Coding Clubs for Kids Topical Map
Complete topic cluster & semantic SEO content plan — 36 articles, 7 content groups ·
Build a definitive site covering everything a leader, teacher, librarian, or parent needs to plan, run, grow, and evaluate coding clubs for children. Authority is achieved by covering practical how-to guides, vetted curricula and lesson plans, age-appropriate activity tracks, tool and hardware buying guidance, operational playbooks, inclusivity best practices, and clear outcome measurement strategies.
This is a free topical map for Coding Clubs for Kids. A topical map is a complete topic cluster and semantic SEO strategy that shows every article a site needs to publish to achieve topical authority on a subject in Google. This map contains 36 article titles organised into 7 topic clusters, each with a pillar page and supporting cluster articles — prioritised by search impact and mapped to exact target queries.
How to use this topical map for Coding Clubs for Kids: Start with the pillar page, then publish the 21 high-priority cluster articles in writing order. Each of the 7 topic clusters covers a distinct angle of Coding Clubs for Kids — together they give Google complete hub-and-spoke coverage of the subject, which is the foundation of topical authority and sustained organic rankings.
📋 Your Content Plan — Start Here
36 prioritized articles with target queries and writing sequence. Want every possible angle? See Full Library (82+ articles) →
Starting & Planning a Coding Club
Step-by-step guidance for launching a coding club: choosing the right model (school, library, community), defining goals, logistics, legal/child-safety basics, and securing funding. This group helps prospective organizers move from idea to first session quickly and sustainably.
How to Start a Successful Coding Club for Kids: Complete Step-by-Step Guide
A comprehensive playbook covering every decision point when starting a kids' coding club: mission and audience, program models (drop-in, semester, club team), calendars, locations, volunteer roles, risk and safeguarding, and first-session templates. Readers gain a reproducible launch plan with checklists and templates to run an effective and safe club.
Sample 12-Week Beginner Coding Club Curriculum (Schools & Libraries)
A ready-to-run 12-week curriculum with weekly goals, materials, step-by-step lesson plans, and assessment suggestions ideal for Scratch/block-based beginners.
Budgeting and Funding a Coding Club: Grants, Sponsors, and Fee Models
Practical budgeting templates, lists of grant sources, sponsorship pitch language, and recommendations for fee-based vs free models.
How to Recruit, Screen, and Train Coding Club Volunteers
A recruitment pipeline, interview and background-check checklist, training curriculum for non-technical volunteers, and retention strategies.
Legal, Safety, and Child Protection Essentials for After-School Coding Programs
High-level legal considerations, safeguarding templates, consent forms, digital safety rules, and sample policies to adapt for local requirements.
Selecting the Best Meeting Cadence and Format: Sessions, Clubs, Workshops, and Camps
Comparison of formats (weekly clubs, intensive camps, drop-in workshops) with pros/cons, staffing needs, and suggested scheduling templates.
Curriculum & Lesson Plans
Practical curriculum frameworks and lesson plans across block-based and text-based coding, robotics, and game design, so club leaders can deliver aligned, scaffolded learning experiences.
Coding Club Curriculum Framework: Lesson Plans and Progressions for Ages 5–15
Defines learning objectives and scaffolded progressions from early block-based concepts through intermediate text programming and physical computing. Includes pedagogical approaches (project-based learning, pair programming), assessment strategies, and sample units across major themes.
Beginner Scratch Coding Club Lesson Plans (8 Weeks)
Detailed weekly Scratch lessons with learning objectives, slides/scripts, extensions, and assessment rubrics for ages 8–11.
Intro to Python Projects for Middle School Coding Clubs
Sequence of beginner Python projects (text games, turtle graphics, data basics) with setup guides and troubleshooting tips.
Robotics & Physical Computing Unit Plan (micro:bit, Raspberry Pi, Arduino)
Unit plan combining sensors, actuators, and coding challenges using age-appropriate hardware; includes parts lists and lesson timing.
Game Design Module: From Concept to Playable Game
A module teaching game design principles, storyboarding, prototyping, testing, and iteration using tools like Scratch or Godot.
Assessment Rubrics and Learning Checks for Coding Clubs
Practical rubrics for projects, peer review templates, and quick formative checks to monitor progress without formal grading.
