Browshot API
Development Tools
Browshot is a website screenshot API that differentiates itself from simpler screenshot services by providing screenshots across multiple real browser instances, operating system configurations, and screen resolutions in a single platform. Rather than capturing how a site looks in one default browser, Browshot can capture a site as it appears in Chrome on Windows, Firefox on macOS, and mobile Safari on iOS covering the range of browser/OS combinations that matter for cross-browser compatibility testing.
Browshot API Highlights
Browshot API is verified for developer integrations in Nigeria and across African markets, providing documented endpoints, sandbox testing, and developer support.
Nigeria
Ghana
Kenya
AWSBrowshot API is best for:
Nigerian developers needing website screenshots with multiple browser, OS, and resolution combinations for cross-browser visual testing and web monitoring.
- Free:10 free screenshots
- Starter $9.99/mo:200 credits
- Professional $29.99/mo:1,000 credits
Browshot API Core Features & Capabilities
Required Access Documents for Browshot API
- API KeyRequiredRegister at browshot.com to get API key. Pass as query parameter key with each request.
Different Browshot API use cases
- Nigerian Agency Cross-Browser Visual QA:Nigerian web agencies doing cross-browser visual QA for client websites can use Browshot to capture screenshots of the same URL in Chrome, Firefox, and mobile browsers simultaneously quickly identifying visual discrepancies across browsers without manual testing on multiple devices.
- Nigerian Developer Multi-Resolution Screenshot Archive:Nigerian developers building responsive web applications can use Browshot to capture screenshots at multiple viewport widths (desktop, tablet, mobile) to create visual documentation of how their application responds at each breakpoint.
- Nigerian Web Monitoring Visual Comparison:Nigerian website monitoring services can use Browshot to capture periodic screenshots of monitored sites across multiple browser types detecting visual regressions or unexpected design changes that may not be caught by technical uptime checks alone.