- What are the current iPaaS trends?
- Increase in demand due to SaaS across the enterprise
- Innovation of iPaaS
- Hybrid and multi-cloud integration
- Low-Code/No-Code integration
- Demand for a single platform to manage integration and automation
- Event-driven integration
- Decentralisation of organisations and remote / hybrid working
- Increase in eCommerce integration
- Ecosystem expansion
- Internet of Things (IoT) integration
- API-centric approaches
- Widespread adoption of AI (Artificial Intelligence)
- Security and compliance
- Cost optimisation
What are the current iPaaS trends?
The future of iPaaS (Integration Platform as a Service) is expected to be dynamic and transformative over the next few years, driven by several key iPaaS trends and factors.
In fact, the iPaaS market is projected to grow significantly, with a compound annual growth rate (CAGR) of at least 30% up until 2030, reaching a substantial market valuation.
According to multiple market research companies, the iPaaS market size was valued between $3-4 billion in 2021, and will be worth upwards of $35 billion by 2030.
That’s quite a significant growth rate.
So, what is driving this projected growth?
Well, as businesses prioritise digital transformation and increasingly adopt cloud technologies, iPaaS solutions are perfectly suited to facilitate seamless data and application integration across various systems, as well as streamline data sharing and workflow automation, which is enabling organisations to enhance their operational efficiencies.
This is supported by a number of key iPaaS trends and factors that are influencing the decision-making of many organisations, as we will discuss in this article.
Increase in demand due to SaaS across the enterprise
iPaaS has witnessed a remarkable surge in demand in recent years, driven by the growing complexity of modern IT landscapes and the need for seamless connectivity between disparate applications and systems.
One of the primary drivers behind the increased demand for iPaaS solutions is the proliferation of cloud-based applications and services being used by organisations. As businesses adopt a diverse array of cloud solutions for various functions, they face the challenge of integrating these systems to ensure data flows seamlessly between them. iPaaS provides a centralised platform that simplifies this process, facilitating the exchange of data and workflows across the cloud and on-premises environments.
Moreover, the accelerating pace of digital transformation initiatives has increased the urgency for rapid and efficient integration. iPaaS solutions enable organisations to streamline their integration efforts, reducing time-to-market for new applications and services, and ultimately enhancing agility and competitiveness.
As businesses continue to adopt cloud technologies and prioritise digital transformation, the demand for iPaaS solutions is expected to grow further. iPaaS is becoming an essential enabler of modern IT ecosystems, empowering organisations to optimise their operations, enhance customer experiences and drive innovation.
Innovation of iPaaS
Recent iPaaS innovations have been instrumental in shaping the way organisations integrate their applications, data and processes across diverse environments. These advancements are marked by their focus on automation, intelligence and scalability.
Serverless architectures allow organisations to build and deploy integrations without the need to manage underlying infrastructure.
The fact that all the tools and connectors are hosted, upgraded and maintained by the provider means that organisations require fewer resources to set up an integration solution, which results in improved scalability, reduced operational overheads and faster development cycles. Organisations can therefore focus on building and deploying integrations without worrying about server provisioning or maintenance.
Having the ability to be hosted on multi-instance architecture, iPaaS can offer the flexibility of individualised database and infrastructure setups for different users or organisations. This means each company operates within its isolated environment, ensuring data security, scalability and autonomy.
With a multi-instance approach, users have greater control over their unique integration requirements, enabling customised security measures and efficient resource allocation. This architecture enhances system resilience and performance, making iPaaS in a multi-instance configuration a robust choice for businesses seeking tailored, scalable and secure integration solutions.
Furthermore, iPaaS innovations have addressed the challenges of data integration in real-time or near-real-time scenarios. Streamlined data pipelines, event-driven architectures and support for IoT and edge computing have become common features, allowing organisations to handle data flows instantaneously and capitalise on timely insights.
