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API Management

# Best RMM Tools with Robust APIs in 2026

Author

KKKavishka Karunanayake

Published

February 17, 2026

Last updated

March 30, 2026

On this page

RMM API integration capabilities determine whether you build a unified operations platform or remain siloed. For DevOps engineers and IT administrators managing 50-500 endpoints, API documentation quality determines whether you spend 40 or 160 development hours.

NinjaOne and Syncro lead for API completeness and documentation quality. Datto RMM offers comprehensive monitoring APIs but lacks critical endpoints for ticket management, patch operations, and billing, limiting it to monitoring-only scenarios. ConnectWise Automate provides deep capabilities but requires partner registration with 2-7 day approval delays. Atera provides the highest rate limits (700 req/min) but disables API access during trials, creating evaluation friction.

## Copied to clipboardQuick Overview

| Platform | API Type | Authentication | Rate Limit | Webhook Support | Documentation Quality | Integration Readiness |
| --- | --- | --- | --- | --- | --- | --- |
| NinjaOne | REST | OAuth 2.0 (multiple flows, PKCE supported) | Not explicitly documented | ✅ HMAC-SHA256 | Excellent | ⭐⭐⭐⭐⭐ |
| Syncro | REST | API Key | 180 req/min/IP | ✅ Present (not fully documented) | Excellent | ⭐⭐⭐⭐⭐ |
| Datto RMM | REST | OAuth 2.0 | 600 req/60s | ✅ Comprehensive | Very Good | ⭐⭐⭐⭐ |
| ConnectWise Automate | REST | OAuth 2.0 + Key | Undisclosed | ✅ Documented | Good (gated access) | ⭐⭐⭐⭐ |
| Atera | REST | API Key | 700 req/min | ❌ None documented | Good | ⭐⭐⭐ |
| Kaseya VSA | REST | Personal Token | 3,600/hr (endpoint-specific: 60/hr for assets) | ⚠️ Via SaaS Alerts | Excellent | ⭐⭐⭐ |
| N-able N-central | REST | JWT + Refresh | 1-50 concurrent requests | ❌ None documented | Good | ⭐⭐⭐ |
| Pulseway | REST | API Key | Not documented | ❌ None documented | Good | ⭐⭐⭐ |

## Copied to clipboardRMM API Capabilities and Features

Production-ready RMM integration platforms require comprehensive capabilities: robust authentication mechanisms (OAuth 2.0 vs. API keys), extensive data entity coverage (full CRUD across 10+ entity types), event-driven capabilities (webhooks with documented delivery patterns), and strong developer experience (comprehensive documentation, interactive tools, community support).

Platforms excelling across these dimensions enable complex multi-system workflows; those with gaps force workarounds that compound over time.

### Copied to clipboardRESTful API Architecture and Authentication

Every major RMM platform now offers REST APIs, but authentication implementations vary significantly in security posture and operational complexity.

OAuth 2.0 implementations (NinjaOne, Datto RMM, ConnectWise Automate, Kaseya VSA) provide the strongest security model:

- NinjaOne supports multiple OAuth 2.0 flows including Authorization Code with PKCE, Client Credentials, and Refresh Token grants. PKCE support prevents authorization code interception in public clients, and the platform's comprehensive flow support enables flexible integration patterns across different client types.
- Datto RMM offers extended 100-hour token validity, which reduces token refresh overhead but requires careful expiration monitoring. This differs significantly from standard 1-hour access tokens, requiring different refresh strategies.
- ConnectWise Automate requires both OAuth 2.0 and a custom subscription key header, adding complexity but enabling granular access control. The platform also enforces strict limits on authentication operations, requiring careful rate limit management.

API key authentication (Atera, Syncro, Pulseway) offers simpler implementation but introduces security considerations requiring mitigation:

- API keys with persistent validity require manual rotation for security (standard across platforms using API key authentication)
- Syncro transmits keys via query parameters rather than headers, a less secure pattern that exposes credentials in server logs
- API key authentication grants broader permissions without scope limitations compared to OAuth 2.0 implementations

