response-match-replace-dsl string  Response Match-Replace DSL

NETWORK:
   -ha, -http-addr string    Listening HTTP IP and Port address (ip:port) (default "127.0.0.1:8888")
   -sa, -socks-addr string   Listening SOCKS IP and Port address (ip:port) (default "127.0.0.1:10080")
   -da, -dns-addr string     Listening DNS IP and Port address (ip:port)
   -dm, -dns-mapping string  Domain to IP DNS mapping (eg domain:ip,domain:ip,..)
   -r, -resolver string      Custom DNS resolvers to use (ip:port)

PROXY:
   -hp, -http-proxy string    Upstream HTTP Proxies (eg http://proxy-ip:proxy-port
   -sp, -socks5-proxy string  Upstream SOCKS5 Proxies (eg socks5://proxy-ip:proxy-port)
   -c int                     Number of requests before switching to the next upstream proxy (default 1)

EXPORT:
   -elastic-address string    elasticsearch address (ip:port)
   -elastic-ssl               enable elasticsearch ssl
   -elastic-ssl-verification  enable elasticsearch ssl verification
   -elastic-username string   elasticsearch username
   -elastic-password string   elasticsearch password
   -elastic-index string      elasticsearch index name (default "proxify")
   -kafka-address string      address of kafka broker (ip:port)
   -kafka-topic string        kafka topic to publish messages on (default "proxify")

CONFIGURATION:
   -config string        Directory for storing program information (default "/Users/geekboy/.config/proxify")
   -cert-cache-size int  Number of certificates to cache (default 256)
   -allow string         Allowed list of IP/CIDR's to be proxied
   -deny string          Denied list of IP/CIDR's to be proxied

DEBUG:
   -silent         Silent
   -nc, -no-color  No Color (default true)
   -version        Version
   -v, -verbose    Verbose
Running Proxify

Runs a HTTP proxy on port 8888

proxify

Runs a HTTP proxy on custom port 1111

proxify -http-addr ":1111"
Proxify with upstream proxy

Runs a HTTP proxy on port 8888 and forward the traffic to burp on port 8080

proxify -http-proxy http://127.0.0.1:8080

Runs a HTTP proxy on port 8888 and forward the traffic to the TOR network

proxify -socks5-proxy socks5://127.0.0.1:9050
Dump all the HTTP/HTTPS traffic

Dump all the traffic into separate files with request followed by the response.

proxify -output logs

As default, proxied request/resposed are stored in the logs folder. Additionally dump-req or dump-resp flag can be used for saving specfic part of the request to the file.

Hostname mapping with Local DNS resolver

Proxify supports embedding DNS resolver to map hostnames to specific addresses and define an upstream dns server for any other domain name

Runs a HTTP proxy on port 8888 using an embedded dns server listening on port 53 and resolving www.google.it to 192.168.1.1 and all other fqdn are forwarded upstream to 1.1.1.1

proxify -dns-addr ":53" -dns-mapping "www.google.it:192.168.1.1" -dns-resolver "1.1.1.1:53"

This feature is used for example by the replay utility to hijack the connections and simulate responses. It may be useful during internal assessments with private dns servers. Using * as domain name matches all dns requests.

Match/Filter traffic with with DSL language.

If the request or response match the filters the dump is tagged with .match.txt suffix:

proxify -request-dsl "contains(request,'firefox')" -response-dsl "contains(response, md5('test'))"
Match and Replace on the fly

Proxify supports modifying Request and Responses on the fly with DSL language.

proxify -request-match-replace-dsl "replace(request,'firefox','chrome')" -response-match-replace-dsl "regex(response, '^authentication failed$', 'authentication ok')"
Replay all traffic into burp

Replay all the dumped requests/responses into the destination URL (http://127.0.0.1:8080) if not specified. For this to work it's necessary to configure burp to use proxify as upstream proxy, as it will take care to hijack the dns resolutions and simulate the remote server with the dumped request. This allows to have in the burp history exactly all requests/responses as if they were originally sent through it, allowing for example to perform a remote interception on cloud, and merge all results locally within burp.

replay -output "logs/"
Installing SSL Certificate

A certificate authority is generated for proxify which is stored in the folder ~/.config/proxify/ as default, manually can be specified by -config flag. The generated certificate can be imported by visiting http://proxify/cacert.crt in a browser connected to proxify.

Installation steps for the Root Certificate is similar to other proxy tools which includes adding the cert to system trusted root store.

Applications of Proxify

Proxify can be used for multiple places, here are some common example where Proxify comes handy:-

👉 Storing all the burp proxy history logs locally.

Runs a HTTP proxy on port 8888 and forward the traffic to burp on port 8080

proxify -http-proxy http://127.0.0.1:8080

From burp, set the Upstream Proxy to forward all the traffic back to proxify

User Options > Upstream Proxy > Proxy & Port > 127.0.0.1 & 8888

Now all the request/response history will be stored in logs folder that can be used later for post processing.

👉 Store all your browse history locally.

While you browse the application, you can point the browser to proxify to store all the HTTP request / response to file.

Start proxify on default or any port you wish,

proxify -output chrome-logs

Start Chrome browser in Mac OS,

/Applications/Chromium.app/Contents/MacOS/Chromium --ignore-certificate-errors --proxy-server=http://127.0.0.1:8888 &
👉 Store all the response of while you fuzz as per you config at run time.

