[GH-ISSUE #5902] Lneto-Netbird integration #11272

New Issue

saavagebueno · 2026-08-05T01:29:08-04:00

saavagebueno commented

2026-08-05 01:29:08 -04:00

Originally created by @soypat on GitHub (Apr 16, 2026).
Original GitHub issue: https://github.com/netbirdio/netbird/issues/5902

Context

Today Netbird uses gVisor for TCP/IP among other protocols like DNS. gVisor is a tool designed to give containers isolation from the OS and in doing so has a heavy footprint in terms of binary size, RAM(~15MB x86) and CPU ¹.

Lneto is a lean userspace networking stack that avoids allocations at runtime by defining memory used up-front. Lneto's stack has also been designed to share memory locality: the xnet.StackAsync not including buffers is 2.3kB in size. Lneto single thread performance with xnet.StackAsync on 12th Gen Intel i5-12400F below:

ARP exchange in ~177 ns (≈6.1e6 ops/s) 0 alloc/op
TCP 3-way handshake ~1.2 µs (≈9.87e5 ops/s) 0 alloc/op

Lneto has been shown to work on embedded systems- that said it is also in early development:

ICMPv4: Only Echo (ping) supported, no IGMP.
IPv6 support untested.
No routing logic beyond what is needed for basic internet access.

gVisor in Netbird

NetBird use gVisor netstack for userspace TCP/IP either as a direct consumer as is the case of the Forwarder or via wireguard's netstack. Below is an AI assisted dependency graph for relevant consumers in Netbird.

graph TD
    subgraph "Browser (GOOS=js)"
        WASM["wasm/cmd/main.go<br/><i>*embed.Client</i>"]
        SSH["wasm/internal/ssh/<br/><i>ssh.NewClientConn(net.Conn)</i>"]
        RDP["wasm/internal/rdp/<br/><i>embed.Client.Dial() → net.Conn</i>"]
        HTTP["wasm/internal/http/<br/><i>embed.Client.NewHTTPClient()</i>"]
    end

    subgraph "Embed SDK"
        EMBED["embed/embed.go<br/><i>Dial() → net.Conn</i><br/><i>ListenTCP() → net.Listener</i><br/><i>ListenUDP() → net.PacketConn</i>"]
    end

    subgraph "Engine"
        ENGINE["internal/engine.go<br/><i>GetNet() → *netstack.Net</i>"]
    end

    subgraph "Interface Layer"
        WGIFACE["iface/iface.go<br/><i>WGIface interface</i><br/><i>GetNet() → *netstack.Net</i>"]
        DEVICE_IF["iface/device.go<br/><i>WGTunDevice interface</i><br/><i>GetNet() → *netstack.Net</i>"]
    end

    subgraph "Device Implementations"
        NS_DEV["iface/device/device_netstack.go<br/><i>TunNetstackDevice</i><br/><i>field: net *netstack.Net</i>"]
        KERNEL["iface/device/device_kernel_linux.go<br/><i>TunKernelDevice</i><br/><i>GetNet() → nil</i>"]
        USP["iface/device/device_usp_unix.go<br/><i>TunUSPDevice</i><br/><i>GetNet() → nil</i>"]
    end

    subgraph "Netstack TUN"
        NS_TUN["iface/netstack/tun.go<br/><i>NetStackTun.Create()</i><br/><i>→ (tun.Device, *netstack.Net)</i>"]
        DIALER["iface/netstack/dialer.go<br/><i>NSDialer</i><br/><i>field: net *netstack.Net</i>"]
        PROXY["iface/netstack/proxy.go<br/><i>Socks5 proxy</i><br/><i>uses Dialer interface</i>"]
    end

    subgraph "gVisor via WireGuard"
        WG_NS["wireguard/tun/netstack<br/><i>CreateNetTUN()</i><br/><i>→ tun.Device + *netstack.Net</i>"]
        GVISOR["gvisor.dev/gvisor/pkg/tcpip<br/><i>stack.Stack, gonet, header</i>"]
    end

    subgraph "USP Forwarder — INDEPENDENT"
        FWD["forwarder/forwarder.go<br/><i>Forwarder.stack *stack.Stack</i><br/><i>Forwarder.endpoint *endpoint</i>"]
        FWD_EP["forwarder/endpoint.go<br/><i>impl stack.LinkEndpoint</i><br/><i>bridges → *wgdevice.Device</i>"]
        FWD_TCP["forwarder/tcp.go<br/><i>*tcp.ForwarderRequest</i><br/><i>gonet.NewTCPConn → net.Conn</i>"]
        FWD_UDP["forwarder/udp.go<br/><i>*udp.ForwarderRequest</i><br/><i>gonet.NewUDPConn → net.PacketConn</i>"]
        FWD_ICMP["forwarder/icmp.go<br/><i>header.ICMPv4, header.IPv4</i>"]
    end

    subgraph "DNS"
        DNSFWD["internal/dnsfwd/forwarder.go<br/><i>*netstack.Net</i><br/><i>.ListenTCPAddrPort()</i><br/><i>.ListenUDPAddrPort()</i>"]
    end

