Who This Service Is For

1. Buyers Unsure About Automation Feasibility

You have a task — machine loading, pallet movement, food delivery, floor cleaning, visitor reception — but are not sure whether robots can handle it reliably in your environment.

2. Teams Planning Their First Robot Project

Your organization is considering robot automation for the first time. You need an honest assessment of what is possible, what is not, and what needs to happen before a robot can be deployed.

3. Project Managers Comparing Manual vs. Automated Options

You need a structured evaluation of your current process to decide whether robot automation is worth exploring further — before committing to a specific model or supplier.

1. Unclear Task Boundaries

The task sounds simple until you start defining it. What exactly should the robot pick up? From where? Place it where? How fast? What happens when the part changes? Without clear task boundaries, model selection starts on shaky ground.

2. Missing Site Information

Aisle widths, floor surfaces, door clearances, elevator dimensions, network coverage, power supply, lighting, noise, and pedestrian traffic all affect whether a robot can operate. Missing or estimated site data leads to inaccurate feasibility conclusions.

3. Integration Unknowns

Will the robot need to talk to a WMS, MES, PLC, POS, elevator controller, or door access system? These interfaces may not be confirmed until late in the project, causing delays or added costs.

4. Overestimated Automation Scope

Not every task is suitable for robots. Some tasks require human judgment, dexterity, or flexibility that current robots cannot provide. An honest assessment early prevents investment in a project that cannot deliver.

1. Process and Task Review

We review your current workflow — what moves, what gets processed, what gets inspected, what gets delivered, and what the cycle time targets are. We help identify which parts of the process may be suitable for robot automation and which are not.

2. Site and Environment Information Review

We collect information about your site — floor area, surfaces, aisle widths, doorways, elevators, temperature, dust, noise, pedestrian traffic, and available utilities. This helps determine whether a robot can physically operate in your environment.

3. System Interface Identification

We help identify what systems the robot may need to connect with — WMS, MES, ERP, PLC, POS, elevator controllers, door access, conveyor interfaces, or fleet management platforms. Interface feasibility depends on the robot model and your existing systems.

4. Preliminary Feasibility Opinion

Based on the information provided, we give a preliminary opinion on whether robot automation appears feasible for your application. This is not an engineering validation or a final system design — it is an early-stage assessment to help you decide whether to proceed. We can identify conditions that may affect cost and implementation, but we do not provide ROI calculations or payback period conclusions.

5. Information Gap Identification

We identify what information is missing, what needs to be confirmed on-site, and what requires manufacturer or integrator input before a model can be selected with confidence.

1. You Send Your Application Details: Share your current process description, task details, site photos or videos, cycle time targets, and existing equipment information.

2. We Review and Organize: We review your application against typical robot capabilities and known requirements. We organize the information into task, site, system, and environment categories.

3. We Provide Preliminary Assessment: We provide a preliminary feasibility opinion, identify suitable and unsuitable aspects, and list information gaps and open questions.

4. You Decide Next Steps: Based on the assessment, you can proceed to model selection, request a more detailed on-site evaluation, or decide that robot automation is not the right fit at this time.

Information We Need From You

Typical Deliverables

• Requirements brief summarizing your task, site, and system needs
• Preliminary feasibility opinion on automation suitability
• Information gap list identifying what needs further confirmation
• Next-step recommendations

Deliverables depend on the information provided. A more detailed on-site assessment by the manufacturer or a qualified integrator may be recommended.

Scope Boundaries

What AIsirRobot Does

• Collect and organize your application information
• Provide a preliminary feasibility opinion based on available data
• Identify information gaps and open questions
• Recommend next steps for model selection or further evaluation

What Requires the Manufacturer or Integrator

• Detailed engineering validation of task feasibility
• On-site assessment, measurement, and verification
• System design, interface development, and commissioning
• Safety assessment and risk evaluation per local regulations

What We Do Not Provide

• Final engineering feasibility report
• Safety assessment or risk evaluation
• ROI calculation or payback period guarantee
• Guarantee that robot automation will meet all performance targets without testing

1. Is this a free service?

The scope and cost of the assessment depend on the complexity of your application and the level of detail required. We can discuss what is appropriate for your situation when you share your application details.

2. How long does the assessment take?

The timeline depends on the complexity of your task and the completeness of the information you provide. We confirm an estimated timeframe after reviewing your application details.

3. What if the assessment shows my task is not suitable for robots?

We will tell you honestly. Not every task is a good fit for robot automation. If the assessment indicates that your application has significant obstacles — such as high part variation, complex dexterity requirements, or incompatible site conditions — we will explain why and suggest what would need to change.

4. Can you visit our site for the assessment?

Remote assessment is based on photos, videos, drawings, and descriptions you provide. On-site assessment, when required, is coordinated with the manufacturer or a local implementation partner. The scope, schedule, and cost of on-site visits are confirmed separately.