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Ilya C., Microsoft Azure DevOps

Kharkiv, Ukraine
Last Updated: 4 Jul 2023

- 5 years of experience in the IT industry - 3 years of using Microsoft Azure - 2 years in a Team Lead position - Development of web applications using Cloud solutions, DevOps processes set up for a team. - Advanced English.

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Microsoft Azure

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Azure DevOps

Azure DevOps   3 yr.

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Tanya, Senior Python Engineer

Last Updated: 9 Apr 2024

Software engineer with a comprehensive 5-year background in developing applications across Fin-tech, Management, and E-commerce domains. Deeply versed in a broad tech stack, including advanced proficiency in Python (5 years), JavaScript (3 years), and TypeScript (3 years), with solid experience in Django, React, and cloud services like AWS and Azure. Demonstrated expertise in DevOps and CI/CD methodologies is evident from hands-on Kubernetes and Terraform experience. Proven track record of optimizing application performance and infrastructure automation, leading to significant reductions in processing time, and enhancement of deployment reliability. The engineer's problem-solving acumen and ability to drive efficiency improvements are reflected in the development of feature-rich platforms and efficient system architectures.

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Python   5 yr.

Fintech & Banking

Fintech & Banking

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Umair, Java Software Engineer

Last Updated: 4 Jul 2023

- Software Engineer with 4+ years of diverse experience in building and integrating large-scale websites, applications, and services in Artificial Intelligence, Big Data, Telecommunication, and IT. - Upper-Intermediate English

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Denis Z., Full Stack Developer

Last Updated: 24 Aug 2023

- 5+ years of professional experience in the Information Technologies (IT) industry. - Refactoring of the existing applications. - Experience in developing applications using C#, JavaScript, TypeScript. - Experience in developing web applications using frontend frameworks. - Experience in load testing, automated unit testing, configuration of CI/CD. - Experience with Azure services. - Good knowledge in OOP, coding standards. - Good knowledge in Database. - Active and self-motivated team member. - Responsible, hard-working, result-oriented, creative and communicable, team player. - Skilled in client communication, software development and prioritizing competing deadlines. - Ability to multi-task with careful attention to detail. - Upper-Intermediate English. - Availability starting from ASAP.

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Artem S., Middle Full-Stack .NET Developer

Last Updated: 4 Jul 2023

- 6 years of professional experience in the Information Technologies (IT) industry. - Refactoring of the existing applications. - Experience in developing applications using C#, and JavaScript. - Experience in building microservices and end event-based systems. - Experience with dependency Injection and Service Life Cycles - Developing applications using design patterns - Good knowledge of OOP, SOLID, TDD - Understanding CI/CD practices - Understanding of API/EDI technology integration - Ability to write Unit and integration tests - Upper-Intermediate English

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ASP.NET   6 yr.

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Our journey starts with a 30-minute discovery call to explore your project challenges, technical needs, and team diversity. Meet Carefully Matched Azure Service Bus Talents. Within 1-3 days, we’ll share profiles and connect you with the right talents for your project. Schedule a call to meet engineers in person. Validate Your Choice. Bring a new Azure Service Bus developer on board with a trial period to confirm that you’ve hired the right one. There are no termination fees or hidden costs.

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Upstaff Managers conduct an introductory round with potential candidates to assess their soft skills. Additionally, the talent’s hard skills are evaluated through testing or verification by a qualified developer during a technical interview. The Upstaff Staffing Platform stores data on past and present Azure Service Bus candidates. Upstaff managers also assess talent and facilitate rapid work and scalability, offering clients valuable insights into their talent pipeline. Additionally, we have a matching system within the platform that operates in real-time, facilitating efficient pairing of candidates with suitable positions.

