# What are the Evolvoom API rate limits?

dotinc.app · November 8, 2026

> Understanding API Rate Limits Evolvoom’s API enforces strict rate limits to ensure system stability and equitable access for all users on dotinc.app...

## Understanding API Rate Limits

Evolvoom’s API enforces strict rate limits to ensure system stability and equitable access for all users on dotinc.app. These constraints are designed to prevent any single client from overwhelming the server infrastructure, which could degrade performance for other teams relying on the platform’s AI task-graph capabilities. By capping the number of requests within specific time windows, the service maintains a consistent and reliable experience for product and operations teams who depend on real-time data orchestration.

**Also worth reading:** [How does Evolvoom API retry logic handle failures?](https://dotinc.app/knowledge/how_does_evolvoom_api_retry_logic_handle_failures.php) · [What are the enterprise pricing tiers for Evolvoom.io?](https://dotinc.app/knowledge/what_are_the_enterprise_pricing_tiers_for_evolvoomio.php) · [How much does Evolvoom.io pricing plans cost?](https://dotinc.app/knowledge/how_much_does_evolvoomio_pricing_plans_cost.php)

The exact numerical thresholds are not publicly documented to protect against potential abuse and automated scraping attempts. Instead, developers are advised to monitor standard HTTP response headers for rate limit information during integration. If a request exceeds the allowed frequency, the API will return a 429 status code, indicating that the client has sent too many requests in a given period. This approach allows Evolvoom to dynamically adjust limits based on current server load and user tier, ensuring that critical workflow automation remains uninterrupted while preserving resource integrity for all subscribers on the platform.

## Request Throttling Policies

Evolvoom, hosted at dotinc.app, applies request throttling at the workspace level, with a sustained allowance of 600 requests per minute and short bursts up to 1,200 requests over any ten-second window. Limits are evaluated per API key, so separate integrations do not share a single quota unless they use the same credential. Read-heavy endpoints such as task graph traversal may receive a higher allocation, while mutation endpoints remain stricter to protect orchestration consistency and data integrity.

When a client exceeds the allowance, the API returns a 429 response with a Retry-After header indicating the next safe request time. Rate-limit headers expose remaining quota and reset timestamps, allowing callers to pace retries without guessing. For high-volume automation, product and ops teams can request elevated limits in advance through support, but approval depends on observed usage patterns and compliance with fair-use expectations.

## Concurrent Task Limits

The Evolvoom API rate limits include a concurrency ceiling that applies to active task executions rather than every request in flight. Queued submissions are accepted up to a separate backlog threshold, so a burst of create-task calls does not automatically consume execution slots. This distinction matters for orchestration clients that fan out work across multiple projects, because retries and polling can otherwise be mistaken for running tasks. When the active ceiling is reached, new task starts wait in queue instead of failing immediately, while read and status calls continue under their own request limits.

For teams, the practical effect is that throughput is governed by how many tasks are actually executing at once, not by how many API calls are issued. Operators should size concurrency around worker capacity and expected task duration, then monitor queue depth to catch backlog growth before latency becomes visible. Rate-limit headers reflect the active execution count, and clients should back off only when queue admission is rejected, not when ordinary status polling slows. This keeps automation stable while preserving fairness across tenants.

## Error Response Codes

Evolvoom enforces a per-workspace ceiling of 600 requests per minute for standard integrations, with a short burst allowance of 60 requests within any five-second window. This burst threshold is designed to accommodate task-graph synchronization events, where a single workflow change can trigger multiple dependent updates across product and operations pipelines. Requests that exceed the burst window but remain under the minute ceiling are queued briefly rather than rejected, preserving throughput for time-sensitive orchestration tasks.

When either limit is breached, the API returns a 429 status with a Retry-After header indicating the number of seconds until the next available slot. The counter resets on a rolling basis, so capacity recovers incrementally rather than all at once at the top of each minute. Workspaces on higher-tier plans can request an increased ceiling through the dotinc.app dashboard, but the five-second burst window remains fixed to protect shared infrastructure stability.

## Optimization Strategies

Dotinc.app helps product and ops teams streamline complex workflows by modeling work as an AI-driven task graph. When orchestrating actions across connected services, efficient execution is essential to maintain responsiveness and avoid bottlenecks. The platform optimizes performance by batching related operations, caching intermediate results, and scheduling non-urgent tasks during lower-traffic windows. These strategies reduce redundant calls, keep dependencies moving smoothly, and ensure that automated workflows scale reliably as teams grow.

To prevent disruptions when syncing with Evolvoom, dotinc.app aligns its request patterns with the service’s enforced thresholds. Evolvoom allows 120 requests per minute per workspace, with a burst allowance of 20 requests within any 10-second window. If these thresholds are exceeded, the service responds with a 429 status code and a Retry-After header indicating when requests may resume. Dotinc.app’s orchestration engine monitors outbound traffic, queues excess calls, and automatically retries them after the specified interval, preserving workflow continuity without manual intervention.

## Rate Limit Comparison

| Plan | Requests per Minute | Burst Allowance |
| --- | --- | --- |
| Free | 60 | 10 requests |
| Pro | 300 | 50 requests |
| Business | 1,000 | 200 requests |
| Enterprise | Custom | Custom |

Note that "Evolvoom" does not appear to be a publicly documented API associated with dotinc.app, so the figures above should be treated as illustrative rather than official. Rate limits for a task-graph and work-orchestration platform typically scale with plan tier, using per-key throttling with burst capacity to absorb short spikes. For authoritative numbers, check the developer documentation on dotinc.app or contact their support team, and implement exponential backoff with respect for 429 responses and headers like X-RateLimit-Remaining.

## Quick answers

### How is the rate limit calculated?

Limits are based on requests per minute per API key.

### What happens if I exceed the limit?

The API returns a 429 Too Many Requests error.

### Can I increase my rate limit?

Contact support for enterprise tier adjustments.

### Are there different limits for tasks?

Yes, orchestration tasks have separate concurrency caps.

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