Age & Skill Level Tracks
Guides tailored to developmental stages and skill levels so clubs can choose activities that match cognitive and motor skills, keeping kids engaged and progressing.
Choosing the Right Coding Club Activities by Age and Skill Level
Explains developmental considerations and offers proven activity patterns for preschoolers through teens, with differentiation techniques and transition pathways from block-based to text-based coding.
Coding Activities and Lesson Ideas for 5–7 Year Olds
Low-text, play-based activities using physical computing and block tools designed for short attention spans and developing motor skills.
Engaging Projects for 8–11 Year Olds (Scratch, micro:bit, Intro Python)
Age-appropriate creative projects that teach sequencing, loops, conditionals, and basic event-driven programming.
Advanced Club Ideas for Teens: Web Dev, Data, AI Basics, and App Development
Project suggestions and learning pathways to prepare teens for competitions, internships, and further CS study, including practical toolchains and portfolio advice.
Differentiation Techniques for Mixed-Ability Coding Clubs
Strategies to give beginners scaffolded supports while providing stretch tasks and mentorship opportunities for advanced learners.
Tools, Platforms & Hardware
Reviews and buying guides for software platforms and hardware kits (block-based tools, Python environments, microcontrollers, robotics kits) so leaders can match tools to goals and budgets.
Best Tools, Platforms, and Hardware for Kids' Coding Clubs (Scratch, micro:bit, Raspberry Pi, LEGO, and More)
Compares leading platforms and devices by age suitability, learning goals, cost, maintenance, and classroom management needs. Includes selection frameworks for clubs with tight budgets or volunteers, plus procurement and device management tips.
Scratch vs Code.org vs Tynker: Which Platform Is Best for My Club?
Side-by-side feature, cost, age-range, teacher support, and classroom management comparison to help clubs choose the best platform.
micro:bit Project Ideas and Setup Guide for Clubs
Step-by-step micro:bit setup, sample lessons, and troubleshooting tips for common sensor and LED projects.
Buying Guide: Raspberry Pi vs Arduino for After-School Programs
Practical buying guidance comparing compute power, ease of use, project types, peripherals, and total cost of ownership for club settings.
Low-Budget Hardware Solutions and Refurbished Device Strategies
How to source low-cost hardware, run device rotation programs, and safely use shared equipment in clubs.
Paid vs Free Platforms: Cost Breakdown and Hidden Fees
Detailed cost comparison and checklist of hidden fees (licenses, per-student seats, support) to avoid budget surprises.
Running, Growing & Sustaining
Operational best practices to run sessions smoothly, grow participation, retain volunteers and students, evaluate impact, and scale programs to multiple sites.
Running and Scaling Your Coding Club: Operations, Marketing, and Community Partnerships
A practical operations manual for weekly execution, volunteer management, family engagement, recruitment and retention marketing, partnership playbooks, and scaling considerations for multiple locations.
Volunteer Handbook and Training Curriculum for Coding Club Mentors
Ready-to-use volunteer handbook with role descriptions, session scripts, behavior guidance, and mini-training modules for technical and non-technical mentors.
Safeguarding and Online Safety Policies for Kids' Coding Clubs
Templates and best practices for online safety, acceptable use, photo consent, and handling incidents in hybrid or remote club formats.
Marketing Your Coding Club: Parent Outreach, School Partnerships, and Social Media
Practical outreach strategies, sample messaging, and conversion tactics to increase enrollment and retention.
Grant Writing and Sponsorship Templates for Coding Programs
Template grant narratives, budget samples, and sponsor pitch decks that clubs can adapt to win funding.
Inclusivity, Diversity & Accessibility
Practical strategies to make clubs welcoming and effective for girls, underrepresented minorities, low-income communities, and neurodiverse learners, improving equity and long-term participation.
Designing an Inclusive Coding Club: Strategies to Engage Girls, Underrepresented Youth, and Neurodiverse Learners
Evidence-based practices to reduce barriers to participation, recruit diverse learners, implement culturally responsive curriculum, and adapt instruction for accessibility. Includes outreach tactics and mentorship models that improve retention.
Running Girls-Only or Equity-Focused Coding Sessions: Best Practices
How to design, staff, and evaluate single-gender or equity programs, with curriculum tweaks, mentor sourcing, and evaluation methods.
Accommodating Neurodiverse Learners in Coding Clubs
Strategies for sensory-friendly sessions, alternative assessments, structured routines, and leveraging strengths of neurodiverse learners.
