Create a polished, engaging **two-minute product explainer video** for an education technology startup called **Braylo**.
**Maximum runtime:** 120 seconds
**Company name:** Braylo
**Pronunciation:** BRAY-loh
**Exact tagline:** Your bright ally in learning.
**Format:** 16:9 landscape, 1920 × 1080
**Language:** English
## Product and central message
Braylo works alongside coaching institutes to help students preparing for JEE and NEET understand their performance and practise effectively.
Institutes upload question papers, official answer keys and student OMR sheets. Braylo automatically grades the exams and publishes results quickly.
In the background, deep learning models analyse each question and identify the skills needed to solve it. Braylo connects those skills with student responses across multiple exams to identify recurring strengths, difficulties and class-wide patterns.
Show that identifying the skills required by a question and inferring a student’s practice priorities are separate steps. Practice priorities emerge from patterns across multiple relevant questions and exams. Do not visually imply that one wrong answer reveals exactly which skill caused the mistake.
Students can generate questions for skills they need to strengthen, take a focused practice test, or choose a regular test.
The central message is:
**Every exam can help a student understand what to practise next.**
Position Braylo as a supportive learning companion working alongside teachers and coaching institutes.
## Visual and audio direction
Use a warm, modern visual identity:
- Warm off-white backgrounds.
- Deep navy text.
- Teal for strengths and soft amber for practice priorities.
- Clean motion graphics and believable product interface mockups.
- Large, readable text and uncluttered diagrams.
- One consistent student and teacher throughout the story.
Make the two Physics examples the centre of the explanation. Use precise vector drawings for the force diagram and graph.
Render equations, graph labels and units as crisp text or vector elements. Preserve subscripts, superscripts, Greek symbols and arrow directions exactly. Show one mathematical step at a time.
Use these exact skill-card labels consistently across the graph example, student profile and practice screen:
- “Acceleration from velocity–time graph slope”
- “Displacement from velocity–time graph area”
Keep each skill’s card styling consistent whenever it reappears. Use teal consistently for strengths and soft amber for practice priorities. Wrap long labels cleanly rather than shrinking them to unreadable text.
Use a natural English voiceover suitable for an Indian audience, with subtle, optimistic instrumental music underneath. Allow pauses so viewers can understand the diagrams.
Follow this storyboard and narration.
---
## Scene 1 — Every exam contains useful information
**Time: 0–10 seconds**
**Visuals:**
A teacher returns corrected exam papers in a coaching classroom.
Follow one student looking at their result. The final score is prominent, while the individual questions and responses remain in the background.
Briefly reveal the student’s question:
“What should I practise next?”
Transition from the physical paper into a digital screen.
**Main on-screen text:**
“Every exam holds more than a score.”
**Voiceover:**
“Every exam holds clues about what a student understands, and where they need help. Too often, those clues end at a score.”
---
## Scene 2 — Introduce Braylo
**Time: 10–24 seconds**
**Visuals:**
Introduce the Braylo wordmark.
Show three documents entering an upload interface:
“Question paper”
“Official answer key”
“Student OMR sheets”
Reveal a results screen showing:
“Correct”
“Incorrect”
“Unanswered”
“Total score”
Display:
“Results published”
Alongside it, show a separate status:
“Question analysis in progress”
Make it clear that result publication happens while deeper question analysis continues.
**Main on-screen text:**
“Upload. Grade. Publish.”
**Voiceover:**
“Meet Braylo, your learning companion for JEE and NEET. Upload the paper, answer key and OMRs. Results arrive quickly, while deeper analysis continues in the background.”
---
## Scene 3 — One question, several skills: the inclined plane
**Time: 24–49 seconds**
**Visuals:**
Zoom into a Physics question:
“A box slides down a rough incline. Find its acceleration.”
Draw a clear box on a fixed inclined plane. Label the incline angle θ and the coefficient of kinetic friction μₖ.
The box is already sliding downhill.
Reveal the forces correctly:
- Weight **mg**, vertically downward.
- Normal force **N**, perpendicular to the plane and pointing away from it.
- Kinetic friction **fₖ**, pointing uphill.
Then connect the question to three key skill cards. Highlight them sequentially.
### Skill 1: Resolve weight into components
Animate the weight resolving into:
- **mg sin θ**, parallel to the plane and downhill.
- **mg cos θ**, perpendicular to the plane and into the surface.
Use dashed arrows for these components so they are visibly a decomposition of weight.
**Skill card:**
“Resolve forces into components”
### Skill 2: Calculate sliding friction
Highlight the normal force, then the friction force.
Briefly show:
**N = mg cos θ**
**fₖ = μₖN**
**Skill card:**
“Apply kinetic friction”
### Skill 3: Apply Newton’s second law
Highlight the forces along the incline.
Briefly show:
**mg sin θ − fₖ = ma**
**Skill card:**
“Apply Newton’s second law”
Let the equations appear one step at a time. Keep the skill labels more prominent than the calculations.
End with the question connected to all three key skill cards.
**Main on-screen text:**
“One question. Several skills.”
**Voiceover:**
“Braylo’s deep learning models identify the skills behind each question. Take a box sliding down a rough incline. Finding its acceleration means resolving weight, calculating friction, and applying Newton’s second law. One question. Several skills. Each step matters.”
