SSHKeyBox Services

1. Project Management

Effective project management is the cornerstone of successful IT projects. SSHKeyBox offers a comprehensive project management service that includes:

– Planning and Scheduling: Detailed planning and precise scheduling to ensure project milestones are met.

– Resource Allocation: Optimal use of resources to maximize efficiency and minimize waste.

– Risk Management: Proactive identification and mitigation of potential risks.

Key Features:

– Gantt Charts for project timelines

– Resource utilization tables

– Risk assessment matrices

2. Software Development

Our software development services cover the entire lifecycle, from initial concept to deployment and maintenance. We specialize in:

– Custom Software Development: Tailored solutions to meet specific business needs.

– Web Development: Building robust and scalable web applications.

– Mobile App Development: Creating user-friendly mobile applications for both iOS and Android.

**Development Process**:

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 3. IT Consulting

Our IT consulting services help businesses navigate the complexities of technology and make informed decisions. We offer:

– Strategy Development: Creating IT strategies that align with business goals.

– Technology Assessment: Evaluating current technology and recommending improvements.

– Digital Transformation: Guiding organizations through digital transformation initiatives.

Consulting Benefits:

– Enhanced decision-making

– Improved technology utilization

– Streamlined business processes

4. Cloud Services

Cloud technology offers numerous advantages, and SSHKeyBox provides comprehensive cloud services to help businesses leverage these benefits.

– Cloud Migration: Seamless transition of applications and data to the cloud.

– Cloud Management: Ongoing management and optimization of cloud infrastructure.

– Cloud Security: Ensuring data and applications are secure in the cloud.

Cloud Services Overview:

5. Cybersecurity

Protecting your business from cyber threats is crucial. SSHKeyBox offers advanced cybersecurity services, including:

– Security Assessments: Identifying vulnerabilities in IT infrastructure.

– Incident Response: Rapid response to security breaches and incidents.

– Compliance: Ensuring adherence to industry-specific security standards and regulations.

Cybersecurity Solutions:

– Vulnerability assessments

– Incident response plans

– Compliance audits

SSHKeyBox Products

1. SSHKeyBox Platform

The SSHKeyBox platform is our flagship product designed to simplify and secure SSH key management.

– Key Management: Centralized management of SSH keys.

– Access Control: Fine-grained control to ensure only authorized users have access.

– Audit and Reporting: Comprehensive auditing and reporting for compliance and security monitoring.

Platform Features:

 2. Automated Deployment Tools

Streamline your deployment processes with our automated deployment tools, designed to improve efficiency and reduce errors.

– CI/CD Pipelines: Automate build, test, and deployment processes.

– Infrastructure as Code (IaC): Define infrastructure through code for consistency.

– Monitoring and Alerts: Real-time monitoring and alerts to ensure deployment health.

Deployment Tools Overview:

3. DevOps Tools

Our DevOps tools enhance collaboration between development and operations teams, promoting a culture of continuous improvement.

– Version Control: Tools for managing source code and version history.

– Collaboration Platforms: Integrated communication and project management tools.

– Performance Monitoring: Tools to monitor the performance of applications and infrastructure.

DevOps Tools Summary:

Why Choose SSHKeyBox?

Expertise and Experience

Our team comprises experts with years of experience in delivering successful IT projects across various industries. We bring this expertise to every project, ensuring the highest quality outcomes.

Customer-Centric Approach

We place our customers at the center of everything we do. By working closely with you to understand your needs, we tailor our services and products to meet those specific requirements.

Innovation and Technology

We leverage the latest technologies and best practices to deliver innovative solutions that drive business value. Our commitment to continuous improvement ensures we stay ahead in the ever-evolving IT landscape.

Case Studies

Case Study 1: Successful Cloud Migration

A leading e-commerce company partnered with SSHKeyBox to migrate their on-premises infrastructure to the cloud. Our team planned and executed the migration, resulting in improved scalability, reduced costs, and enhanced security.

Key Achievements:

– 100% successful migration with zero downtime

– 30%  reduction in operational costs

– Enhanced security and compliance with industry standards

Case Study 2: Custom Software Development

A financial services company needed a custom software solution to streamline operations. SSHKeyBox developed a tailored solution that integrated with existing systems and provided real-time data analytics.

