The term Business Orchestration and Automation Technologies was coined by Gartner to describe a fundamental shift in enterprise technology. BOATs operate as a unified platform that integrates and manages multiple systems and solutions.
These include Robotic Process Automation (RPA), Business Process Automation (BPA), Integration Platform as a Service (iPaaS), low-code tools, and Artificial Intelligence. Automation executes individual steps of a specific business process, while orchestration ensures these steps are carried out in the correct order and under the right conditions to complete a broader workflow.
This architecture serves as a single control plane that governs all digital operations. Companies rely on this framework to connect disparate systems and create a cohesive environment.
IT teams implement this strategy to simplify daily routines and reduce technical complexity. In this article, we will detail how these integrated components operate together to improve your company’s management.
How have BOATs evolved from traditional automation tools?
Originally, Business Process Management (BPM) provided foundational tools for modeling and optimizing workflows. Over time, organizations added Robotic Process Automation for repetitive tasks and Integration Platform as a Service to connect various cloud applications.
These traditional tools generally operate in isolation. The evolution of these distinct systems includes four main stages:
- Business Process Management (BPM): These systems map and optimize workflows. They often require manual intervention for complex routing.
- Robotic Process Automation (RPA): Robots efficiently handle repetitive data entry. They struggle to adapt to changes in the user interface.
- Integration Platform as a Service (iPaaS): Cloud platforms that move data between different applications. Despite this, they typically lack end-to-end process execution capabilities.
- Intelligent Automation: Artificial Intelligence is used to enhance individual decision-making steps. These smart tools often remain disconnected from the company’s core architecture.
BOATs act to unify these fragmented systems, creating a single functional environment. Industry experts actively debate whether this concept represents an entirely new technology.
For Gartner, however, the answer is clear: even if the individual components are not new, the consolidation of these capabilities into a unified orchestration layer characterizes a new technological category. In fact, the consultancy projects that by 2030, 70% of companies will migrate to an automation platform consolidated under this model.
BOATs are being presented as a strategic repositioning of modern BPM to reflect the convergence of these software categories. Vendors are continuously adding integration capabilities to RPA tools or workflow functionalities to iPaaS solutions.
This constant convergence demands a new vocabulary to describe more comprehensive enterprise platforms. A unified term becomes highly practical for organizations evaluating modern software ecosystems.
Read more: BPMS – Discover what it is and how to implement it in your business
Why did BOATs emerge now?
Many organizations suffer from automation fatigue and excessive tool sprawl as they attempt to coordinate disconnected software solutions. These fragmented systems create serious maintenance challenges and increase operational costs.
Excessive investment in point-based, isolated automation tools creates mounting technical debt for IT departments. This fragmented approach leaves valuable automation potential trapped within disconnected departmental silos.
Business leaders must now decide if and how they will scale Artificial Intelligence initiatives across their operations. This ambition requires a unified framework to manage complex workflows from start to finish.
Market pressures make the shift to unified orchestration platforms seem increasingly inevitable. Consequently, IT teams should assess the following pain points when planning their digital transformation strategies:
- Fragmented tools that block visibility into process inefficiencies.
- Disconnected systems that require constant maintenance of their integrations to function properly.
- The scalability of autonomous AI agents, which demands a central control plane to provide proper governance.
How do the components and orchestration of the BOAT architecture work?
A successful automation strategy requires specialized tools to handle different aspects of daily operations. The BOAT architecture orchestrates these individual technologies to ensure they produce a cohesive result.
The foundational instruments: RPA, iPaaS, and Microservices
Specific software components do the heavy lifting within a modern enterprise ecosystem. IT professionals employ the following technologies to execute specific corporate tasks:
- RPA automates repetitive tasks by interacting directly with user interfaces.
- iPaaS connects cloud applications and manages data migration through application programming interfaces.
- Microservices build modular application architectures to support highly scalable enterprise environments.
These technologies offer distinct operational benefits and specific technical limitations. Robotic Process Automation provides rapid deployment but is fragile when application interfaces change.
Microservices offer exceptional scalability to support massive transaction volumes. This creates a high-complexity architecture that requires specialized development expertise.
