Candidate Falcon, a new online platform designed for job seekers, has officially launched with a focus on preparing candidates for modern hiring assessments such as game-based tests and one-way video interviews.

These assessment formats, commonly used by companies through platforms like HireVue, SparkHire, Talview, and VidCruiter, are increasingly part of the early screening process. However, many candidates encounter them for the first time during real applications, often without prior exposure to the format, timing, or evaluation criteria.

Candidate Falcon addresses this gap by providing practice environments that mirror the actual structure and constraints of these assessments. Instead of focusing on general interview coaching, the platform allows users to experience the exact mechanics of the tests they are about to take.

“The main issue isn’t a lack of ability, but a lack of familiarity with the format,” said the founder of Candidate Falcon. “Candidates often get one attempt, under strict timing, with no feedback. The goal is to remove that uncertainty by letting them practice the real experience in advance.”

The platform includes simulations for game-based assessments, along with practice for asynchronous video interviews. Users can repeat sessions, understand the structure of each format, and build confidence before completing real assessments.

Candidate Falcon was developed after early traction from two separate tools focused on game assessments and video interviews. Both showed that candidates were actively looking for targeted preparation rather than broad interview advice, leading to the creation of a unified platform.

The service is available online and operates on a subscription model, with a free option available for users who want to explore the platform before committing.

As hiring processes continue to evolve toward automated and format-driven screening, Candidate Falcon aims to provide a more practical way for candidates to prepare for the specific challenges they face during the application process.