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Table of Contents

TOP 12 Tech facts and history of creation and versions about Azure Service Bus Development

  • Azure Service Bus Development is a cloud-based messaging service introduced by Microsoft in 2011, providing robust queuing and publish/subscribe capabilities.
  • It was created as a part of the Azure cloud platform, enabling developers to build scalable and decoupled applications by facilitating communication between different components.
  • The initial version of Azure Service Bus Development was released in April 2011, offering reliable message delivery and support for asynchronous, durable messaging patterns.
  • It was designed to follow the publish/subscribe messaging pattern, allowing multiple consumers to receive messages from a single topic.
  • One of the groundbreaking features of Azure Service Bus is the ability to support advanced message handling scenarios, such as message sessions, dead-lettering, and duplicate detection.
  • In 2012, Microsoft introduced the Event Hubs feature to Azure Service Bus, enabling high-throughput ingestion of streaming data from various sources.
  • Azure Service Bus has evolved over the years, introducing new features like partitioned queues and topics, which allow for improved scalability and performance.
  • The service also provides support for message transactions, enabling developers to perform atomic operations on multiple messages.
  • With the introduction of Azure Relay, developers can securely expose on-premises services to the cloud and vice versa, without the need for complex firewall configurations.
  • Azure Service Bus provides client libraries for various programming languages, including .NET, Java, JavaScript, Python, and more, making it accessible to a wide range of developers.
  • It offers both a REST-based HTTP API and an AMQP-based protocol for communication, providing flexibility and interoperability with different systems and devices.
  • Azure Service Bus is widely used across various industries for building scalable and reliable cloud-based applications, enabling seamless communication between distributed components.

Hard skills of a Azure Service Bus Developer

Azure Service Bus is a cloud-based messaging service that enables asynchronous communication between applications and services. As a Azure Service Bus Developer, you need to have a strong set of hard skills to effectively design, develop, and manage messaging solutions. Here are the hard skills required for different levels of expertise:


  • Understanding of messaging patterns and concepts
  • Basic knowledge of Azure Service Bus features and capabilities
  • Experience with creating and managing queues and topics
  • Familiarity with message serialization and deserialization
  • Ability to troubleshoot common messaging issues


  • In-depth knowledge of Azure Service Bus architecture and components
  • Proficiency in designing and implementing scalable messaging solutions
  • Experience with advanced features like dead-letter queues and message forwarding
  • Ability to optimize message throughput and latency
  • Knowledge of security and access control mechanisms for Azure Service Bus
  • Experience with monitoring and diagnostics of messaging solutions
  • Understanding of message batching and transactional processing


  • Expertise in designing highly available and fault-tolerant messaging solutions
  • Experience with advanced integration scenarios using Azure Service Bus
  • Deep understanding of messaging protocols and standards
  • Ability to optimize performance and scalability of messaging solutions
  • Knowledge of message brokering and publish-subscribe patterns
  • Experience with hybrid integration using Azure Service Bus Relay
  • Proficiency in automating deployment and configuration of messaging solutions
  • Ability to mentor and guide junior developers in best practices

Expert/Team Lead

  • Mastery of Azure Service Bus and its integration with other Azure services
  • Experience in leading and managing teams working on complex messaging projects
  • Expertise in designing and implementing enterprise-grade messaging architectures
  • Deep understanding of messaging protocols like AMQP, MQTT, and WebSockets
  • Ability to optimize messaging solutions for high throughput and low latency
  • Experience with implementing message versioning and compatibility strategies
  • Proficiency in performance tuning and capacity planning for messaging solutions
  • Strong problem-solving and troubleshooting skills
  • Ability to stay updated with the latest trends and advancements in messaging technologies
  • Excellent communication and collaboration skills
  • Capability to provide architectural guidance and drive innovation in messaging solutions

What are top Azure Service Bus instruments and tools?