    WASM --> SSH & RDP & HTTP
    SSH -->|"net.Conn from Dial()"| EMBED
    RDP -->|"net.Conn from Dial()"| EMBED
    HTTP -->|"*http.Client"| EMBED
    EMBED -->|"GetNet()"| ENGINE
    ENGINE -->|"*netstack.Net"| WGIFACE
    WGIFACE --> DEVICE_IF
    DEVICE_IF --> NS_DEV & KERNEL & USP
    NS_DEV -->|"*netstack.Net"| NS_TUN
    NS_TUN -->|"CreateNetTUN()"| WG_NS
    WG_NS --> GVISOR
    NS_TUN -->|"*netstack.Net"| DIALER
    DIALER -->|"Dialer interface"| PROXY
    DNSFWD -->|"*netstack.Net"| ENGINE

    FWD --> FWD_EP & FWD_TCP & FWD_UDP & FWD_ICMP
    FWD -->|"stack.New()"| GVISOR
    FWD_EP -->|"stack.LinkEndpoint"| GVISOR
    FWD_TCP -->|"tcp.ForwarderRequest, gonet"| GVISOR
    FWD_UDP -->|"udp.ForwarderRequest, gonet"| GVISOR

    style WG_NS fill:#f66,stroke:#333,color:#fff
    style GVISOR fill:#f66,stroke:#333,color:#fff
    style FWD fill:#f96,stroke:#333
    style FWD_EP fill:#f96,stroke:#333
    style FWD_TCP fill:#f96,stroke:#333
    style FWD_UDP fill:#f96,stroke:#333
    style FWD_ICMP fill:#f96,stroke:#333
    style NS_TUN fill:#fd6,stroke:#333
    style NS_DEV fill:#fd6,stroke:#333

    subgraph "Legend"
        L1["gVisor code"]
        L2["Direct gVisor consumer"]
        L3["Thin wrapper over gVisor"]
        style L1 fill:#f66,stroke:#333,color:#fff
        style L2 fill:#f96,stroke:#333
        style L3 fill:#fd6,stroke:#333
    end

Proposed phases to integrate Lneto

Phase 0 - netstack.Net drop-in replacement

Phase 0: Create drop-in replacement for netstack.CreateNetTUN returned netstack.Net type and have NewNetStack use it via a build tag "netbirdlneto". This means integrating lneto with wireguard. Netbird would be unaffected since it just means implementing the API below with lneto on top of a wireguard connection:

type Net tunNet
func (tnet *Net) Dial(network string, address string) (net.Conn, error)
func (tnet *Net) DialContext(ctx context.Context, network string, address string) (net.Conn, error)
func (net *Net) DialContextTCP(ctx context.Context, addr *net.TCPAddr) (*gonet.TCPConn, error)
func (net *Net) DialContextTCPAddrPort(ctx context.Context, addr netip.AddrPort) (*gonet.TCPConn, error)
func (net *Net) DialPing(laddr *PingAddr, raddr *PingAddr) (*PingConn, error)
func (net *Net) DialPingAddr(laddr netip.Addr, raddr netip.Addr) (*PingConn, error)
func (net *Net) DialTCP(addr *net.TCPAddr) (*gonet.TCPConn, error)
func (net *Net) DialTCPAddrPort(addr netip.AddrPort) (*gonet.TCPConn, error)
func (net *Net) DialUDP(laddr *net.UDPAddr, raddr *net.UDPAddr) (*gonet.UDPConn, error)
func (net *Net) DialUDPAddrPort(laddr netip.AddrPort, raddr netip.AddrPort) (*gonet.UDPConn, error)
func (net *Net) ListenPing(laddr *PingAddr) (*PingConn, error)
func (net *Net) ListenPingAddr(laddr netip.Addr) (*PingConn, error)
func (net *Net) ListenTCP(addr *net.TCPAddr) (*gonet.TCPListener, error)
func (net *Net) ListenTCPAddrPort(addr netip.AddrPort) (*gonet.TCPListener, error)
func (net *Net) ListenUDP(laddr *net.UDPAddr) (*gonet.UDPConn, error)
func (net *Net) ListenUDPAddrPort(laddr netip.AddrPort) (*gonet.UDPConn, error)
func (tnet *Net) LookupContextHost(ctx context.Context, host string) ([]string, error)
func (net *Net) LookupHost(host string) (addrs []string, err error)

