Fix typo

docs/index.md

@@ -21,7 +21,7 @@ The first commit to Ginkgo was made by [@onsi](https://github.com/onsi/) on Augu
 
 Specifically, Pivotal was one of the lead contributors to Cloud Foundry.  A sprawling distributed system, originally written in Ruby, that was slowly migrating towards the emerging distributed systems language of choice: Go.  At the time (and, arguably, to this day) the landscape of Go's testing infrastructure was somewhat anemic.  For engineers coming from the rich ecosystems of testing frameworks such as [Jasmine](https://jasmine.github.io), [rspec](https://rspec.info), and [Cedar](https://github.com/cedarbdd/cedar) there was a need for a comprehensive testing framework with a mature set of matchers in Go.
 
-The need was twofold: organizational and technical. As a growing organization Pivotal woudl benefit from a shared testing framework to be used across its many teams writing Go.  Engineers jumping from one team to another needed to be able to hit the ground running; we needed fewer testing bikesheds and more shared testing patterns.  And our test-driven development culture put a premium on tests as first-class citizens: they needed to be easy to write, easy to read, and easy to maintain.
+The need was twofold: organizational and technical. As a growing organization Pivotal would benefit from a shared testing framework to be used across its many teams writing Go.  Engineers jumping from one team to another needed to be able to hit the ground running; we needed fewer testing bikesheds and more shared testing patterns.  And our test-driven development culture put a premium on tests as first-class citizens: they needed to be easy to write, easy to read, and easy to maintain.
 
 Moreover, the _nature_ of the code being built - complex distributed systems - required a testing framework that could provide for the needs unique to unit-testing and integration-testing such a system.  We needed to make testing [asynchronous behavior](https://onsi.github.io/gomega/#making-asynchronous-assertions) ubiquitous and straightforward.  We needed to have [parallelizable integration tests](#spec-parallelization) to ensure our test run-times didn't get out of control.  We needed a test framework that helped us [suss out](#spec-randomization) flaky tests and fix them.