Hybrid and multi-cloud integration
The rise of hybrid and multi-cloud strategies has further amplified the need for iPaaS as organisations increasingly recognise the advantages of combining on-premises infrastructure with multiple cloud environments.
This surge in demand is driven by several key factors.
Firstly, businesses are adopting hybrid cloud strategies to strike a balance between the flexibility of the cloud and the control of on-premises infrastructure. This mix allows them to efficiently manage sensitive data on-site while benefitting from the scalability and innovation potential of cloud services. However, managing disparate environments necessitates seamless integration to ensure data consistency and streamline workflows.
Secondly, multi-cloud adoption has become commonplace as organisations opt for multiple cloud providers to avoid vendor lock-in and enhance redundancy. Each cloud platform often has its unique set of services and tools, requiring integration to maximise their collective potential. Multi-cloud integration solutions bridge the gap between these services, enabling organisations to harness the best of each platform.
Thirdly, the growing complexity of IT landscapes, characterised by a multitude of applications, data sources and endpoints, necessitates robust integration capabilities. Effective hybrid and multi-cloud integration ensures that data and processes flow smoothly between various systems, enhancing operational efficiency and decision-making.
iPaaS solutions therefore need to accommodate multiple integration scenarios that enable organisations to easily integrate existing business solutions, as well as provide a platform for future development and additions, including:
- Application-to-application integration
- Cloud-to-cloud application/service integration
- On-premises to cloud integration (hybrid cloud integration)
- On-premises to on-premises integration
- Microservices integration
- B2B integration
- EDI integration
As organisations continue to embrace diverse cloud environments, effective integration becomes paramount to their success, making hybrid and multi-cloud integration an essential component of modern IT strategies.
iPaaS solutions offer the flexibility and adaptability required to bridge these diverse environments, allowing organisations to benefit from both cloud and on-premises technologies.
The adoption of low-code and no-code development platforms has made it much easier for non-technical users to create and manage integration. iPaaS providers will therefore offer more user-friendly interfaces and tools to facilitate this trend.
First and foremost, low-code/no-code integration simplifies the traditionally complex task of integrating disparate systems and applications. With minimal or no coding required, business users and citizen developers can design, build and deploy integrations more rapidly.
This democratisation of integration empowers non-technical staff to take ownership of their integration needs, reducing the burden on IT departments and accelerating time-to-market for new solutions.
Low-code/no-code integration tools offer visual interfaces and pre-built connectors, making it easier to connect and orchestrate various data sources and APIs. This simplicity allows organisations to efficiently address integration challenges, such as connecting cloud applications, legacy systems and IoT devices.
Furthermore, low-code/no-code platforms often include templates and best practices, ensuring that even users with limited technical expertise can create robust and reliable integrations.
Additionally, low-code/no-code integration enhances agility and flexibility. Businesses can quickly adapt to changing market demands, integrate new tools or services and modify workflows without extensive development cycles.
These benefits make low-code/no-code a valuable addition to iPaaS, enabling organisations to streamline their operations, respond swiftly to new opportunities or challenges, enhance productivity and stay competitive in the digital age.
Demand for a single platform to manage integration and automation
The demand for single platforms that seamlessly manage integration and automation has surged in recent years as organisations seek to simplify their digital landscapes and optimise operational efficiency.
The abundance of applications, data sources and business processes within enterprises has led to a fragmentation of tools and technologies. Managing disparate integration and automation solutions can be complex, costly and prone to inefficiencies.
A single platform that combines both functions streamlines operations, reduces the complexity of managing multiple tools, and minimises costs associated with integration and automation.
Similarly, the rise of digital transformation initiatives has underscored the importance of holistic and unified approaches. A single platform offers a unified view and central hub for integration and automation efforts, enabling organisations to align these functions with strategic business goals more effectively. This alignment enhances agility and competitiveness by ensuring that technology investments are optimised.
