KeeneticOS 4.0
What’s new?
Welcome to the release of KeeneticOS version 4.0! We are excited to share with you the many new features, fixes and improvements that this release brings. Our main focus for this update is to significantly improve support for the IPv6 protocol in various KeeneticOS services.
Firstly, we have implemented the new IPv6 prefix delegation option, which allows for efficient subnetting. We have also incorporated key IPv6 standards such as 464clat (RFC6877) and RFC6204 (WAA-8) into our system.
One of the notable enhancements in this release is the Application Traffic Analyser's support for IPv6 protocol traffic classification. We have also introduced host traffic accounting specifically for the IPv6 protocol, ensuring accurate calculations of incoming and outgoing data for your home devices.
The connection policy has been updated to include the IPv6 protocol, further extending the capabilities of KeeneticOS. The web interface now provides core support for IPv6 connections, enabling seamless management.
For users of the Wireguard VPN component, we are pleased to announce that it now internally supports the IPv6 protocol for VPN connections. In addition, the SNMP server and WebDAV server have also been updated to support IPv6.
We understand the importance of DNS configuration and with this release, we have introduced the ability to bind DNSv6 addresses through the command line interface (CLI), giving you more control over your network settings.
In terms of USB port management, we have added the new USB port power management and on-demand mode. This feature allows you to power down your 3G/4G modem or any connected USB device when it's not needed, saving both mobile traffic and money.
We have also expanded the list of supported 4G/3G USB modems to include popular models such as Huawei ME906E, Fibocom L830-EB, Askey WWHC050, Telit LN960 and more.
To enhance your Dynamic DNS (DDNS) capabilities, we have included the new deSEC (desec.io) service as part of the system component.
Finally, we are excited to introduce the Multiple Subnets option for site-to-site IPsec VPN connections in Phase 2. This feature will allow network connectivity between multiple subnets via a VPN tunnel, increasing the versatility of your Keenetic device.
We value your support and participation in our community. Your valuable feedback helps us to continually improve Keenetic. If you have any questions, want to discuss the beta, report issues, or contact our development team, please visit our forum. Thank you for choosing Keenetic!
KeeneticOS 4.0.7
15/11/2023
New
Fixed
KeeneticOS 4.0.6
10/11/2023
Fixed
KeeneticOS 4.0.5
09/10/2023
New
Fixed
KeeneticOS 4.0.4
22/08/2023
Fixed
KeeneticOS 4.0.3
17/08/2023
Improved
Fixed
KeeneticOS 4.0.2
01/08/2023
Fixed
KeeneticOS 4.0.1
19/07/2023
Improved
Fixed
KeeneticOS 4.0.0
07/07/2023
Improved
Fixed
KeeneticOS 4.0 Beta 3
23/06/2023
New
Improved
Fixed
KeeneticOS 4.0 Beta 2
09/06/2023
New
Fixed
KeeneticOS 4.0 Beta 1
26/05/2023
New
The new IPv6 Prefix Delegation option has been implemented for subnetting. [NDM-1976]
Use the following CLI commands to set:
ipv6 subnet {name} prefix length {length}— set subnet prefix lengthipv6 subnet {name} prefix delegate {delegate}— set delegated prefix length (must be shorter than prefix length)
A typical configuration Prefix Delegation for a Home segment looks like follows:
ipv6 subnet Default bind Home mode dhcp prefix length 63 prefix delegate 64 number 0The new multiple subnets option is available for Site-to-site IPsec VPN connections in Phase 2, providing network connectivity between several subnets over a VPN tunnel. [NDM-313]
Use the following CLI commands to set:
object-group ip {name}— create a new object groupinclude (ip | tcp | udp | tcpudp | icmp) {address} [{port} [{end-port}]]exclude (ip | tcp | udp | tcpudp | icmp) {address} [{port} [{end-port}]]
crypto map {name} traffic-selectors {local} {remote}— assign local/remote object groups as Phase 2 selectors
The new Add local subnet and Add remote subnet options are available for Site-to-site IPsec VPN connections on the Internet > Other connections page.
Implemented frequency band selection option for Huawei modems with
NDIS-type. [NDM-2151]Implemented host traffic accounting for IPv6 protocol, providing correct calculation for the incoming/outgoing data of your home devices. [SYS-648]
The Application traffic analyser now supports traffic classification for the IPv6 protocol. [SYS-652]
The Traffic shaper system component now supports operation with the IPv6 protocol, providing correct traffic limitation for data flows of IPv4/IPv6 together. [SYS-658]
New USB modem modules are now supported, including:
Askey WWHC050 4G QMI-type modem module. [NDM-2434]
Telit LN960 4G Cat 9 QMI-type modem module. [NDM-2502]
The Web Interface receives core support for IPv6 connections. [NDM-2448]
The OpenVPN client and server system component now supports the IPv6 protocol for VPN connection. [NDM-2451]
The Wireguard VPN component now internally supports the IPv6 protocol for VPN connection. [NDM-2452]
Implemented support for 802.1Q tagged VLAN traffic over
AccessPointandWifiStation(Wireless ISP) interfaces. [SYS-682]The new HTTP/HTTPS URI mode of the Ping Check allows you to specify the host address to check using a URI (Uniform Resource Identifier). [NDM-2490]
Use the following CLI commands to set:
ping-check profile {name} mode (icmp | connect | tls | uri)— enable URI checking for Ping Check profile{name}ping-check profile {name} uri {uri}— set URI
Connection policy now operates with the IPv6 protocol. [NDM-2515]