Rate limiting varies dramatically across platforms, with up to an 11.67:1 spread between highest and lowest documented limits (Atera's 700 requests/minute vs. Kaseya VSA's 3,600 requests/hour general limit):

| Platform | Rate Limit | Enforcement Model | Practical Impact |
| --- | --- | --- | --- |
| Atera | 700 req/min | Temporary throttling with retry-after headers | Standard polling patterns sufficient |
| Datto RMM | 600 req/60s | Progressive throttling at 90% consumption before hard limit | Graceful degradation before hard limit |
| Kaseya VSA | 3,600/hr general; 60/hr assets | Endpoint-specific differentiation with accumulated failed request blocking | Asset-heavy workflows severely constrained |
| Syncro | 180 req/min/IP | IP-based tracking with hard blocking | Requires request batching and caching |
| N-able N-central | 1-50 concurrent | Concurrency-based HTTP 429 enforcement | Unique model; prevents slow-query resource exhaustion |

NinjaOne and ConnectWise Automate reserve discretionary enforcement of rate limits in license agreements rather than publishing specific numeric thresholds, creating planning uncertainty for high-volume integrations. This contrasts with platforms like Datto RMM (600 requests/60 seconds), Atera (700 requests/minute), and Syncro (180 requests/minute) that document explicit rate limits.

For production deployments, implement exponential backoff with jitter on rate limit errors. When receiving HTTP 429 responses, calculate wait times using the formula: wait_time = (2 ** attempt) + random.uniform(0, 1), starting with attempt 0 (1-2 seconds) and progressing through 2-3 seconds, 4-5 seconds, 8-9 seconds, and 16-17 seconds. This approach prevents thundering herd problems where multiple clients retry simultaneously. Additionally, implement monitoring to alert at 70% rate limit consumption, allowing proactive request management before hard blocks occur.

```python
# Exponential backoff with jitter for rate limit handling
# Implements progressive delay strategy: 1s, 2s, 4s, 8s, 16s with random variance
wait_time = (2 ** attempt) + random.uniform(0, 1)

```

This pattern is essential for handling HTTP 429 (Too Many Requests) responses across all RMM platforms. The exponential backoff prevents overwhelming rate-limited APIs during retry attempts, while the random jitter (0-1 second) prevents thundering herd problems when multiple clients retry simultaneously. Recommended maximum retry attempts: 3-5 before circuit breaker activation.

### Copied to clipboardData Access and Operations

API usefulness depends on which data entities are accessible and what operations you can perform. The gap between platforms is substantial.

- Full CRUD leaders (Syncro, Pulseway) support Create, Read, Update, and Delete across most major entity types, including devices, alerts, tickets, users, assets, patches, scripts, and billing data, with limited exceptions in specialized areas like system metrics.
- Strong CRUD with gaps (NinjaOne, ConnectWise Automate, Atera) cover 9-10 entity types with comprehensive operations. NinjaOne and ConnectWise Automate achieve full CRUD across all 10 major entity types, while Atera supports 9/10 (with read-only access to billing/licensing). NinjaOne notably includes complete ticket management, rare for RMM platforms that typically defer to PSA integrations.

Datto RMM lacks ticket management, patch management, and billing APIs entirely. Device operations exclude DELETE, and alert management is limited to read-only access. If your integration strategy depends on service desk automation, patch reporting, or alert modification capabilities, Datto RMM's API will block those workflows entirely.

Sample device entity response (NinjaOne):

```json
{
  "id": "device_123456",
  "name": "SERVER01-PROD",
  "serialNumber": "ABC123XYZ",
  "osVersion": "Windows Server 2019",
  "ipAddress": "10.0.1.50",
  "status": "ONLINE",
  "lastSeen": "2024-01-15T14:30:00Z",
  "organization": {"id": "org_789"}
}

```

Data entity coverage by use case:

| Use Case | Best Platforms | Avoid |
| --- | --- | --- |
| Service desk integration | NinjaOne, Atera, Syncro, Pulseway | Datto RMM (no ticket API) |
| Financial system sync | Syncro, NinjaOne, Pulseway | Datto RMM, N-able (no billing APIs) |
| Patch management automation | NinjaOne, Atera, Syncro, Pulseway, Kaseya, ConnectWise | Datto RMM (no patch endpoints) |
| Custom reporting | Syncro, Pulseway (CRUD on reports) | Most others (read-only) |

### Copied to clipboardWebhook and Event-Driven Capabilities

Real-time event notification separates reactive integrations from proactive automation. Eight platforms offer documented webhook support, with varying levels of maturity and event coverage.