Once this is implemented we can build NetBird locally. Test ping/tcp via Lneto stack on host. Impact: CPU, Mem, latency, throughput. At this point we evaluate if Lneto as-is is adequate fit for Netbird or if changes need to happen.

Phase 0.1 - gonet.UDPConn

Need to implement the gonet.UDPConn functionality on Lneto's side. Specificially the address specific ReadFrom, WriteTo functionality within udp.Conn. Need to add a UDP listener abstraction

Phase 0.2 - gonet.TCPConn

Need to implement half-duplex close methods CloseRead,CloseWrite on Lneto's side.

Phase 0.3 - netstack.PingConn

Need to implement ICMPv6 Echo protocol.

Phase 0.4 - IPv6 support and testing

Lneto "technically" supports IPv6. It has been thus far designed to receive IPv6 addresses at the API level but at times returns unsupported errors at certain levels like DHCP and ICMP Echo(Ping) since we only support IPv4 for these protocols. Lneto will need to have modernization effort to fully support IPv6.

Phase 0.6 - DNS over TCP

Lneto currently only has a UDP based DNS client. We'll likely need to add a stream based client so it can be used over TCP.

Phase 0.7 - Rebuild wireguard-go/tun/netstack/Net type

With all these things in place we are ready to build the wireguard netstack with Lneto and put it to the test.

Phase 2 - Testbuild: WASM Build and Browser tests

Put Lneto on the browser for the ssh client, enable only for testers or have a way to test locally. Test connectivity via SSH. Stress tests. Compare with gVisor.
Feedback loop with Lneto fixes.

Phase 3 - Gradual Deployment

Release Lneto behind opt-in feature. Measure Lneto's performance. Latency, bandwidth, CPU, error rate. Enable packet capture printing via pcap to be able to debug degenerate or buggy modes of operation

Phase 4 - Full Rollout

If Lneto is a clear win over gVisor in the browser then enable Lneto by default in WASM client and offer a fallback to gVisor webassembly binary. Monitor long-term: stability, performance. Impact: Broad use. Evaluate user experience (latency, throughput).

Phase 5 - Evaluate more Lneto

More Lneto? If you got up to this point maybe we want to replace gVisor in Netbird everywhere. Think on it.