Furthermore, the need for real-time visibility and data-driven decision-making has also increased the demand for single platforms. A unified platform provides comprehensive insights into both integration and automation processes, enabling organisations to monitor performance, detect issues and optimise workflows seamlessly. This enhanced visibility enhances operational resilience and helps organisations respond more swiftly to changing market dynamics.
Image: Benefits of iPaaS: A typical scenario using iPaaS to integrate on-premises with cloud-based applications and services
Event-driven architectures are poised to play a pivotal role in the future of iPaaS. These architectures, which emphasise the real-time processing and handling of events, offer several advantages that align seamlessly with the evolving needs of iPaaS.
Firstly, event-driven architectures enhance the responsiveness and agility of iPaaS. Traditional request-response models can introduce delays, whereas event-driven systems enable immediate reactions to specific triggers or events, facilitating faster data processing and quicker responses to changing conditions.
This is particularly valuable in scenarios where real-time data synchronisation and near-instantaneous integrations are crucial, such as eCommerce and financial services.
Secondly, event-driven iPaaS enables better scalability and resource allocation. Resources are allocated dynamically based on the volume of events, ensuring efficient use of computing power and storage. As businesses grow and experience fluctuations in data volumes, event-driven architectures adapt seamlessly to meet these demands without manual intervention.
Moreover, event-driven iPaaS solutions are inherently well-suited for orchestrating complex workflows across distributed systems. They enable the composition of services and applications based on real-time events, simplifying the creation of robust and flexible integration solutions.
Furthermore, event-driven architectures facilitate more granular control over data flows and offer enhanced fault tolerance. In the event of a system failure or error, events can be retried or rerouted automatically, reducing the risk of data loss and downtime.
Event-driven architectures are therefore poised to revolutionise the future of iPaaS by offering real-time responsiveness, scalability, orchestration capabilities, and enhanced fault tolerance.
As businesses increasingly rely on instantaneous data processing and seamless integration, event-driven iPaaS will become a crucial asset in driving digital transformation and achieving operational excellence.
Decentralisation of organisations and remote / hybrid working
It is fair to say that the pandemic had a significant impact in accelerating the adoption of remote and hybrid working, prompting organisations to reevaluate their traditional office-centric models.
The need for agile and scalable IT infrastructure became paramount, especially with an increase in employee demand for hybrid arrangements, mainly driven by employee desire for a better work-life balance and reduced commute times.
Fortunately, advances in technology have made remote work much more feasible and efficient. With high-speed internet and collaborative tools, employees can work from virtually anywhere, and iPaaS can provide the agility and resilience needed to support remote operations while ensuring data security and accessibility.
With its cloud-based architecture, iPaaS ensures that employees can access critical systems and data from anywhere, at any time. This flexibility is essential for modern work arrangements, empowering employees to collaborate effectively and maintain productivity regardless of their physical location.
iPaaS also allows organisations to break down traditional centralised structures. It enables disparate teams and units to work independently while ensuring data and application integration across the entire organisation. This decentralisation enhances decision-making, fosters innovation and supports local autonomy, all of which are crucial for adapting to changing market conditions.
Furthermore, iPaaS streamlines processes by automating data flow and eliminating manual interventions. This efficiency is especially valuable for remote and hybrid teams, reducing operational bottlenecks and enabling smoother collaboration.
iPaaS is therefore seen as a linchpin in the decentralisation of organisations and the success of remote and hybrid work models. Its ability to integrate systems, empower remote access and enhance operational efficiency makes it a vital tool for modern businesses.
Increase in eCommerce integration
The rise of eCommerce has been nothing short of transformative in the world of business, and iPaaS is playing a pivotal role in facilitating this growth. iPaaS has become indispensable for companies looking to seamlessly integrate their eCommerce platforms with other critical business systems and processes.
iPaaS enables real-time data synchronisation across various eCommerce channels, inventory management systems and customer relationship management (CRM) platforms. This ensures that businesses can provide customers with accurate product information, inventory availability and personalised experiences, enhancing customer satisfaction and trust.
