Path

Path generates unlimited AI-powered practice exams with step-by-step explanations and predictive scoring for K-12, college admissions, adult learning, and professional certification tests.

Path is an AI-driven exam preparation platform that generates full-length practice tests and quizzes for a wide range of standardized exams and professional certifications. It covers K-12 state assessments, college admissions tests (SAT, ACT, CLT, AP, GRE, GMAT, LSAT), adult learning equivalency exams (GED, HiSET, TASC, CASAS, ASVAB), and certification paths in skilled trades, healthcare, IT, transportation, manufacturing, and more. The tool is built for students, adult learners, and professionals who need flexible, on-demand practice without the constraints of static test banks. The platform works by using AI to produce unlimited practice questions tailored to the specific exam selected. Each question is paired with step-by-step explanations that break down the reasoning, so learners can understand mistakes rather than just see correct answers. Path also includes predictive scoring: as users work through practice sets, the AI analyzes performance data to estimate a likely exam score and highlight areas that need improvement. This creates a feedback loop where practice targets weaker topics automatically. In practice, a learner signs up, picks their exam from the listed categories, and starts generating practice tests. Full-length exams simulate real test conditions, while shorter quizzes allow focused drilling. The predictive score updates over time, giving a sense of readiness. For organizations, Path offers a group code that grants up to 100 students or professionals one year of access, with a demo option for larger groups. This makes it suitable for schools, training programs, and workforce development initiatives. Path sits in the test prep space alongside established providers like Khan Academy and Kaplan, but differentiates through AI-generated content and adaptive scoring. It does not replace structured courses or tutoring, but it offers a scalable way to practice extensively. The platform is web-based, requires no specialized hardware, and is designed for self-directed learners who want immediate, data-informed feedback on their preparation.