Key Achievements:

– 50%  increase in operational efficiency

– Real-time insights leading to better decision-making

– Seamless integration with existing systems

Customer Testimonials

John Doe, CEO of E-Commerce Inc.:

SSHKeyBox transformed our IT infrastructure with their cloud services. The migration was seamless, and we’ve seen significant cost savings and improved performance.”

Frequently Asked Questions

Q: What industries does SSHKeyBox specialize in?

A: SSHKeyBox has experience in various industries, including e-commerce, financial services, healthcare, and more.

Q: How does SSHKeyBox ensure the security of my data?

A: We implement robust security measures, including encryption, access control, and regular security assessments, to protect your data.

Q: Can SSHKeyBox handle large-scale projects?

A: Yes, SSHKeyBox has the expertise and resources to manage large-scale IT projects efficiently.

Conclusion

At SSHKeyBox, we are committed to delivering high-quality IT solutions that drive success for your business. Whether you need project management, software development, IT consulting, cloud services, or cybersecurity, our team of experts is here to help. Explore our services and products, and discover how we can make a difference in your IT projects.

The post Enhancing IT Projects with SSHKeyBox: Services, Products, and Success Stories appeared first on SSH Key Box.

Prerequisites for Setting Up a CS2 Server

Before embarking on the setup of a CS2 server, it is essential to ensure that you have the following prerequisites:

• Hardware Requirements: A robust machine with a fast multi-core processor, ample RAM (16GB or more recommended), and substantial disk space to handle the demands of a CS2 server.
• Software Requirements: The appropriate operating system (such as Windows Server or a Linux distribution) and the latest version of the CS2 server software.
• Network Requirements: A high-speed internet connection with a static IP address for consistent server accessibility. If self-hosting, knowledge of network configuration, including port forwarding and firewall setup, is crucial.
• Skills and Knowledge: Familiarity with server and network management, as well as a basic understanding of command-line operations and configuration file editing.

Having these prerequisites in place will pave the way for a smooth and successful CS2 server setup.

Choosing the Right Hosting Solution

When setting up a CS2 server, one of the first decisions you’ll make is choosing between self-hosting and opting for a dedicated server provider. Self-hosting means using your own hardware and internet connection to host the server. This choice offers full control over the server environment and may be cost-effective for those with existing infrastructure. However, it requires a solid understanding of network configuration and server maintenance. Additionally, self-hosted servers may suffer from limited bandwidth and higher latency if not set up with a robust internet connection.

On the other hand, using a dedicated server provider simplifies the process. Providers offer specialized hardware optimized for server hosting, along with professional support and maintenance. They also ensure higher uptime, better security, and potentially lower latency due to their data center locations. While this option incurs a monthly or annual fee, it offloads the technical burden and can provide a more reliable and professional experience for users.

Self-hosting is suitable for those with technical expertise and existing resources, while a dedicated server provider is ideal for hassle-free hosting with professional support.

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Installing the Server Software

To install CS2 server software, you’ll need to follow these steps:

1. Acquire the Software: Begin by visiting the official website of the CS2 server software or a trusted third-party provider. Download the latest version of the server software that is compatible with your operating system.
2. Prepare the Environment: Before installation, ensure your system meets the minimum requirements for running the server software. This may include a specific operating system version, adequate RAM, and sufficient storage space.
3. Install Dependencies: Some server software may require additional dependencies. Install any necessary libraries or frameworks as per the documentation provided with the software.
4. Run the Installer: Launch the downloaded installer file and follow the on-screen prompts. Choose the installation directory and configure initial settings such as port numbers and admin credentials.
5. Initial Configuration: After installation, access the server configuration file, typically located within the installation directory. Edit this file to set up basic server parameters, such as server name, map rotation, and game modes.
6. Start the Server: With the configuration complete, start the server using the provided executable or through a command-line interface. Verify that the server is running by connecting to it locally or checking the server status in the software’s control panel.
7. Test Connectivity: Finally, confirm that the server is accessible from other machines. This may involve adjusting firewall settings or port forwarding rules on your router if you’re self-hosting.

By following these steps, you’ll have your CS2 server software installed and ready for further customization and optimization to suit your specific needs.

Configuring the Server Settings

Once the CS2 server software is installed, it’s time to configure the server settings to ensure smooth operation and accessibility. The configuration process involves adjusting various parameters that will affect how your server interacts with clients and other servers.