https://www.usenix.org/system/files/hotcloud19-paper-young.pdf ↩︎

Originally created by @soypat on GitHub (Apr 16, 2026). Original GitHub issue: https://github.com/netbirdio/netbird/issues/5902 ### Context Today Netbird uses gVisor for TCP/IP among other protocols like DNS. gVisor is a tool designed to give containers isolation from the OS and in doing so has a heavy footprint in terms of binary size, RAM(~15MB x86) and CPU [^1]. **Lneto** is a lean userspace networking stack that avoids allocations at runtime by defining memory used up-front. Lneto's stack has also been designed to share memory locality: the [xnet.StackAsync](https://github.com/soypat/lneto/blob/16c2c3de36a2afdcd201a0727ef7825f3becb02e/x/xnet/stack-async.go#L28) not including buffers is 2.3kB in size. Lneto single thread performance with xnet.StackAsync on 12th Gen Intel i5-12400F below: - ARP exchange in ~177 ns (≈6.1e6 ops/s) 0 alloc/op - TCP 3-way handshake ~1.2 µs (≈9.87e5 ops/s) 0 alloc/op Lneto has been shown to work on embedded systems- that said it is also in early development: - ICMPv4: Only Echo (ping) supported, no IGMP. - IPv6 support untested. - No routing logic beyond what is needed for basic internet access. ### gVisor in Netbird NetBird use gVisor netstack for userspace TCP/IP either as a direct consumer as is the case of the Forwarder or via wireguard's netstack. Below is an AI assisted dependency graph for relevant consumers in Netbird. ```mermaid graph TD subgraph "Browser (GOOS=js)" WASM["wasm/cmd/main.go *embed.Client"] SSH["wasm/internal/ssh/ ssh.NewClientConn(net.Conn)"] RDP["wasm/internal/rdp/ embed.Client.Dial() → net.Conn"] HTTP["wasm/internal/http/ embed.Client.NewHTTPClient()"] end subgraph "Embed SDK" EMBED["embed/embed.go Dial() → net.Conn ListenTCP() → net.Listener ListenUDP() → net.PacketConn"] end subgraph "Engine" ENGINE["internal/engine.go GetNet() → *netstack.Net"] end subgraph "Interface Layer" WGIFACE["iface/iface.go WGIface interface GetNet() → *netstack.Net"] DEVICE_IF["iface/device.go WGTunDevice interface GetNet() → *netstack.Net"] end subgraph "Device Implementations" NS_DEV["iface/device/device_netstack.go TunNetstackDevice field: net *netstack.Net"] KERNEL["iface/device/device_kernel_linux.go TunKernelDevice GetNet() → nil"] USP["iface/device/device_usp_unix.go TunUSPDevice GetNet() → nil"] end subgraph "Netstack TUN" NS_TUN["iface/netstack/tun.go NetStackTun.Create() → (tun.Device, *netstack.Net)"] DIALER["iface/netstack/dialer.go NSDialer field: net *netstack.Net"] PROXY["iface/netstack/proxy.go Socks5 proxy uses Dialer interface"] end subgraph "gVisor via WireGuard" WG_NS["wireguard/tun/netstack CreateNetTUN() → tun.Device + *netstack.Net"] GVISOR["gvisor.dev/gvisor/pkg/tcpip stack.Stack, gonet, header"] end subgraph "USP Forwarder — INDEPENDENT" FWD["forwarder/forwarder.go Forwarder.stack *stack.Stack Forwarder.endpoint *endpoint"] FWD_EP["forwarder/endpoint.go impl stack.LinkEndpoint bridges → *wgdevice.Device"] FWD_TCP["forwarder/tcp.go *tcp.ForwarderRequest gonet.NewTCPConn → net.Conn"] FWD_UDP["forwarder/udp.go *udp.ForwarderRequest gonet.NewUDPConn → net.PacketConn"] FWD_ICMP["forwarder/icmp.go header.ICMPv4, header.IPv4"] end subgraph "DNS" DNSFWD["internal/dnsfwd/forwarder.go *netstack.Net .ListenTCPAddrPort() .ListenUDPAddrPort()"] end WASM --> SSH & RDP & HTTP SSH -->|"net.Conn from Dial()"| EMBED RDP -->|"net.Conn from Dial()"| EMBED HTTP -->|"*http.Client"| EMBED EMBED -->|"GetNet()"| ENGINE ENGINE -->|"*netstack.Net"| WGIFACE WGIFACE --> DEVICE_IF DEVICE_IF --> NS_DEV & KERNEL & USP NS_DEV -->|"*netstack.Net"| NS_TUN NS_TUN -->|"CreateNetTUN()"| WG_NS WG_NS --> GVISOR NS_TUN -->|"*netstack.Net"| DIALER DIALER -->|"Dialer interface"| PROXY DNSFWD -->|"*netstack.Net"| ENGINE FWD --> FWD_EP & FWD_TCP & FWD_UDP & FWD_ICMP FWD -->|"stack.New()"| GVISOR FWD_EP -->|"stack.LinkEndpoint"| GVISOR FWD_TCP -->|"tcp.ForwarderRequest, gonet"| GVISOR FWD_UDP -->|"udp.ForwarderRequest, gonet"| GVISOR style WG_NS fill:#f66,stroke:#333,color:#fff style GVISOR fill:#f66,stroke:#333,color:#fff style FWD fill:#f96,stroke:#333 style FWD_EP fill:#f96,stroke:#333 style FWD_TCP fill:#f96,stroke:#333 style FWD_UDP fill:#f96,stroke:#333 style FWD_ICMP fill:#f96,stroke:#333 style NS_TUN fill:#fd6,stroke:#333 style NS_DEV fill:#fd6,stroke:#333 subgraph "Legend" L1["gVisor code"] L2["Direct gVisor consumer"] L3["Thin wrapper over gVisor"] style L1 