How to Use Checkly for Meeting Notes

Why Use Checkly for Meeting Notes?

You might wonder how a monitoring tool like Checkly relates to meeting notes, but the connection becomes clear when you consider the modern workflow: your team likely uses web-based meeting platforms (Zoom, Google Meet, Teams) and collaborative note-taking tools (Notion, Confluence, Google Docs). These services can fail or degrade at critical moments—right before important client calls or during board meetings.

Checkly provides monitoring as code that ensures your meeting infrastructure stays reliable. You can set up automated checks that verify your meeting platforms are accessible, test authentication flows, and monitor the availability of your note-taking applications. When something breaks, you'll know immediately rather than discovering it when stakeholders are waiting to join a call.

The monitoring-as-code approach means your checks live alongside your infrastructure code, making them version-controlled, reviewable, and deployable through your existing CI/CD pipeline.

Getting Started with Checkly

Before diving into setup, you'll need a Checkly account and the CLI installed. Checkly operates on a credit-based system where each check run consumes credits based on duration and location.

First, install the Checkly CLI:

```bash npm install -g checkly ```

Sign up for a Checkly account at checkly.com. The free tier includes 10,000 check runs per month, which covers basic meeting infrastructure monitoring for small teams.

Create a new directory for your monitoring project:

```bash mkdir meeting-infrastructure-checks cd meeting-infrastructure-checks checkly login checkly init ```

This creates a TypeScript project with example checks. Checkly supports checks written in TypeScript/JavaScript, making them maintainable and testable like any other code.

Step-by-Step Setup

Monitoring Video Conferencing Platforms

Start by creating a check that verifies your primary meeting platform is accessible. Here's an example for Zoom:

```typescript // checks/zoom-availability.check.ts import { ApiCheck, AssertionBuilder } from 'checkly/constructs'

new ApiCheck('zoom-web-portal', { name: 'Zoom Web Portal Availability', request: { url: 'https://zoom.us', method: 'GET', }, assertions: [ AssertionBuilder.statusCode().equals(200), AssertionBuilder.responseTime().lessThan(3000), ], locations: ['us-east-1', 'eu-west-1'], frequency: 300, // 5 minutes tags: ['meeting-platform', 'zoom'], }) ```

For more comprehensive testing, create a browser check that simulates joining a meeting:

```typescript // checks/zoom-meeting-flow.check.ts import { BrowserCheck } from 'checkly/constructs'

new BrowserCheck('zoom-meeting-join-flow', { name: 'Zoom Meeting Join Flow', code: { entrypoint: './zoom-meeting-test.spec.ts' }, locations: ['us-east-1', 'eu-west-1'], frequency: 900, // 15 minutes tags: ['meeting-platform', 'zoom', 'e2e'], }) ```

Create the corresponding Playwright test:

```typescript // checks/zoom-meeting-test.spec.ts import { test, expect } from '@playwright/test'

test('can access Zoom meeting join page', async ({ page }) => { await page.goto('https://zoom.us/join') await expect(page.locator('input[placeholder*="Meeting ID"]')).toBeVisible() await expect(page.locator('button:has-text("Join")')).toBeVisible() // Test that the join form accepts input await page.fill('input[placeholder*="Meeting ID"]', '123456789') await expect(page.locator('input[placeholder*="Meeting ID"]')).toHaveValue('123456789') }) ```

Monitoring Note-Taking Applications

Set up checks for your team's note-taking platforms. Here's a comprehensive check for Notion:

```typescript // checks/notion-availability.check.ts import { BrowserCheck } from 'checkly/constructs'

new BrowserCheck('notion-workspace-access', { name: 'Notion Workspace Access', code: { entrypoint: './notion-access-test.spec.ts' }, locations: ['us-east-1', 'eu-west-1', 'ap-southeast-1'], frequency: 600, // 10 minutes environmentVariables: [ { key: 'NOTION_EMAIL', value: '{{NOTION_EMAIL}}' }, { key: 'NOTION_PASSWORD', value: '{{NOTION_PASSWORD}}' } ], tags: ['note-taking', 'notion'], }) ```

```typescript // checks/notion-access-test.spec.ts import { test, expect } from '@playwright/test'

test('can access Notion workspace', async ({ page }) => { await page.goto('https://notion.so/login') await page.fill('input[type="email"]', process.env.NOTION_EMAIL!) await page.fill('input[type="password"]', process.env.NOTION_PASSWORD!) await page.click('button:has-text("Continue")') // Wait for workspace to load await expect(page.locator('[data-testid="sidebar"]')).toBeVisible({ timeout: 10000 }) // Verify we can create a new page await page.click('text=New page') await expect(page.locator('div[contenteditable="true"]')).toBeVisible() }) ```

Setting Up API Health Checks

Many meeting tools provide status pages or health endpoints. Monitor these directly:

