Hire Erlang Developers
Connect with Erlang Developers from LatAm. Experts in distributed systems, fault-tolerant architecture, and concurrent programming ready in 21 days.

















Hire Remote Erlang Developers


Mateo is a charismatic developer with 12 years of crafting code and building solutions.
- Java
- Spring Boot
- C++
- APIs
- AWS


Camila is a developer from Argentina, crafting digital solutions with 6 years of expertise.
- PHP
- CSS
- SQL
- APIs
- JavaScript


Valeria is a dynamic developer from Costa Rica, mastering Swift to C++ with 5 years' finesse.
- Swift
- Kotlin
- Angular
- TypeScript
- C++


João is a skilled developer from Brazil, mastering Python, APIs, and SQL with flair.
- Python
- Machine Learning Basics
- CSS
- APIs
- SQL


Meet Benjamín, your go-to developer with 12 years of Vue.js, AWS, and SQL expertise.
- Vue.js
- TypeScript
- Node.js
- AWS
- SQL


Nicolás is a charismatic developer crafting digital experiences with 5 years of expertise.
- React.js
- JavaScript
- HTML
- CSS
- C#


Diego is a seasoned developer from Mexico, mastering Go, Node.js, React, and AWS.
- Go (Golang)
- Node.js
- HTML
- React.js
- AWS

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Receive a curated selection of 3-4 top candidates with comprehensive profiles. Each includes proven background, key achievements, and expectations—enabling informed hiring decisions.
Reviews
Erlang Developers Soft Skills
Problem Solving
Design fault-tolerant systems for high concurrency.
Adaptability
Refactor code to handle changing real-time demands.
Communication
Explain functional programming concepts to mixed teams.
Collaboration
Work with ops teams to ensure uptime under load.
Attention to Detail
Catch edge cases in concurrent processes.
Curiosity
Explore OTP patterns to improve scalability.
Erlang Developers Skills
Concurrent Systems Development
Build scalable applications with Erlang's lightweight processes.
Fault Tolerance
Design systems that recover quickly from failures.
Distributed Architecture
Implement distributed computing for high availability.
Messaging Systems
Use Erlang for reliable and asynchronous message passing.
Performance Optimization
Optimize Erlang code for speed and scalability.
How to Write an Effective Job Post to Hire Erlang Developers
Recommended Titles
- Erlang Backend Developer
- Concurrent Systems Engineer – Erlang
- Telecom Software Developer – Erlang
- Distributed Systems Developer
- Erlang OTP Specialist
- High-Availability Backend Engineer
Role Overview
- Tech Stack: Skilled in Erlang, OTP, and distributed systems design.
- Project Scope: Develop fault-tolerant, scalable backend services for high-availability systems.
- Team Size: Work alongside backend and telecom engineers (4–7 members).
Role Requirements
- Years of Experience: Minimum 3 years with Erlang/OTP development.
- Core Skills: Concurrency handling, message passing, distributed computing.
- Must-Have Technologies: Erlang/OTP, Mnesia, RabbitMQ, Linux.
Role Benefits
- Salary Range: $95,000 – $140,000 depending on distributed systems experience.
- Remote Options: Fully remote with occasional on-site collaboration.
- Growth Opportunities: Work on mission-critical telecom, fintech, and messaging platforms.
Do
- List Erlang proficiency for distributed, fault-tolerant systems
- Include OTP framework mastery
- Mention concurrency and messaging optimization
- Highlight telecom or fintech system experience
- Use reliability and scalability-focused phrasing
Don't
- Don’t generalize functional programming roles
- Avoid skipping OTP framework experience
- Don’t ignore concurrency and fault-tolerance
- Steer clear of omitting distributed systems focus
- Don’t exclude telecom or messaging domains
Top Erlang Developers Interview Questions
Erlang Developer Q&A to confirm functional skills
What’s your experience developing with Erlang?
Look for concurrency, fault tolerance, and OTP framework usage.
How do you design distributed systems in Erlang?
Expect supervision trees, message passing, and node clustering.
How do you test Erlang applications?
Look for EUnit, Common Test, and property-based testing strategies.
How do you optimize performance in Erlang systems?
Expect process scheduling, memory management, and profiling tools.
Describe a real-world system you’ve built with Erlang.
Look for high availability, scalability, and telecom or messaging use cases.
How would you debug a crashing Erlang process?
Look for stack traces, process message inspection, and supervision tree analysis.
What’s your approach to resolving distributed node connectivity issues?
Expect checking cookie authentication, network configuration, and port mapping.
How do you troubleshoot performance bottlenecks in Erlang?
Look for profiler usage, reducing message queue sizes, and optimizing recursion.
How would you debug unexpected OTP behavior?
Expect reviewing callback module logic, state transitions, and concurrency settings.
How do you fix memory leaks in long-running Erlang systems?
Look for unreferenced large data structures, ETS cleanup, and GC tuning.
When did you fix a concurrency deadlock in an Erlang system?
Expect process supervision tweaks, message ordering fixes, and load testing insights.
Describe solving a tricky pattern matching bug in production.
Look for detailed tracing, log-based diagnosis, and safe patch deployment.
Tell me about improving Erlang node communication over unreliable networks.
Expect retry strategies, message compression, and latency reduction techniques.
How have you optimized a high-throughput Erlang application?
Look for lightweight processes, ETS tuning, and efficient message passing.
Share an example of diagnosing memory leaks in Erlang processes.
Expect heap inspection, garbage collection tuning, and process lifecycle review.
- Mismanages processes and supervision trees
- Fails to isolate crashes in fault-tolerant design
- No hot code upgrade strategy
- Weak understanding of message passing patterns
- Neglects distributed node connectivity issues

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Book a Consultation CallTop Erlang Developers Interview Questions
Erlang Developer Q&A to confirm functional skills
What’s your experience developing with Erlang?
Look for concurrency, fault tolerance, and OTP framework usage.
How do you design distributed systems in Erlang?
Expect supervision trees, message passing, and node clustering.
How do you test Erlang applications?
Look for EUnit, Common Test, and property-based testing strategies.
How do you optimize performance in Erlang systems?
Expect process scheduling, memory management, and profiling tools.
Describe a real-world system you’ve built with Erlang.
Look for high availability, scalability, and telecom or messaging use cases.
How would you debug a crashing Erlang process?
Look for stack traces, process message inspection, and supervision tree analysis.
What’s your approach to resolving distributed node connectivity issues?
Expect checking cookie authentication, network configuration, and port mapping.
How do you troubleshoot performance bottlenecks in Erlang?
Look for profiler usage, reducing message queue sizes, and optimizing recursion.
How would you debug unexpected OTP behavior?
Expect reviewing callback module logic, state transitions, and concurrency settings.
How do you fix memory leaks in long-running Erlang systems?
Look for unreferenced large data structures, ETS cleanup, and GC tuning.
When did you fix a concurrency deadlock in an Erlang system?
Expect process supervision tweaks, message ordering fixes, and load testing insights.
Describe solving a tricky pattern matching bug in production.
Look for detailed tracing, log-based diagnosis, and safe patch deployment.
Tell me about improving Erlang node communication over unreliable networks.
Expect retry strategies, message compression, and latency reduction techniques.
How have you optimized a high-throughput Erlang application?
Look for lightweight processes, ETS tuning, and efficient message passing.
Share an example of diagnosing memory leaks in Erlang processes.
Expect heap inspection, garbage collection tuning, and process lifecycle review.
- Mismanages processes and supervision trees
- Fails to isolate crashes in fault-tolerant design
- No hot code upgrade strategy
- Weak understanding of message passing patterns
- Neglects distributed node connectivity issues
