• Set Up IP Addresses: Determine the IP address that your server will use. If you’re self-hosting, this will be the public IP address provided by your ISP. For dedicated server providers, this information will be supplied to you.
• Configure Ports: Decide on the port numbers for your server. The default port for CS2 servers is typically 27015, but you can choose any available port. Ensure that the chosen port is forwarded correctly in your router settings if you’re self-hosting.
• Adjust Network Settings: Optimize network settings for performance. This includes setting the correct rate for client updates and configuring bandwidth limits if necessary.
• Customize Server Options: Personalize your server by setting up welcome messages, map rotation, game modes, and other game-specific settings.
• Access Control: Implement access control measures, such as admin passwords and secure rcon (remote control) passwords, to prevent unauthorized changes to your server.
• Backup Configurations: Regularly back up your server configuration files. In case of a mishap, you will be able to restore your server quickly.

By meticulously configuring these settings, you can create a stable and responsive environment for your players. Ensure that you document any changes you make so that you can troubleshoot any issues that may arise later.

Securing Your CS2 Server

Security is paramount when running a CS2 server. Protecting your server from unauthorized access and potential attacks is essential to provide a safe and enjoyable experience for players. Here are some best practices to fortify your server’s security:

• Firewalls: Set up a robust firewall to control incoming and outgoing traffic. Only allow traffic on necessary ports, such as your CS2 server port and any other services you might be running.
• Secure Passwords: Use strong, unique passwords for admin access and rcon. Change these passwords regularly and never share them with untrusted individuals.
• Updates and Patches: Regularly update your server software and any dependencies to patch known vulnerabilities. This also includes updating the operating system if you’re self-hosting.
• Monitoring and Logs: Enable logging to keep track of server events and monitor these logs for any suspicious activity. Quick detection of unusual patterns can help prevent breaches.
• SSL Certificates: If your server supports it, consider implementing SSL certificates to encrypt data between the server and clients, especially if you’re transmitting sensitive information.
• Limit Access: Restrict server access to known IP addresses if possible, and consider implementing a VPN for remote administration.

By following these security measures, you can significantly reduce the risk of cyber threats and ensure that your CS2 server remains a trusted platform for players. Remember, a secure server is a cornerstone of a great gaming experience.

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Managing User Access and Permissions

To maintain a secure and orderly CS2 server, it’s crucial to manage user access and permissions effectively. Here’s how to create and manage user accounts and set permissions:

• Create User Accounts: Access the server’s control panel or use command-line tools to create user accounts. Assign unique usernames and strong passwords to each account.
• Assign Roles and Permissions: Define roles such as Administrator, Moderator, and Player, each with specific permissions. Use the server’s built-in permission system or install a management plugin to customize access levels.
• Restrict Access: Ensure that only authorized users can access certain server features. Implement whitelists or password protections for sensitive areas.
• Audit User Activities: Regularly review user activities and access logs. Look for any unauthorized attempts or changes made by users and adjust permissions if necessary.

By systematically managing user access, you can prevent unauthorized changes to the server and ensure a fair gaming environment for all players.

Installing Plugins and Mods

Enhancing your CS2 server with plugins or mods can significantly improve the gameplay experience. Here’s a guide to finding and installing these additions:

• Find Plugins and Mods: Visit reputable CS2 community forums or official mod directories to find plugins and mods. Ensure they are compatible with your server’s version and have positive user reviews.
• Download and Verify: Download the chosen plugins or mods from trusted sources. Verify their integrity by checking for official seals or community endorsements to avoid malicious software.
• Installation Process: Follow the specific instructions provided with each plugin or mod. This usually involves placing files in the designated server directories and adjusting configuration files.
• Activate and Test: Activate the plugins or mods through the server control panel or command line. Test them thoroughly to ensure they work correctly and do not interfere with server performance or stability.

By carefully selecting and installing plugins and mods, you can tailor your CS2 server to provide unique and engaging content for your community. Always back up your server before making significant changes to avoid data loss.

