2026 Best Coding Bootcamps to Get a Job

by Imed Bouchrika, PhD

Co-Founder and Chief Data Scientist

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What can I expect from a coding bootcamp?

A coding bootcamp is a concentrated training program built around practical software skills. Instead of spending several years completing broad academic requirements, students focus on coding fundamentals, web technologies, software engineering workflows, collaborative projects, and job-search preparation. Many programs use assignments that resemble workplace tasks: building web applications, connecting to databases, using APIs, writing tests, pushing code to GitHub, and presenting finished projects.

The pace is usually demanding. Full-time students may treat the program like a job, while part-time students often study during evenings and weekends. Instructors, mentors, peers, and career coaches can help, but successful students still need to practice outside class, troubleshoot independently, and continue learning after the bootcamp ends.

1. Best coding bootcamps for 2026
2. How coding bootcamps compare with traditional education
3. Whether coding bootcamps are effective for learning programming
4. Core benefits of attending a coding bootcamp
5. Typical coding bootcamp length
6. Average coding bootcamp cost
7. Coding bootcamp financing options
8. Common coding bootcamp admissions requirements
9. Typical coding bootcamp curriculum topics
10. How to compare coding bootcamp options
11. How to decide whether a coding bootcamp is a worthwhile investment
12. Challenges graduates may face after a coding bootcamp
13. Job prospects after completing a coding bootcamp
14. Long-term career growth and salary potential
15. Alternative career paths for people with coding skills
16. How to check a bootcamp’s quality and legitimacy
17. Coding skills for interdisciplinary fields such as biotechnology
18. How to get the most value from a coding bootcamp
19. Why some graduates pursue an online software development degree afterward
20. Using a coding bootcamp as a starting point for AI careers
21. Using a coding bootcamp as preparation for cybersecurity
22. Coding bootcamp trends for 2026

Best coding bootcamps for 2026

The programs below are examples of coding bootcamps students commonly compare when looking for software engineering, full-stack development, or web development training. Use this list as a starting point, not as a substitute for your own due diligence. Before enrolling, verify current tuition, refund policies, financing terms, student outcomes, admission requirements, and whether the curriculum matches the roles you want.

1. Thinkful Software Engineering Bootcamp

Thinkful's Software Engineering Bootcamp is structured for students who want an online route into software engineering with a choice between full-time and part-time study. The program includes front-end and back-end development and introduces languages and tools such as JavaScript. Students can begin with free practice exercises before committing, and payment choices include upfront, monthly, and deferred options tied to employment.

• Format: Online
• Tuition: $9,975 (part-time)
• Duration: 6 months
• Hiring partners: Google, IBM, Amazon, Walmart Labs, WebFlow

2. DevMountain Web Development Bootcamp

DevMountain's Web Development Bootcamp focuses on the core skills used to build static and dynamic websites. Students work with front-end technologies such as HTML, CSS, and JavaScript and can choose from full-time, part-time, in-person, and online formats depending on schedule and learning preference.

• Format: In-person, Online
• Tuition: $9,900 (online)
• Duration: 1 weeks (full-time, in-person) | 17 weeks (full-time, online)

3. Bloom Institute of Technology Full Stack Web Development Bootcamp

Bloom Institute of Technology’s Full Stack Web Development Course is an online program designed around employer expectations for entry-level developers and engineers. The curriculum includes JavaScript, HTML, CSS, NodeJS, React, Redux, Data Structures, and Algorithms, giving students exposure to both application-building skills and problem-solving foundations.

• Format: Online
• Tuition: $21,950
• Duration: 10 months
• Hiring Partners: Walmart, CVS Health, Berkshire Hathaway, Apple, Microsoft, AT&T, Google, Comcast, Anthem, IBM

4. Code Fellows Software Development Bootcamp

Code Fellows uses a course sequence that lets students begin with introductory material and move into more advanced software development training. Learners may start with Code 101, which covers front-end web development, then progress toward Code 401, where the training is intended for students preparing for professional developer roles.

• Format: Online
• Tuition: $99-$12,000
• Duration: 8 hours-23 weeks

5. Flatiron School Software Engineering Bootcamp

Flatiron School’s Software Engineering Bootcamp teaches coding while also emphasizing problem-solving and adaptability. The program is intended for students with different starting points, including beginners and self-taught learners, and covers front-end, back-end, and full stack development.

