Tag Archives: Inventory

AI Agents for Business Process Automation: Applications and Use Cases

AI Workflow Automation

AI agents are moving from answering employee questions to carrying out parts of business processes. An agent may gather information from connected systems, choose an approved next step, update records, and escalate an exception when it cannot proceed safely. The business case depends on completing work accurately, not simply automating more steps.

Microsoft’s guidance on core business process transformation emphasizes that agents can execute routine decisions within defined limits while employees handle exceptions and remain accountable for results. Organizations should identify high-friction workflows that benefit from contextual decisions and controlled actions.

Where AI Agents Differ from Conventional Automation

Traditional automation excels when the input, rules, and next step are predictable. Agents become useful when requests vary, relevant information sits across multiple systems, or a process requires interpreting an exception before selecting a permitted action. Language models can help interpret incoming information and select among approved tools, but the available actions still depend on integrations, permissions, and business rules established by developers. Reliable implementations also guard against repeated actions, failed integrations, and incomplete records, escalating when a task cannot be completed safely.

This does not make agents the default choice. Deterministic workflows should stay deterministic where possible. The objective is to improve end-to-end completion rates and reduce costly handoffs without introducing unnecessary uncertainty.

Customer Service: Resolving Routine Issues Across Systems

AI Customer Service

Customer support is a practical starting point because teams already operate repeatable processes with measurable outcomes. Consider an online retailer receiving a complaint about a delayed shipment. An agent connected to an approved knowledge base, order system, carrier tracking, and support platform could retrieve the order, check its status, and review the retailer’s delivery policies. If the parcel is still in transit, it could update the support ticket and prepare a response using verified tracking details. If the shipment appears lost or requires a refund, it would escalate the case to an employee under the retailer’s approval rules.

The value goes beyond drafting a faster response. It comes from reducing how often customers must repeat information or wait while employees move between systems. Measure resolution time, correct completion, customer satisfaction, and the share of cases requiring human correction. Refunds, disputes, and sensitive account changes should receive appropriate approval controls.

Sales and CRM: Keeping Follow-Up Work Moving

Sales teams lose time assembling account context, recording meeting outcomes, and tracking next steps. An agent could review approved meeting notes, consult CRM records, identify follow-up commitments, draft personalized outreach, and propose updates to the opportunity record. Representatives could approve external messages and material changes before they are sent or saved.

Lead qualification can follow a similar pattern. Rather than applying a rigid keyword filter, an agent might interpret an inquiry, confirm available account information, and route the prospect using documented criteria. Success should be judged by CRM accuracy, response time, and qualified opportunities—not by the number of automated emails generated.

Finance and Administration: Handling Exceptions With Auditability

AI for Finance

Finance offers opportunities where document interpretation meets structured business rules. An accounts-payable agent could extract invoice details, match them with purchase orders and receipts, identify discrepancies, and prepare an entry for an authorized employee to review. Routine matches might proceed under a defined policy, while duplicate charges, unusual amounts, or missing approvals require escalation.

Expense reviews, reconciliations, and recurring management reports are additional candidates. Their primary value is maintaining accurate records, resolving discrepancies, and preserving an auditable trail of financial decisions. An agent’s explanation is not evidence that a payment or balance is correct; its actions must be traceable to authoritative records.

Inventory and Supply Chain: Connecting Signals to Decisions

Inventory management spans warehouse systems, purchasing tools, supplier updates, and sales forecasts. An agent could investigate a low-stock alert, check committed inventory and incoming shipments, compare expected demand, and recommend replenishment. It might then prepare a purchase request while leaving spending authorization with an employee.

The challenge is coordinating timely operational decisions across changing data. Stock on hand, available-to-promise quantities, returns, and reserved units are not interchangeable, especially when shipments are delayed or demand changes. Automation built on inconsistent definitions can create more work than it removes. Validate data relationships and test what happens when suppliers, records, or integrations disagree.

HR and Employee Services: Answering Requests and Coordinating Tasks

Internal HR services include frequent requests about policies, benefits, onboarding, equipment, and routine approvals. An agent could retrieve approved policy information, identify missing onboarding steps, create assigned tasks, and coordinate requests with IT or facilities. It can help employees navigate procedures without requiring every department to answer the same administrative questions.

Access to employee information must be narrowly scoped. Questions about compensation, leave, accommodations, or disciplinary matters may require specialist handling rather than automated conclusions. Track request completion, policy accuracy, escalation quality, and employee experience, with a clear route to a human representative.

Internal Operations and IT: Reducing Manual Handoffs

Operational workflows combine ticket intake, status checks, knowledge retrieval, and record updates. An IT service agent could collect diagnostic details, look up approved troubleshooting procedures, check system status, and prepare a ticket with relevant evidence. Low-risk routing may be automated, while account access and production changes require stricter controls.

The same pattern applies to project administration: summarizing meeting outcomes, confirming owners, updating task systems, and flagging overdue work. A polished task summary has limited value if tasks are not recorded accurately or the assigned people never receive them.