**Diagram accuracy:**
Use a fixed plane with no additional applied forces. For a physically consistent animation in which the box speeds up downhill, use an incline of 30 degrees and a kinetic friction coefficient of 0.2. These numerical values do not need to appear on screen.
---
## Scene 4 — Same subtopic, different skills: the graph
**Time: 49–65 seconds**
**Visuals:**
Transition to one velocity–time graph.
Draw:
- Horizontal axis: “Time (s)”
- Vertical axis: “Velocity (m/s)”
- A straight line from the origin to 10 m/s at 2 seconds
Introduce two question cards using this same graph.
### Question A: “Find the acceleration”
Highlight the slope.
Show:
**10 ÷ 2 = 5 m/s²**
Skill label:
“Acceleration from velocity–time graph slope”
### Question B: “Find the displacement”
Shade the triangular area beneath the graph.
Show:
**½ × 2 × 10 = 10 m**
Skill label:
“Displacement from velocity–time graph area”
Both questions remain under the shared subtopic:
“Velocity–time graphs”
**Main on-screen text:**
“Same subtopic. Different skills.”
**Voiceover:**
“Now take two questions about one velocity–time graph. Acceleration comes from its slope. Displacement comes from the area underneath. Same subtopic. Different skills.”
---
## Scene 5 — Patterns emerge across exams
**Time: 65–82 seconds**
**Visuals:**
Show several completed exams contributing evidence to a student’s learning profile:
“Exam 1” → “Exam 2” → “Exam 3” → “More evidence”
Carry the graph skill labels into this sequence.
After showing repeated responses across exams, reveal:
**Strength:**
“Acceleration from velocity–time graph slope”
**Practice priority:**
“Displacement from velocity–time graph area”
Make the recommendation specific to the skill.
Then switch to the teacher’s class view:
“Several students need practice with displacement from graph areas.”
Show the teacher planning a focused revision session.
**Main on-screen text:**
“A clearer picture with every exam.”
**Voiceover:**
“Across exams, Braylo looks for recurring patterns. A student may handle graph slopes well but need practice with areas. The picture becomes clearer with more evidence. Teachers can also see difficulties shared across the class.”
---
## Scene 6 — Practise the skills that need attention
**Time: 82–102 seconds**
**Visuals:**
Briefly show the student opening a practice screen with two clear options:
**Focused practice**
“Work on recommended skills”
**Regular test**
“Practise across topics”
The student selects “Focused practice”.
Reveal the recommended skill:
“Displacement from velocity–time graph area”
The student clicks:
“Generate practice questions”
Bring one fresh question into focus, using a different velocity–time graph shape.
Follow this one question through a short, clear sequence:
1. The student selects an answer and submits it.
2. Brief feedback appears.
3. A simple “Learning history updated” indicator confirms the completed attempt.
The completed attempt updates the student’s learning history. Recommendations adjust when the accumulated evidence supports a change; they do not have to change after every attempt.
Keep one main interface state visible at a time. Avoid showing several detailed screens simultaneously or adding another full recommendation screen within this scene.
**Main on-screen text:**
“Practise with purpose.”
**Voiceover:**
“Students can generate fresh questions for the skills they need to strengthen, take a focused test, or choose a regular exam. Each completed attempt adds evidence, helping Braylo refine what to recommend next. Practice has a clear purpose.”
---
## Scene 7 — A buddy alongside the coaching institute
**Time: 102–115 seconds**
**Visuals:**
Return to the original teacher and student.
The teacher explains a concept in class. Later, the student opens Braylo and sees a clear practice task connected to their learning needs.
Connect these three elements visually:
“Teacher guidance”
“Understanding your skills”
“Focused practice”
Show the student beginning the next question with a clear goal.
**Main on-screen text:**
“A learning companion for every student.”
Supporting text:
“Alongside your coaching institute.”
**Voiceover:**
“Alongside your coaching institute and teachers, Braylo becomes a buddy for every student. It helps turn exam feedback into focused practice, one skill at a time.”
---
## Scene 8 — Brand ending
**Time: 115–120 seconds**
**Visuals:**
Resolve into a clean closing frame.
Display:
# Braylo
**Your bright ally in learning.**
Hold the final frame as the music gently resolves.
**Voiceover:**
“Braylo. Your bright ally in learning.”
---
## Final production requirements
- Keep the complete video within 120 seconds.
- Preserve both examples: the inclined plane demonstrates several skills within one question; the graph demonstrates different skills within one subtopic.
- Keep the Physics diagrams, force directions, equations and units accurate. Render mathematical labels as crisp text or vector elements.
- Show recommendations emerging from repeated evidence across questions and exams. Never imply that a single wrong answer identifies the exact skill responsible.
- Keep the two graph skill-card labels and their visual styling consistent across Scenes 4–6.
- Keep fast grading and deeper background analysis visibly separate.
- Show both focused practice and regular tests.
- Update the learning history after completed attempts; adjust recommendations only when the accumulated evidence supports a change.
- Keep Scene 6 focused on one practice question, brief feedback and a simple learning-history update.
- Use illustrative product screens without invented improvement percentages, testimonials or rank guarantees.
- Present teachers and coaching institutes as active partners in the student’s learning.
- End with the exact brand name and tagline: **Braylo — Your bright ally in learning.**