Datto RMM provides comprehensive webhook implementation:

- Event types: Alert triggered, alert resolved, monitor-specific events, device status changes
- Configuration: Dual-level (per-monitor and global webhooks)
- Payload customization with predefined variables (`deviceID`, `hostname`, `alertType`, `severity`)
- Integration targets include Microsoft Teams, Slack, Power Automate, Zapier, and custom HTTPS endpoints
- 64 KB maximum payload size

NinjaOne webhooks include HMAC-SHA256 signature verification for security, with configurable filtering by alert severity and organization.

ConnectWise Automate supports webhooks for ticket lifecycle, device status, and system alert events. While webhook signature validation is documented, the comprehensive event catalog is not fully detailed in public documentation and requires vendor inquiry for a complete list of supported events.

GoTo Resolve offers webhook support for session management and account resources, though delivery guarantees and detailed event specifications are not fully documented.

Platforms without documented webhooks (Atera, Pulseway, N-able N-central) require polling-based architectures as an alternative to the event-driven webhook approach available on platforms like Datto RMM:

```
GET /api/v2/alerts?since=<timestamp>&status=ACTIVE
// Process results
// Store high water mark for next poll
// Implement exponential backoff on rate limits

```

For platforms with webhook capabilities, implement a hybrid architecture to ensure reliability:

1. Primary path: Webhook delivery for real-time event notification
2. Secondary path: Scheduled polling to catch any missed webhook events
3. Reconciliation: Periodic batch processes to validate synchronization state

This approach addresses the documented challenge that no platform provides comprehensive webhook delivery guarantees or SLA documentation, requiring organizations to implement fallback mechanisms for production deployments.

### Copied to clipboardDocumentation and Developer Experience

Documentation quality directly correlates with implementation time. Platforms with excellent documentation (NinjaOne, Syncro) enable implementation in 40-80 hours, while those with poor documentation or gated access (ConnectWise, Atera) typically require 80-160 hours. Additionally, rate limit constraints create substantial hidden costs: platforms with low rate limits (180 req/min) require architectural complexity including request batching (+40-60 hours), intelligent caching (+20-40 hours), and queue management (+30-50 hours), totaling 90-150 additional development hours beyond baseline implementation.

Tier 1 - Excellent:

- NinjaOne API docs are highly regarded for quality, with comprehensive endpoint coverage, OpenAPI specifications for client generation, extensive code examples, and public accessibility without registration barriers. The documentation is widely recognized in the developer community for these strengths.
- Syncro documentation offers an interactive Swagger interface covering 30+ entity types. Uniquely, Syncro provides a 14-day free trial with no credit card required, offering the lowest barrier for API evaluation among major platforms.

Tier 2 - Good:

- Datto RMM provides interactive Swagger UI with technically detailed documentation, though error messages tend toward generic responses.
- Atera offers Swagger V3 documentation with Postman examples, but API access is disabled during trial periods, a significant evaluation barrier that prevents hands-on testing before purchase.

Tier 3 - Friction points:

- ConnectWise Automate requires partner registration and approval, with community reports of 2-7 day delays. The documentation quality is good once accessible, but the gated model creates unnecessary onboarding friction.

SDK availability is an industry-wide gap:

| Platform | Official SDK | Client Generation |
| --- | --- | --- |
| Atera | Python (only official SDK in market) | OpenAPI spec available |
| NinjaOne | None | OpenAPI spec provided |
| Syncro | None | Swagger spec available |
| Datto RMM | None | Swagger spec available |
| All others | None | Limited |

For platforms that provide OpenAPI/Swagger specifications, you can generate custom SDKs using OpenAPI Generator or Swagger Codegen. Plan for 40-160 hours of development and testing, depending on platform complexity and the depth of required SDK functionality.

## Copied to clipboardIntegration Examples and Use Cases

API capabilities enable critical business integrations across RMM platforms. Key integration patterns include alert-to-ticket automation (leveraging webhook and REST API capabilities), custom reporting and analytics (supported by most platforms' data entity endpoints), and workflow orchestration through script execution and automation triggers, each presenting distinct implementation challenges related to rate limiting, data mapping, and security considerations.