Outreach to Low-Income and BIPOC Communities: Partnerships and Incentives
Community outreach tactics, sliding-scale models, transportation solutions, and partner organizations to increase access.
Assessment, Portfolios & Pathways
How to measure learning, create student portfolios and micro-credentials, and connect club experiences to competitions, camps, and further learning opportunities.
Measuring Learning and Showcasing Student Work: Portfolios, Badges, Competitions, and Pathways
Covers formative and summative assessment techniques, building digital portfolios and showcases, implementing badge systems, and preparing students for competitions or higher-level programs—giving clubs clear ways to demonstrate impact.
How to Build Student Digital Portfolios for a Coding Club
Step-by-step on selecting platforms, portfolio templates, privacy best practices, and presentation day formats to celebrate student work.
Using Badges and Micro-Credentials to Motivate Club Learners
Designing badge systems tied to competencies, issuing verifiable credentials, and integrating with local recognition programs.
Preparing Students for Coding Competitions and Hackathons
How to select competitions, design practice sessions, form teams, and coach presentation and debugging skills.
📚 The Complete Article Universe
82+ articles across 9 intent groups — every angle a site needs to fully dominate Coding Clubs for Kids on Google. Not sure where to start? See Content Plan (36 prioritized articles) →
TopicIQ’s Complete Article Library — every article your site needs to own Coding Clubs for Kids on Google.
Strategy Overview
Build a definitive site covering everything a leader, teacher, librarian, or parent needs to plan, run, grow, and evaluate coding clubs for children. Authority is achieved by covering practical how-to guides, vetted curricula and lesson plans, age-appropriate activity tracks, tool and hardware buying guidance, operational playbooks, inclusivity best practices, and clear outcome measurement strategies.
Search Intent Breakdown
👤 Who This Is For
IntermediateAfter-school coordinators, classroom teachers, librarians, parent organizers, and community program leaders who want to plan and run sustainable coding clubs for kids.
Goal: Launch and run a repeatable 8–12 week coding club that retains 12–24 students, produces measurable learning artifacts (portfolios/badges), covers a clear progression across skill levels, and either breaks even financially or secures sustainable funding within two terms.
First rankings: 3-6 months
💰 Monetization
High PotentialEst. RPM: $8-$20
The strongest monetization path combines recurring curriculum subscriptions (B2B to schools/districts) with hardware affiliate bundles and local paid classes; emphasizing measurable outcomes and standard alignment increases contract and grant revenue potential.
What Most Sites Miss
Content gaps your competitors haven't covered — where you can rank faster.
- Detailed cost-comparison models that show per-student startup and recurring costs across three realistic setups (laptop-free, shared-equipment, one-device-per-child) with supplier links and lifetime budgeting.
- Step-by-step volunteer onboarding and micro-training modules with scripts, 60-minute lesson run-sheets, and troubleshooting checklists tailored for non-technical volunteers.
- Standard-aligned outcome measurement toolkit: short rubrics, pre/post assessments, portfolio templates, badge criteria, and sample reports for funders or school administrators.
- Inclusive recruitment and retention playbooks with tested messaging templates, partnership outreach sequences (girls/STEM orgs), and metrics to track subgroup retention.
- Localized fundraising and sponsorship playbooks (templates for sponsorship decks, local employer partnership agreements, and community grant prospect lists) for small programs.
- Age-to-age progression maps (K–2, 3–5, 6–8, 9–12) showing specific project examples, competencies gained, and transition criteria to next level.
- Legal, safety, and data-privacy checklists including consent forms, photo/video release templates, background-check SOPs, and guidance on working with minors online.
- Low-bandwidth and offline coding solutions for clubs in underserved areas, including printable activities, USB-based tools, and curriculum swaps that avoid cloud-only platforms.
Key Entities & Concepts
Google associates these entities with Coding Clubs for Kids. Covering them in your content signals topical depth.
Key Facts for Content Creators
Approximately 40% of K–12 schools in the U.S. report offering a standalone computer science course.
This coverage gap means after-school coding clubs can position themselves as the primary access point for hands-on CS learning in many communities.
Typical parent-paid after-school coding club fees range from $100 to $180 per student per month in North America.
