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https://github.com/kongbytes/arp-scan-rs
A minimalistic ARP scan tool written in Rust for fast local network scans
https://github.com/kongbytes/arp-scan-rs
arp network networking rust scanner scans security-tools
Last synced: 2 months ago
JSON representation
A minimalistic ARP scan tool written in Rust for fast local network scans
- Host: GitHub
- URL: https://github.com/kongbytes/arp-scan-rs
- Owner: kongbytes
- License: agpl-3.0
- Created: 2021-05-06T21:33:52.000Z (over 3 years ago)
- Default Branch: master
- Last Pushed: 2024-01-13T18:57:59.000Z (12 months ago)
- Last Synced: 2024-10-31T11:55:35.837Z (2 months ago)
- Topics: arp, network, networking, rust, scanner, scans, security-tools
- Language: Rust
- Homepage: https://kongbytes.io/docs/arp-scan
- Size: 215 KB
- Stars: 90
- Watchers: 4
- Forks: 17
- Open Issues: 3
-
Metadata Files:
- Readme: README.md
Awesome Lists containing this project
- awesome-rust - arp-scan-rs - A minimalistic ARP scan tool for fast local network scans (Applications / Security tools)
- awesome-rust - arp-scan-rs - A minimalistic ARP scan tool for fast local network scans (Applications / Security tools)
- fucking-awesome-rust - arp-scan-rs - A minimalistic ARP scan tool for fast local network scans (Applications / Security tools)
- fucking-awesome-rust - arp-scan-rs - A minimalistic ARP scan tool for fast local network scans (Applications / Security tools)
README
# ARP scanner CLI
[](https://saluki.semaphoreci.com/projects/arp-scan-rs)
[](https://deps.rs/repo/github/Saluki/arp-scan-rs)
Find all hosts in your local network using this fast ARP scanner. The CLI is written in Rust and provides a minimal scanner that finds all hosts using the ARP protocol. Inspired by the awesome [arp-scan project](https://github.com/royhills/arp-scan).
✔ Minimal Rust binary & fast ARP scans
✔ Scan customization (ARP, timings, interface, DNS, ...)
✔ MAC vendor search
✔ JSON, YAML & CSV exports
✔ Pre-defined scan profiles (default, fast, stealth & chaos)
## Examples
Start by listing all network interfaces on the host.
```bash
# List all network interfaces
$ arp-scan -l
lo ✔ UP 00:00:00:00:00:00 127.0.0.1/8
enp3s0f0 ✔ UP 4f:6e:cd:78:bb:5a
enp4s0 ✖ DOWN d0:c5:e9:40:00:4a
wlp1s0 ✔ UP d2:71:d8:29:a8:72 192.168.1.21/24
docker0 ✔ UP 49:fd:cd:60:73:77 172.17.0.1/16
br-fa6dc54a91ee ✔ UP 61:ab:c1:a7:50:79 172.18.0.1/16
Found 6 network interfaces, 5 seems up for ARP scan
Default network interface will be wlp1s0
```
Perform a default ARP scan on the local network with safe defaults.
```bash
# Perform a scan on the default network interface
$ arp-scan
Selected interface wlp1s0 with IP 192.168.1.21/24
Estimated scan time 2068ms (10752 bytes, 14000 bytes/s)
Sending 256 ARP requests (waiting at least 800ms, 0ms request interval)
| IPv4 | MAC | Hostname | Vendor |
|-----------------|-------------------|--------------|--------------|
| 192.168.1.1 | 91:10:fb:30:06:04 | router.home | Vendor, Inc. |
| 192.168.1.11 | 45:2e:99:bc:22:b6 | host-a.home | |
| 192.168.1.15 | bc:03:c2:92:47:df | host-b.home | Vendor, Inc. |
| 192.168.1.18 | 8d:eb:56:17:b8:e1 | host-c.home | Vendor, Inc. |
| 192.168.1.34 | 35:e0:6c:1e:e3:fe | | Vendor, Inc. |
ARP scan finished, 5 hosts found in 1.623 seconds
7 packets received, 5 ARP packets filtered
```
## Getting started
Download the `arp-scan` binary for Linux (Ubuntu, Fedora, Debian, ...). See the [releases page](https://github.com/Saluki/arp-scan-rs/releases) for other binaries.
```bash
wget -O arp-scan https://github.com/Saluki/arp-scan-rs/releases/download/v0.13.1/arp-scan-v0.13.1-x86_64-unknown-linux-musl && chmod +x ./arp-scan
```
Optionnaly, fetch the IEEE OUI reference file (CSV format) that contains all MAC address vendors.
```bash
wget -O /usr/share/arp-scan/ieee-oui.csv http://standards-oui.ieee.org/oui/oui.csv
```
List all available network interfaces.
```bash
./arp-scan -l
```
Launch a scan on interface `wlp1s0`.
```bash
./arp-scan -i wlp1s0
```
Enhance the minimum scan timeout to 5 seconds (by default, 2 seconds).
```bash
./arp-scan -i wlp1s0 -t 5s
```
Perform an ARP scan on the default network interface, VLAN 45 and JSON output.
```bash
./arp-scan -Q 45 -o json
```
## Options
#### Get help `-h`
Display the main help message with all commands and available ARP scan options.
#### List interfaces `-l`
List all available network interfaces. Using this option will only print a list of interfaces and exit the process.