Read more: BPM and RPA: what’s the difference?
The intelligence layer incorporates AI (ML, NLP, GenAI, and DL)
Advanced Artificial Intelligence acts as the brain behind the automation framework. These intelligent algorithms transform static processes into highly adaptable workflows.
Machine Learning (ML) enhances automated decision-making and enables predictive data routing across systems. Meanwhile, Natural Language Processing (NLP) handles text extraction, sentiment analysis, and intelligent chatbot conversations.
Generative Artificial Intelligence powers dynamic content creation and facilitates adaptive automation sequences. Deep Learning (DL) works with advanced image recognition and manages real-time data processing.
The process orchestration layer
The orchestration layer actively coordinates all software instruments, human workers, and Artificial Intelligence components. This central control system manages the sequence, state, and transfers of long-running operations.
Complex business processes often require manual review or specialized human judgment. This orchestration layer directly supports case management, task management with human intervention, and automated exception handling.
Advanced solutions like SoftExpert BPM operate at this exact point, coordinating system integrations and human interactions fluidly, ensuring that work does not stop at operational bottlenecks.
What features must a unified BOAT platform have?
Organizations looking to create a unified platform must seek specific core functionalities to support their workflows. A broader ecosystem must provide various critical tools to modernize daily business operations.
- Low-code development: These visual environments empower business users to build applications with minimal programming knowledge. This accessible approach significantly accelerates deployment cycles.
- Process and task mining: Intelligent tools analyze data to uncover hidden operational bottlenecks. This deep visibility creates opportunities for continuous organizational improvement.
- Intelligent Document Processing (IDP): Specialized technology that ingests large volumes of unstructured data from multiple sources. The system then structures this raw information for immediate use in automated workflows—a feature that gains even more power when integrated with robust enterprise content management systems, such as SoftExpert ECM.
- Agentic Artificial Intelligence: This functionality allows AI agents to make decisions independently. Coordination between multiple agents ensures these advanced systems will always act safely within defined operational boundaries.
These capabilities work together to transform manual routines into highly structured digital paths. Technology teams rely on these integrated resources to expand their infrastructure securely.
What is the value of BOAT for my company?
By implementing BOATs, your organization can convert the technical capabilities of a unified platform directly into practical business results. To do so, leaders must evaluate these financial returns and understand how to justify their investments in software modernization.
To calculate this Return on Investment (ROI), it is important to consider that consolidating dispersed tools generates immediate savings across the company. IT departments significantly reduce their volume of software licenses by replacing multiple isolated applications.
This strategic consolidation leads directly to increased efficiency and reduced operational costs. Teams are able to launch new digital products to market with much greater agility.
A structured automation strategy provides several specific operational improvements. Companies observe the following functional benefits from their platform investments:
- Standardized processes ensure a permanent reduction of manual errors in day-to-day operations.
- The architecture provides the ability to scale workflows rapidly to adapt to constantly changing market conditions.
- Unified environments eliminate the hidden maintenance costs associated with integrating separate software silos.
How to overcome the challenges of adopting BOAT?
Adopting a unified orchestration platform introduces significant implementation complexity for technology teams. Organizations need to execute careful architectural planning to map existing processes before deploying new software.
Successful integration requires comprehensive change management to help employees adapt to automated workflows. Structured training programs empower teams and actively overcome internal resistance to new operational methods.
Centralizing enterprise data in a single system creates new security requirements and compliance obligations. Companies must establish robust data governance frameworks to protect sensitive information across all connected applications.
This is why platforms that already have native Governance, Risk, and Compliance modules facilitate this transition immensely, ensuring that automation does not violate internal policies or current legislation.
IT leaders must face these transition challenges by implementing specific technical and organizational safeguards. A successful deployment strategy includes the following critical security measures:
- Rigorous audit protocols monitor automated decisions to support the organization’s compliance efforts.
- Robust access controls restrict system configurations and data access to authorized personnel only.
- Continuous monitoring helps mitigate cyber risks by centralizing critical business data.
What are the common use cases for BOAT?
Organizations in different sectors benefit from using unified platforms to manage complex operational workflows. In this section, we will provide concrete examples that show how these integrated technologies work in the day-to-day life of companies.