Start proxify on default or any port you wish,

proxify -output ffuf-logs

Run FFuF with proxy pointing to proxify

ffuf -x http://127.0.0.1:8888 FFUF_CMD_HERE

Proxify is made with 🖤 by the projectdiscovery team. Community contributions have made the project what it is. See the Thanks.md file for more details.

Documentation

Index

Constants

This section is empty.

Variables

This section is empty.

Functions

This section is empty.

Types

type OnConnectFunc

type OnConnectFunc func(string, *goproxy.ProxyCtx) (*goproxy.ConnectAction, string)

type OnRequestFunc

type OnRequestFunc func(*http.Request, *goproxy.ProxyCtx) (*http.Request, *http.Response)

type OnResponseFunc

type OnResponseFunc func(*http.Response, *goproxy.ProxyCtx) *http.Response

type Options

type Options struct {
	DumpRequest                 bool
	DumpResponse                bool
	Silent                      bool
	Verbose                     bool
	CertCacheSize               int
	Directory                   string
	ListenAddrHTTP              string
	ListenAddrSocks5            string
	OutputDirectory             string
	RequestDSL                  string
	ResponseDSL                 string
	UpstreamHTTPProxies         []string
	UpstreamSock5Proxies        []string
	ListenDNSAddr               string
	DNSMapping                  string
	DNSFallbackResolver         string
	RequestMatchReplaceDSL      string
	ResponseMatchReplaceDSL     string
	OnConnectHTTPCallback       OnConnectFunc
	OnConnectHTTPSCallback      OnConnectFunc
	OnRequestCallback           OnRequestFunc
	OnResponseCallback          OnResponseFunc
	Deny                        []string
	Allow                       []string
	UpstreamProxyRequestsNumber int
	Elastic                     *elastic.Options
	Kafka                       *kafka.Options
}

type Proxy

type Proxy struct {
	Dialer *fastdialer.Dialer
	// contains filtered or unexported fields
}

func NewProxy

func NewProxy(options *Options) (*Proxy, error)

func (*Proxy) MatchReplaceRequest

func (p *Proxy) MatchReplaceRequest(req *http.Request) *http.Request

MatchReplaceRequest strings or regex

func (*Proxy) MatchReplaceResponse

func (p *Proxy) MatchReplaceResponse(resp *http.Response) *http.Response

MatchReplaceRequest strings or regex

func (*Proxy) OnConnectHTTP added in v0.0.5

func (p *Proxy) OnConnectHTTP(host string, ctx *goproxy.ProxyCtx) (*goproxy.ConnectAction, string)

func (*Proxy) OnConnectHTTPS added in v0.0.5

func (p *Proxy) OnConnectHTTPS(host string, ctx *goproxy.ProxyCtx) (*goproxy.ConnectAction, string)

func (*Proxy) OnRequest

func (p *Proxy) OnRequest(req *http.Request, ctx *goproxy.ProxyCtx) (*http.Request, *http.Response)

func (*Proxy) OnResponse

func (p *Proxy) OnResponse(resp *http.Response, ctx *goproxy.ProxyCtx) *http.Response

func (*Proxy) Run

func (p *Proxy) Run() error

func (*Proxy) Stop

func (p *Proxy) Stop()

type SocketConn added in v0.0.4

type SocketConn struct {
	HTTPServer string

	Verbose                 bool
	OutputHex               bool
	Timeout                 time.Duration
	RequestMatchReplaceDSL  string
	ResponseMatchReplaceDSL string
	OnRequest               func([]byte) []byte
	OnResponse              func([]byte) []byte
	// contains filtered or unexported fields
}

SocketConn represent the single full duplex pipe

type SocketProxy added in v0.0.4

type SocketProxy struct {
	Listener net.Listener
	// contains filtered or unexported fields
}

SocketProxy - connect two sockets with TLS inspection

func NewSocketProxy added in v0.0.4

func NewSocketProxy(options *SocketProxyOptions) *SocketProxy

func (*SocketProxy) Proxy added in v0.0.4

func (p *SocketProxy) Proxy(conn net.Conn) error

func (*SocketProxy) Run added in v0.0.4

func (p *SocketProxy) Run() error

type SocketProxyOptions added in v0.0.4

type SocketProxyOptions struct {
	Protocol      string
	ListenAddress string
	RemoteAddress string
	HTTPProxy     string
	HTTPServer    string

	TLSClientConfig         *tls.Config
	TLSClient               bool
	TLSServerConfig         *tls.Config
	TLSServer               bool
	Verbose                 bool
	OutputHex               bool
	Timeout                 time.Duration
	RequestMatchReplaceDSL  string
	ResponseMatchReplaceDSL string
	OnRequest               func([]byte) []byte
	OnResponse              func([]byte) []byte
	// contains filtered or unexported fields
}

func (*SocketProxyOptions) Clone added in v0.0.4

Directories

Path Synopsis
cmd
internal
runner
Package runner contains the internal logic
Package runner contains the internal logic
pkg
certs
Package certs implements a certificate signing authority implementation to sign MITM'ed hosts certificates using a self-signed authority.
Package certs implements a certificate signing authority implementation to sign MITM'ed hosts certificates using a self-signed authority.

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