Setting Up Automated Backups

Regular backups are essential to safeguard your CS2 server’s data against hardware failure, software corruption, or other unforeseen issues. An automated backup system ensures that your server files are copied at regular intervals without manual intervention, providing peace of mind and a quick recovery path in case of data loss. Here’s how to set up automated backups:

• Choose Backup Software: Select reliable backup software that is compatible with your server’s operating system. Options include native tools like Windows Server Backup or third-party solutions like Acronis or Veeam.
• Schedule Backups: Configure the backup software to run at regular intervals, such as nightly or weekly. This frequency should balance the need for up-to-date backups with the server’s performance and storage limitations.
• Backup Location: Decide where the backups will be stored. This could be an external hard drive, a network-attached storage (NAS) device, or cloud storage for added redundancy.
• Test Recovery: Periodically test the recovery process to ensure that your backups can be restored successfully. This step is crucial to validate that the backup system is functioning correctly.

By implementing an automated backup system, you can ensure that your CS2 server data is preserved and can be restored swiftly, minimizing downtime and preserving the gaming experience for your users.

Monitoring Server Performance

To ensure a smooth gaming experience on your CS2 server, it’s important to monitor server performance regularly. This involves keeping an eye on critical metrics such as CPU usage, memory usage, and network traffic. Here are some tools and techniques to help you monitor these aspects:

• Use Monitoring Tools: Employ server monitoring tools like Nagios, Zabbix, or PRTG Network Monitor. These tools can provide real-time insights into server performance and alert you to potential issues.
• CPU and Memory Usage: Monitor the CPU and memory usage to ensure that the server is not overburdened. High usage may indicate a need for hardware upgrades or optimization of server settings.
• Network Traffic: Keep track of network traffic to identify any bandwidth bottlenecks or abnormal spikes that could affect connectivity and latency.
• Log Analysis: Regularly review server logs to spot errors or performance issues. This can help you troubleshoot problems before they impact players.
• Automate Alerts: Set up automated alerts to notify you when performance metrics exceed certain thresholds. This enables you to respond quickly to any issues that arise.

By actively monitoring your CS2 server’s performance, you can proactively address bottlenecks and ensure a stable and responsive gaming environment for your players.

Troubleshooting Common Issues

During the setup and maintenance of a CS2 server, administrators may encounter a variety of issues. Here are solutions to some common problems:

• Server Not Starting: Check the server logs for errors. Ensure that all required dependencies are installed and that there are no conflicts with other services running on the same port.
• Players Cannot Connect: Verify that your firewall is configured to allow traffic on the server port. If self-hosting, ensure port forwarding is set up correctly on your router.
• High Latency Issues: Optimize your network settings, including rate and tickrate. Consider upgrading your internet plan or hardware to improve performance.
• Frequent Crashes: Update your server software and all plugins to the latest versions. Remove any mods or plugins that are not essential to see if stability improves.
• Configuration Changes Not Applying: After making changes to the configuration file, ensure that you restart the server for the changes to take effect.

By addressing these common issues promptly, you can maintain a stable and accessible CS2 server for your players.

Creating a Maintenance Schedule

Regular maintenance is vital for the longevity and performance of your CS2 server. Implementing a maintenance schedule ensures that tasks like updates and backups are not overlooked. Consider the following schedule for maintaining your server:

• Daily: Check server logs for errors or suspicious activity. Ensure that the server is running smoothly and that no immediate issues need attention.
• Weekly: Perform a full backup of server files and databases. Update all server software, plugins, and mods to their latest versions to patch vulnerabilities and improve performance.
• Monthly: Review and optimize server settings, including network configurations and access controls. Test server performance and make necessary adjustments.
• Quarterly: Conduct a comprehensive security audit. Change passwords and review user permissions to ensure that only authorized individuals have access to sensitive areas of the server.

This maintenance schedule can help prevent issues from escalating and keep your server running efficiently. Adjust the frequency of these tasks as needed based on the specific demands of your server and its user base.

Engaging with the Community

Building a vibrant community around your CS2 server can significantly enhance the gaming experience. Here are key steps to foster a strong community:

• Set Up Communication Channels: Create forums, chat rooms, or social media groups to facilitate discussions and feedback from players. Popular platforms include Discord for real-time chat and phpBB for forums.
• Organize Events: Host regular events such as tournaments, contests, or themed game nights to keep the community engaged and excited about participating.
• Moderate Effectively: Appoint moderators to oversee community spaces, ensuring that conversations remain respectful and constructive. Clear rules and active moderation are crucial for a healthy community environment.