Knowing the local market price helps clubs set sustainable pricing, subsidy models, or sliding-scale options while projecting revenue.
Microcontroller starter kits (e.g., micro:bit) retail for roughly $15–$40 per unit, while a Raspberry Pi starter kit is about $35–$100 depending on accessories.
Hardware unit costs determine startup capital needs and whether clubs should buy one-per-student or share equipment across stations.
Search interest for 'coding club' and related after-school programming spikes in August–September (back-to-school) and again in January, with a smaller peak in May–June for summer camp planning.
Content and marketing should concentrate recruitment pushes and lead-generation assets around these seasonal peaks to maximize enrollment.
Volunteer-run, curriculum-backed clubs typically retain 60–75% of students term-to-term versus ~35–50% for ad-hoc, activity-only clubs.
Investing in structured curricula and volunteer training significantly improves retention, which is critical for learning outcomes and financial stability.
Programs that explicitly align 1:1 with CSTA or state standards are 2–3x more likely to gain formal school or district partnerships.
Mapping club lesson plans to recognized standards makes it simpler to secure classroom time, funding, or in-school integration.
Common Questions About Coding Clubs for Kids
Questions bloggers and content creators ask before starting this topical map.
Why Build Topical Authority on Coding Clubs for Kids?
Building topical authority on 'Coding Clubs for Kids' captures high-intent audiences (teachers, parents, after-school providers) who are decision-makers and buyers, creating strong monetization routes (classes, subscriptions, hardware). Ranking dominance looks like owning lifecycle content — startup guides, curricula, inclusive practice playbooks, procurement lists, and outcome measurement toolkits — so your site becomes the go-to resource for both practitioners and funders.
Seasonal pattern: Primary peaks: August–September (back-to-school signups) and January (new-year enrollments); secondary peak: May–June for summer camp planning. Operate evergreen content but concentrate campaigns in these months.
Content Strategy for Coding Clubs for Kids
The recommended SEO content strategy for Coding Clubs for Kids is the hub-and-spoke topical map model: one comprehensive pillar page on Coding Clubs for Kids, supported by 29 cluster articles each targeting a specific sub-topic. This gives Google the complete hub-and-spoke coverage it needs to rank your site as a topical authority on Coding Clubs for Kids — and tells it exactly which article is the definitive resource.
36
Articles in plan
7
Content groups
21
High-priority articles
~6 months
Est. time to authority
Content Gaps in Coding Clubs for Kids Most Sites Miss
These angles are underserved in existing Coding Clubs for Kids content — publish these first to rank faster and differentiate your site.
- Detailed cost-comparison models that show per-student startup and recurring costs across three realistic setups (laptop-free, shared-equipment, one-device-per-child) with supplier links and lifetime budgeting.
- Step-by-step volunteer onboarding and micro-training modules with scripts, 60-minute lesson run-sheets, and troubleshooting checklists tailored for non-technical volunteers.
- Standard-aligned outcome measurement toolkit: short rubrics, pre/post assessments, portfolio templates, badge criteria, and sample reports for funders or school administrators.
- Inclusive recruitment and retention playbooks with tested messaging templates, partnership outreach sequences (girls/STEM orgs), and metrics to track subgroup retention.
- Localized fundraising and sponsorship playbooks (templates for sponsorship decks, local employer partnership agreements, and community grant prospect lists) for small programs.
- Age-to-age progression maps (K–2, 3–5, 6–8, 9–12) showing specific project examples, competencies gained, and transition criteria to next level.
- Legal, safety, and data-privacy checklists including consent forms, photo/video release templates, background-check SOPs, and guidance on working with minors online.
- Low-bandwidth and offline coding solutions for clubs in underserved areas, including printable activities, USB-based tools, and curriculum swaps that avoid cloud-only platforms.
What to Write About Coding Clubs for Kids: Complete Article Index
Every blog post idea and article title in this Coding Clubs for Kids topical map — 82+ articles covering every angle for complete topical authority. Use this as your Coding Clubs for Kids content plan: write in the order shown, starting with the pillar page.
