Soketi Alternative. Same Protocol. Without the Pager.

Vask is a hosted Pusher-protocol WebSocket service, built on Cloudflare's edge in 330+ cities. Same wire protocol your Soketi clients already speak. Same SDKs. Your sockets terminate on managed edge infrastructure instead of a server you provision. No CVEs to track. No upgrade window to schedule.

Why developers leave Soketi

You picked Soketi for a real reason. The most common one is the bill. Pusher's per-fan-out billing model charges per subscriber copy of a broadcast, so a single message to a channel of 1,000 listeners is 1,001 billable messages. Across a busy app with presence indicators, typing dots, or live cursors, that math is what drives teams to self-host. Soketi is the most popular open-source answer to that math, and it works.

What it does not solve is the operational cost of running it. The four things we hear repeatedly:

1. The pager. Self-host means somebody is on call when the WebSocket server falls over. For one-region apps with a small ops team, that is a real burden you priced in when you chose Soketi. For teams whose product is not WebSocket infrastructure, the burden compounds quietly. Every CVE patch, every node upgrade, every load test that needs a fresh staging cluster is engineering time not spent on the product.
2. The multi-region problem. Soketi runs as a single process. Multi-region Soketi means running multiple regional clusters with a shared pubsub layer (typically Redis), and a careful topology that handles cross-region message routing. Most Soketi shops do not do this. They run one region, accept the latency penalty for users on the other side of an ocean, and tell themselves they will fix it later. Later rarely arrives.
3. The maintenance cadence. The Soketi main repository's maintenance has slowed publicly. The maintainer has said in repository discussion that maintenance is "tight as hell." A Rust rewrite (Sockudo) is in progress in the community. None of this is a problem if you run a static install of Soketi that does what you need; it becomes a problem the moment a CVE lands or a protocol-level edge case surfaces and you need a patch this week.
4. No SLA. Community OSS is not contractually accountable for your downtime. For a side project that is fine. For a B2B product whose customer contracts require uptime commitments, the lack of an SLA is the conversation finance has with engineering when the renewal lands.

None of this is a moral failing of Soketi. Soketi is a well-built piece of open source that solved a real problem in its moment. The question is whether the trade (escape the per-fan-out bill, accept the ops cost) is still the right trade in 2026 when there is a third option.

How Vask is different

Three pieces of mechanism, no marketing varnish.

The Pusher protocol, kept on purpose. Soketi and Vask both implement the Pusher Channels protocol. That is not a coincidence; it is the wedge. The Pusher wire protocol has good SDKs in every language a working developer is likely to use, well-defined semantics for public channels, private channels, presence channels, and channel auth. Soketi proved the protocol was worth implementing as open source. Vask proves it is worth implementing as a managed service on the edge. Your client SDKs work unchanged when you switch. Laravel Echo, pusher-js, pusher-php-server, pusher-http-ruby, pusher-http-python: all of them connect to Vask the same way they connect to Soketi today.

Cloudflare's edge instead of a droplet. Connections terminate on Cloudflare's edge network, not the region where your VPS lives. Multi-region is the default, not a topology you build.

No WebSocket server to operate. We patch the CVEs, do the version upgrades, and own the load balancer. Support is direct; the person who can read your stack trace answers your email.

The receipts:

• Cloudflare-edge delivery in 330+ cities
• Pusher protocol drop-in. No SDK swap, no event-name rewrite, no auth model rewrite
• Multi-region by default. No cluster topology to build, no Redis pubsub to operate
• Host and credential swap for Pusher-compatible apps
• Built by people who ship. Answered by the same people.

Side-by-side

The table renders from a dated competitor fixture, so the numbers reflect Soketi's published positioning and typical self-host infra cost as of the verification stamp on the row. Refresh, do not trust.

What the migration looks like

Because both implementations speak the Pusher protocol, the migration is a host and credential swap. Everything that runs on top of the protocol keeps working.

Index: .env
===================================================================
--- .env
+++ .env
@@ -1,6 +1,6 @@
 BROADCAST_CONNECTION=pusher
-PUSHER_APP_KEY=your-soketi-key
-PUSHER_APP_SECRET=your-soketi-secret
-PUSHER_HOST=127.0.0.1
-PUSHER_PORT=6001
-PUSHER_SCHEME=http
+PUSHER_APP_KEY=your-vask-key
+PUSHER_APP_SECRET=your-vask-secret
+PUSHER_HOST=wss.vask.dev
+PUSHER_PORT=443
+PUSHER_SCHEME=https

A few things worth saying out loud:

• Nothing breaks at the SDK layer. The Pusher protocol is the contract. Soketi and Vask both honor it. The SDK does not know which host is on the other end of the WebSocket.
• Presence channels work. Private channels work. Channel auth works. Same auth pattern, same callback URLs on your app server.
• You can run both endpoints in parallel during the cutover. Spin up a feature flag, send a percentage of traffic to Vask, and verify the latency and bill against your existing Soketi cluster in flight. Roll back at any time by flipping the env var.
• If your Soketi deployment has accumulated configuration drift (custom event types, non-default channel name conventions, custom auth signing), the protocol behavior is the same on Vask; nothing about your application code needs to know it moved.
• If the migration runs into an edge case in your stack, email [email protected] and you will get an answer from someone who can read the diff.

When NOT to switch

Honesty matters more here than it does on most alternatives pages, because self-host is a legitimate choice and we respect why you made it. The cases where we would tell you to stay on Soketi:

• Your install is small, stable, single-region, and the ops are minimal. If you run one Soketi node behind a load balancer, it has not woken anyone up in six months, and your traffic fits inside it comfortably, do not switch. Vask is the answer when the operational tax outweighs the subscription cost, not before.
• You self-host on principle. Regulated industries, government work, data-sovereignty requirements, procurement mandates around stack control, or simply a strong preference for owning the runtime: all real. None of this is what Vask serves. Stay on Soketi; consider Sockudo when the Rust rewrite stabilizes if performance is the next constraint.
• You are using Soketi as a teaching surface. If the goal is "I want to understand how a WebSocket server works end-to-end at the protocol level," Soketi's source is the teaching surface. Read it. Run it. Vask is for production, not learning.
• Your traffic shape genuinely fits inside one server and the bill on a managed service is not better than your droplet. Some apps run mostly idle WebSockets at low fan-out. The Pusher-bill argument that pushed you to Soketi may not apply at your scale. The numbers above will tell you which side of the line you are on.

If none of those apply, the operating story works in your favor. The same protocol your code already speaks, on infrastructure you do not have to operate.

Get going

Same protocol. No droplet, no WebSocket server to maintain. Use Vask credentials, keep your existing client SDKs, and let the edge handle the rest.