fill:#f66,stroke:#333,color:#fff style L2 fill:#f96,stroke:#333 style L3 fill:#fd6,stroke:#333 end ``` ## Proposed phases to integrate Lneto ### Phase 0 - netstack.Net drop-in replacement Phase 0: Create drop-in replacement for [netstack.CreateNetTUN returned netstack.Net type](https://github.com/netbirdio/netbird/blob/08f624507da775b066ca34dd30c0304da7bf7bf5/client/iface/netstack/tun.go#L35) and have NewNetStack use it via a build tag "netbirdlneto". This means integrating lneto with wireguard. Netbird would be unaffected since it just means implementing the API below with lneto on top of a wireguard connection: ```go type Net tunNet func (tnet *Net) Dial(network string, address string) (net.Conn, error) func (tnet *Net) DialContext(ctx context.Context, network string, address string) (net.Conn, error) func (net *Net) DialContextTCP(ctx context.Context, addr *net.TCPAddr) (*gonet.TCPConn, error) func (net *Net) DialContextTCPAddrPort(ctx context.Context, addr netip.AddrPort) (*gonet.TCPConn, error) func (net *Net) DialPing(laddr *PingAddr, raddr *PingAddr) (*PingConn, error) func (net *Net) DialPingAddr(laddr netip.Addr, raddr netip.Addr) (*PingConn, error) func (net *Net) DialTCP(addr *net.TCPAddr) (*gonet.TCPConn, error) func (net *Net) DialTCPAddrPort(addr netip.AddrPort) (*gonet.TCPConn, error) func (net *Net) DialUDP(laddr *net.UDPAddr, raddr *net.UDPAddr) (*gonet.UDPConn, error) func (net *Net) DialUDPAddrPort(laddr netip.AddrPort, raddr netip.AddrPort) (*gonet.UDPConn, error) func (net *Net) ListenPing(laddr *PingAddr) (*PingConn, error) func (net *Net) ListenPingAddr(laddr netip.Addr) (*PingConn, error) func (net *Net) ListenTCP(addr *net.TCPAddr) (*gonet.TCPListener, error) func (net *Net) ListenTCPAddrPort(addr netip.AddrPort) (*gonet.TCPListener, error) func (net *Net) ListenUDP(laddr *net.UDPAddr) (*gonet.UDPConn, error) func (net *Net) ListenUDPAddrPort(laddr netip.AddrPort) (*gonet.UDPConn, error) func (tnet *Net) LookupContextHost(ctx context.Context, host string) ([]string, error) func (net *Net) LookupHost(host string) (addrs []string, err error) ``` Once this is implemented we can build NetBird locally. Test ping/tcp via Lneto stack on host. Impact: CPU, Mem, latency, throughput. At this point we evaluate if Lneto as-is is adequate fit for Netbird or if changes need to happen. #### Phase 0.1 - gonet.UDPConn Need to implement the gonet.UDPConn functionality on Lneto's side. Specificially the address specific ReadFrom, WriteTo functionality within udp.Conn. Need to add a UDP listener abstraction #### Phase 0.2 - gonet.TCPConn Need to implement half-duplex close methods CloseRead,CloseWrite on Lneto's side. #### Phase 0.3 - netstack.PingConn Need to implement ICMPv6 Echo protocol. #### Phase 0.4 - IPv6 support and testing Lneto "technically" supports IPv6. It has been thus far designed to receive IPv6 addresses at the API level but at times returns unsupported errors at certain levels like DHCP and ICMP Echo(Ping) since we only support IPv4 for these protocols. Lneto will need to have modernization effort to fully support IPv6. #### Phase 0.6 - DNS over TCP Lneto currently only has a UDP based DNS client. We'll likely need to add a stream based client so it can be used over TCP. #### Phase 0.7 - Rebuild wireguard-go/tun/netstack/Net type With all these things in place we are ready to build the wireguard netstack with Lneto and put it to the test. ### Phase 2 - Testbuild: WASM Build and Browser tests Put Lneto on the browser for the ssh client, enable only for testers or have a way to test locally. Test connectivity via SSH. Stress tests. Compare with gVisor. Feedback loop with Lneto fixes. ### Phase 3 - Gradual Deployment Release Lneto behind opt-in feature. Measure Lneto's performance. Latency, bandwidth, CPU, error rate. Enable packet capture printing via [pcap](https://github.com/soypat/lneto/tree/main/internet/pcap) to be able to debug degenerate or buggy modes of operation ### Phase 4 - Full Rollout If Lneto is a clear win over gVisor in the browser then enable Lneto by default in WASM client and offer a fallback to gVisor webassembly binary. Monitor long-term: stability, performance. Impact: Broad use. Evaluate user experience (latency, throughput). ### Phase 5 - Evaluate more Lneto More Lneto? If you got up to this point maybe we want to replace gVisor in Netbird everywhere. Think on it. [^1]: https://www.usenix.org/system/files/hotcloud19-paper-young.pdf

