easybdit / laravel-mikrotik

v0.1.0 2026-09-27 06:19 UTC

Requires

• php: ^8.1|^8.2|^8.3|^8.4
• illuminate/contracts: ^10.0|^11.0|^12.0|^13.0
• illuminate/http: ^10.0|^11.0|^12.0|^13.0
• illuminate/support: ^10.0|^11.0|^12.0|^13.0

Requires (Dev)

• orchestra/testbench: ^8.0|^9.0|^10.0|^11.0
• phpunit/phpunit: ^10.0|^11.0

MIT

• network
• monitoring
• laravel
• routeros
• mikrotik

Published on Packagist.org on 2026-09-27 06:39 UTC

README

A Laravel abstraction for MikroTik RouterOS devices.

This is P1 + P2 + P3 — an intentionally small, incrementally-grown release. It provides connection management and read-only retrieval of router resource info, hardware health, interfaces (with cumulative traffic counters and a one-shot rate reading), and log entries, all over the RouterOS REST API. Everything else — DHCP/PPP/firewall/VPN, monitoring persistence, scheduled polling, alerting, a binary-API transport, and AI-powered diagnosis (easybdit/laravel-mikrotik-ai, a separate future package) — is not implemented yet. See Known limitations below for the authoritative list.

Requirements

• PHP 8.1+
• Laravel 10, 11, 12, or 13
• A MikroTik router running RouterOS v7.1beta4 or later, with the www-ssl service enabled (Winbox/WebFig → IP → Services → www-ssl)

This package is HTTPS-only by design, not just by default. RouterOS's plain-HTTP REST variant sends your router credentials as unencrypted HTTP Basic Auth, and MikroTik's own documentation advises against it outside isolated testing. There is no configuration option to use plain HTTP.

Installation

composer require easybdit/laravel-mikrotik

Publish the config file:

php artisan vendor:publish --tag=mikrotik-config

Configuration

Set your router's connection details in .env:

MIKROTIK_CONNECTION=default
MIKROTIK_HOST=192.168.88.1
MIKROTIK_PORT=443
MIKROTIK_USERNAME=admin
MIKROTIK_PASSWORD=your-password-here
MIKROTIK_VERIFY_TLS=true
MIKROTIK_TIMEOUT=10

To monitor more than one router, add additional named entries directly in config/mikrotik.php:

'connections' => [
    'default' => [ /* ... */ ],

    'branch-01' => [
        'transport'  => 'rest',
        'host'       => env('MIKROTIK_BRANCH01_HOST'),
        'username'   => env('MIKROTIK_BRANCH01_USERNAME'),
        'password'   => env('MIKROTIK_BRANCH01_PASSWORD'),
        'verify_tls' => true,
        'timeout'    => 10,
    ],
],

MIKROTIK_VERIFY_TLS should stay true in production. Only set it to false for a router using a self-signed certificate you have not imported into a trusted CA store, and only if you understand the risk (disabling TLS verification exposes you to man-in-the-middle attacks against your router credentials).

Usage

use Easybdit\LaravelMikrotik\Facades\Mikrotik;

// Default connection
$router = Mikrotik::connection();

// A specific named connection
$router = Mikrotik::connection('branch-01');

$resource = $router->resource();
echo $resource->version;      // "7.15 (stable)"
echo $resource->cpuLoad;      // 3 (int, percent)
echo $resource->freeMemory;   // 1503133696 (int, bytes)

$health = $router->health();

if ($health->has('cpu-temperature')) {
    echo $health->get('cpu-temperature')->value; // 43 (int)
    echo $health->get('cpu-temperature')->type;  // "C"
}

// Devices expose different sensors — iterate whatever is actually there:
foreach ($health as $sensor) {
    echo "{$sensor->name}: {$sensor->value}{$sensor->type}\n";
}

Interfaces and traffic counters

$interfaces = $router->interfaces();

$eth1 = $interfaces->get('ether1');
echo $eth1->type;         // "ether"
echo $eth1->running;      // true (bool)
echo $eth1->rxByte;       // 205164277 (int, cumulative bytes received)
echo $eth1->rxError;      // 0 (int)
echo $eth1->linkDowns;    // 2 (int)

foreach ($interfaces as $interface) {
    echo "{$interface->name}: {$interface->rxByte} rx / {$interface->txByte} tx\n";
}

Traffic counters are cumulative, not live. rxByte/txByte/ rxPacket/txPacket/rxError/txError/rxDrop/txDrop are the totals RouterOS has counted since the interface's counters were last reset — in practice, since the last reboot. This package does not offer a live/instantaneous throughput reading here — see One-shot interface rate below for that, or poll interfaces() twice and divide the delta by the elapsed time:

$before = $router->interfaces()->get('ether1')->rxByte;
sleep(5);
$after = $router->interfaces()->get('ether1')->rxByte;

$bytesPerSecond = ($after - $before) / 5;

Be aware that a reboot resets these counters to zero — a delta taken across a reboot will read as negative or nonsensical, not as an error; this package does not detect or guard against that case.

interfaces() makes a single RouterOS REST call: GET /rest/interface. An earlier version of this package additionally called POST /interface/print with {"stats-detail":""}, on the assumption that counters needed a separate "stats" view — that's how RouterOS's own console splits them (/interface print vs /interface print stats-detail). Real-device verification (RouterOS 7.10.2, RB3011UiAS) showed the REST endpoint returns the full field set, counters included, in one response, so the second call was removed.

