The Universal Network Toolkit

Raw socket power.
Infinite connections.

Netweave gives you direct, unmediated access to any network endpoint on the planet. Connect, listen, scan, transfer, chat — all from a single, category-defining interface. This is networking at first principles.

Start Weaving Free See It Live →

netweave

$ netweave -l 8080

Listening on 0.0.0.0:8080...

$ netweave api.example.com 443 --ssl

Connected to api.example.com:443.

$ netweave -z -v target.io 20-80

target.io [10.0.1.5] 22 (ssh) open

target.io [10.0.1.5] 80 (http) open

Five Modes. One Tool.

Every network interaction,
handled.

⇌

Connect

Reach any host on any port with zero config. TCP or UDP, raw or encrypted. Just tell Netweave where to go.

netweave example.com 8080

◉

Listen

Spin up a server on any port instantly. Accept connections, receive data, or bind applications to the network.

netweave -l 9090

⊙

Scan

Zero-I/O reconnaissance. Probe any port range with surgical precision and discover what's listening, silently.

netweave -z -v host 1-1024

⇄

Transfer

Move files across any network boundary. No protocol overhead, no handshake tax. Just raw, point-to-point data.

netweave -l 9899 > file.dat

◈

Chat

Ad-hoc real-time messaging between any number of connected parties. Connection brokering built right in.

netweave -l --chat 4444

Capabilities

Every flag is a superpower.

🔓

Quantum Shield™

End-to-end SSL/TLS encryption baked into every connection. Verify certificates, pin ciphersuites, negotiate ALPN — all at the socket level.

--ssl --ssl-verify

⚡

Neural Bridge™

Bind any application directly to the network. Execute commands on connection, turning local programs into live network services in one line.

-e COMMAND

🌐

Shadow Route™

Tunnel through HTTP, SOCKS4, or SOCKS5 proxies with authenticated credentials. Your traffic, your path, your rules.

--proxy --proxy-type

📡

Datagram Engine™

Flip to UDP with a single flag. Full datagram support for latency-sensitive workloads, DNS probing, and connectionless architectures.

-u

🛡️

Velvet Rope™

Whitelist and blacklist hosts with allow/deny rules. File-based ACLs for large-scale deployments. Only the right connections get through.

--allow --deny

♾️

Immortal Socket™

Keep-open mode accepts unlimited simultaneous connections with configurable concurrency limits. Your server never sleeps.

-k --max-conns

🔇

Ghost Mode™

Skip DNS resolution entirely. Operate with pure IP addresses for maximum stealth and zero lookup latency.

-n

🔀

Mesh Broker™

Multi-party connection brokering lets clients behind NATs communicate through a centralised Netweave relay. Network topology is irrelevant.

--broker

How It Works

Three steps to raw network power.

Choose Your Mode

Connect to a remote host, listen for inbound connections, or scan a port range. Every mode is one flag away.

Configure the Socket

Layer on encryption, set timeouts, bind source addresses, route through proxies — compose your perfect network primitive.

Stream Data

Pipe anything through the connection. Files, commands, chat messages, application I/O — if it's data, Netweave moves it.

See It In Action

Real workflows. Real output.

Banner Grab

$ echo "" | netweave -v -w 3 mail.example.com 25

Connection to mail.example.com 25 port [tcp/smtp] succeeded!

220 mail.example.com ESMTP Postfix

Quick HTTP Request

$ printf "GET / HTTP/1.0\r\n\r\n" | netweave example.com 80

HTTP/1.0 200 OK

Content-Type: text/html; charset=UTF-8

Content-Length: 1256

Remote Shell Binding

$ netweave --exec "/bin/bash" -l 8081 --keep-open --allow 192.168.0.0/24

Listening on 0.0.0.0:8081.

Connection received on 192.168.0.42 49210.

Encrypted File Transfer

# Receiver

$ netweave -l --ssl 9899 > backup.tar.gz

# Sender

$ netweave --ssl host1 9899 << /span> backup.tar.gz

What People Are Saying

Trusted by the network obsessed.

★★★★★

"Netweave replaced our entire custom socket library. One tool — connect, listen, transfer, proxy. It compound-accelerated our infra velocity by 10x."

James Kirkwood VP of Infrastructure, ScaleForge

★★★★★

"The Phantom Probe scan mode is game-changing. We went from zero visibility to full port reconnaissance in under a second. That's a paradigm shift for our security posture."

Finn Kwon CISO, WatchTower Security

★★★★★

"I use Netweave for everything. Quick file transfers, banner grabs, debugging HTTP, probing services. It's the Swiss army knife energy I never knew I needed."

Adrian Morrow Solo Developer

★★★★★

"The --broker mode lets our field teams communicate through NAT-traversed connections without any infrastructure changes. High-leverage, zero friction, default alive."

Victor Park CTO, DataMesh

Pricing

Raw power at every scale.

Start free. Scale infinitely. No hidden fees, no per-byte charges.

Starter

Free

forever

TCP connect mode only
1 concurrent connection
5 port scans / day
No encryption
Community support

Get Started

Frequently asked questions.

Netweave natively supports TCP (default), UDP (-u), and SCTP (--sctp), with full SSL/TLS encryption available across all modes. We also support Unix domain sockets (-U) and AF_VSOCK for hypervisor-grade communication.

Absolutely. Enable --ssl on any connection for transport-level encryption. Use --ssl-verify for certificate validation, --ssl-cert and --ssl-key for mutual TLS, and --ssl-ciphers to lock down your ciphersuite selection. Enterprise plans include full session hex-dump logging for compliance.

Yes — both directions. Use --proxy with --proxy-type http, socks4, or socks5 to tunnel outbound connections through a proxy. Or run Netweave as an HTTP proxy server in listen mode with -l --proxy-type http.

Netweave operates at the socket level, so it works anywhere you have network interfaces — localhost, LAN, or air-gapped environments. Unix domain sockets (-U) require no network whatsoever.

Netweave's --chat flag enables a built-in multi-party messaging server. Each connected client gets a unique ID prefix, messages are relayed to all participants, and non-printable characters are automatically escaped for terminal safety. It's real-time collaboration at the socket level.

Raw socket power.
Infinite connections.