Software Development Outsourcing Services (UK Experts)

We are deeply committed to providing state-of-the-art mobile app development services. Our expertise spans across developing mobile apps for iOS, Android, and cross-platform applications, ensuring a seamless and engaging user experience.

We utilise the latest technologies and frameworks, including Swift, Java, and React Native, to deliver high-quality and performance-optimised mobile apps.

Our mobile app development team focuses on user-friendly UI/UX design and robust backend infrastructure, leveraging cloud computing and advanced database management systems.

We emphasise collaboration and clear communication throughout the mobile app development process, applying agile methodologies to ensure that each project aligns with our client’s business objectives.

This approach enables us to craft unique and impactful mobile apps that not only meet but exceed our clients’ expectations.

Here at Pulsion, we pride ourselves as a trusted software outsourcing company for many businesses currently navigating the ML and AI revolution. Our deep knowledge and expertise in this technology gained through both academic qualifications and business experience enable us to create innovative solutions that precisely meet the diverse needs of our clients.

Our focus on ML is increasingly becoming more central to the software development services we offer. We apply this technology to automate various business processes across numerous data modalities, including text, image, audio, and/or video.

This versatile application of AI demonstrates our commitment to enhancing efficiency and reducing costs for our clients. We have extensive technical expertise across many areas within ML:

• Generative AI
• Computer Vision
• Natural Language Processing
• Recommender Systems
• etc.

As a software outsourcing company offering cutting edge ML services, we don’t limit ourselves to a single industry or application. We harness these technologies for multiple purposes, such as improving customer service through efficient operations, ensuring quality-driven processes in corporate intelligence, and automating mundane tasks for cost savings. These varied applications highlight our ability to leverage AI for effective and meaningful business solutions.

Our proficiency in ML involves using extensive data volumes to refine mathematical models for complex scenario descriptions. This expertise is vital for businesses seeking insights from their data for informed decision-making.

We empower our ML services with cloud technology, ensuring secure and scalable solutions. We have extensive experience of ML software development across both AWS and Azure, making use of services such as AWS Lex and Azure Cognitive Search.

At Pulsion, we specialise in custom software development outsourcing, including intelligent web and mobile app development. Our AI capabilities are integrated into these apps, enhancing user experience with functionality and intelligence. We ensure that these apps are always accessible and operational, thereby improving customer service and offering valuable data insights.

Our commitment to delivering top-notch software solutions is reflected in our comprehensive approach to ML projects. We start with detailed discussions and requirement analysis, followed by designing and proposing solutions that align with our clients’ objectives. After deployment, we provide continuous support to maximise the benefits of our solutions.

Our expertise in ML, combined with our general custom software development skills, positions us as a frontrunner among AI software development outsourcing companies.

Our dedication to using technology for automating and improving business processes makes us an ideal partner for organisations aiming to harness AI for business transformation and advancement.

Increasingly, our focus on data science services is an essential part of our commitment to delivering innovative digital solutions. Our expertise allows us to delve into data analytics, providing in-depth insights that are vital for understanding business dynamics, customer behaviours, and market trends. This analytical approach is a cornerstone of our digital innovation strategies.

Our data science capabilities are empowered by our partnerships with Amazon Web Services and Microsoft Azure, ensuring access to state-of-the-art technology solutions.

Our team’s extensive experience in custom software development and cloud migration greatly complements our data science services. This holistic approach ensures that we are perfectly positioned to understand and meet the unique project requirements of our clients.

Each solution we develop is customised and centred around the specific business objectives of our clients. Whether the goal is to drive efficiency, increase revenue, or reduce overhead costs, our data science services are tailored to deliver measurable results.

This client-focused approach has established us as a trusted provider in both the public and private sectors, consistently delivering high-quality, innovative solutions since our inception in 1995.

Here at Pulsion, we offer our expertise in cloud computing as one of our software outsourcing services. We understand the importance of evolving business operations to meet modern demands, which is why our cloud computing services focus on migrating to a modern, server-less cloud architecture.

This approach ensures that updates can be implemented across various platforms such as desktop, mobile, and voice services, without disrupting existing business operations​​.

Our partnership with leading cloud providers like AWS and Microsoft Azure empowers us to implement innovative digital transformation projects, especially in cloud migration. These partnerships highlight our commitment to using advanced technology for cloud solutions that drive efficiency and savings through automation​​.

We recognise the importance of aligning our cloud services with the business objectives of our clients, whether it’s driving efficiency, increasing revenue, or reducing overhead costs. Our focus is not just on technology but on delivering outcomes that match your business needs, ensuring that you get the right services at the right time during your cloud journey​​.

At Pulsion, we are also attentive to the risks and governance challenges associated with cloud computing. We develop automated processes for cloud operations management to prevent violations and ensure compliance, especially in regulated industries. Our approach includes integrating operational change management processes into DevOps workflows, with automated governance controls to maintain consistent compliance​​.

Our cloud computing and migrations services are part of a larger ecosystem of digital services we offer, which includes artificial intelligence, machine learning solutions, and web and mobile app development. These services are tailored to help businesses like yours innovate and stay ahead in today’s fast-paced digital world.

