Top 1 Alternatives to Burp Suite (Enterprise) for DAST Security
The blog post provides an overview of Burp Suite (Enterprise) for DAST security, its evolution, and introduces its top alternative for continuous security testing across multiple apps.
The blog post discusses the top 40 commercial alternatives to New Relic Synthetics, highlighting the reasons for its popularity and the expanding needs of teams for AI-assisted resilience against UI changes.
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Synthetic monitoring emerged to answer a simple question: “Is my user journey working right now?” Early solutions relied on scripted browser checks to exercise critical flows and API calls from multiple regions. New Relic Synthetics helped popularize this approach by packaging scriptable checks (JavaScript-based), reliable scheduling, and deep integration with broader observability—APM, logs, and infrastructure metrics. This gave engineering, QA, and SRE teams a single pane of glass for production readiness.
New Relic Synthetics became a go-to choice because it:
Over time, teams expanded their needs beyond uptime and transaction monitoring. They asked for AI-assisted resilience against UI changes, richer visual regression detection, broader mobile device coverage, deeper API capabilities, performance/load analysis, and security scanning—often within specialized tooling. As a result, many are exploring commercial alternatives that complement or, in some cases, replace New Relic Synthetics for specific use cases.
Here are the top 40 commercial alternatives to New Relic Synthetics:
AI-powered visual testing for web, mobile, and desktop with the Ultrafast Grid.
Compared to New Relic Synthetics: Focuses on visual quality, not uptime or synthetic alerts.
Visual AI for iOS and Android, extending Applitools’ core visual testing to native apps.
Compared to New Relic Synthetics: Targets mobile UI visuals more than scripted production checks.
An RPA platform for Windows that overlaps with UI regression automation.
Compared to New Relic Synthetics: Better for desktop process automation than web synthetics.
A real-device cloud for web and mobile testing from SmartBear.
Compared to New Relic Synthetics: Emphasizes device coverage, not monitoring with alerts.
SaaS performance testing compatible with JMeter, Gatling, and k6.
Compared to New Relic Synthetics: Optimized for load/perf, not scripted uptime checks.
Enterprise RPA solution for Windows; useful for repeatable UI workflows.
Compared to New Relic Synthetics: Suits RPA over web/API synthetic monitoring.
Large device and browser cloud for automated web and mobile testing.
Compared to New Relic Synthetics: Test execution platform rather than a monitoring suite.
Automated DAST scanning for web and API security exposure.
Compared to New Relic Synthetics: Security scanning, not functional uptime checks.
Synthetics-as-code for web and API checks using Playwright.
Compared to New Relic Synthetics: Similar purpose with Playwright-native authoring as code.
Parallelized runs, flake detection, and dashboards for Cypress tests.
Compared to New Relic Synthetics: A runner/analytics layer, not monitoring-focused.
Browser and API synthetics integrated with Datadog observability.
Compared to New Relic Synthetics: Very similar scope; tight Datadog ecosystem integration.
Model-based testing with image recognition for desktop, web, and mobile.
Compared to New Relic Synthetics: Focuses on functional automation, less on uptime monitoring.
AI-assisted end-to-end testing for web and mobile.
Compared to New Relic Synthetics: Geared to functional tests over synthetic availability.
Visual regression for web components and pages in CI.
Compared to New Relic Synthetics: Visual quality assurance, not synthetic monitoring.
Enterprise UI automation for desktop and web.
Compared to New Relic Synthetics: Functional automation rather than uptime checks.
Mobile device cloud for manual and automated testing.
Compared to New Relic Synthetics: Mobile-first testing, not production monitoring.
Cross-browser testing cloud for web and mobile.
Compared to New Relic Synthetics: Execution environment vs. synthetic monitoring.
Enterprise load and performance testing for web, APIs, and protocols.
Compared to New Relic Synthetics: Performance engineering, not synthetic user journeys.
Low-code, AI-assisted end-to-end testing for web and API.
Compared to New Relic Synthetics: Functional automation focus over monitoring.
Legacy enterprise UI automation for desktop and web.
Compared to New Relic Synthetics: Functional testing, not uptime checks.
Managed cloud service to scale Playwright test execution.
Compared to New Relic Synthetics: Execution and scaling, not ongoing monitoring.
Enterprise load and performance testing for web, APIs, and protocols.
Compared to New Relic Synthetics: Load/performance, not uptime and alerting.
Visual snapshots for web integrated into CI flows.
Compared to New Relic Synthetics: Visual regression detection, not synthetic checks.
Enterprise device cloud for web and mobile testing.
Compared to New Relic Synthetics: Execution at scale vs. monitoring with alerts.
Transactional synthetics and uptime monitoring for web and APIs.
Compared to New Relic Synthetics: Similar monitoring scope; simpler transactions.
RPA platform used for repeatable UI regression automation.
Compared to New Relic Synthetics: RPA/regression vs. production monitoring.
Codeless/scripted end-to-end automation for desktop, web, and mobile.
Compared to New Relic Synthetics: Functional automation over synthetic alerts.
API testing for SOAP/REST/GraphQL with advanced validations.
Compared to New Relic Synthetics: Backend API depth, not browser monitoring.
Codeless, computer-vision-based mobile UI testing for iOS and Android.
Compared to New Relic Synthetics: Mobile UI validation vs. synthetic checks.
Enterprise UI automation for web and desktop.
Compared to New Relic Synthetics: Functional test focus over monitoring.
Cross-browser/device cloud for web and mobile automation.
Compared to New Relic Synthetics: Execution platform, not synthetic alerting.
GUI automation for Qt/QML, web, desktop, and embedded systems.
Compared to New Relic Synthetics: Specialized UI automation vs. monitoring.
Codeless IDE for TestCafe-based web end-to-end testing.
Compared to New Relic Synthetics: Functional automation, not synthetic uptime.
Codeless/scripted end-to-end testing for desktop, web, and mobile.
Compared to New Relic Synthetics: Functional coverage vs. monitoring and alerting.
AI-assisted web end-to-end testing with self-healing locators.
Compared to New Relic Synthetics: Functional automation rather than uptime checks.
Model-based test automation across web, mobile, desktop, and SAP.
Compared to New Relic Synthetics: Enterprise functional suites vs. synthetic monitoring.
Enterprise GUI automation for desktop and web.
Compared to New Relic Synthetics: Functional testing, not synthetic checks.
AI-driven web and mobile testing with vision and natural language.
Compared to New Relic Synthetics: AI authoring for tests, not uptime monitoring.
No-code mobile UI testing for iOS and Android with cloud runs.
Compared to New Relic Synthetics: Mobile UI focus vs. web/API monitoring.
Natural-language end-to-end testing for web and mobile.
Compared to New Relic Synthetics: Functional authoring simplicity, not monitoring-first.
New Relic Synthetics remains a solid choice for scripted browser and API checks, especially when you want those results alongside application telemetry. However, teams often need more specialized capabilities—visual regression, real-device coverage, AI-assisted authoring, heavy-load performance, or automated security scanning. That is where dedicated platforms shine.
The best alternative depends on your use case: production monitoring, functional confidence, visual stability, mobile depth, or performance rigor. Map these needs to the strengths above, validate in a proof of concept, and adopt the tool that gives you reliable signals with the least ongoing effort.
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