saavagebueno added the feature-request label 2026-08-05 01:29:08 -04:00

saavagebueno commented

2026-08-05 01:29:08 -04:00

@jnfrati commented on GitHub (Apr 16, 2026):

Hey @soypat thanks for the suggestion![/+]
Lnato looks like a great library and I'll keep an eye on it, hope to see it grow and achieve more usage across different projects!
Unfortunately I don't think such a refactor is in the roadmap, the gVisor library might be slower but it also provides a battle tested implementation that we can rely on as we approach a v1 of the project.
I'll close this issue for now!

edit: My bad, this was discussed with the team and shouldn't have been closed!

@jnfrati commented on GitHub (Apr 16, 2026): > Hey @soypat thanks for the suggestion![/+] Lnato looks like a great library and I'll keep an eye on it, hope to see it grow and achieve more usage across different projects! Unfortunately I don't think such a refactor is in the roadmap, the gVisor library might be slower but it also provides a battle tested implementation that we can rely on as we approach a v1 of the project. I'll close this issue for now! edit: My bad, this was discussed with the team and shouldn't have been closed!

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dependabot/go_modules/github.com/eko/gocache/store/redis/v4-4.2.6

dependabot/go_modules/github.com/eko/gocache/lib/v4-4.2.3

fix/fail-to-create-upnp-port-mapping-on-opnsense-firewall

0.74.3-branch

fix/routeselector-atomic-exit-node

netmap_progressive_alignment

nmap/components-impl

dependabot/go_modules/github.com/jackc/pgx/v5-5.9.2

dependabot/go_modules/github.com/oapi-codegen/runtime-1.4.2

dependabot/go_modules/github.com/gopacket/gopacket-1.6.1

dependabot/go_modules/github.com/coreos/go-oidc/v3-3.19.0

dependabot/go_modules/github.com/pires/go-proxyproto-0.12.0

fix/signal-watchdog-sync-stop

docs/agent-network

test/affected-logic

fix/revert-ice-filter

refactor/simplify-affected-peers

pascal-filter-policies-by-direction

claude/lock-contention-peer-connect-g8t6au

dmitri-filter-policies-by-direction

refactor/migrate-profiles-to-go

profile-bindings-ios

fix/skip-restart-unchanged-route

fix/mgmt-cache-async-resolve

refactor/wails-update-105

client_lifetime_serialization_refactor

fix/browser-ssh-2

fix/ipv6-and-netstack-accept-loop

fix/browser-ssh

profile-id-name-test

refactor/mgmt-bootstrap

feat/getting-started-unified-wizard

socket-grpc-permissions

fix/mysql-index-migration

windows-dns-firewall

tests/enable-race-on-tests

ui-refactor-gtk3

feature/affected-peers-grpc

profile-id

lazyconn-first-packet-fix-v2

claude/focused-gates-VMTgb

ui-tray-linux-leftclick

fix/ctx-enrichment

daemon-owner

feature/android-client-ssh

worktree-accept-ra-forwarding

nmap/combined-deploy

task/align_protobuff_toolset

feature/session-extend

add-json-yaml-flags

refactor/ephemeral-cleanup

claude/webtransport-relay-wasm-mUjY9

claude/vnc-udp-feasibility-6KB1U

fix/wgport-config

e2e-windows-dns-combined

fix/login-cmd-root-flags

feat/reseller-openapi-spec

github-issue-resolver

add-steamos-support

fix-darwin-uninstaller

flutter-test

ci/freebsd-pkg-bootstrap

cached-serial-check-on-sync

fix-mgmt-cache-bypass-overlay

revert-easyjson-5938

revert-ice-5820

revert-firewalld-5928

refactor/permissions-manager

revert-dns-5935-systemd-resolved

revert-dns-5935-5945

revert-dns-5945-mgmt-cache

feature/log-most-busy-peers

prototype/ui-wails

coderabbitai/utg/8ae8f20

feature/use-peer-fqdn-on-https

release/0.68.3

add-slack-channel

claude/rdp-token-passthrough-eNcqW

transparent-proxy

fix/macos-stale-route-eexist

crowdsec-selfhosted

fix/remove-otel-units

entire/checkpoints/v1

fix/getting-started

feat/static-connectors-combined-server

feature/use-local-keys-embedded

feature/fleetdm

set-env-only-if-not-fork

feature/expose-has-channel

fix/connection-status-race

fix/filter-cgnat-cni-ice-candidates