### Copied to clipboardTicketing System Integration

Automated ticket creation from RMM alerts eliminates manual triage while ensuring consistent SLA tracking. Implementation complexity depends on multiple factors: whether your RMM and PSA have native integration support (ConnectWise Automate + Manage require 40-80 hours vs. custom API integrations requiring 80-160 hours), your RMM's rate limits (platforms with 700+ req/min require minimal architectural complexity vs. those with 180 req/min requiring sophisticated batching and caching logic), documentation quality, and webhook availability for real-time event delivery.

NinjaOne → ConnectWise Manage represents a well-documented API-based integration:

- Automated device discovery syncs configuration items to CMDB
- Device status changes trigger ticket creation with customizable templates
- Bidirectional sync: RMM status updates flow to tickets; ticket closure resolves RMM alerts
- Remote session launching directly from ticket interface
- Time entry synchronization for technician billing

Datto RMM → Autotask PSA (native integration):

```json
RMM Alert → Autotask Ticket Field Mapping:
- alertID → externalReferenceID
- severity (Critical) → priority (1 = highest)
- alertType → category mapping
- deviceName → CI reference
- alertMessage → description
- timestamp → createdDateTime

```

Note: While Datto RMM offers bidirectional API synchronization with Autotask PSA, the platform has significant limitations for comprehensive ticket management automation. Field mapping requires careful planning to align Datto device hierarchy with Autotask CI relationships, and initial implementation typically requires 40-80 hours of configuration work.

Implementation typically requires 40-80 hours for CMDB structure alignment between Datto device hierarchy and Autotask CI relationships.

Custom REST integration pattern (any RMM → Jira, ServiceNow, Zendesk):

```powershell
# Alert triggers this script
$alert = Get-AlertData
$jiraPayload = @{
    "fields" = @{
        "project" = "IT-OPS"
        "summary" = "Alert: $($alert.Name) - $($alert.Hostname)"
        "issuetype" = "Incident"
        "priority" = Get-PriorityFromSeverity $alert.Severity
        "customfields" = @{
            "CF_MonitorID" = $alert.MonitorID
            "CF_AlertID" = $alert.AlertID
        }
    }
}
Invoke-JiraAPI -Endpoint "/issue" -Method POST -Body $jiraPayload

```

Alert filtering prevents ticket flooding. Without filtering, bulk alerts can overwhelm ticketing systems, creating one ticket per alert regardless of relevance. Implement filtering rules to reduce alert volume by 90-95%, converting hundreds of daily alerts into a manageable 15-30 tickets per day:

- Severity-based: Only Critical/High create tickets immediately; Medium alerts batched during business hours
- Device-based: Production systems only; exclude test/dev environments
- Time-based: Business hours only; after-hours alerts batch into morning queue
- Frequency-based: Suppress duplicates within 30-minute windows
- Category-based: Skip informational alerts; only create tickets for actionable items

Proper alert filtering can significantly reduce ticket volume, with organizations commonly implementing severity-based, device-based, time-based, and frequency-based filters to manage alert overload and prevent ticket system saturation.

### Copied to clipboardCustom Reporting and Analytics

Exporting RMM data to analytics platforms enables visibility beyond native dashboards. API capabilities determine what's possible.

Bulk data export leaders:

Syncro and Pulseway offer comprehensive report access capabilities, with Syncro uniquely supporting full CRUD operations on reports for programmatic report generation and export. Most other platforms provide read-only access to pre-built reports.

Standard export pattern:

```python
def export_device_inventory():
    devices = []
    page = 1
    while True:
        response = rmm_api.get(f"/devices?page={page}&pageSize=100")
        devices.extend(response['data'])
        if not response['hasMore']:
            break
        page += 1
    return devices

```

Analytics platform integration targets:

- Splunk: Ingest device inventory, alert history, patch compliance data
- Power BI: Build executive dashboards from exported metrics
- Custom data warehouses: ETL pipelines for cross-platform reporting

Rate limit impact on bulk exports:

Syncro's 180 req/min limit means a 10,000-device inventory export (at 100 devices/page) takes minimum 33 seconds. Atera's 700 req/min allows the same export in ~9 seconds. For daily sync jobs, this difference is negligible; for real-time dashboards, it's significant.

### Copied to clipboardWorkflow Automation and Orchestration

SOAR (Security Orchestration, Automation, and Response) integration capabilities vary significantly across RMM platforms. While leading platforms like NinjaOne, ConnectWise Automate, and Datto RMM offer documented SOAR integrations, most require custom development. Supported workflows include automated incident response, such as isolating compromised devices, collecting forensics, and triggering remediation, though these capabilities are typically limited to alert-based events.