```typescript // checks/meeting-apis.check.ts import { ApiCheck, AssertionBuilder } from 'checkly/constructs'

// Zoom API status new ApiCheck('zoom-api-status', { name: 'Zoom API Health', request: { url: 'https://api.zoom.us/v2/users/me', method: 'GET', headers: { 'Authorization': 'Bearer {{ZOOM_JWT_TOKEN}}' } }, assertions: [ AssertionBuilder.statusCode().between(200, 299), AssertionBuilder.responseTime().lessThan(2000), ], locations: ['us-east-1'], frequency: 900, // 15 minutes tags: ['api', 'zoom'], })

// Slack API for meeting notifications new ApiCheck('slack-api-health', { name: 'Slack API Health', request: { url: 'https://slack.com/api/auth.test', method: 'POST', headers: { 'Authorization': 'Bearer {{SLACK_BOT_TOKEN}}' } }, assertions: [ AssertionBuilder.statusCode().equals(200), AssertionBuilder.jsonBody('$.ok').equals(true), ], locations: ['us-east-1'], frequency: 600, tags: ['api', 'slack'], }) ```

Deployment Configuration

Create your deployment configuration:

```typescript // checkly.config.ts import { defineConfig } from 'checkly'

export default defineConfig({ projectName: 'Meeting Infrastructure Monitoring', logicalId: 'meeting-infra-checks', repoUrl: 'https://github.com/yourorg/meeting-checks', checks: { frequency: 300, locations: ['us-east-1', 'eu-west-1'], tags: ['meeting-infrastructure'], checkMatch: '*/.check.ts', ignoreDirectoriesMatch: ['node_modules'], }, cli: { runLocation: 'eu-west-1', reporters: ['list'], }, alertChannels: [{ email: { address: 'alerts@yourcompany.com' } }] }) ```

Deploy your checks:

```bash checkly deploy ```

Tips and Best Practices

Choose Strategic Check Locations: For global teams, deploy checks from regions where your team members are located. US-East-1, EU-West-1, and AP-Southeast-1 cover most scenarios, but adjust based on your team distribution.

Set Appropriate Frequencies: Don't over-monitor. Check meeting platforms every 5-10 minutes and note-taking apps every 10-15 minutes. More frequent checks consume credits quickly without providing proportional value.

Use Environment Variables for Credentials: Store sensitive information like API tokens and passwords as environment variables in Checkly's dashboard, not in your code. Reference them as `{{VARIABLE_NAME}}` in your checks.

Monitor During Off-Hours: Many platform issues occur during maintenance windows. Schedule additional checks during typical maintenance periods (early morning hours in platform time zones).

Set Up Proper Alerting: Configure alert channels for immediate notification when checks fail. Email alerts work for most teams, but consider Slack or PagerDuty integration for critical infrastructure.

Tag Your Checks: Use consistent tagging (`meeting-platform`, `note-taking`, `api`) to group and filter checks in the dashboard. This helps during incident response and reporting.

Account for Regional Variations: Some services perform differently across regions. If your team spans multiple continents, ensure checks run from relevant locations to catch region-specific issues.

Monitor Check Credit Usage: Browser checks consume more credits than API checks. A typical browser check uses 10-50 credits depending on duration and location, while API checks use 1-5 credits. Monitor your usage to avoid unexpected bills.

When Checkly Isn't the Right Fit

Checkly works well for external service monitoring but has limitations for meeting notes use cases:

Internal Network Monitoring: If your meeting infrastructure runs behind corporate firewalls, Checkly's cloud-based checks can't reach internal services. Consider on-premise monitoring solutions instead.

Real-Time Meeting Quality: Checkly checks application availability, not meeting quality metrics like audio/video performance. For quality monitoring, you need specialized tools like Twilio's Network Quality API.

Cost at Scale: Heavy browser check usage can become expensive. Teams running hundreds of checks might find dedicated infrastructure monitoring tools more cost-effective.

Complex Authentication: Some enterprise meeting platforms use complex SSO flows that are difficult to automate reliably in browser checks.

Detailed Performance Metrics: While Checkly provides response times and basic metrics, it doesn't offer deep application performance monitoring. For detailed meeting app performance, consider APM tools.

Conclusion

Checkly provides a solid foundation for monitoring your meeting infrastructure through monitoring as code. By setting up checks for your video conferencing platforms, note-taking applications, and related APIs, you ensure critical meeting infrastructure stays available when your team needs it most.

The monitoring-as-code approach integrates naturally into development workflows, making monitoring checks as maintainable as the rest of your infrastructure. Start with basic availability checks for your primary platforms, then expand to more comprehensive browser-based flows as your monitoring needs grow.

Remember to balance monitoring frequency with credit consumption, and focus on the services that would cause the most disruption if they failed during important meetings.

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