feature/check-cert-locker-before-acme

test/proxy-fixes

test/proxy-mtu

prototype/ui-tauri

test/proxy-speed

fix-reused-ports

feat/migrate-to-embedded-idp

feature/add-serial-to-proxy-merged

deploy/proxy-serial

test/connection

feature/disable-legacy-port

feature/flag-to-disable-legacy-port

test/perftest

fix/http-redirect

poc-token-command

dn-reverse-proxy

prototype/reverse-proxy-rename

prototype/reverse-proxy-logs-pagination

feature/client-metrics

prototype/reverse-proxy-clusters

debug-dns-route

fix/win-dns-batch

add-extra-route-logs

job-stream-notify-disconnection-eof

deploy/secrets-manager

trigger-proxy-update

bug/update-ios-client-code-build-tags

sync-client-netmap-serial

log/conn-disconn

nmap/compaction-deploy

ci-win-test

feature/disk-encryption-check

wasm-debug

swap-dns-prio

fix/dex-config

feature/migrate-auto-groups-to-table

nmap/compaction

dex-nocgo-stub

feature/exclude-terraform-from-rate-limiting

test-freebsd

retries-refactor

coderabbitai/docstrings/b7e98ac

feat/integrate-zitadel

bug/ios-hanging-reconection

zitadel-idp

feat/network-map-serial

refactor/get-account-no-users

feat/auto-upgrade

feature/report-high-pat-id

feature/temporary-access-for-resource

fix/nmap-fwrules

dont-restart-dns

prototype/ui

update-gomobile

go-dns-for-ice

wasm-ldflags

test-ldflags

wasmbuild-test

feature/networks-s2s

vk/compare-nmaps

dbg/bothmaps

reorder-dns-shutdown

fix/relay-reconnection-race

fix/nmap-exitnodes

vk/debug/nmap-both

move-licensed-code

feat/better-daemon-connection-lost-message

feat/auto-update-2

test/timings

refactor/getaccount-raw

tests/nmap-getaccount

refactor/nmap

refactor/nmap-limit-buffer

feature/detect-mac-wakeup

feature/extract-modules

quick-setings

feat/sync-limiter

feature/store-cache-impl

fix-install-version

feature/store-metrics

feature/metrics-on-store

feature/use-gorm-cache

loadtest-signal

unsymmetrical-squash

refactor/reducate-signaling

test/update-reduce

feature/store-cache

feature/remote-debug

cli-ws-proxy-backend-addr

feat/mgmt-map-serial

snyk-fix-d9d0081a4c7f9137bdb59d0d50a141a2

snyk-fix-7415cea5a11acd66753540ca2c598c63

job-yml-update

feature/android-allow-selecting-routes

fix/up-sequence

fix/dns-hash-update

snyk-fix-967adae9863f17f108ce8948d9117b8d

log/getaccount-by-peer

signal-suppressor

dns-exit-node

feature/auto-updates

feature/cache-srv-key

merged-fixes

fix/missed-offers-and-debug

debug-and-fixes

poc-wasm-clean-backend-s2s

test/remote-debug

debug-api

fix/remove-gpo-if-empty

fix/test-freebsd

fix/mysql-setup

fix/remove-logout-btn

handle-existing-domain-user

chore/unify-domain-validation

snyk-fix-c5fafc8a50ce1f29046e25a1fc346185

feat/profile-edit-btn

snyk-fix-a54966211e18d4cf67e5a2757cc006d1

log-short-id

feat/logout-ephemeral

log-checks

batch-wg-ops

nb-interface-default

feat/aws-integration

add/race-test

feature/relay-feature-versioning

fix/systemd-service-logs

poc/preprocessed-map

add-account-onboarding

bind-ipv6

fix/merge-main

logs/peerlogs-addpeer

feature/net-297-network-migration

feature/support-skip-auto-apply-exit-node-routes

set-cmd

set-command-with-cursor

feature/limit-update-channel

stop-using-locking-share

feature/poc-lazy-detection

feature/net-248-removal-of-sync-mutex-locks

test/multiple-peer-logging

preresolve

add-ns-punnycode-support

apply-routes-early

windows-search-domains

fix/connecting-route-filter

feature/management/rest-client/impersonate

debug-local-records

resource-fields-snake-case

test/grpc-rate-limit

traffic-correlation-policy

feature/rest-client-options

feat/events-metrics

feature/buf-cli

test/add-ratelimiter

test/remove-write-lock-on-add-peer

fix/add-peer-semaphore

feature/users-roles-endpoint

mlsmaycon-patch-1

debug-user-role

chore/primary-key-on-networks

feature/update-account-peers-buffer-startup

remove-ubuntu2004-runners