Organizations should note that direct RMM-SOAR integrations remain nascent, with most advanced automation requiring custom API development or intermediary security platforms like ThreatDown to bridge RMM and SOAR systems.

NinjaOne offers SOAR integration with documented support for:

- Splunk SOAR via Splunkbase app
- Siemplify (now Google SecOps)
- Swimlane SOAR

Note: Direct RMM-SOAR integrations remain nascent across the industry; most implementations require custom development or intermediary platforms like ThreatDown.

Example ransomware response workflow:

```
SOAR Incident Detected
    ↓
Query NinjaOne for device status (via REST API)
    ↓
Execute isolation script (requires human approval)
    ↓
Collect forensic logs via NinjaOne API
    ↓
Update incident with findings
    ↓
Auto-disable compromised user accounts (via API-triggered actions)

```

Note: This workflow represents capabilities documented in NinjaOne's Splunk SOAR integration. Actual implementation requires configuration of pre-built automation playbooks with human approval gates for destructive actions, as detailed in NinjaOne's SOAR integration documentation.

ConnectWise Automate integrates with Splunk On-Call for alert-to-incident workflow automation, enabling remote script execution triggered by incident response playbooks and ticketing integration from incident events.

ThreatDown (Malwarebytes) serves as an integration bridge for RMM platforms seeking SOAR connectivity. ThreatDown integrates with multiple RMM platforms including ConnectWise Automate, Kaseya VSA, Datto RMM, Atera, and Syncro, while also supporting Splunk SOAR and Palo Alto Cortex XSOAR, enabling indirect RMM-SOAR connectivity for organizations without native SOAR support in their RMM platform.

### Copied to clipboardThird-Party Tool Connectors

Beyond ticketing and SOAR, common integration targets include collaboration platforms and IT documentation systems.

Slack/Microsoft Teams integration:

- Datto RMM webhooks support delivery to Teams and Slack through integration platforms (Microsoft Power Automate, Zapier)
- NinjaOne webhooks support alert notifications with filtering by severity and organization
- Other platforms require middleware (Zapier, Make.com, Power Automate) for Teams/Slack delivery

ServiceNow integration pattern:

```
POST https://instance.service-now.com/api/now/table/incident
Authorization: Basic {encoded_credentials}

{
  "short_description": "Alert: CPU High - SERVER01",
  "urgency": "1",
  "impact": "1",
  "assignment_group": "Infrastructure",
  "u_external_reference": "ALT-2024-001234"
}

```

Device identification and field mapping:

- Device identification requires careful consideration of unique identifiers across platforms
- Common challenge: Multiple MAC addresses per device (Wi-Fi, Ethernet, VPN) create mapping ambiguity; use serial number + hostname for unique identification
- Field mapping complexity: RMM platforms use inconsistent field naming conventions (e.g., `LastSeen` vs. `LastContactTime` vs. `LastCheckIn`) requiring translation tables and transformation logic
- Data type mismatches common: Dates use different formats (ISO 8601 vs. Unix timestamp vs. locale-specific), booleans vary (0/1 vs. true/false vs. yes/no), and IDs may be strings or integers requiring type casting

Integration platform options:

- Zapier/Make.com: Low-code webhook processing for simple workflows; suitable for non-critical alert routing but introduces 5-15 minute synchronization delays compared to direct API integration
- Power Automate: Microsoft ecosystem integration with conditional logic; effective for organizations with existing Azure/Microsoft infrastructure
- Rewst: MSP-focused automation platform with pre-built RMM connectors; facilitates ConnectWise Automate webhook configuration
- Custom middleware: Node.js/Python services for complex transformation logic; recommended for organizations requiring <1 second synchronization or advanced data mapping beyond platform capabilities