#### Select scan profile `-p stealth`
A scan profile groups together a set of ARP scan options to perform a specific scan. The scan profiles are listed below:
- `default` : default option, this is enabled if the `-p` option is not used
- `fast` : fast ARP scans, the results may be less accurate
- `stealth` : slower scans that minimize the network impact
- `chaos` : randomly-selected values for the ARP scan
#### Select interface `-i eth0`
Perform a scan on the network interface `eth0`. The first valid IPv4 network on this interface will be used as scan target. By default, the first network interface with an `up` status and a valid IPv4 will be selected.
#### Set IPv4 network range `-n 172.17.0.0/24`
By default, the scan process will select the first IPv4 network on the interface and start a scan on the whole range. With the `--network` option, an IPv4 network can be defined _(this may be used for specific scans on a subset of network targets)_.
#### Set global scan timeout `-t 15s`
Enforce a timeout of at least 15 seconds. This timeout is a minimum value (scans may take a little more time). Default value is `2000ms`.
#### Change ARP request interval `-I 39ms`
By default, a `10ms` gap will be set between ARP requests to avoid an ARP storm on the network. This value can be changed to reduce or increase the milliseconds between each ARP request.
#### Enforce scan bandwidth limit `-B 1000`
Enforce a bandwidth limit (expressed in bits per second) on ARP scans. The `--bandwidth` option conflicts with `--interval` since these 2 arguments change the same parameter underneath.
#### Numeric mode `--numeric`
Switch to numeric mode. This will skip the local hostname resolution process and will only display IP addresses.
#### Host retry count `-r 3`
Send 3 ARP requests to the targets (retry count). By default, a single ARP request will be sent to each host.
#### Change source IPv4 `-S 192.168.1.130`
Change or force the IPv4 address sent as source in the broadcasted ARP packets. By default, a valid IPv4 address on the network interface will be used. This option may be useful for isolated hosts and security checks.
#### Change destination MAC `-M 55:44:33:22:11:00`
Change or force the MAC address sent as destination ARP request. By default, a broadcast destination (`00:00:00:00:00:00`) will be set.
#### Change source MAC `-M 11:24:71:29:21:76`
Change or force the MAC address sent as source in the ARP request. By default, the network interface MAC will be used.
#### Randomize target list `-R`
Randomize the IPv4 target list before sending ARP requests. By default, all ARP requests are sent in ascending order by IPv4 address.
#### Use custom MAC OUI file `--oui-file ./my-file.csv`
Use a [custom OUI MAC file](http://standards-oui.ieee.org/oui/oui.csv), the default path will be set to `/usr/share/arp-scan/ieee-oui.csv"`.
#### Set VLAN ID `-Q 42`
Add a 802.1Q field in the Ethernet frame. This fields contains the given VLAN ID for outgoing ARP requests. By default, the Ethernet frame is sent without 802.1Q fields (no VLAN).
#### Customize ARP operation ID `--arp-op 1`
Change the ARP protocol operation field, this can cause scan failure.
#### Customize ARP hardware type `--hw-type 1`
Change the ARP hardware type field, this can cause scan failure.
#### Customize ARP hardware address length `--hw-addr 6`
Change the ARP hardware address length field, this can cause scan failure.
#### Customize ARP protocol type `--proto-type 2048`
Change the ARP protocol type field, this can cause scan failure.
#### Customize ARP protocol adress length `--proto-addr 4`
Change the ARP protocol address length field, this can cause scan failure.
#### Set output format `-o json`
Set the output format to either `plain` (a full-text output with tables), `json`, `yaml` or `csv`.
#### Show version `--version`
Display the ARP scan CLI version and exits the process.
## Roadmap & features
The features below will be shipped in the next releases of the project.
- Make ARP scans faster
- with a per-host retry approach
- add a back-off factor for retries
- ~~by closing the response thread faster~~ - released in 0.8.0
- ~~Scan profiles (standard, attacker, light, ...)~~ - released in 0.10.0
- Complete VLAN support
- ~~Exports (JSON & YAML)~~ - released in 0.7.0
- ~~Full ARP packet customization (Ethernet protocol, ARP operation, ...)~~ - released in 0.10.0
- ~~Time estimations & bandwidth~~ - released in 0.10.0
- ~~MAC vendor lookup in the results~~ - released in 0.9.0
- ~~Fine-grained scan timings (interval)~~ - released in 0.8.0
- ~~Wide network range support~~ - released in 0.13.0
- ~~Partial results on SIGINT~~ - released in 0.11.0
- ~~Read network targets from file~~ - released in 0.12.0
- Adding advanced packet options (padding, LLC, ...)
- add padding bits after ARP payload
- support RFC 1042 LLC framing with SNAP
- ~~Enable bandwith control (exclusive with interval)~~ - released in 0.12.0
- Stronger profile defaults (chaos & stealth)
- Other platforms (Windows, ...)
- Read targets from *stdout*
- Change verbose options (for debug, network details, quiet mode, ...)
- Avoid packet copy in userspace for faster scans (BPF filtering)
## Building the project
#### Linux and Mac
Run the `cargo build` command.
#### Windows
See [github.com/libpnet/libpnet#windows](https://github.com/libpnet/libpnet#windows).
In additional for what they described there,
for linking `Packet.lib` you can just place it in the root of this project.
## Contributing
Feel free to suggest an improvement, report a bug, or ask something: https://github.com/saluki/arp-scan-rs/issues