Informational Articles
- What Is A Coding Club For Kids? Purpose, Typical Structure, And Key Roles Explained
- Top 12 Benefits Of Joining A Coding Club For Kids: Academic, Social, And Career Outcomes
- How Coding Clubs For Kids Fit Into K–12 CS Education: Standards, Progressions, And Learning Goals
- Types Of Kids’ Coding Clubs: After-School, Library Programs, Makerspace Groups, And Camps Compared
- Common Roles In A Coding Club: Lead, Co-Leader, Volunteer Mentor, Technical Coach, And Admin Responsibilities
- Age-Appropriate Learning Objectives For Coding Clubs: What Kids Should Know By 6, 9, 12, And 16
- Essential Hardware And Software Glossary For Beginners Running Coding Clubs For Kids
- Safety, Privacy, And Online Protection Basics For Kids’ Coding Clubs
- How Coding Clubs Build 21st-Century Skills: Problem Solving, Collaboration, Creativity, And Resilience
- Measuring Success: Common Outcomes And Metrics For Coding Clubs For Kids
Treatment / Solution Articles
- How To Increase Member Retention In Your Coding Club For Kids: 12 Research-Backed Strategies
- Stretch A Small Budget: Running A High-Impact Coding Club For Kids With Under $200
- Fixing Low Participation: Outreach Scripts, Incentives, And Partnerships To Grow Club Sign-Ups
- How To Adapt Coding Club Lessons For Limited-Internet Or No-Internet Environments
- De-Escalation And Behavior Management Strategies For Kids’ Coding Clubs
- Turning One-Off Workshops Into Ongoing Coding Clubs: A 6-Month Conversion Plan
- How To Secure Grants And Sponsorships For Your Kids’ Coding Club: Templates And Pitch Tips
- Assessing And Improving Learning Outcomes For Struggling Students In Coding Clubs
- Making Virtual Coding Clubs Work: Tools, Facilitation Techniques, And Engagement Fixes
Comparison Articles
- Scratch Vs. Python For Kids’ Coding Clubs: When To Use Block-Based Vs. Text-Based Curriculum
- Raspberry Pi Vs. micro:bit For Coding Clubs: Cost, Projects, And Classroom Readiness Compared
- Block-Based Platforms Compared: Scratch, MakeCode, Tynker, And Blockly For Coding Clubs
- Free Vs. Paid Coding Club Curricula: When To Invest And When Free Resources Are Enough
- In-Person Vs. Virtual Kids’ Coding Clubs: Educational Outcomes, Logistics, And Cost Tradeoffs
- Coding Club Vs. Robotics Club: Overlap, Differences, And How To Run Both Together
- Club Management Tools Compared: Sign-Up, Communication, Attendance, And Payment Platforms For Coding Clubs
- Microcontroller Options Compared For Beginner Clubs: Arduino Uno, Nano, Circuit Playground, And micro:bit
Audience-Specific Articles
- How To Run A Coding Club For 5–7 Year Olds: Playful Activities, Attention Strategies, And Parent Involvement
- Designing A Coding Club For 8–10 Year Olds: Project Ideas, Pacing, And Assessment
- Advanced After-School Coding Club For 14–17 Year Olds: Project-Based Courses, Portfolios, And College Prep
- Running A Successful Coding Club For Neurodiverse And ASD Students: Inclusion Strategies And Adaptations
- How Librarians Can Start And Grow A Community Coding Club For Kids In Public Libraries
- A Practical Guide For Parents: How To Run A Neighborhood Or Home Coding Club For Kids
- Coding Clubs For Girls: Designing Inclusive Programming, Mentoring Models, And Outreach Tips
- How To Run A Coding Club In A Rural Community: Low-Bandwidth Projects, Local Partnerships, And Transportation Solutions
- Starting A Coding Club For ESL Learners And Multilingual Kids: Language-Friendly Lesson Plans And Assessment
- How Homeschool Co-Ops Can Incorporate A Coding Club: Scheduling, Curriculum Sharing, And Assessment
Condition / Context-Specific Articles
- Running A Summer Coding Camp Versus A School-Year Club: Curriculum, Staffing, And Marketing Differences
- How To Run A Coding Club In A School Library Or Media Center: Scheduling, Equipment Storage, And Librarian Training
- Implementing A Pop-Up Coding Club For Community Events And STEM Nights: Logistics And Mini-Lesson Plans
- Operating A Coding Club During School Closures Or Emergencies: Continuity Plans And Communication Templates
- Integrating A Coding Club Into An Existing Makerspace: Shared Tools, Safety Rules, And Project Pipelines