By prioritizing community engagement, you can create a loyal player base that contributes to the server’s popularity and longevity. Incorporating community-favorite activities, such as csgo roulette, can further bolster engagement, providing a fun and interactive way for players to connect with each other.

Additional Resources

Setting up a CS2 server involves several key steps: choosing the right hosting solution, installing the server software, configuring server settings, securing the server, managing user access and permissions, installing plugins and mods, setting up automated backups, and monitoring server performance. Additionally, troubleshooting common issues and creating a maintenance schedule are essential for smooth operation.

For further learning or troubleshooting, consider these additional resources:

• Official CS2 Documentation: Refer to the official documentation for in-depth guidance on server configuration and management.
• Online Forums and Communities: Join CS2 server administrator forums and communities to exchange tips, seek advice, and stay updated on the latest developments.
• Technical Support: If you’re using a dedicated server provider, leverage their technical support for assistance with complex issues.

By following this guide and utilizing these resources, you can set up and maintain a successful CS2 server that offers an enjoyable gaming experience for its users.

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Understanding Connected Farming

Connected farming is an innovative approach to agriculture that encompasses such technologies as spraying technology and the use of IoT devices and sensors to collect data on environmental factors such as soil moisture, temperature, and humidity. This data is analyzed to make informed decisions about crop management, irrigation, fertilization, and other essential aspects of farming. In addition to sensor technology, connected farming also utilizes automation technologies such as drones and robots to perform tasks like planting, harvesting, and spraying. 

Choosing the Right Platform

The selection of the appropriate platform is the first step in creating software for linked farming. There are many different platforms available, each with their own strengths and weaknesses. Popular options include Microsoft Azure, AWS IoT, and IBM Watson IoT. When selecting a platform, it is crucial to take into account aspects like cost, scalability, reliability, security, and security.

Designing the Architecture

After selecting a platform, the next step in developing software for connected farming is to design the software architecture. This involves identifying the different components that will be required, such as data storage, data processing, and user interface. Architecture should be flexible, scalable, and modular so that it can be easily adapted to changing needs. 

Developing the Software

Once the architecture is designed, one can start writing code, do testing, and debugging. You can make sure that your Logitech software is dependable, safe, and performs as intended by adhering to best practices like version control, code documentation, and extensive testing. With careful development practices, you can create software that meets your farming operation’s specific needs, helping to increase efficiency and productivity.

Integrating with IoT Devices

Connected farming relies heavily on IoT devices such as sensors and drones. Therefore, your software must integrate with these devices seamlessly. This involves working with hardware vendors and ensuring that your software can communicate with the devices using standard protocols such as MQTT. Integration will provide you with valuable insights into the performance of your farming operation, enabling you to make informed decisions about crop management, irrigation, and other essential aspects of farming.

Implementing Data Analytics

Data analytics is a critical component of connected farming. By analyzing data from sensors and other IoT devices, farmers can make informed decisions about planting, irrigation, and other aspects of farming. Therefore, it is essential to implement robust data analytics capabilities in your software. This involves leveraging machine learning algorithms and other techniques to analyze data in real-time, enabling farmers to identify patterns and make informed decisions about their farming operations.

Ensuring Security and Privacy

Connected farming involves the collection of sensitive data such as crop yields, soil moisture levels, and weather data. Therefore, it is important to ensure that your software is secure and protects the privacy of farmers. This involves implementing strong encryption, access controls, and other security measures. With advanced security measures in place, farmers can benefit from connected farming technology, such as increased efficiency, optimized crop yields, and reduced costs.

Testing and Deployment

Thoroughly testing your software is a crucial step in ensuring that it operates as intended for connected farming. Once your software is developed, it is important to test it thoroughly to ensure that it works as intended. This process involves conducting unit tests, integration tests, and other forms of testing to identify any issues. Once testing is complete, the software can be deployed to production.

Providing Support and Maintenance

Finally, it is important to provide ongoing support and maintenance for your software to ensure it continues to function optimally. By regularly checking for issues and providing support to users, you can quickly address any problems that arise and ensure that your software remains reliable and effective. Conducting regular updates also ensures that your software stays up-to-date with the latest technologies, features, and security measures.

To conclude

Developing software for connected farming is a complex process that requires specialized expertise. By understanding the principles of connected farming, choosing the right platform, designing a flexible architecture, integrating with IoT devices, implementing data analytics, ensuring security and privacy, testing and deploying, and providing ongoing support and maintenance, you can create software that helps farmers increase productivity and efficiency.