  • Azure Portal: The Azure Portal is a web-based interface that allows users to manage and monitor their Azure resources, including Azure Service Bus. It provides a comprehensive view of all the components and configurations of the Service Bus, allowing users to easily create, configure, and monitor their messaging entities.
  • Azure Service Bus Explorer: Azure Service Bus Explorer is a standalone tool that provides a graphical user interface for managing and interacting with Azure Service Bus. It allows users to create, delete, and manage queues, topics, subscriptions, and messages. Users can also send and receive messages, monitor message counts, and perform various other administrative tasks.
  • Service Bus Explorer (Outstanding): Service Bus Explorer is an open-source tool developed by Microsoft that provides similar functionality to Azure Service Bus Explorer. It allows users to manage and interact with their Service Bus entities, including queues, topics, subscriptions, and messages. Service Bus Explorer is widely used by developers and administrators for troubleshooting, debugging, and monitoring Service Bus applications.
  • Azure Functions: Azure Functions is a serverless compute service that allows users to run event-driven code in the cloud. It can be used to create event-driven architectures with Azure Service Bus, where functions are triggered by messages in queues or topics. Azure Functions can be easily integrated with Service Bus to process messages and perform custom logic based on the message content.
  • Service Bus Brokered Messaging API: The Service Bus Brokered Messaging API is a client library provided by Microsoft for interacting with Azure Service Bus. It provides a set of classes and methods that developers can use to send and receive messages, create and manage queues/topics/subscriptions, and perform various other operations programmatically. The Brokered Messaging API supports multiple programming languages, including .NET, Java, and Python.
  • Azure Logic Apps: Azure Logic Apps is a cloud-based service that allows users to create and orchestrate workflows by connecting various applications, services, and systems. It provides a visual designer and a wide range of connectors to integrate with different services, including Azure Service Bus. With Azure Logic Apps, users can easily create workflows that involve sending and receiving messages from Service Bus queues or topics, performing transformations, and triggering actions based on message content.

TOP 12 Facts about Azure Service Bus

  • Azure Service Bus is a cloud-based messaging service that enables communication between applications, services, and devices.
  • It provides reliable message delivery and decouples the sender and receiver, allowing them to work independently of each other.
  • Azure Service Bus supports two main messaging patterns: publish/subscribe and message queues.
  • With publish/subscribe, messages are sent to a topic and subscribers can receive these messages based on their subscriptions.
  • Message queues allow for point-to-point communication, where messages are sent to a specific queue and only one receiver can process each message.
  • It supports various protocols including AMQP, MQTT, and HTTP, allowing for flexible communication options.
  • Azure Service Bus offers advanced features such as message batching, dead-lettering, and session support.
  • It provides message ordering guarantees within a session, ensuring that messages are processed in the order they are received.
  • Azure Service Bus provides high availability and fault tolerance with its redundant storage and automatic failover capabilities.
  • It integrates seamlessly with other Azure services, such as Azure Functions, Azure Logic Apps, and Azure Event Grid.
  • Azure Service Bus offers a scalable and elastic architecture, allowing applications to handle varying message volumes and traffic patterns.
  • It provides comprehensive monitoring and diagnostics capabilities, including metrics, alerts, and integration with Azure Monitor.

Cases when Azure Service Bus does not work

  1. Network Connectivity Issues:
    • Azure Service Bus relies on network connectivity to function properly. If there are network issues such as outages, high latency, or packet loss, it can impact the performance and availability of the service.
    • Solutions:
      • Check your network connection and ensure that it is stable and reliable.
      • Monitor network performance using tools like Azure Network Watcher to identify and resolve any connectivity issues.
      • Consider using Azure ExpressRoute for a dedicated and private connection between your on-premises environment and Azure, which can provide better network reliability.
  2. Resource Quotas and Limits:
    • Azure Service Bus has certain quotas and limits in place to ensure fair usage and prevent abuse. If these limits are exceeded, it can lead to service disruptions or failures.
    • Solutions:
      • Review and understand the quotas and limits of Azure Service Bus to ensure that your usage falls within the allowed boundaries.
      • If you anticipate high message throughput or require increased quotas, consider contacting Azure support or upgrading your service tier to accommodate your needs.
  3. Authentication and Authorization Issues:
    • Incorrect or insufficient authentication and authorization settings can cause Azure Service Bus to not work as expected.
    • Solutions:
      • Ensure that you have configured the correct authentication mechanisms (such as Shared Access Signature or Azure Active Directory) for your Service Bus resources.
      • Verify that the access policies and permissions are properly set up to allow the necessary operations on your Service Bus entities.
      • Regularly review and update the authentication and authorization settings to align with your security requirements.
  4. Service Outages or Maintenance:
    • Occasionally, Azure Service Bus may experience service outages or undergo scheduled maintenance that can impact its availability.
    • Solutions:
      • Monitor the Azure Service Health Dashboard or subscribe to service health alerts to stay informed about any ongoing issues or planned maintenance events.
      • Implement a disaster recovery plan by utilizing Azure Service Bus Premium tier, which provides geo-disaster recovery for enhanced availability.
      • Consider implementing redundancy and failover mechanisms in your application architecture to mitigate the impact of service disruptions.
  5. Client-side Configuration Errors:
    • Incorrect configuration of client applications that interact with Azure Service Bus can lead to issues and failures.
    • Solutions:
      • Double-check the connection strings, endpoints, and other configuration settings used by your client applications to ensure they are accurate and up-to-date.
      • Validate the client application’s ability to establish a connection and authenticate with Azure Service Bus by testing it in a controlled environment.
      • Refer to the official Azure Service Bus documentation and best practices to ensure proper configuration of your client applications.

