Cyber Security and Networking Software

Geo Firewall confines network communication to an approved set of countries by inspecting incoming and outgoing connections and blocking traffic associated with more than two hundred known territories and geographical regions. It complements existing security products and adds a distinct geographical layer of defense.

Territories are grouped by geographical proximity but can also be selected individually, and exclusions keep reserved and local networks reachable. Statistics and an activity log show exactly what was allowed or blocked.

Because rules operate at the network level across IPv4, IPv6, TCP, and UDP, with port exceptions reopening specific ports for otherwise blocked countries, protections stay close to the intended security perimeter, making it well suited to servers exposed to the public Internet.

Popular uses: RDP protection · Server geo-blocking · For MSPs

Virtual Network Hub turns a Windows computer into a configurable router built by dragging network adapters onto slots. Internal, USB, and Wi-Fi adapters are assigned to hubs, and each slot carries its own independent settings.

A hub can host a Wi-Fi hot spot, bridge wired and wireless segments, and run an internal DHCP server or one or more DHCP clients, making network sharing simple to set up and adjust.

Multiple isolated hubs can run side by side, and unfiltered traffic can be exposed for network monitoring, giving a flexible foundation for lab setups, shared connections, and traffic analysis.

DNS Proxywall governs how a computer resolves domain names, applying flexible rules that block sites by name pattern and by geographical location. The same engine can run as a proxy, providing filtering and caching of names for other machines on the network or in the cloud.

A built-in cache accelerates browsing by resolving repeat lookups instantly, while live monitoring reveals which domains are being resolved, how long each lookup takes, and which upstream servers are slow. A cache-only mode allows browsing without issuing new external queries.

For distributed deployments, DNS traffic can be packed into a TCP or SSL/TLS tunnel and forwarded to an upstream DNS Proxywall, with authentication by certificate or IP address and load balancing across multiple servers.

Multi Port Forwarder redirects and reflects network traffic entirely in software. Rules match incoming traffic by port, IPv4 or IPv6 address, DNS name, MAC address, or network adapter, and forward it to any other endpoint described the same way.

Because matching and forwarding cover both TCP/IP and UDP/IP, a single rule list can serve web servers, game servers, remote-desktop gateways, and custom protocols at once.

Rules are managed from one list and take effect immediately, making it straightforward to expose internal services, consolidate connections, or test network layouts without changing any physical wiring.

Geo Router acts as a reverse proxy that splits incoming traffic by its country of origin and routes each stream to the appropriate content server. A kernel-mode driver performs the routing, keeping added latency to a minimum.

Unlike conventional proxies that require at least two network cards, Geo Router works with a single card and a single IP address, detecting the hardware configuration automatically. It can also form part of a routing chain where more specific rules apply at each hop.

During routing it performs address translation so that traffic appears to originate from Geo Router itself, hiding the addresses of the content servers behind it and strengthening their security.