As a trusted provider to both public, private and third sectors, we ensure that our cloud computing solutions are reliable, scalable, and efficient. If you’re looking to advance your organisation’s digital capabilities through cloud computing software outsourcing, we at Pulsion are here to guide you every step of the way.

At Pulsion, we believe that high-quality UI/UX design is integral to nearly all custom software, and that’s why we offer it as part of our software outsourcing services. Throughout the software development process, we always work with the end user in mind, tailoring the custom software to meet the client’s expectations and standards.

We follow industry standard design principles and practices:

Human-Centred Design

This approach focuses on understanding the users’ needs, behaviours, and motivations through methods like observation, user feedback, and usability testing. The goal is to create products that offer a highly relevant and valuable experience to the users.

Responsive Design

This approach ensures that a website or application works well on a variety of devices and screen sizes, from desktops to mobile phones. It involves a flexible layout that adjusts according to the screen.

We utilise both of these design methodologies in web and mobile app development, to ensure that the end user is satisfied with their experience.

At Pulsion, we then offer a thorough requirements gathering process as part of our software development services. This stage is vital to the success of the project, and sets us up to be able to deliver later in the software development project when we employ an agile approach.

This stage may overlap with discovery sessions, where we scope out the in-depth detail of your software outsourcing project. We will go through the whole project top-to-bottom, rigorously defining the requirements specification. This is essentially a document which details the exact requirements that the project must satisfy, and is an agreement with Pulsion on what exactly will be delivered.

The added advantage of selecting Pulsion as your software development outsourcing partner is that we utilise requirements gathering software in order to ensure a high level of accuracy, and to reduce time through automation.

The software design phase is a critical stage in the software development process where the fundamental architecture and specifications for the software are defined. During this phase, software engineers and designers collaborate to review the detailed software requirements and transform them into a comprehensive design plan. This plan serves as a blueprint for the actual implementation phase.

Some of the key activities in this phase include creating architectural designs, choosing appropriate design patterns, and outlining data structures, algorithms, user interface designs, and potential integrations with other systems.

The objective is to ensure that the software architecture is robust, scalable, and aligns with business goals and user needs. Prototyping and creating design documents are also integral parts of this phase, allowing stakeholders to visualise and validate the proposed solution before any code is written.

Effective software design is crucial for facilitating maintainability, minimising complexity, and enhancing overall system performance. This phase sets the foundation for the development team to proceed with confidence, ensuring that the software will meet its intended functionality and quality requirements.

The software development phase, often referred to as the implementation or coding phase, is where the actual creation of the software takes place. It is the stage where software engineers translate the design documents and blueprints established during the design phase into functional software.

This phase involves writing code in the chosen programming languages and developing the necessary components and functionalities outlined in the design. Developers must adhere to the predefined architectural standards, coding guidelines, and integrate various elements such as databases, application services, and user interfaces.

Throughout this process, continuous testing is conducted to ensure that each part of the code works as intended and is free from bugs. This phase also often involves integration, where different software modules and components are combined and tested together to ensure they function cohesively.

Regular communication within the development team and with stakeholders is essential to address any issues or changes in requirements promptly. The software development phase is iterative, typically involving revisiting and refining the code until the software meets all requirements and performs optimally.

This phase culminates in a beta version of the software, which is then further tested and refined until it is ready for the deployment phase.

Throughout the development process developers will test the system, but an important milestone is user acceptance testing (UAT). This could be testing at the end of the development or could happen throughout the development, for example testing new functionalities at the end of each sprint. In either case, UAT is where the client gets to test the application themselves. They will then have a chance to give feedback to the development team.

This may be minor style changes or whole functionality changes, particularly if the requirements gathering was not thorough enough. Significant changes will likely be considered a change request, where the client will be charged to make changes to the system that alter it from the agreed to requirements document and designs.

The software deployment phase is the final stage in the software development process, marking the transition from development to actual use in a live environment. This critical phase involves the installation, configuration, testing, and launching of the software application.

It’s during this phase that the product becomes available to its end users. Deployment can be complex and multi-faceted, often involving multiple environments like development, testing, staging, and production.

Each of these environments serves a purpose in ensuring the software functions correctly and efficiently in the real world. Rigorous testing, such as User Acceptance Testing (UAT), is conducted to ensure the software meets all requirements and is free of critical bugs.

The deployment process may be done manually or automatically, with the latter increasingly favoured for its efficiency and reliability, often employing Continuous Integration/Continuous Deployment (CI/CD) pipelines.

Once deployed, the software is closely monitored for performance issues, bugs, and user feedback, which are crucial for future updates and maintenance. The deployment phase is not just a technical endeavour but also involves coordination with various stakeholders, including developers, operations teams, and business leaders, to ensure a smooth and successful launch.

A system will need maintenance to remain functional. Whether it is bugs that show up at a later date, or system requirements change such as a growing number of users, systems require maintenance. Use of the system may also uncover further development that would be beneficial, in which case a new discovery phase can be launched to start the development process again.