I Know It

I Know It serves as a supplementary math practice tool rather than a standalone teacher, making it effective for reinforcing skills your child has already learned. Because the platform relies heavily on gamified drills and problem-based activities, it leverages retrieval practice to build math fluency from kindergarten through sixth grade. Your child will work through standard-aligned questions, earning animated rewards that increase time-on-task. However, because The Learning Standard has not yet formally evaluated this program, we cannot definitively certify its instructional efficacy. What parents must understand is that this tool is built for classrooms. If you purchase or use this at home, you will need to provide the primary instruction. The mastery-based progression ensures your child answers a set number of questions correctly before moving on, which prevents them from advancing with gaps in their foundational knowledge. While the immediate feedback helps correct minor errors in real-time, the program does not offer the deep, step-by-step worked examples required to teach a completely new math concept. Use this platform to help your child automate their math facts and solidify classroom lessons, not to replace traditional instruction.

I Know It uses competency-based learning combined with gamification to guide students through elementary math practice. The platform organizes content by grade level (TK through 6th grade) and specific math domains. Students select or are assigned specific problem sets corresponding to their current classroom curriculum. As students answer questions, the system provides immediate feedback, allowing them to see whether their response is correct or incorrect right away. This rapid feedback loop is a core component of effective retrieval practice, helping to correct misconceptions before they encode into long-term memory. To keep students engaged, the platform employs gamified elements like animated characters and visual progress bars. The mastery-based mechanics require students to demonstrate a certain level of accuracy before the system considers the skill mastered. This prevents students from rushing through assignments without genuinely grasping the underlying mathematical operations. Teachers or parents can monitor this progression through backend dashboards to identify areas where a student might need direct intervention.

The biggest strength of I Know It is its ability to generate high volumes of targeted retrieval practice through engaging formats, while its biggest weakness is the lack of robust instructional scaffolding for new concepts. Strengths in Retrieval and Motivation: The platform excels at basic skill reinforcement. By using gamification—specifically animated feedback and visual progress indicators—the app increases student motivation to complete repetitive math drills. This high volume of practice supports retrieval practice, a well-documented cognitive science principle that strengthens memory recall. Furthermore, the mastery-based progression ensures that a student cannot simply click through a lesson; they must demonstrate actual competency before advancing, which helps prevent compounding gaps in foundational math skills. Weaknesses in Initial Instruction: Conversely, the platform functions almost entirely as an assessment and practice tool. It lacks the deep, explicit instruction and worked examples necessary to introduce a student to a novel mathematical concept. If a student repeatedly fails a problem set, the immediate feedback informs them they are wrong, but the system relies on an external teacher or parent to provide the actual pedagogical intervention.

I Know It is best for elementary students who need structured, gamified math drill practice alongside direct classroom instruction. The platform covers transitional kindergarten through sixth grade, making it highly suitable for early childhood and primary educators looking to reinforce standard-aligned math concepts. It is an ideal fit for classrooms utilizing a station-rotation model, where students can independently practice previously taught skills while the teacher works with small groups. Because it requires a baseline understanding of the math concepts to be effective, it is not recommended for self-directed homeschooling without heavy parental instruction.