• Format: Online | In-Person
• Tuition: $17,900
• Duration: 15 weeks (full-time) | 40 weeks (part-time)
• Hiring Partners: Spotify, Intel, Amazon, Google, Facebook, IBM, Shopify, Accenture, Buzzfeed, Apple

6. General Assembly Software Engineering Immersive Courses

General Assembly’s Software Engineering Immersive is built for students seeking a structured transition into software engineering. The curriculum covers software engineering fundamentals, front-end development, full-stack development, front-end frameworks, APIs, and technology exploration. Students also receive career coaching and access to employer connections.

• Format: Online
• Tuition: $16,450
• Duration: 12 weeks (full-time) | 32 weeks (part-time)
• Hiring Partners: Chase, Adobe, Google, Facebook, IBM, DirectTV, Microsoft, CocaCola, Samsung, PlayStation

7. CareerFoundry Full-Stack Web Development Program

CareerFoundry’s Full-Stack Web Development Program combines online instruction with one-on-one mentorship. Students learn to write and review code, use CSS, HTML, Javascript, Reach, and Python, work with APIs, and build web applications. The program also includes career coaching, a job preparation course, partner apprenticeship opportunities, and a job guarantee. Graduates may use these skills to create primary and backup software systems or applications.

• Format: Online
• Tuition: $8,075 (up-front with 5% discount) | $8,500 ($1600 upfront, then $575 for 12 months)
• Duration: 28 weeks
• Training/Apprenticeship Partners: TechFleet, Democracylab, Digital Product School

8. Springboard Software Engineering Bootcamp

Springboard’s Software Engineering Bootcamp is designed for beginners who want a guided path toward software engineering. The program introduces software development theory, coding basics, and commonly used languages and tools such as Javascript, HTML, Python, SQL, and React. Its learning model emphasizes hands-on practice.

• Format: Online
• Tuition: $9,900 (up front with 29% discount) | $13,860 ($1,540 per month)
• Duration: 10 months (part-time)
• Hiring Partners: Google, Walmart, IBM, Slack, Audible, Meta, LinkedIn, Delta, Intel, Microsoft, Coinbase, SiriusXM

9. App Academy Software Engineering Bootcamp

App Academy offers immersive software engineering programs for students who may be starting without prior coding experience. Its full-stack curriculum covers multiple programming languages, development frameworks, and industry tools. App Academy has also introduced an Artificial Intelligence learning experience that helps students apply AI concepts inside web applications.

• Format: Campus-based | Online
• Tuition: $20,000 (online, full-time) | $22,000 (online, part-time) | $17,000 (on-campus, full-time)
• Duration: 16 weeks (full-time, on-campus) | 24 weeks (full-time, online) | 48 weeks (part-time, online)
• Hiring partners: Uber, Amazon, Google, Wayfair, Zendesk, Meta, Microsoft, Slack

10. Coding Dojo Software Engineering Bootcamp

Coding Dojo is part of the Colorado Technical University (CTU) and offers software development training in online full-time, online part-time accelerated, and online part-time flexible formats. The full-time program introduces web development and database management in a full-stack curriculum, then moves into back-end languages and technologies such as Python, JavaScript, and a choice of either Java or C#/.NET.

• Format: Online
• Tuition: $16,995 full-time) | $9,995-$16,995 (online part-time accelerated) | $9,995 (online part-time flexible)
• Duration: 16 weeks (online full-time) | 18-34 weeks (online part-time accelerated) | 30 weeks (online part-time flexible)

11. Codesmith Software Engineering Immersive

Codesmith’s Software Engineering Immersive Programs are intended to help students become independent engineers who can solve unfamiliar problems and learn new technologies quickly. The curriculum emphasizes full-stack JavaScript, computer science concepts, React, Node.js, and modern web engineering practices. Full-time and part-time options are available.

• Format: Onsite | Online
• Tuition: $20,925
• Duration: 13 weeks (full-time online) | 38 weeks (part-time online) | 13 weeks (full-time onsite)

12. Fullstack Academy Software Engineering Bootcamp

Fullstack Academy offers a JavaScript-based curriculum taught by instructors with technology experience. Students use development tools such as Git, GitHub, VS Code, and Chrome Dev Tools while learning front-end foundations, front-end development, development libraries, back-end engineering, and full-stack development.

