The key challenge facing SaaS companies today: long cycle times hindering their ability to compete in the market
The easy answer to speed up tests is to spin up more cloud resources: beefier machines, and parallelized tests. Usually it means that you have inefficient cloud spending on tests as more machines come on-board to run tests.
Eventually, you will hit a breaking point where tests can no longer go faster, or cannot be parallelized more, and you are back to square one.
The above challenges have a direct impact on the delivery cycle time—while competition is releasing features every week, your developers are frustrated waiting for tests to be run to validate their changes.
Radically accelerate your delivery velocity
Launchable’s Predictive Test Selection technology uses ML to predict which tests are likely to fail based on incoming commits. Developers can use the subset to shorten test suites runtimes and/or shift-tests earlier in the development cycle, radically improving feedback time. Faster feedback time leads to faster dev loops, faster delivery and happier developers.
All this, while reducing the cloud infrastructure spend for testing. Lower cloud costs while delivering high quality code and higher velocity means that leaders can efficiently allocate dollars elsewhere.
Teams often want to test earlier in the cycle—think bringing post-merge tests into pre-merge test runs. Teams often cannot do this because of their inability to pick the right tests to run earlier. They either have to create static smoke tests or run the entire suites earlier leading to prohibitively high testing spend.
Teams can now use Launchable to shift-tests earlier in the development cycle—think Dynamic Smoke Tests.
This helps developers find failures fast, iterate faster and release software with high confidence. They do so while making the most efficient use of their testing budget.
The Launchable Test Intelligence Platform also offers Test Insights to find inefficient test suites, and Test Notifications to speed up feedback to developers.