- How To Run A Weekend Or Evening Coding Club For Working Families: Scheduling, Staffing, And Childcare Considerations
- Hosting A Schoolwide Hackathon Powered By Your Coding Club: Planning Timeline, Judging Criteria, And Safety
- Corporate-Sponsored Coding Clubs: How To Form Partnerships Without Losing Program Control
- Starting A Mobile Coding Club: Converting Vans, Buses, And Pop-Up Labs Into Rolling Classrooms
Psychological / Emotional Articles
- How To Build Growth Mindset In Kids Through Coding Club Activities And Feedback
- Helping Kids Overcome 'I’m Not A Coder' Mindset: Small Wins, Role Models, And Visible Progress
- Managing Competition And Comparison In Coding Clubs: Healthy Contests, Collaboration, And Recognition
- Supporting Students With Performance Anxiety During Code Demos And Showcases
- Volunteer Burnout Prevention For Coding Club Leaders: Self-Care, Delegation, And Succession Planning
- How To Use Praise, Critique, And Iterative Feedback With Young Coders
- Creating A Sense Of Belonging For Underrepresented Kids In Coding Clubs
- Celebrating Failure: Building Risk-Taking And Resilience Through Coding Club Projects
Practical / How-To Articles
- How To Start A Coding Club For Kids: 12-Month Launch Checklist For Teachers And Volunteers
- 8-Week Beginner Curriculum For A Kids’ Coding Club (Ages 8–10) With Weekly Lesson Plans
- 30-Minute Snack Lessons For Busy Coding Clubs: Micro-Projects To Keep Short Sessions Impactful
- Volunteer Recruitment And Training Playbook For Kids’ Coding Clubs: Roles, Onboarding, And Templates
- Child Safeguarding And Background Check Policy Template For Coding Clubs
- Project Showcase And Demo Night Playbook: Planning, Marketing, Judging, And Accessibility
- Hardware And Software Procurement Checklist For Coding Clubs: Budgeting, Licensing, And Maintenance
- Designing Inclusive Lesson Plans For Kids With Visual, Hearing, And Motor Impairments
- Badge Systems, Portfolios, And Micro-Credentials For Coding Clubs: Implementation And Assessment
- How To Run A Youth Hackathon For Your Coding Club: Step-By-Step Logistics And Sample Themes
- Weekly Session Planner Template For Coding Clubs: Warmups, Core Activity, Reflection, And Extension
- Integrating State CS Standards Into Informal Coding Club Sessions: A Step-By-Step Guide For Teachers
FAQ Articles
- How Do I Start A Coding Club At My School? Step-By-Step Answers For Busy Teachers
- What Age Is Best To Start A Coding Club For Kids? Research, Milestones, And Practical Advice
- How Many Kids Per Volunteer Is Ideal In A Coding Club? Ratios For Safety And Learning
- How Much Does Running A Coding Club For Kids Cost? Typical Budget Breakdown By Club Size
- Do Kids Need To Know Math To Join A Coding Club? Explaining Skill Prerequisites And Scaffolding
- Can Parents Run A Coding Club On Their Own? Legal, Safety, And Curriculum Considerations
- Do Coding Clubs Require Internet Access? Offline Alternatives And Setup Guides
- What Success Metrics Should A Kids’ Coding Club Report To Stakeholders?
Research / News Articles
- 2026 State Of Kids’ Coding Clubs: Trends, Platform Adoption, And Participation Statistics (2022–2026)
- What Research Says About Early Coding Education: Cognitive And Social Benefits For Children
- Diversity In Coding Clubs: Latest Data On Gender And Ethnicity Participation And What Works To Close Gaps
- EdTech Platform Trends For Kids’ Coding Clubs: 2024–2026 Product Shifts And New Entrants
- Effectiveness Of Block-Based Vs Text-Based Learning In Early CS Education: A Meta-Analysis Summary
- Impact Of Out-of-School STEM Programs On Academic Outcomes: What Coding Clubs Can Learn
- Funding And Philanthropy Trends For Youth CS Education: Grants, Corporate Programs, And Public Funding 2023–2026
- Case Studies: Five Successful Community Coding Clubs And The Practices Behind Their Long-Term Success
This topical map is part of IBH's Content Intelligence Library — built from insights across 100,000+ articles published by 25,000+ authors on IndiBlogHub since 2017.
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