Horizontal use cases (cross-sector)
Certain corporate processes require structured coordination, regardless of the industry. Therefore, it is worthwhile for your company to turn to orchestration tools to optimize these universal functions efficiently:
- Customer onboarding: Requires coordination between identity verification, document processing, and system provisioning.
- Invoice-to-Pay cycle: Relies on automated data extraction and approval routing to accelerate payments.
- Order-to-Cash cycle: Automates order entry and payment reconciliation, expediting revenue receipt.
- Shared services: Standardizes internal operations across human resources and administrative support departments.
Vertical solutions (industry-specific)
Specialized industries demand tailored automation solutions to meet unique regulatory and operational requirements. Orchestration platforms must adapt to these specific needs through flexible configuration options:
- Healthcare services: Providers need to optimize patient access and coordinate the processing of complex insurance claims.
- Financial services: Institutions must automate identity verification (KYC) and conduct in-depth fraud investigations.
- Manufacturing: Factories need to achieve supply chain synchronization by coordinating procurement and logistics across the entire network.
Continue reading: Process modeling and the role of BPM in new ways of working
The future of BOAT: from automation to the autonomous enterprise
The technological landscape is rapidly migrating toward the Agentic Era of digital operations. In this new phase, the expectation is that Artificial Intelligence agents will be able to execute complex business processes across multiple systems autonomously.
This evolution predicts the emergence of intelligent operational workflows that are highly context-aware. These advanced systems are expected to operate with minimal human intervention, without sacrificing full visibility for system administrators.
Organizations preparing for this autonomous future anticipate several important technological changes. Industry analysts project the following developments for enterprise architecture:
- Artificial intelligence will route complex exceptions independently.
- Software platforms will learn from historical data to optimize daily execution paths.
- Human workers will migrate entirely from task execution to strategic oversight roles.
Companies need to prepare their infrastructure for this next wave of digital transformation. In this sense, Business Orchestration and Automation Technologies (BOAT) can serve as a foundation to prepare your organization’s operations for the future.
Conclusion
Business Orchestration and Automation Technologies (BOAT) offer a unified control plane to solve the growing problem of software fragmentation. This consolidated approach eliminates the technical debt generated by isolated tools, such as traditional Robotic Process Automation (RPA) and Integration Platforms as a Service (iPaaS).
The architecture successfully coordinates individual automation components with advanced artificial intelligence, creating highly efficient workflows. Organizations use this structured framework to reduce operational costs and scale their digital operations securely.
By preparing your infrastructure now, you create the foundation for the future era of autonomous Artificial Intelligence agents. A complete orchestration platform empowers human workers to migrate to strategic oversight while systems handle complex daily execution.
Looking for more efficiency and compliance in your operations? Our experts can help identify the best strategies for your company with SoftExpert solutions. Contact us today!
FAQ – Frequently Asked Questions about Business Orchestration and Automation Technologies
Want to know the difference between BOAT and traditional automation? Want to know how BOAT can improve operational efficiency and reduce costs? Find all this and more in our FAQ below.
BOAT is a unified platform concept coined by Gartner. It integrates various automation tools, such as RPA, BPM, and AI, into a single control plane to orchestrate and govern end-to-end workflows efficiently.
While traditional tools like RPA automate individual and repetitive tasks in isolation, BOATs serve to orchestrate these tasks. They act as the connective tissue, ensuring each automated step is executed in the correct order across the organization.
BOATs reduce costs by consolidating isolated software tools and decreasing the number of licenses required. They improve efficiency by eliminating manual errors, accelerating time-to-market, and automating complex workflows continuously.
A successful implementation requires careful architectural mapping, comprehensive change management to empower employees, and robust data governance to meet rigorous security and regulatory compliance requirements.
Organizations can mitigate security risks by implementing rigorous audit protocols, robust role-based access controls (RBAC), and continuous system monitoring to protect centralized business data against potential cyber threats.
BOAT technology is rapidly advancing toward the Agentic Era. In this era, it is predicted that advanced Artificial Intelligence agents will execute complex business processes autonomously with minimal human intervention, shifting human workers to strategic oversight roles.