Furthermore, iPaaS simplifies the order fulfilment process, automating workflows from order placement to shipping and returns processing. This not only reduces errors but also accelerates delivery times, improving overall operational efficiency.
In addition to enhancing customer-facing aspects, iPaaS also aids in backend processes like financial reporting, supply chain management and analytics. By integrating eCommerce data with other business applications, companies can gain deeper insights into customer behaviour and business performance, facilitating data-driven decision-making.
The ability of iPaaS to connect and streamline various systems and processes has fuelled the growth of eCommerce by enhancing customer experiences and optimising operations. As eCommerce continues to expand, iPaaS will remain a vital tool for businesses.
iPaaS providers need to expand their ecosystems by offering connectors and pre-built integrations for a wider range of applications, services and industries. This will help reduce the development effort required for specific use cases.
These templates and pre-built connectors should be well-vetted in real-world business scenarios and undergo continuous development and updates over time.
In addition to offering integration capabilities, they should also come equipped with a set of tasks crafted using best practices, serving as a launchpad for initiating a business process automation solution.
These templates could also be readily reused and/or reconfigured to replicate various integration scenarios or business processes, sparing developers the effort of repeatedly crafting bespoke integration solutions.
Employing templates or pre-configured connectors accelerates project deployment, helping organisations to gain an immediate return on investment. They will also accelerate go-to-market strategies, which can enhance operational efficiency, boost performance and bolster revenue.
Internet of Things (IoT) integration
As the Internet of Things (IoT) ecosystem expands, iPaaS platforms will need to support IoT device integration, data processing and analytics to harness the value of IoT-generated data.
iPaaS offers several critical advantages in the IoT landscape:
- Seamless Connectivity: IoT environments are diverse, consisting of myriad devices, protocols and data formats. iPaaS acts as a universal translator, enabling effortless connections between these disparate elements. It simplifies the process of integrating and managing sensors, smart devices and data sources, fostering a more efficient IoT ecosystem.
- Scalability: As IoT deployments grow, the need for flexible and scalable integration becomes paramount. iPaaS solutions are designed to accommodate the increasing volume of IoT data and device connections, allowing organisations to adapt to changing requirements without significant upheaval.
- Data Transformation and Processing: iPaaS platforms are equipped with data transformation and processing capabilities, enabling real-time data analysis and insights. This empowers businesses to make data-driven decisions, respond to events and implement predictive analytics, enhancing operational efficiency and decision-making.
- Security: IoT security is a major concern, as many devices are vulnerable to cyber threats. iPaaS solutions offer built-in security features, such as data encryption, access controls and authentication, which safeguard IoT data and protect against potential breaches.
- Cost Efficiency: By reducing the complexity of IoT integration and management, iPaaS helps organisations save on development, maintenance and operational costs. It streamlines the process, allowing businesses to focus on innovation rather than grappling with integration challenges.
iPaaS is therefore a vital component in realising the full potential of IoT. It simplifies integration, enhances scalability and fortifies security, enabling businesses to harness the transformative power of IoT technologies efficiently and cost-effectively.
APIs (Application Programming Interfaces) are at the core of iPaaS solutions. The future will see a greater emphasis on API-centric approaches to enable more efficient and flexible integrations.
To establish seamless hybrid integration, a fundamental requirement for an iPaaS provider is a deep and proficient grasp of API access and management. This expertise spans a range of integration methods, including RESTful web service integration, which eliminates the need for custom development, as well as SOAP web services integration.
A data integration vendor should, therefore, possess a well-documented history of successfully collaborating with API integration services and demonstrating the capability to interface with various third-party software solutions, spanning domains like accounting, CRM, eCommerce, ERP, marketing, and warehouse management systems.
Furthermore, a robust iPaaS solution must be equipped to support various communication protocols, including HTTP, FTP, Open Data Protocol, and Advanced Messaging Queuing Protocol (AMQP).