• Format: Online
• Tuition: $19,910
• Duration: 16 weeks (full-time) | 28 weeks (part-time)
• Hiring partners: Facebook, Bloomberg Engineering, Google, Spotify, Amazon, BlackRock, Datadog, Simon

13. Tech Elevator Coding Bootcamp

Tech Elevator offers online and in-person coding bootcamps with full-time and part-time schedules. Its full-stack software development curriculum is taught by instructors with real-world experience, and the program includes career coaching intended to support students as they pursue technology roles.

• Format: Online, In-Person
• Tuition: $16,500
• Duration: 14 weeks (full-time) | 30 weeks (part-time)
• Hiring partners: Medical Mutual, Accenture, GE Aviation, Progressive, Hyland, PNC, Huntington, Cleveland Clinic, FedEx, JPMorgan Chase & Co, PayPal

14. Code Platoon Full-Stack Software Engineering Immersive

Code Platoon’s Full-Stack Software Engineering Program uses lectures, pair programming, self-study, and instruction from professional software engineers. The program combines technical training with soft skills and personal development, helping students build a foundation for software engineering work.

• Format: In-person, Online
• Tuition: $18,000
• Duration: 15 weeks

15. Carnegie Mellon University's TechBridge Coding Bootcamp

Carnegie Mellon University's TechBridge Coding Bootcamp is offered as a 16-week full-time or 32-week part-time program. Students study programming fundamentals, web development, and software engineering principles through project-based learning and mentorship. The program also includes career support, job placement assistance, and networking opportunities.

• Format: Online with 2 campus visits
• Tuition: $18,600
• Duration: 16 weeks for full-time students, 32-weeks for part-time students

What bootcamp graduates say about the experience

Key findings

• The value of the global coding bootcamp market is projected to reach $14.07 billion by 2032.
• Web developers earn a median annual salary of $133,080.
• Nearly 5.2% of software developers surveyed reported learning to code through bootcamps.
• Coding bootcamps are less expensive, with an average cost of around $7,000 to $18,000.
• Coding bootcamps can last an average of 12 to 24 weeks.

How do coding bootcamps differ from traditional education?

The biggest difference is purpose. A traditional college program usually combines technical coursework with general education, theory, electives, and a broader academic credential. A coding bootcamp is narrower and more job-oriented, usually concentrating on the tools and projects needed for entry-level developer work.

Are coding bootcamps effective for learning programming skills?

Coding bootcamps can be effective when the curriculum is rigorous, the student practices consistently, and the program includes meaningful projects and career support. Their value is strongest for learners who need structure, deadlines, feedback, and a practical roadmap into entry-level technology work.

Nearly 5.2% of software developers surveyed reported learning to code through bootcamps. That figure shows that bootcamps are one recognized path into coding, but it also shows that many developers learn through other routes, including degrees, self-study, workplace training, and online courses. A bootcamp should be viewed as one possible pathway, not the only pathway.

What are the key benefits of attending a coding bootcamp?

The growth of the global coding bootcamp market reflects demand from individuals and organizations looking for faster technical training. For students, the main appeal is practical skill development in a condensed format. For employers, bootcamp graduates may bring portfolio evidence, recent tool exposure, and motivation to transition into technology roles.

• Higher salary potential: Coding can lead to roles with stronger earning possibilities; this guide cites a mean salary of $96,241 in the US for software developers.
• Marketable technical skills: Students often learn programming languages, frameworks, databases, Git workflows, APIs, testing basics, and deployment practices.
• More career options: Coding skills can support work in software engineering, web development, analytics, IT automation, UX/UI, healthcare technology, and other fields.
• Career services: Many bootcamps include resume support, mock interviews, portfolio reviews, job-search coaching, or employer networking.
• Project-based evidence: Finished applications can help students demonstrate ability more clearly than a list of completed lessons.

How long do coding bootcamps typically last?

Coding bootcamps can last an average of 12 to 24 weeks, although the exact timeline depends on the provider, format, pace, and subject area. Full-time programs may require up to 40 hours per week and are best for students who can temporarily reduce work or other obligations. Part-time programs are usually better for working adults, but they may extend to around six months or longer because the weekly workload is lower.

