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SPECIFICTION
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EVE-NG vs IMUNES

EVE-NG

eve-ng.net

IMUNES

imunes.net

Side by side

FigureEVE-NGIMUNES
Price fromFreeFree
Free planYesYes
Free trial——
Open source——
WebYesYes
WindowsYesYes
macOSYesYes
LinuxYesYes
Self-hostedYesYes
Plans published31
Spec score · Network Simulation Software8.1 (#7)8.3 (#5)
Use casesThe platform is presented for creating virtual proof of concepts, solutions, and training environments for enterprises, e-learning providers, individuals, and group collaborators.The project describes use in Ericsson Nikola Tesla product testing and University of Zagreb teaching laboratories.

Plans

EVE-NG

  • FreemiumFree
  • EVE-NG BasePriced on request
  • EVE-NG RBLPriced on request

EVE-NG pricing →

IMUNES

  • Open source and freeFree

IMUNES pricing →

In their own words

EVE-NG

EVE-NG is a clientless network emulation platform for network, security, and DevOps professionals. It is presented for building virtual proof-of-concept projects, solutions, and training environments for organizations, educators, individuals, and groups. A topology designer supports lab creation, configuration import and export, XML lab files, and picture or map imports. Running nodes can connect through hot links, including to real networks. Listed Professional features include KVM hardware acceleration, Docker and custom Docker support, and up to 1024 nodes per lab. Integrations include RADIUS and Microsoft Active Directory authentication, Docker-integrated Wireshark, and an integrated NAT cloud. Hosting options include Proxmox, VMware platforms, and Google Cloud platform VMs. The free plan allows 7 nodes per instance and 63 per lab, with the Admin role only. EVE-NG Base and RBL are priced on request; RBL supports multiple roles, with added roles priced separately. Community Edition support and end of life ended in June 2026.

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IMUNES

IMUNES is a free multiprotocol emulator and simulator for general-purpose IP network experiments on FreeBSD and Linux. The project says a single physical machine can run hundreds to thousands of virtual nodes. Its GUI helps create and configure nodes and links, and each node has its own IPv4, IPv6, IPsec, socket and firewall configuration and address space. Link controls can introduce delay, bit errors, duplication and bandwidth limits. Standard UNIX APIs are preserved, so BSD and Linux binaries can run unmodified. On Linux it uses Docker for virtual nodes; on FreeBSD it uses jails and netgraph. The project says experiments can be instantiated in seconds and use hardware resources efficiently. Downloads include public source repositories, examples, security scenarios, manuals and VMware and VirtualBox images. Linux use requires kernel version 3.10 or newer and the Docker daemon; the README also instructs users to run experiments as root. The listed latest image is IMUNES-FreeBSD-14.3-RELEASE (BETA), a 4GB amd64 OVA. The project describes JSON configuration and live changes to nodes, interfaces and links during a running experiment.

Visit imunes.net