Trigger verified transactional email in Make.com scenarios without limits
Say goodbye to Gmail connection drops, OAuth refresh errors, and low shared-host delivery rates. Dispatch transactional alerts and notifications via high-speed HTTP node.
Drop into your application in under 60 seconds
Native typed interfaces with zero unnecessary dependencies. Built for standard fetch and modern edge runtimes.
{
"url": "https://api.sadasend.com/emails",
"method": "POST",
"headers": [
{ "name": "Authorization", "value": "Bearer {{sadasend_api_key}}" },
{ "name": "Content-Type", "value": "application/json" }
],
"bodyType": "raw",
"contentType": "JSON (application/json)",
"requestContent": {
"from": "alerts@yourbusiness.com",
"to": "{{1.customer_email}}",
"subject": "New Ticket Created: {{1.ticket_title}}",
"html": "<h3>Support Ticket Confirmation</h3><p>We received your request: {{1.description}}</p>",
"tags": ["make-automation", "support-ticket"]
}
}Engineered for high deliverability and zero incident risk
Every layer from edge connection pooling to per-key rate limits is designed to keep critical transactional dispatches fast, reliable, and contained.
Zero OAuth Expiration Issues
Standard Bearer API keys never expire or ask for recurring re-authorization, keeping mission-critical Make scenarios running continuously 24/7.
High-Reputation Outbound IP Pools
Avoid the spam folder. Your Make notifications dispatches pass strict SPF, DKIM, and DMARC verification on high-reputation infrastructure.
low-latency Processing Time
Fast edge ingestion frees up Make operation execution time, allowing your multi-step scenarios to finish faster and consume fewer credits.
Instant Delivery Webhooks
Feed bounce, delivery, open, and click events back into Make.com Custom Webhook triggers to automate downstream CRM and billing updates.
SadaSend vs Gmail / Google Workspace in Make
Using personal Gmail in Make risks automated account suspension, 500-send daily limits, and frequent token invalidations. SadaSend is built for scale.
| Feature & Capability | SadaSend | Gmail / Google Workspace in Make |
|---|---|---|
| Daily Send Limits | Unlimited by day (Monthly quota) | 500 - 2,000 / day strict cap |
| Permanent API Authentication | ||
| Custom DKIM & SPF Alignment | ||
| Bounce & Webhook Telemetry |
Start with 3,000 emails every month at zero cost
No artificial paywalls on security. Unlike legacy providers that reserve recipient allowlists or dedicated IP pools for high enterprise tiers, every SadaSend account receives full safety controls from day one.
Everything you need to know about Make email API
Clear, transparent answers on deliverability, API authentication, and rate limits.
Related developer guides and architectural tutorials
Explore step-by-step production implementation blueprints, benchmarks, and protocols.
REST API Reference & Endpoints
Complete REST API reference for sending emails, managing API keys, tracking delivery events, and configuring recipient allowlists with low latency.
SMTP relay & framework integrations
Connect existing applications, WordPress, Supabase, Laravel, Django, and Nodemailer to SadaSend via standard SMTP relay with zero code changes.
How to Send Transactional Email in Make.com: Complete HTTP Module Guide
Make.com scenarios require reliable transactional email dispatch. Learn how to connect SadaSend using the HTTP Make a Request module to achieve low latency without SendGrid rate limits or account freezes.
How to Send Transactional Email with n8n and SadaSend: The Complete Guide (Zero SMTP Limits)
Automate transactional email in n8n without SMTP timeouts, OAuth expirations, or account bans. Complete HTTP Request node setup, copy-pasteable workflow JSON, and webhook handling with SadaSend.
Why your transactional email goes to spam
People assume transactional mail is exempt from filtering because it was requested. Mailbox providers do not know that, and mostly do not care.
Email Threat Modeling for SaaS: Preventing Compromised API Key Abuse
What happens when an engineer accidentally commits an email API key to a public GitHub repo? Here is the threat model and defense blueprint.
SPF, DKIM and DMARC: what each one actually does
Three records, endlessly confused with each other. Here is the mental model that makes them stop being confusing, and the two mistakes that cause most failures.