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What are the complexities of developing software for warehouses

Developing software for warehouses can be an incredibly exciting project, but there are complexities along the way that shouldn’t be overlooked. From configuring efficient hardware setups to creating a system with enough flexibility to accommodate customer’s unique needs, there are many moving pieces involved in successfully developing the right tools and software to outfit a warehouse. With the complexities of inventory management and automation technology it takes the right combination of experience and industry knowledge to be able to develop software solutions tailored for warehouses. It’s this kind of complexity that makes this area of development so rewarding when it all comes together.

How warehouse employees can help in software development

Warehouse employees often have an immense amount of knowledge about warehouse operations and can offer valuable insight into software development. They can help by providing ideas for software solutions that would make warehouse processes run more efficiently and effectively. Additionally, warehouse employees are invaluable in testing new warehouse software for bugs and kinks that could slow or disrupt warehouse workflows. With their on-the-ground experience, warehouse staff have a first-hand perspective on how warehouse operations should be running, and thus offer a critical perspective in the software development process. There’s no doubt that warehouse employees are a hugely important asset in the soft dev space!

How important is it to use good encryption in software development

It is becoming increasingly important for software developers to make sure that they are using good encryption in their development processes. Whether you’re developing applications for everyday use, sensitive data storage, or communications networks, a sound understanding of security protocols is essential to build trust among users. Good encryption ensures that your software remains secure and safe from potential malicious attacks while allowing users to confidently utilize them without fear of exposing their personal information. It’s important for developers to stay abreast of the latest cryptography advancements and incorporate them in their work – the security of millions could depend on it!

Considering the scalability of warehouses in software development

Scalability is an incredibly important aspect when considering software development projects. As projects grow, scalability allows the software to adjust and accommodate that growth seamlessly. A great way to ensure scalability within the project is by utilizing warehouses; they provide extra space and support as the project scales up or down. With warehouses present, unexpected scalability issues can be avoided, making developing software easier and more manageable. It’s an innovative approach that offers plenty of advantages to any software development endeavor!

The complexity of developing software that can be easily adjusted for different types of warehouses

The complexity of developing software that can be adjusted for different types of warehouses is truly astounding! Software engineers face a daunting challenge in meeting the requirements of businesses with very diverse storage needs. Nevertheless, it’s very exciting to witness just how adept software developers are in creating robust and reliable programs catering to such varying requirements. It’s certainly not an easy feat and requires creative solutions to produce something that provides a uniform experience while at the same time incorporating modular elements tailored to different kinds of warehouses. This type of sophisticated engineering is quite impressive!

Importance of software testing and post-release support

The importance of software testing and post-release support cannot be overstated. In today’s tech world, businesses not only need to deliver fast and reliable software, but need users to know that their user experience is supported. Software testing allows us to gain insight into the behavior of our software against certain parameters while post-release support provides users with assistance during product onboarding and beyond. Together, these two tasks ensure a high quality product and improved customer satisfaction. With this dynamic duo of importance importance in place, businesses can have confidence that they are giving their customers the best product possible – something we should all be eager to do!

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The pioneers of programming talked to the machine in the language of codes and commands. They used assembler and thought in bits and bytes. Popularization destroys elitism. Making it easier on themselves, programmers developed new programming languages, building up more complex levels of abstraction. The Sort(x) function helped circumvent ignorance of matanalysis and the method of sorting data. Technological evolution led to the simplification of commands. The next logical step would be to abandon them.

The emergence of systems like CASE for automation of software development can be conventionally considered a genie released from a bottle. Webflow platform and Media Lab Scratch programming language allows you to use ready-made logical blocks instead of typing text code. Microsoft Power Apps, Oracle Application Express, Salesforce Lightning Platform and other powerful tools leave little hope. Google, which has acquired the AppSheet platform for developing mobile apps without code, only confirms the status quo.

Development is driven by economics. This rule also works in the case of abandoning code. Businesses are asking for more simple applications, and companies, eager to respond to every customer need, aim to provide them with a simple and easy-to-use utility or service that can instantly accomplish a simple set of tasks, while not requiring the user to have special knowledge. A manager-operator comes out on top. He is able to quickly implement a task, translating it into a ready design, and order the machine to perform the required task.