Let’s consider Difference between Junior, Middle, Senior, Expert/Team Lead developer roles.

Seniority NameYears of experienceResponsibilities and activitiesAverage salary (USD/year)
Junior0-2 years– Assisting in the development and maintenance of software applications
– Writing code based on specifications and requirements
– Testing and debugging software
– Collaborating with team members to solve technical issues
45,000 – 65,000
Middle2-5 years– Developing software solutions independently
– Designing and implementing new features and functionalities
– Conducting code reviews and providing feedback
– Mentoring junior developers
– Collaborating with cross-functional teams
65,000 – 90,000
Senior5-8 years– Leading and guiding software development projects
– Making architectural decisions and providing technical guidance
– Mentoring and coaching junior and middle developers
– Collaborating with stakeholders and product owners
– Ensuring code quality and performance
– Resolving complex technical issues
90,000 – 120,000
Expert/Team Lead8+ years– Leading a team of developers
– Setting technical vision and strategy
– Managing project timelines and deliverables
– Conducting performance evaluations and providing feedback
– Collaborating with other teams and departments
– Driving innovation and implementing best practices
– Representing the team in meetings and discussions with stakeholders
120,000 – 150,000

How and where is Azure Service Bus used?

Case NameCase Description
1. Decoupling ApplicationsAzure Service Bus Development enables decoupling of applications by providing a reliable message-based communication platform. This allows different components of an application to communicate with each other without being tightly coupled. For example, a web application can send messages to a background processing service to handle time-consuming tasks, such as generating reports or processing large data sets. This decoupling improves scalability, flexibility, and fault tolerance of the overall application architecture.
2. Event-Driven ArchitectureAzure Service Bus Development facilitates the implementation of event-driven architecture, where components react to events or messages asynchronously. This enables efficient and scalable communication between different services or microservices within a system. For instance, when a user places an order on an e-commerce website, an event can be published to Azure Service Bus, which triggers various processes such as inventory management, payment processing, and order fulfillment. This approach decouples the individual services, allowing them to scale independently and handle high volumes of events.
3. Workflow OrchestrationAzure Service Bus Development can be used for workflow orchestration, allowing businesses to automate complex processes that involve multiple steps and systems. It provides a reliable messaging infrastructure to coordinate the execution of tasks and ensure reliable message delivery. For example, in a supply chain management system, Azure Service Bus can be used to coordinate the flow of information between different stakeholders, such as suppliers, manufacturers, and distributors, ensuring that each step in the process is executed in the correct order.
4. Real-time Data StreamingAzure Service Bus Development supports real-time data streaming scenarios, where large volumes of data need to be processed and analyzed in near real-time. It allows for the ingestion and distribution of streaming data, enabling applications to consume and process data as it arrives. For instance, in a telemetry system for monitoring IoT devices, Azure Service Bus can be used to collect and distribute sensor data from thousands of devices to different analytics services, enabling real-time monitoring and analysis of the data.
5. Hybrid Cloud IntegrationAzure Service Bus Development provides seamless integration between on-premises systems and cloud-based applications. It enables reliable and secure communication between different environments, allowing businesses to leverage the benefits of hybrid cloud architectures. For example, an organization can use Azure Service Bus to connect their on-premises enterprise systems with cloud-based services, enabling data synchronization, event-driven integration, and seamless application migration to the cloud.
6. Cross-Platform CommunicationAzure Service Bus Development allows for cross-platform communication between applications developed using different programming languages and frameworks. It provides a standardized messaging protocol that can be used by applications running on various platforms, such as .NET, Java, Node.js, and Python. This enables interoperability and seamless integration between diverse systems. For example, a mobile application developed using Java can communicate with a backend system developed using .NET by exchanging messages through Azure Service Bus, ensuring smooth communication and data exchange between the two platforms.