## FAQs

### Do RMM platforms charge for API access?

### Which platform should I choose if ticketing integration is my primary use case?

### How do I handle webhook delivery failures?

### What security controls should I implement for RMM API integrations?

### Can I evaluate API capabilities before purchasing?

### What's the typical implementation timeline for RMM API integrations?

### How do rate limits affect my integration architecture?

### Which platforms support real-time event streaming?

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{"@type":"FAQPage","@context":"https://schema.org","mainEntity":[{"name":"Do RMM platforms charge for API access?","@type":"Question","acceptedAnswer":{"text":"No major RMM vendor charges per-API-call fees as of 2024-2025. APIs are included in standard licensing. However, rate limits function as de facto usage caps. Syncro's 180 req/min versus Atera's 700 req/min creates a 3.9x capacity difference that may require architectural workarounds including request batching, intelligent caching, and queue management. Additionally, NinjaOne and ConnectWise reserve discretionary usage charges in license agreements, creating cost uncertainty for high-volume integrations. Always negotiate written rate limit guarantees for enterprise deployments.","@type":"Answer"}},{"name":"Which platform should I choose if ticketing integration is my primary use case?","@type":"Question","acceptedAnswer":{"text":"Avoid Datto RMM entirely: it lacks ticket management APIs. For native PSA integration with minimal development, choose ConnectWise Automate + Manage (same vendor, sub-second sync). For flexibility with third-party ticketing (Jira, Zendesk, ServiceNow), NinjaOne or Syncro offer the most complete ticket CRUD operations with excellent documentation. Expect 40-80 hours for native integrations, 80-160 hours for custom REST implementations.","@type":"Answer"}},{"name":"How do I handle webhook delivery failures?","@type":"Question","acceptedAnswer":{"text":"No RMM platform documents webhook delivery guarantees or SLAs. Implement a hybrid architecture: use webhooks as the primary real-time path where available, scheduled API polling (15-60 minute intervals) as fallback, and nightly reconciliation jobs to validate sync state. For webhook receivers, implement idempotency (deduplicate by alert ID), signature verification (NinjaOne provides HMAC-SHA256), and retry-after header handling. Monitor webhook delivery patterns and implement exponential backoff retry logic (1s, 2s, 4s, 8s, 16s) to handle transient failures, as webhook reliability is not formally guaranteed by vendors.","@type":"Answer"}},{"name":"What security controls should I implement for RMM API integrations?","@type":"Question","acceptedAnswer":{"text":"Store API credentials in enterprise secrets management (HashiCorp Vault, AWS Secrets Manager, Azure Key Vault): never in code or config files. For OAuth 2.0 platforms, implement PKCE for public clients, refresh tokens 5-10 minutes before expiration, and request minimum necessary scopes. Rotate API keys every 90 days (30-60 days for high-security environments). Verify webhook signatures using HMAC-SHA256 (or platform-specific method) to prevent spoofed alerts. Implement IP whitelisting where supported (Kaseya VSA). Create dedicated service accounts per integration with documented least-privilege permissions reviewed quarterly.","@type":"Answer"}},{"name":"Can I evaluate API capabilities before purchasing?","@type":"Question","acceptedAnswer":{"text":"Syncro is the only documented platform offering a true sandbox: a 14-day free trial with pre-loaded test data and full API access. Datto RMM and NinjaOne provide full API access during trials. Atera disables API access during trials, preventing evaluation. ConnectWise requires partner registration with reported 2-7 day approval delays. For platforms without trial API access, request a proof-of-concept environment during sales negotiations or rely on published OpenAPI specifications to assess endpoint coverage.","@type":"Answer"}},{"name":"What's the typical implementation timeline for RMM API integrations?","@type":"Question","acceptedAnswer":{"text":"Simple alert-to-ticket automation: 40-80 hours for native integrations, 80-160 hours for custom REST implementations. Bidirectional sync with status updates: add 20-40 hours. SOAR integration with automated remediation: 120-200 hours depending on playbook complexity. However, rate limit constraints significantly impact timelines: platforms with low rate limits (180 req/min) require additional 90-150 hours for request batching, caching, and queue management logic, while platforms with higher limits (700 req/min) follow standard patterns. Factor in 5-20 hours monthly maintenance for API changes, rate limit adjustments, and error handling updates. 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Always implement exponential backoff with jitter for 429 responses.","@type":"Answer"}},{"name":"Which platforms support real-time event streaming?","@type":"Question","acceptedAnswer":{"text":"No RMM platform offers native real-time streaming via Kafka, Kinesis, or Event Hubs. Webhooks provide near-real-time delivery (typically under 1 second) but without delivery guarantees. Breeze RMM offers WebSocket communication alongside REST APIs: the closest to real-time streaming in the market. For true streaming requirements, implement a webhook receiver that publishes to your own message queue infrastructure.","@type":"Answer"}}]}

```