Automation Stages
AIRPA’s RPA Promise
It goes without saying that RPA isn’t a set it and forget it technology. RPA is essentially software built on top of other software. Each bot has a multitude of interactions with different systems and is impacted by any change to those systems. Each stage of the RPA lifecycle will impact the bot’s uptime and ability to continually deliver the value RPA promises.
Many of the pain points RPA programs are experiencing today can be traced back to sub-optimal practices during every stage of the RPA lifecycle. The good news is that it doesn’t have to be that way. Improved RPA uptime and greater returns are easily attainable with the right solutions and the addition of some best practices in your RPA lifecycle management.
Want to learn more? Let’s move on to the different stages of bot development.
1 Identify360Identify360 is the initial phase of the RPA lifecycle. AIRPA engages directly with business teams and process owners to identify processes that are truly viable and optimal candidates for RPA development.
It takes a consultative approach to identify processes that causes bottlenecks, inefficiencies, compliance issues, etc.
During this stage, RPA stakeholders pinpoint business processes and tasks that are well-suited for automation. They may leverage process discovery, task mining, or process mining tools to uncover and surface potential candidates for automation.
2 Analyze360Analyze360 focuses on the feasibility analysis of client processes - can they be automated? What are the trade-offs?
By examining challenges and advantages, AIRPA builds optimized RPA strategies tailored to each client's environment and goals. Their automation specialists provide clarity on ideal approaches for maximum impact.
Seamless client alignment enables successful scoping efforts to balance stakeholder needs with technical requirements. AIRPA's rigorous yet collaborative analysis sets the foundation for targeted, scalable RPA that drives transformation.
3 DesignProAIRPA's RPA deployments start by creating a Process Definition Document, outlining automation requirements at 360 degrees. This aids in developing detailed flowcharts that serve as bot development blueprints.
At this stage, key questions are addressed upfront: What triggers bot execution? How many elements are involved? Thorough process discovery ensures AIRPA builds optimal bots tailored to each client's workflows.
By front-loading this investigative effort, AIRPA configures intelligent automation suited to address previous friction points. DesignPro involves a streamlined process discovery methodology leads to resilient, high-performing bots that seamlessly integrate across enterprises.
4 DevelopProDevelopPro is the longest phase in the RPA life cycle and can extend depending upon the scope and volume of the project, where AIRPA uses different RPA tools to develop bots. High levels of coding are executed in addition to automated tools and templates.
By accounting for all potential use cases upfront, AIRPA creates resilient automation that handles deviations seamlessly when live. DevelopPro’s development methodology yields efficient bots purpose-built for each client's unique needs.
AIRPA's differentiated development capabilities provide custom bots faster than competitors. Clients benefit from efficient, reliable intelligent automations optimized to address previous process inefficiencies.
5 TestMaxTestMax phase is critically important when deploying enterprise-grade intelligent automation with AIRPA’s RPA platform. Their rigorous testing methodology validates both front-end user interfaces and back-end integration capabilities across all stages.
As one of the most robust RPA solutions on the market, AIRPA utilizes an integrated approach that examines UX flows, process handling, error detection, security, and compliance.
Their intelligent bots are put through comprehensive quality assurance checks to identify any potential defects or risks before client rollout.
6 DeployProIn the RPA lifecycle model used by AIRPA, DeployPro is the final phase, where the bot is launched for end-user interaction after development and testing. Once deployed, AIRPA's bots enter the maintenance and execution phase, continuously running automations while being monitored and updated by bot administrators to ensure optimal performance.
The front-end deployment enables a seamless user experience as AIRPA's intelligent bots integrate with existing systems to handle repetitive tasks autonomously. After going live, AIRPA maintains rigorous bot governance to guarantee stable operations and sustain business benefits.
With AIRPA's RPA framework, clients can feel confident about successful automations that will keep delivering enhanced ROI after implementation.
7 Maintenance 360Ongoing support and maintenance are essential at every stage to guarantee that the bot performs its tasks with utmost precision.
Without Maintenance 360, businesses cannot fully realize the transformative benefits of RPA, including increased employee productivity, reduced operational costs, enhanced data security, scalable business opportunities, and more.
AIRPA's comprehensive bot support and maintenance services proactively monitor and assess bot operations, promptly identifying and resolving any potential issues or breakdowns. This ensures optimal long-term performance, integrity, and viability of automated bots.
As the world’s most powerful RPA platform, AIRPA revolutionizes automation design and governance. Their solution dramatically accelerates the lifecycle to yield higher-quality, enterprise-grade bots unmatched in the market.
Purpose-built for automation stakeholders, AIRPA enables precisely planning and managing high-value automations with ease. Their integrated environment focuses on the digital transformation of RPA methodologies.
With AIRPA, clients accomplish more in less time through streamlined workflows, seeing up to 2x faster bot development. Seamless orchestration and oversight also reduce bot errors by 50% post-deployment.