Point your application, CMS or device at MigoSMTP and keep sending exactly as you do today, with authentication, TLS and limits handled for you.
An AI copilot explains every bounce and deferral in plain English.
Works with any framework, CMS, plugin, script or device that can send over SMTP. Connect with STARTTLS; unencrypted connections are not accepted.
Most frameworks, CMS plugins, printers, scanners and legacy scripts already know how to send over SMTP, so there is nothing new to install. You enter the host, username and key from your dashboard, choose STARTTLS, and your existing mail flow starts going through MigoSMTP. Connections without encryption are refused, which keeps credentials and message content protected on the wire.
Create credentials per application, environment or client, so you can rotate or disable one without touching the others.
A separate SMTP account for each application, environment or client means one leaked password never exposes everything. Name accounts after what they serve, for example billing, support or staging, and every report and log line is attributed to the right one. Agencies and platforms use this to keep client traffic apart.
Cap volume per account so one runaway job or leaked password cannot drain your quota or your reputation.
Sending limits are set on the account itself, so a bug that loops over a list or a compromised credential hits a ceiling instead of your whole quota. Limits protect shared reputation as well as cost: a sudden burst from one app cannot drag down mail from the others.
Lock an account to the server addresses you trust, so stolen credentials are useless from anywhere else.
An optional allowlist ties an SMTP account to the server addresses you trust. A stolen username and key then fail from any other network. It is the simplest second layer for production systems whose outbound addresses never change.
Hard bounces and complaints are suppressed for you, and temporary failures are retried before they count as failed.
Hard bounces and complaints are added to your suppression list automatically so you stop sending to addresses that cannot or will not receive mail. Temporary failures are retried with backoff before they are counted as failed, which protects deliverability and saves support time.
Find any message and see its SMTP responses, retries and final status, so support can answer where an email went.
Every message has a record you can search: recipient, subject, status, SMTP responses, retry history and the final outcome. Support teams can answer 'did this email go out, and what did Gmail say' without asking an engineer.
Publish the SPF and DKIM records we give you and add a DMARC policy. Each record turns green when it is verified.
Generate a username and a scoped key, then set the sending limit and optional IP allowlist for that app.
Change host, port and credentials in your app or plugin, send a test message and confirm the result in the message log.
Each stage plays automatically. Select one to pause on it. Illustrative interface: all figures and addresses shown are sample data.
Every SMTP account is separate, so you can rotate, limit or disable access for one app, environment or client without touching anything else.
An SMTP relay is a mail server that accepts messages from your application over the standard SMTP protocol and delivers them to recipients' mailbox providers on your behalf. Your app authenticates, hands off the message and moves on. MigoSMTP runs the relay on MigoMTA, so we handle queuing, retries, authentication signing and provider-specific throttling instead of you running and tuning your own mail server. You keep your existing code and libraries and change only the host, port and credentials.
Anything that can speak SMTP can use the relay: web frameworks, CMS plugins, ticketing and billing tools, scripts, printers and scanners. Each app, environment or client gets its own SMTP account with separate credentials, sending limits and an optional IP allowlist, so you can rotate or disable one without touching the rest. TLS is required on every connection. Per-account limits stop one misbehaving app from using up your quota, and usage reports show which account sent what.
A relay matters for deliverability because mailbox providers judge the sending infrastructure as much as the content. A managed relay signs mail with your domain's DKIM key, applies consistent authentication, slows down when a provider defers, retries temporary failures and suppresses addresses that bounce or complain. When something does go wrong, the message log shows the raw SMTP responses and our AI assistant explains them in plain language, so your team and your support desk can see what happened and what to change.
Replace unreliable server mail with an SMTP relay for WordPress. Enter the host and credentials in your SMTP plugin, and order confirmations and password resets stop landing in spam.
Agencies can create a separate SMTP account for each client site, each with its own limits, so a compromised plugin on one site cannot exhaust the shared quota or damage another client.
Laravel, Django, Rails, Node and CodeIgniter apps already have SMTP settings. Point the mail configuration at the relay and keep your existing mailers, templates and queues.
Printers, scanners and older line-of-business software often only support SMTP. The relay gives them authenticated, encrypted sending with no firmware changes and no rewrite.
Connect ticketing, CRM and invoicing software that sends its own email, so customer replies and receipts come from your authenticated domain instead of a shared server.
