Pollsockets Laravel Laravel Package

Product Decisions This Supports

• Real-time-ish feature bets without WebSocket operations: This package is relevant when product wants live notifications, activity feeds, job/progress updates, dashboards, or lightweight presence using Laravel-native polling rather than standing up and operating a WebSocket stack.
• Build vs. buy for live updates: v2’s millisecond cursor and client origin make the package more credible for ordering-sensitive updates and multi-client attribution, reducing the need to build custom cursor/versioning and client-origin plumbing.
• Roadmap sequencing for engagement features: Teams can prototype live UX in a Laravel app first, measure polling cost and perceived latency, then decide whether to graduate high-value streams to WebSockets or keep lower-frequency streams on polling.
• Multi-device and multi-tab product behavior: “Client origin” suggests better tracking of which client/tab/device originated or consumed updates. This supports decisions around deduplication, presence, notification routing, and per-client state.
• Latency-sensitive update ordering: Millisecond cursors support product decisions where “newer than X” matters — e.g., event streams, audit-style feeds, incremental dashboard refreshes — without coarse second-level cursor gaps.
• Major-version upgrade planning: 2.0.0 is a breaking release. PMs should treat it as a migration decision: schedule client/server compatibility work, validate cursor semantics, and avoid mixing v1/v2 clients unless explicitly supported.

When to Consider This Package

Consider it when:

• The product is built on Laravel/PHP and can adopt a Laravel-native package with modest integration effort.
• The real-time requirement is moderate frequency, not ultra-low-latency. Polling-based delivery is acceptable for notifications, feeds, dashboards, progress indicators, or periodic sync.
• The team wants to avoid operating WebSocket infrastructure, sticky sessions, or a separate real-time service.
• The product needs ordered incremental updates and would benefit from millisecond-resolution cursors.
• There is a need to distinguish client origin for multi-tab, multi-device, or multi-origin update flows.
• The environment has restrictive proxies/firewalls where HTTP polling is more reliable than persistent connections.
• The team can absorb a major-version migration and coordinate client upgrades.

Look elsewhere when:

• The product requires chat, collaborative editing, high-frequency presence, gaming, or sub-second fanout at scale.
• Polling load would be unacceptable due to high concurrent users, expensive queries, or strict infrastructure budgets.
• You need a vendor-backed SLA, managed real-time service, or formal enterprise support.
• The application is not Laravel/PHP or the team cannot maintain package-level integration.
• The 2.0 breaking changes cannot be rolled out safely across existing clients.
• You need advanced WebSocket features such as binary streams, backpressure controls, or complex pub/sub topologies.

How to Pitch It (Stakeholders)

For executives:
This package lets us test and ship live-update experiences in our Laravel product without immediately funding and operating a separate real-time infrastructure stack. The 2.0 release improves update precision and client attribution, which matters for multi-device experiences and ordered feeds. The trade-off is a major-version migration and ongoing polling load, so we should position it for moderate-frequency features first and measure cost before expanding.

For engineering:
v2 introduces millisecond cursors and client origin, improving ordering granularity and client-level traceability. Treat 2.0.0 as breaking: audit cursor assumptions, client compatibility, and migration path before rollout. It is a good fit where HTTP polling is acceptable; it is not a substitute for low-latency WebSockets at high fanout.

For product:
Use this to prototype live notifications, feeds, dashboards, and progress updates quickly. Validate perceived latency and polling cost with real usage, then decide which streams deserve a WebSocket investment and which can remain on polling. Plan the v2 upgrade as a product-visible migration if existing clients depend on cursor behavior.