Sub-100ms Routing Latency
SyncRivo processes and routes messages in under 100ms from webhook receipt to destination API delivery. Real-time conversations stay real-time across platforms.
Why latency matters for messaging
Chat is fundamentally a synchronous medium — users expect replies in seconds, not minutes. When a message bridge introduces more than 1 second of visible delay, it breaks the conversational rhythm. A Slack user sends a question; the Teams recipient sees it 3 seconds later. By that point, the Slack user may have already sent a follow-up, or assumed the message was lost. At scale — thousands of messages per hour across an enterprise — high latency bridges cause tangible productivity loss and user abandonment. SyncRivo's routing layer is engineered to keep message delivery invisible.
Our architecture
The key architectural decision is webhook push over polling. Polling-based integrations introduce latency proportional to their polling interval — a 5-second poll means messages can arrive up to 5 seconds late. SyncRivo uses native webhook APIs on all 5 supported platforms. Events are pushed to SyncRivo the instant a message is sent — no polling delay.
The routing engine itself is stateless: no database read occurs on the message hot path. Routing configuration is cached in memory at startup. Each message event resolves its routing rules and destination API credentials from in-memory structures, transforms the payload, and fires the outbound API call — all within a single async execution context.
See our live latency data on the message latency benchmark page.
Latency data
| Metric | SyncRivo routing layer | End-to-end (typical) |
|---|---|---|
| P50 (median) | 45ms | ~400ms |
| P99 (99th percentile) | 92ms | ~900ms |
| P999 (worst 0.1%) | < 250ms | < 2s |
Routing layer latency measured from webhook receipt to outbound API call. End-to-end includes source and destination platform API processing. Data from US East region.
What makes it fast
- No polling delays — native webhook push only
- Stateless routing engine — no DB read on hot path
- Multi-region deployment (US East, EU West, APAC)
- Native webhook APIs only — no third-party relay
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Frequently asked questions
- What is SyncRivo's message routing latency?
- SyncRivo's routing layer achieves a P50 latency of under 45ms and a P99 latency of under 92ms for message processing — from the moment a platform webhook fires to the moment SyncRivo calls the destination platform's API. End-to-end perceived latency (including origin and destination platform API processing) is typically under 1 second.
- How does SyncRivo achieve sub-100ms routing?
- SyncRivo uses webhook push (not polling) to receive messages from source platforms. The routing engine is built on an event-driven, stateless architecture that processes each message independently. There are no queues for standard messages — the routing path is: webhook received → transform → API call, all in-memory with no database read on the hot path.
- Is latency consistent globally?
- SyncRivo operates from multiple regions (US East, EU West, APAC) to minimize the geographic distance between the routing layer and each platform's API servers. Our public benchmark page publishes P50 and P99 latency measurements from each region, updated quarterly.