Use distinct accounts for staging and production with different limits and allowlists, so test traffic never mixes with live reputation or customer data, and both stay easy to audit.
Both deliver through the same infrastructure. Pick the one that fits the software you are connecting.
You can use both. Many teams keep SMTP for legacy tools and use the API for new services, under one workspace and one set of reports.
An AI copilot reads raw SMTP responses and logs, then explains in plain language why a message was deferred or bounced and suggests a fix. You decide whether to act.
Models learn each account's normal sending pattern and flag sudden spikes or drops, such as a runaway loop or a compromised credential. You choose whether to pause the account or only be notified.
Risk scoring highlights accounts with unusual behaviour or new source IPs and recommends rotating the password or tightening the allowlist. Nothing changes until you approve.
Paste your old provider's settings and the assistant drafts the host, authentication and DNS changes needed to switch. A person reviews the checklist before any traffic moves.
AI features are assistive: they explain and suggest, and your team approves any change to accounts, limits or routing.
Separate credentials let you rotate, limit or disable a single application without disrupting others, and make usage reports easy to attribute.
Publish SPF and DKIM and a DMARC policy before sending real traffic. Unauthenticated mail is the most common reason for early spam placement.
A sensible cap contains damage from loops and leaked credentials. Start close to your real volume and raise it deliberately as you grow.
If your app sends from fixed IPs, restrict the account to them. A stolen password is then useless from anywhere else.
Store the username and key in environment variables or a secret manager, never in a repository or a front-end bundle, and rotate them on a schedule.
Send a test message, then read the message log and the headers. Confirm TLS, the From address, DKIM and the final status before you move live traffic.
Still unsure about a setting? Our team can review your setup before you cut over.
An SMTP relay accepts email from your application and forwards it to the recipient's mail server. Your app authenticates with credentials over TLS and hands off the message. The relay then manages queuing, retries, signing and provider throttling, so you do not have to run your own mail server.
Verify your sending domain, create an SMTP account in the dashboard and enter the host, port and credentials in your app or plugin. Send a test message and check the log. For WordPress, add the same settings to your SMTP plugin.
SMTP lets existing software send with no code changes, using a standard protocol. An email API is a REST interface that suits new code and offers templates, idempotency and richer responses. Both deliver through the same infrastructure, so you can use each where it fits.
Yes. Create as many accounts as your plan allows, each with its own credentials, sending limits and optional IP allowlist. This isolates apps, environments and clients and lets you disable one without affecting the rest.
Bounces and complaints are recorded in your message logs. Hard bounces and complaints are added to your suppression list so you stop sending to them, and temporary failures are retried before they are treated as failed.
Yes, and we recommend doing it before you send real traffic. Authenticating your domain is the most important step for reaching the inbox. The dashboard shows the exact records to publish and marks each one when it verifies.
Usually, if the device supports authentication and TLS. Create a dedicated account with a low sending limit and an IP allowlist for it. If the device cannot use TLS, talk to us about options before you connect it.
No. The assistant explains bounces, flags unusual volume and suggests fixes, but your team approves any change to credentials, limits or routing. You can review its reasoning next to the underlying logs.
The DPDP Rules were published in November 2025 and phase in over 18 months. We explain the notice, consent, security, breach and retention duties in plain terms, the reported penalty ceilings and a plan for email programmes.
Password-based SMTP in Exchange Online is being retired after two postponements. We set out the reported timeline, what fails and when, the five migration routes and why system mail belongs on its own sending path.
As passkeys replace passwords, sign-in mail should shrink while recovery and security alerts matter more. We review the 2026 FIDO data and work through each message type and three scenarios to 2030.
Apple accounts for 62.26% of tracked opens, and AI assistants now read mail for people. We look at why the open rate fails, what the data says and which signals to measure instead.
Fluent, targeted phishing is now cheap. We review the figures and their weaknesses, explain what authentication can and cannot stop and set out what legitimate senders should do next.
BIMI shows a verified logo beside authenticated email, but its entry ticket is enforced DMARC. We set out Gmail's requirements, VMC against CMC, the unverified vendor claims and three scenarios to 2028.
A new class of sender is arriving: software agents with their own inboxes. We review the 2026 funding and product signals, the deliverability and security risks and three scenarios to 2030.
Two independent 2026 studies show DMARC records are common while enforcement lags. We compare their numbers, explain why domains stall at p=none and set out a 90-day plan to move to reject.
Create an account, add your domain and send your first email.