What is the average cost of attending a coding bootcamp?

Coding bootcamps generally cost less than a four-year college degree, but they are still a major financial decision. The average cost cited in this guide is around $7,000 to $18,000. By comparison, tuition for four-year college degree programs can range from over $9,000 to over $60,000 per year.

Cost should not be judged by tuition alone. Students should also calculate the cost of lost income, equipment, software, internet, commuting, childcare, loan fees, living expenses, and the time needed after graduation to search for a job. A lower-priced bootcamp can be a poor value if it has weak instruction or limited career support, while a higher-priced program may still be risky if its outcomes are not independently verifiable.

What financing options are available for coding bootcamps?

Bootcamp financing can make training more accessible, but some payment models create obligations after graduation. Read every agreement carefully and ask how payments change if you do not finish, do not find a job, or take a role outside tech.

What are the typical requirements for enrolling in a coding bootcamp?

Admissions requirements vary, so review each provider carefully and compare them with the wide variety of coding job requirements in the roles you eventually want. Some bootcamps accept complete beginners, while others expect applicants to complete prep work or pass a technical assessment.

• Personal and educational information: Applications usually ask for your contact details, background, education history, and career goals.
• Basic technical readiness: Even beginner-friendly programs may expect comfort with computers, problem-solving, and independent practice.
• Prework or prep courses: Some programs recommend or require introductory coding lessons before the main cohort begins.
• Coding assessment: More selective bootcamps may test logic, basic programming, or readiness for accelerated study.
• Interview: Applicants may need to discuss motivation, schedule availability, learning style, and long-term career plans.
• Prior education: Many bootcamps do not require a college degree, but a high school diploma or GED certificate is a common requirement.

What topics are covered in a typical coding bootcamp curriculum?

Most software development and web development bootcamps teach a mix of programming fundamentals, front-end development, back-end development, collaboration tools, and deployment practices. The exact stack varies, so do not assume every bootcamp teaches the same languages or frameworks.

• Web development foundations: Students often begin with HTML, CSS, and JavaScript to create and style web pages.
• Command line and APIs: Learners practice terminal commands and work with RESTful APIs to send, receive, and use application data.
• DOM manipulation: Students learn how web pages can be updated dynamically to create interactive user experiences.
• Third-party libraries: Bootcamps may introduce libraries such as jQuery and Bootstrap to speed up development and improve interface design.
• Databases: Students may work with NoSQL databases such as MongoDB and SQL databases such as MySQL.
• Developer workflow: Strong programs usually include Git, GitHub, debugging, code reviews, collaboration, and project planning.
• Portfolio projects: Students should graduate with applications that show what they can build, explain, and improve.

Bootcamp curricula change as employer expectations and developer tools evolve. The chart below shows commonly used programming languages in coding bootcamps and why these languages remain useful for students entering web and software development.

What factors should students consider when choosing between various coding bootcamp options?

Choosing a coding bootcamp should be treated like a career investment, not a quick purchase. The best program for you depends on your target role, current skill level, available study time, budget, location, preferred learning format, and need for job-search support.

Is a coding bootcamp a worthwhile investment?

A coding bootcamp may be worthwhile if it helps you move from your current skill level to a realistic target job at a cost and pace you can manage. The key is to compare the expected benefit with the full cost, including tuition, time away from work, financing obligations, and post-graduation job-search time.

Some students may find a bootcamp more practical than a degree because it is shorter and more focused. Others may be better served by a degree, especially if they want stronger computer science theory, eligibility for employers that prefer degrees, or a credential with broader academic recognition. If cost is the main concern, comparing bootcamps with the cheapest online computer science degree options can help you evaluate the longer-term trade-off.

Who should consider a coding bootcamp?

• Career changers who want structured technical training and can commit serious weekly study time.
• Self-taught coders who need projects, feedback, career coaching, and accountability.
• Professionals who want to add web development, automation, or software skills to an existing career.
• Students who have researched target job postings and know the bootcamp curriculum matches those requirements.

Who may want a different path?

• Students who need federal financial aid options that a bootcamp does not provide.
• Learners who want deep theory in algorithms, operating systems, compilers, advanced mathematics, or research.
• People who cannot commit the required time outside class for practice and projects.
• Applicants targeting roles where employers strongly prefer or require a formal degree.