Pros & cons of Azure Service Bus

6 Pros of Azure Service Bus

  • Scalability: Azure Service Bus allows you to scale your applications as your business grows. It can handle a large number of concurrent connections and messages, ensuring that your application can handle increased traffic.
  • Reliability: Azure Service Bus provides a highly reliable messaging infrastructure. It guarantees message delivery and ensures that messages are not lost even in the event of failures.
  • Message Queues: Azure Service Bus supports message queuing, allowing you to decouple components of your application and enable asynchronous communication. This helps improve the overall performance and responsiveness of your system.
  • Message Topics: With Azure Service Bus, you can use message topics to publish and subscribe to messages. This enables a publish-subscribe pattern, where multiple subscribers can receive the same message, making it ideal for building event-driven architectures.
  • Security: Azure Service Bus offers robust security features, including role-based access control (RBAC) and transport-level security. This ensures that your messages are protected from unauthorized access and provides a secure communication channel.
  • Integration: Azure Service Bus integrates seamlessly with other Azure services and offers connectors for popular platforms and protocols. It provides easy integration with Azure Functions, Logic Apps, and other services, enabling you to build powerful and interconnected solutions.

6 Cons of Azure Service Bus

  • Cost: Using Azure Service Bus can incur additional costs, especially if you have high message throughput or require advanced features such as message sessions or partitioning.
  • Complexity: Azure Service Bus has a learning curve, and configuring and managing it can be complex, especially for beginners. It requires understanding various concepts such as queues, topics, subscriptions, and message handling patterns.
  • Message Size Limit: Azure Service Bus has a maximum message size limit of 256 KB for the standard tier and 1 MB for the premium tier. If your application requires handling larger messages, you may need to consider alternative solutions.
  • Message Retention: By default, messages in Azure Service Bus have a limited retention period (default is 7 days). If you require longer message retention, you will need to configure it accordingly, which may result in additional storage costs.
  • Availability: Although Azure Service Bus is designed to provide high availability, occasional service disruptions or outages can occur. It is important to design your applications with resilience in mind and have fallback mechanisms in place.
  • Performance: While Azure Service Bus offers good performance for most scenarios, it may not be suitable for extremely low-latency or high-throughput applications. If your application requires sub-millisecond latency or very high message throughput, you may need to consider other messaging solutions.

Soft skills of a Azure Service Bus Developer

Soft skills are essential for an Azure Service Bus Developer as they contribute to effective communication, collaboration, and problem-solving within a team. Here are the soft skills required at different levels of expertise:


  • Strong Communication: Ability to effectively communicate technical concepts and ideas to both technical and non-technical stakeholders.
  • Adaptability: Willingness to learn and adapt to new technologies, tools, and methodologies in the Azure ecosystem.
  • Team Player: Collaborate with team members to achieve project goals and contribute to a positive team environment.
  • Attention to Detail: Paying close attention to details and ensuring code quality and adherence to best practices.
  • Problem-solving: Ability to analyze and troubleshoot issues to identify root causes and implement effective solutions.


  • Leadership: Taking ownership of tasks, providing guidance to junior team members, and exhibiting leadership qualities.
  • Time Management: Efficiently managing time and meeting project deadlines while handling multiple tasks simultaneously.
  • Critical Thinking: Applying critical thinking skills to evaluate complex problems and find innovative solutions.
  • Mentoring: Sharing knowledge and experiences with junior team members to facilitate their growth and development.
  • Collaboration: Working effectively with cross-functional teams and stakeholders to achieve project objectives.
  • Client Management: Building and maintaining strong relationships with clients, understanding their requirements, and delivering quality solutions.
  • Conflict Resolution: Resolving conflicts within the team or with stakeholders in a professional and constructive manner.