refactor/permissions-no-pat-allowed

ref/logrus-factory

use-conntrack-zone

deploy/permissions-account

feature/lazy-connection-idle

ref/improve-test-cov

restore-pr-3440

test/increase-grpc-timeouts

feat/buffer-account-peers-update

test/networkmapgeneration-changes

feature/base-manager

feature/flow-receiver

chore/benchmark-with-large-runner

refactor/handshake-initiator

client/ui-update-systray-icons

userspace-router

wgwatcher-test

output-if-key-already-exists

fix/relay-reconnection

feature/port-forwarding-client-codecleaning

detached2

test/callbacks-nil-iceconninfo

refactor/optimize-peer-expiration

enable-udp-port-for-docker-template

fix/relay-update

feature/apply-posture-netmap

fix/group-update-existing-resource

conntrack-stats

upgrade-okta-sdk

multi-price

test/conn-stat

set-min-parallel-tests-for-management

dns-interceptor

debug-dns

router-dns

add-static-system-info

debug-0.29.4

debug-0.33.0

account-refactoring

relay/2800_quic

route-get-account-refactoring

test/seed-random-routes

feature/get-account-refactoring

test/reconnect-race-condition

refactor/get-account-usage

feature/add-session-id-to-update-channel

improve-ipv4conn

fix/async-pion-event-handling

debug

add-offload

feature/validate-group-association-debug

fix/limit-conn-for-sqlite

test/engine-iface

test/transaction-for-jwt-sync

fix/engine-stop-in-foreground

feature/add-mysql-support

test-migration

refactor/header-size-values

relay/eliminate-gob

test/signal-dispatcher-with-relay

relay/debug

validate-icon

feature/ipv6-support

use-pre-expanded-peers-map

feature/use-signal-dispatcher

validate/peer-status

add-read-write-times

fix/sync-peer-race

feature/relay-status

netmap

evaluate/network-map-hash

fix/lower-dns-resolve-interval-on-fail

feature/relay

fix/go-mod-version

upgrade-nftables

synology-userspace-mode

fix/use-ip-for-default-routes-on-darwin

fix/proxy_close

enable-release-workflow-on-pr

deploy/peer-performance

feature/permanent-turn

feature/permanent-turn-proxy

deploy/posture-check-sqlite

feature/optimize_sqlite_save

debug-ios-behavior

fix/delete-route-only-after-adding

tshoot/windows-logger

remove-new-routing

refactor/eliminate-repo-dependency

add-arm-to-ci

refactor-demo-account-object

test/abc2

test/abc

send-ssh-rosenpass-config-meta

refactor-demo

ensure-schedule-never-runs-non-positive

feature/peer-validator-groupmgm

feature/peer-validator-fix

fix/include-active-dashboard-users

fix/handle-canceling-schedule

fix/geo-download

debug-google-workspace

yury/resolve-ip-to-location

feature/extend-sysinfo

sqlite-async-peer-status

yury/add-postgresql-store

fix/route

test-build

posture-checks-poc

debug-keycloak-idp

poc/netstack

for-pascal-tmp

peer-logout-management

manual-peer-logout

detached

chore/refactor-management

test/dns-bind

fix/enforce-acl-for-containers

yury/use-sync-map-in-updatechannel

fix/events-key-handling

filter-cache-on-load-account

fix/user-expiration

handle-user-context-cancellation

nb-client-k8s-statefulset

fake-addr

fix/iptables_in_docker

ebpf-debug

update-getting-started-flow-use-postgres

fix/peer_list_notification

feature/device-authentication-with-client-secret

feature/keep_alive

feat-groups-from-jwt

separate_proxy_from_wgconfig

fix/wg_conn

wg_conn_fix

wg_bind_parallel_processing

fix-rollback-get-acls

proxy_cfg_cleanup

performance-improvement-rego

update-lock-log-level

feat-client-side-acl

refactor/move_grpcserver_logic_to_account_manager

feature/event-storage

feature/update-idp-redeeming-invite

feature/api-peer-info

return-groupminimum-setupkey

feature/interface-bind

documentation_enhancement

fix-peer-registration

ssh

users_cache

pass-client-caller

client_caller_type

revert-283-feat-fix-windows-installer

periodic-peer-updates

ebpf

braginini/wasm

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Reference: DYNR/netbird#11272