What challenges might you face after completing a coding bootcamp?

Graduating from a bootcamp is not the same as being finished with training. Many graduates still need to strengthen algorithms, data structures, system design, testing, documentation, cloud tools, and workplace collaboration skills. Entry-level technology hiring can also be competitive, especially for students without prior technical experience.

Another challenge is proving depth. A bootcamp portfolio can show that you can build projects, but employers may still test whether you understand why your code works, how to debug unfamiliar problems, and how to maintain code written by other people. For students who want a broader academic foundation after bootcamp, an accelerated computer science degree online may be one way to deepen knowledge while building on previous coding experience.

Can you get a job after completing a coding bootcamp?

Yes, some graduates do get technology jobs after completing coding bootcamps, especially in entry-level software development, web development, QA, technical support, and related roles. A bootcamp can improve your chances by giving you structure, portfolio projects, and interview practice, but employment depends on your skills, effort, prior experience, local or remote job market, networking, portfolio quality, and ability to keep learning after graduation.

To improve your odds, start the job search before the bootcamp ends. Build a GitHub profile, revise your resume around projects and measurable contributions, practice technical interviews, attend networking events, and apply to roles that match your actual skill level. Treat employer partnerships as helpful but not guaranteed placement.

Will a coding bootcamp enhance long-term career growth and salary potential?

A bootcamp can support long-term growth if it helps you enter the field and continue developing from there. The first job is often only the starting point. Over time, career growth usually depends on deeper technical knowledge, communication, product understanding, code quality, teamwork, and the ability to learn new tools as the industry changes.

Some graduates later combine bootcamp training with certifications, workplace experience, or graduate education. For example, students interested in analytics or machine learning may compare bootcamp experience with an affordable data science masters degree to decide whether a more advanced credential supports their goals. Salary outcomes are not guaranteed, so evaluate claims carefully and look for transparent graduate data.

What are alternative career opportunities with coding skills?

Software engineering is not the only path for people who can code. Programming knowledge can improve career options in fields where automation, data, websites, applications, and digital systems matter.

• Data analysis and visualization: Python, R, SQL, and visualization tools can help analysts clean data, automate reports, and communicate insights.
• Digital marketing and SEO: HTML, CSS, JavaScript, tracking scripts, and automation can help marketers improve websites, analyze behavior, and implement technical SEO changes. Students exploring specialized administrative healthcare paths may also compare low cost medical coding and billing online programs.
• UX/UI design: Designers who understand CSS, JavaScript, and front-end constraints can communicate more effectively with developers and build stronger prototypes.
• Healthcare technology: Coding skills can support roles involving health informatics, medical software, telehealth tools, and patient-data systems.
• Automation and IT support: Scripting can help IT professionals automate repetitive tasks, manage systems, improve workflows, and support security processes.

How can you assess the quality and legitimacy of a coding bootcamp?

Do not rely only on advertising claims, influencer reviews, or job-guarantee language. A legitimate bootcamp should be willing to explain what it teaches, who teaches it, what support is included, how outcomes are calculated, and what students owe under each payment option. If a program avoids specific answers, treat that as a warning sign.

If your goals involve a specialized area such as AI, compare bootcamp training with more formal options such as AI online degrees to decide whether you need deeper academic preparation.

Can a coding bootcamp boost your career in emerging interdisciplinary fields like biotechnology?

Yes, coding can strengthen careers outside traditional software companies, including biotechnology. Programming skills can help professionals manage large datasets, automate laboratory workflows, create analytical tools, and collaborate with technical teams. However, interdisciplinary fields usually require domain knowledge as well as coding ability.

For biotechnology professionals, a bootcamp may be most useful when paired with scientific training, research experience, or a specialized degree. Students comparing technical and scientific career paths can explore jobs for masters in biotechnology to understand how programming may complement advanced biotechnology education.

How can you make the most of your coding bootcamp experience?

The students who get the most from a bootcamp usually treat it as an intensive professional transition, not just a course. Preparation before the first day and follow-through after graduation matter as much as attendance.