  • Strategic Thinking: Developing long-term technical strategies aligned with business goals and staying updated with industry trends.
  • Project Management: Leading and managing projects, including resource allocation, task prioritization, and risk mitigation.
  • Decision Making: Making informed decisions based on technical expertise, business knowledge, and project requirements.
  • Influence and Negotiation: Ability to influence and negotiate with stakeholders to gain support for project initiatives.
  • Continuous Learning: Demonstrating a commitment to continuous learning and staying updated with the latest Azure technologies.
  • Technical Leadership: Providing technical guidance and mentorship to the team, fostering a culture of knowledge sharing.
  • Client Engagement: Engaging with clients at a strategic level, understanding their business needs, and proposing innovative solutions.
  • Conflict Management: Resolving conflicts and managing challenging situations with stakeholders and team members.

Expert/Team Lead

  • Strategic Planning: Developing a long-term technical roadmap aligned with organizational goals and driving its implementation.
  • Team Management: Leading and managing a team of developers, assigning tasks, and providing guidance and mentorship.
  • Technical Architecture: Designing scalable and efficient Azure Service Bus architectures to meet complex business requirements.
  • Cross-functional Collaboration: Collaborating with other teams, such as DevOps and QA, to ensure smooth project delivery.
  • Business Acumen: Understanding the business context and aligning technical decisions with organizational objectives.
  • Risk Management: Identifying and mitigating technical risks, ensuring the security and reliability of Azure Service Bus solutions.
  • Strategic Partnerships: Building strategic partnerships with clients and stakeholders, driving business growth and customer satisfaction.
  • Thought Leadership: Contributing to the Azure community through thought leadership, speaking engagements, and knowledge sharing.
  • Team Empowerment: Empowering team members through continuous learning opportunities and fostering a culture of innovation.
  • Conflict Resolution: Resolving complex conflicts and managing difficult situations with diplomacy and professionalism.
  • Quality Assurance: Ensuring high-quality code and adherence to best practices through code reviews and quality assurance processes.

TOP 10 Azure Service Bus Related Technologies

  • 1. C#

    C# is the most popular programming language for developing Azure Service Bus software. It provides a robust and efficient environment for building scalable and reliable applications. With its extensive library support and strong type system, C# enables developers to create high-performance code for interacting with the Service Bus. Its seamless integration with Visual Studio makes it the go-to language for Azure development.

  • 2. .NET Framework

    The .NET Framework is a software development framework that includes a rich set of libraries and tools for building Azure Service Bus applications. It provides a unified programming model for developing, deploying, and managing applications across various platforms. With its extensive support for messaging patterns and protocols, the .NET Framework simplifies the implementation of reliable messaging scenarios using Azure Service Bus.

  • 3. Azure Functions

    Azure Functions is a serverless compute service that allows developers to run event-triggered code without the need to manage infrastructure. It integrates seamlessly with Azure Service Bus, enabling developers to build event-driven architectures and process messages efficiently. With its pay-as-you-go pricing model and automatic scaling capabilities, Azure Functions provides a cost-effective and scalable solution for Service Bus software development.

  • 4. Azure Logic Apps

    Azure Logic Apps is a cloud-based service that enables developers to create workflows and automate business processes. It offers a wide range of connectors, including a connector for Azure Service Bus, allowing developers to easily integrate and orchestrate messaging-based workflows. With its visual designer and robust error handling capabilities, Azure Logic Apps simplifies the development of complex Service Bus workflows.

  • 5. Java

    Java is a widely-used programming language that is also popular for Azure Service Bus development. It provides a platform-independent environment and extensive tooling support for building enterprise-grade applications. With its mature ecosystem and libraries, Java offers a reliable and scalable option for developers who prefer to work with Azure Service Bus using a language other than C#.

  • 6. Node.js

    Node.js is a lightweight and efficient JavaScript runtime that is gaining popularity for Azure Service Bus development. It offers a non-blocking, event-driven architecture, making it well-suited for building scalable and real-time applications. With its extensive package ecosystem and asynchronous programming model, Node.js provides developers with a flexible and modern approach to building Service Bus applications.

  • 7. Python

    Python is a versatile and easy-to-learn programming language that is increasingly used for Azure Service Bus development. It offers a wide range of libraries and frameworks that simplify the integration and handling of Service Bus messages. With its clean syntax and rapid development capabilities, Python provides developers with an efficient and productive environment for building Azure Service Bus software.

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