One-shot interface rate

$rate = $router->interfaceRate('ether1');

echo $rate->rxBitsPerSecond;    // 159176 (int)
echo $rate->txBitsPerSecond;    // 227456 (int)
echo $rate->rxPacketsPerSecond; // 182 (int)

This is RouterOS's /interface monitor-traffic ... once — a single instantaneous rate reading RouterOS itself computes over a brief internal sampling window, not a live/streaming subscription. Verified directly against a real device: POST /rest/interface/monitor-traffic with body {"interface": "ether1", "once": ""}. An invalid interface name throws RouterOsException with RouterOS's own message ("input does not match any value of interface").

Do not confuse this with interfaces()'s cumulative counters: this method makes a fresh request every call and returns whatever RouterOS measured at that moment, with no history retained by this package.

Logs

$logs = $router->logs();

foreach ($logs as $entry) {
    echo "{$entry->time} [{$entry->topics}] {$entry->message}\n";
}

// Simple equality filtering (sent as a REST query-string parameter):
$criticalOnly = $router->logs(['topics' => 'critical']);

$entry->time and $entry->topics are preserved exactly as RouterOS returns them and are not parsed. MikroTik's own documentation confirms the console log timestamp omits the date entirely for today's entries and omits the year always — there is no single safe format to normalize into without risking silent misinterpretation. topicsList() offers a best-effort comma-split of topics for convenience, but is not authoritative.

Filtering only supports simple equality (RouterOS REST's documented ?field=value query-string form). RouterOS's console-only ~ (contains/regex) filter operator is not supported over REST filtering in this phase.

Why health() doesn't return a fixed object

MikroTik hardware exposes different sensors per board — confirmed directly from MikroTik's documentation: a CCR1072-1G-8S+ reports power consumption, CPU temperature, four fan speeds, two board temperatures, and dual PSU voltage/current; other boards report only voltage and temperature; some legacy boards report numbered sensors like voltage1..voltage10. health() therefore returns a HealthReading — a bag of HealthSensor objects keyed by RouterOS's own sensor name. Asking for a sensor a device doesn't have returns null; it never throws.

Exception handling

use Easybdit\LaravelMikrotik\Exceptions\AuthenticationException;
use Easybdit\LaravelMikrotik\Exceptions\ConnectionException;
use Easybdit\LaravelMikrotik\Exceptions\RouterOsException;
use Easybdit\LaravelMikrotik\Exceptions\MalformedResponseException;
use Easybdit\LaravelMikrotik\Exceptions\MikrotikException; // base type

try {
    $resource = Mikrotik::connection('branch-01')->resource();
} catch (ConnectionException $e) {
    // Router unreachable or the request timed out.
} catch (AuthenticationException $e) {
    // Router reached; credentials were rejected.
} catch (RouterOsException $e) {
    // Router reached, credentials fine, RouterOS itself returned an error.
    // $e->getRouterOsErrorCode() / $e->getRouterOsDetail() are available.
} catch (MalformedResponseException $e) {
    // 2xx response, but not valid/expected JSON.
} catch (MikrotikException $e) {
    // Catch-all for any of the above.
}

Security

• HTTPS only; TLS certificate verification is on by default.
• Credentials live in your app's own config/.env — this package does not add a database table or admin UI for them in P1.
• No exception message this package throws ever includes the configured username or password — verified directly by the test suite (see tests/Feature/SecurityTest.php).
• This package's exception chain never retains the underlying Guzzle request object either. A connection failure's root cause is preserved as a plain message (host + failure description), not as the original exception object — which would otherwise carry the full outgoing request, including the Authorization: Basic ... header, reachable via getPrevious().
• The package never logs a request it makes, and in particular never logs the Authorization header.

Testing

composer install
vendor/bin/phpunit

The test suite uses Illuminate\Support\Facades\Http::fake() throughout — no physical MikroTik router is required to run it. The base TestCase also calls Http::preventStrayRequests(), so any request that doesn't match a registered fake fails the test immediately instead of silently making a real network call.

Known limitations

This package intentionally does not include:

• Continuous/streaming traffic monitoring — interfaces() gives cumulative counters, and interfaceRate() gives a one-shot instantaneous reading, but nothing subscribes to a live feed (RouterOS REST has no supported way to do this at all — see Interfaces and traffic counters and One-shot interface rate)
• Log filtering beyond simple equality (?field=value) — no ~ (contains/regex) filtering, no pagination beyond RouterOS's own log buffer size
• DHCP, PPP/PPPoE, firewall, or VPN modules
• Monitoring persistence, scheduled polling, or alerting
• A binary RouterOS API transport (port 8728/8729) — REST only
• Any AI integration (easybdit/laravel-mikrotik-ai is a separate, not-yet-built package; this package has no dependency on easybdit/laraveleasyai and never will)
• Multi-tenant / SaaS functionality
• Database-backed router credentials — configuration is .env/config file based only

RouterOS permissions

interfaces() and logs() were verified against MikroTik's public documentation only (no live device was available for this package's development) and are expected to work with the same RouterOS user "read" policy that resource()/health() already require. This was not independently re-confirmed for /interface or /log specifically — if your RouterOS user has a restricted policy set, verify read access to these menus against your own device.

License

MIT