The time when business will stop investing in training programmers is not far off. Automation will take over their functions. Anyone with basic skills will be able to create codes. They will lose in ease, but gain in simplicity. Perhaps the solutions to the problems will not look as original, but will be simple and reliable. The elegance of the code will become a relic of the past. However, you can hardly do without highly skilled programmers. Somebody has to solve specific tasks.

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This is where automating the testing process helps solve several problems:

• improve the quality and stability of mobile banking;
• preserve the bank’s good reputation and customer trust;
• test a large-scale product faster than if you were to do it manually;
• You don’t need to waste specialists’ time on manual testing-you can divert resources to other business tasks. For example, developing personalized RBS offerings that will help you outperform even the leaders in the banking sector.

Below we will consider in more detail how automation helps, but first we will answer the crucial question: why can’t you do without it?

The threat of missing tests

Neglecting testing these days is extremely risky. News about bugs in popular applications, especially financial ones, spread quickly and affect the company’s reputation. Surely you remember the biggest bug of the financial world, which occurred in 1996 at First National Bank of Chicago. Over 800 customers received an erroneous “raise” in their accounts overnight — $900 million each. The bank’s senior vice president, James Lancaster, admitted that it was “a software error in the computer” — fortunately for the bank, none of the customers had time to exploit the error.

Even the IT giants don’t avoid it. For example, Google admitted cases of data leakage, Android admitted mistakes when choosing the addressee of personal messages, and Windows smartphones caused a lot of smiles when they demanded that users “insert the installation disk and restart the computer”.

Bugs in the online systems of both state banks and leading commercial banks receive widespread publicity on social networks. Many banks are focused on cooperation with users and thank them for the bugs they find. But as you know, the best way to solve a problem is to avoid it.

Why do you benefit from automated testing?

There are at least 5 reasons why test automation makes sense.

1. When you offer a new product – for example, an online mortgage calculation – you must ensure a high quality release. Automated testing reduces the risk of human error. Even the most skilled programmers and testers can miss a bug (as we have told you, examples of this are Google, Windows and other giants), but testing will help you detect defects in time and release an excellent mortgage product.
2. automated testing is an investment in your time. You only need to lay down the testing architecture for any banking service to significantly speed up future test writing and testing in general. The development timeline for a banking digital product includes both debugging and regression testing (verification of previously implemented functionality).
   And this is where automation reduces the time to market – the time to bring a banking product to market. Pay attention: the bank, which will provide users with convenient services earlier than competitors, has an opportunity to gain market advantage.

3. Availability of testing at any time of the day. This is important when you are testing several features of your banking product simultaneously. For example, you are introducing a new feature – marking the nearest ATMs on the map. This means you need to check whether it affects other functions. To do this, you can run automated testing after hours (at night) so that you can check everything in a few hours and make adjustments if necessary.
4. A unique opportunity to test everything that cannot be controlled manually. Particularly with load testing automation is simply necessary, along with the involvement of human resources. The test allows you to safely test whether your program can handle a huge number of bank transactions (for example, as it happens during Black Friday and other worldwide sales).
5. Monitoring the performance of the banking product in a continuous development environment. Yes, you probably believe that your solution is done reliably and “doesn’t break”. But any product becomes more complex as it evolves.
   Perhaps the authorization and account and transaction view systems work stably separately, but there are errors in their interaction – for example, imagine that the input data entered during authorization does not allow you to perform a transaction. If you don’t run any tests at all, you will have to spend both money and time on debugging the product. Automated testing helps you detect problems in time and fix them with minimal effort.
   The authorization and account and transaction view systems may work separately, but when they interact, errors can occur – for example, imagine that the input data entered during authorization does not allow a transaction to be performed. If you don’t run any tests at all, you will have to spend both money and time on debugging the product. Automated testing helps you detect problems in time and fix them with minimal effort.

Conclusions

So, even the most insignificant error can cause unwanted reputational consequences for the bank, costing from 100 to hundreds of thousands of dollars.

Automated testing is far from being the only but very important stage of software development. At the initial stages, automation requires some investments (their size depends on the scale of the project), but it allows to achieve strategic advantages in several areas at once:

1. increase the reliability of the software product;
2. to save a lot of resources and to get rid of routine operations
3. speed up product testing and time to market.

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