Widespread adoption of AI (Artificial Intelligence)
As organisations continue to embrace digital transformation, the marriage of AI and iPaaS holds significant potential to drive competitive advantage, foster innovation and meet the demands of an increasingly connected world.
The synergy between AI and iPaaS is evident in their ability to enhance business operations. AI-driven algorithms can process vast datasets and provide actionable intelligence, while iPaaS simplifies the integration of these AI-powered insights into various workflows and applications.
AI-driven iPaaS will enable real-time data mapping and translation, making it simpler to connect diverse applications and systems. Machine learning algorithms will identify and rectify integration issues, reducing manual intervention.
Moreover, AI-enhanced iPaaS will offer predictive analytics, forecasting potential integration bottlenecks or suggesting improvements proactively. Natural language processing will enable intuitive, conversational interfaces for configuring and managing integrations. Security will also benefit from AI, as it can identify and respond to anomalies in data flows.
AI-driven iPaaS therefore promises to be more agile, efficient and capable of adapting to the ever-evolving tech landscape. As businesses rely on seamless data exchange between applications, AI-augmented iPaaS will play a pivotal role in simplifying complex integrations and improving operational efficiency, ensuring a dynamic and intelligent future for dataconnectivity.
Security and compliance
Data security and compliance remain critical concerns for every organisation. As such, iPaaS providers need to continually enhance their security features, including encryption, access controls and monitoring, to protect sensitive data during integration.
While iPaaS aims for user-friendliness, this doesn’t imply unrestricted access for all. Hence, it’s imperative that iPaaS solutions feature stringent access control functionalities.
Built-in governance protocols that restrict individuals from creating processes without oversight should be a standard offering. Consequently, organisations should have the capability to authenticate or remove users when necessary, facilitating meticulous tracking and logging of integration access and usage.
This level of control empowers organisations to scale integration processes across diverse departments and, if needed, on a global scale.
Moreover, support for end-to-end encryption and multi-factor authentication, including OpenID Connect, Azure Active Directory and OAuth2, is indispensable for ensuring secure access for all users and securing data transfers.
Unsurprisingly, cost-effectiveness will continue to be a priority for the majority of organisations.
Cost optimisation with iPaaS can be a strategic approach that enables organisations to streamline their IT infrastructure, reduce operational expenses and maximise the value of their digital investments.
Here’s how iPaaS contributes to cost efficiency:
- Reduced Development Costs: iPaaS simplifies the integration of disparate systems and applications, reducing the need for custom code development. This leads to lower development and maintenance costs while accelerating time-to-market for new projects.
- Scalable Resources: iPaaS platforms offer scalability on demand, allowing businesses to adjust resources as needed. This flexibility ensures that you pay only for what you use, optimising infrastructure costs.
- Simplified Maintenance: iPaaS providers handle infrastructure maintenance, updates and security, alleviating the burden on internal IT teams. This minimises the need for dedicated in-house resources, lowering operational costs.
- Enhanced Efficiency: By automating data flows and workflows, iPaaS reduces manual interventions and errors, enhancing operational efficiency. This efficiency not only saves time but also cuts down on employee costs.
- Lower Total Cost of Ownership (TCO): In the long run, iPaaS can significantly reduce the total cost of ownership by mitigating the need for extensive hardware and software investments, ongoing maintenance and costly integration projects.
Whilst iPaaS can provide all these cost-efficiency measures, the competitive nature of the market may mean that iPaaS providers will need to introduce more flexible pricing models and tools to help businesses further optimise their integration costs.
In summary, iPaaS is expected to evolve in response to the changing landscape of cloud computing, data integration and technology trends. It will become more powerful, versatile and user-friendly, enabling organisations to achieve greater agility and efficiency in their operations through seamless and intelligent data integration.
For more information on the benefits of iPaaS and how it can help your business, download the brochure below or call us on +44(0) 330 99 88 700.