Top 10 Best Spoofing Software of 2026

Kamailio can act as a programmable SIP proxy with fine-grained control over signaling flows, including where requests are forwarded and which headers are rewritten. Configuration routing lets operators define conditional logic on source, destination, and SIP message attributes, which is the mechanism behind any SIP caller identity spoofing workflows. The system also supports transaction and dialog state tracking, so policies can apply per call leg instead of only per packet. For spoofing-adjacent testing, Kamailio can be placed inline to observe and rewrite SIP traffic while keeping the rest of the voice stack unchanged.

A key tradeoff is that Kamailio does not natively provide browser-based phishing automation like Evilginx or GoPhish, so spoofing effort shifts to SIP-side scripting and infrastructure integration. A common usage situation is lab setup for PBX and softswitch interop testing, where SIP header manipulation and routing rules are validated against anti-fraud checks. Another situation is controlled red-team engagements that target SIP signaling trust boundaries rather than web credential flows.

OpenSIPS provides a scriptable SIP routing engine where administrators define how requests are inspected, rewritten, and forwarded based on headers and message content. Core capabilities include transaction handling, stateful forwarding, programmable routing rules, and extensible modules that alter message processing behavior. Governance is achieved through explicit configuration files and operational tooling like logging, trace levels, and controlled reload workflows for route changes. That control depth fits security teams that need repeatable signaling behavior for tests that involve caller identity fields or SIP dialog properties.

A tradeoff is that OpenSIPS is not a turnkey spoofing tool with a point-and-click campaign editor, so message-level rules require SIP knowledge and careful test coverage. It is a good fit when a team needs coordinate-like control over SIP routing decisions and header rewrites for a contained lab involving SIP endpoints and recorded call flows. In practice, teams should plan for versioned configuration management and staging validation before enabling new routing logic in shared test environments.

BetterCap targets on-wire and on-air testing with modules that cover ARP spoofing and DNS redirection to steer traffic through an operator-controlled path. Its operator workflow is built around a console command surface and extensible modules, which supports rapid iteration during red-team or lab testing. Wireless-oriented testing is supported through components focused on Wi-Fi client and BSSID handling, rather than a single high-level GUI-only flow.

A key tradeoff is that BetterCap requires network-level positioning and low-level tuning to keep interceptions stable and avoid collateral disruption. It fits situations like validating internal DNS trust boundaries on a controlled segment where the team can observe impact and roll back quickly.

3CX is a business PBX product that can be misused for caller identity spoofing when voice routes are engineered to originate calls through controlled trunks and dial plans. Its core capabilities center on SIP-based telephony, configurable routing rules, and administrator-managed call handling across extensions and trunks.

Those building blocks can also be paired with adjacent fraud workflows like social engineering and IVR-driven call flows. For security teams, the main distinction is governance at the PBX layer, not an endpoint-only spoofing engine.

FusionPBX is a Web-based management interface for FreeSWITCH that provisions SIP calling workflows and call routing from a centralized configuration. It supports dialplan configuration, call queues, extensions, and custom billing logic for voice systems, which can also be repurposed for spoof-adjacent calling patterns under controlled test conditions.

FusionPBX integrates with FreeSWITCH’s event model and module ecosystem, so automation can be driven through FreeSWITCH configuration changes rather than a separate spoofing engine. It provides strong administrative structure for telephony governance compared with lightweight spoofing tools, but it does not deliver the phishing-grade adversary tooling seen in purpose-built credential capture platforms.

Scapy is a Python-based packet manipulation and automation toolkit that distinctively doubles as a scripting environment for custom network attacks and protocol research. Core capabilities include packet crafting, packet sniffing, custom protocol layers, and replay or transformation workflows executed through Python.

It supports extensibility by importing and building protocol definitions, so teams can iterate quickly on edge cases that off-the-shelf spoofing tools miss. For spoofing use cases, Scapy is more about controlled packet-level techniques than ready-made phishing templates or reverse-proxy kits.

GoPhish is a self-hosted phishing and credential-harvest simulator that uses email templates, landing pages, and campaign workflows instead of location or network spoofing engines. It supports importing targets, scheduling sends, and tracking opens and clicks with an admin console backed by a simple configuration model.

Campaign reporting can be exported or inspected inside the UI, which helps security teams review which messages drove engagement and which accounts were reached. Compared with token or traffic-manipulation tools, Gophish focuses on delivery and measurement of social-engineering scenarios rather than man-in-the-middle capture.

Tenorshare iAnyGo is a GPS location spoofing tool focused on changing the reported position on mobile devices. It centers on a route simulation workflow that drives stepwise movement rather than manual coordinate drops.

The product is aimed at consumers and QA-style testing, not browser-based phishing chains or reverse-proxy frameworks. Operationally, it relies on device-side location control rather than network-layer techniques.

iMyFone AnyTo is a multimedia spoofing and identity-masking toolset that focuses on changing visible device-related signals for app and media workflows. Core capabilities include location spoofing via mock GPS style coordinate inputs and controlled movement behaviors, plus device and network identity masking options that can be paired with common automation tooling.

The software is oriented around repeatable outputs for screenshots, recordings, and test sessions rather than interactive operator control. Coverage is narrower than network interception frameworks used for phishing-adversary workflows, so it fits more “client-side simulation” tasks than “in-the-middle” credential capture use cases.

Technitium MAC Address Changer targets Wi-Fi and network interface identity changes by focusing on MAC randomization and controlled MAC spoofing workflows. The tool drives changes at the operating system network adapter level, letting users switch between preselected MAC values and vendor style patterns.

Its scope is narrower than full traffic manipulation tools, since it does not provide proxy interception or packet-level redirection. For teams that need repeatable adapter identity swaps for lab testing and inventory evasion checks, it offers a direct workflow with limited surface area.