1. Complete prework seriously: Learn basic syntax, Git, command line skills, and problem-solving habits before the program begins.
2. Ask for feedback early: Do not wait until the final project to discover weaknesses in your code structure, debugging approach, or communication style.
3. Use mentorship: Meet with instructors or mentors regularly, bring specific questions, and ask how to improve your projects.
4. Build portfolio projects with purpose: Choose projects that solve real problems, include documentation, and show how you think as a developer.
5. Practice technical interviews consistently: Coding challenges, behavioral answers, and project walkthroughs need repetition.
6. Network before graduation: Connect with classmates, alumni, local developer groups, and industry professionals while you are still building momentum.
7. Keep learning after the program: Continue with certifications, advanced courses, open-source contributions, or degree options if your target roles require them. Students aiming for senior or specialized roles can also review the highest paying computer science jobs to see which skills may matter over time.

What are the benefits of pursuing an online software development degree after completing a coding bootcamp?

An online software development degree after a bootcamp can help students add broader academic structure to practical coding experience. A degree may deepen knowledge of software engineering principles, computer science concepts, systems, architecture, testing, and long-term development practices.

This combination can be useful for graduates who entered the field through a bootcamp but later want stronger credentials for advancement, management, specialized engineering roles, or employers that prefer degree holders. It can also signal sustained commitment to the field, although career progress still depends on performance, experience, and skill growth.

Can a coding bootcamp serve as a foundation for an AI career?

A coding bootcamp can be a starting point for AI, but it is usually not enough by itself for advanced artificial intelligence or machine learning work. Bootcamps can help students learn programming, data handling, APIs, and software development workflows. AI roles often require additional study in algorithms, statistics, data modeling, machine learning concepts, and responsible AI practices.

Students who want to build from bootcamp fundamentals into AI can compare certificates, projects, and degree pathways such as the cheapest artificial intelligence online degree. The right next step depends on whether you want to build AI-enabled applications, work with data models, or pursue research-oriented roles.

Can a coding bootcamp prepare you for a cybersecurity career?

A general coding bootcamp can help with cybersecurity preparation by strengthening programming, scripting, debugging, web application logic, and problem-solving skills. These abilities are useful for secure coding, vulnerability analysis, automation, and understanding how applications can fail.

However, cybersecurity is a specialized field. Many roles require knowledge of networks, operating systems, risk management, incident response, cloud security, compliance, and security tools. Graduates who want a cybersecurity path may need targeted certifications, labs, practical security projects, or an affordable online cyber security degree to build beyond general coding skills.

Common mistakes to avoid when choosing a coding bootcamp

What are the key trends shaping coding bootcamps for 2026?

Coding bootcamps continue to adapt as employers expect developers to use newer tools, collaborate remotely, and keep pace with AI-assisted workflows. The strongest programs are not only teaching syntax; they are helping students understand how to learn continuously, work on teams, and show practical results.

• More specialization: Some bootcamps are adding focused pathways in artificial intelligence, blockchain development, cybersecurity, and other technical niches.
• AI-supported learning: AI tools are increasingly used for practice, feedback, debugging support, and simulated coding challenges.
• Employer partnerships: Programs continue to promote relationships with technology companies, although students should verify what those partnerships actually provide.
• Expanded career support: Resume workshops, mock interviews, mentorship, and job-search coaching remain major selling points.
• Flexible delivery: Online, hybrid, full-time, and part-time formats help students balance training with work and personal obligations.
• Soft skills emphasis: Communication, collaboration, adaptability, and project ownership are increasingly important for entry-level developers.
• Outcome transparency: Students are paying closer attention to graduate job and salary data. Comparing those claims with broader resources such as computer science degree salary information can help put bootcamp outcomes in context.

Key insights

• A coding bootcamp is best understood as intensive job-focused training, not a direct replacement for a computer science degree.
• Average bootcamp costs in this guide are around $7,000 to $18,000, but the real cost also includes financing terms, lost income, equipment, and post-graduation job-search time.
• Bootcamps can last an average of 12 to 24 weeks, with full-time options moving faster and part-time options offering more flexibility.
• Program quality varies. Before enrolling, verify curriculum depth, instructor experience, student outcomes, career services, refund policies, and financing obligations.
• Graduates can pursue software development, web development, data, marketing technology, UX/UI, healthcare technology, IT automation, cybersecurity preparation, and AI-adjacent paths, but specialized careers often require additional training.
• The strongest bootcamp outcomes usually come from students who build serious portfolio projects, practice interviews, network early, and continue learning after graduation.

References:

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