Business function Potential agent responsibilities Key consideration
Customer service Order lookups, support updates, case routing Approvals and customer experience
Sales and CRM Lead review, follow-up drafts, CRM updates Record accuracy and external messages
Finance Invoice matching, discrepancies, expense review Audit trails and financial controls
Inventory Stock analysis and replenishment requests Consistent inventory definitions
HR Policy retrieval and onboarding coordination Privacy and sensitive decisions
IT and operations Ticket triage, troubleshooting, task updates Permissions and system reliability

What Makes a Process Worth Automating?

A strong first use case is often a high-volume, low-risk workflow supported by reliable data and clear success measures. Map the existing process from request to completion and identify where information is reentered, decisions stall, or employees move between systems. Separate predictable rules from steps that genuinely benefit from AI interpretation.

Evaluate whether a process occurs frequently enough to justify automation, has trustworthy data, requires interpretation within defined boundaries, and can be connected to approved systems. Errors must be detectable and correctable, with a measurable baseline for time, quality, and cost. A compelling demonstration may still perform poorly if underlying records are incomplete.

Evaluation factor Favorable conditions
Process frequency Enough repetition to justify automation
Data availability Trustworthy information in approved systems
Decision complexity Interpretation needed within clear boundaries
Risk and recovery Errors can be detected, corrected, or escalated
Measurability Baseline for time, quality, and cost
Integration readiness Approved APIs and permissions support actions

Microsoft’s process-transformation guidance places accountability with business owners rather than treating an agent as a stand-alone IT project. The department responsible for outcomes should help set rules, evaluate cases, and own the decision to expand automation.

From Pilot to Operational Value

Start with one bounded workflow and define its limits before deployment. Test routine requests, ambiguous instructions, unavailable systems, conflicting records, and actions that require approval. Give the agent only necessary permissions, record tool use, and maintain a manual fallback.

Measure completed tasks, accuracy, escalation rates, cycle time, customer or employee impact, and cost per successful outcome. Include review effort and the expense of correcting mistakes. A workflow that closes more cases but creates downstream cleanup is not necessarily an improvement.

AI agents can help businesses coordinate work that previously required employees to gather information and move between multiple systems. Their value comes from completing appropriate tasks reliably, not replacing human judgment indiscriminately. Start with suitable processes, establish dependable integrations and safeguards for failures, and expand autonomy only when measured outcomes justify it.

Related reading: Which AI Software Is Right for Your Business? An In-Depth Look

The Future of Indoor GPS Part 4: Read the Room with RFID Tags

In the previous installment of our blog series on indoor positioning, we explored the future of Ultra Wideband technology. This week, we will examine RFID Tags.

The earliest applications of RFID tags date back to World War II when they were used to identify nearby planes as friends or foes. Since then, RFID technology has evolved to become one of the most cost-effective and easy to maintenance indoor positioning technologies on the market.

WHAT IS RFID?

rfid_works

RFID refers to a wireless system with two components: tags and readers. The reader is a device with one or more antennae emitting radio waves and receiving signals back from the RFID tag.

RFID tags are attached to assets like product inventory. RFID Readers enable users to automatically track and identify inventory and assets without a direct line of sight with a read range between a few centimeters and over 20 meters. They can contain a wide range of information, from merely a serial number to several pages of data. Readers can be mobile and carried by hand, mounted or embedded into the architecture of a room.

RFID tags use radio waves to communicate with nearby readers and can be passive or active. Passive tags are powered by the reader, do not require a battery,  and have a read range of Near Contact – 25 Meters. Active tags require batteries and have an increased read range of 30 – 100+ Meters.

WHAT DOES RFID DO?

RFID is one of the most cost-effective and efficient location technologies. RFID chips are incredibly small—they can be placed underneath the skin without much discomfort to the host. For this reason, RFID tags are commonly used for pet identification.

Image via Hopeland
Image via Hopeland

One of the most widespread uses of RFID is in inventory management. When a unique tag is placed on each product, RFID tags offer instant updates on the total number of items within a warehouse or shop. In addition, it can offer a full database of information updated in real time.

RFID has also found several use cases in indoor positioning. For example, it can identify patients and medical equipment in hospitals using several readers spaced out in the building. The readers each identify their relative position to the tag to determine its location within the building. Supermarkets similarly use RFID to track products, shopping carts, and more.

RFID has found a wide variety of use cases, including:

WHAT ARE THE CONS OF USING RFID?

Perhaps the biggest obstacle facing businesses looking to adopt RFID for inventory tracking is pricing. RFID tags are significantly more expensive than bar codes, which can store some of the same data and offer similar functionality. At about $0.09, passive RFID tags are less expensive than active RFID tags, which can run from $25-$50. The cost of active RFID tags causes many businesses to only use them for high-inventory items.

RFID tags are also vulnerable to viruses, as is any technology that creates a broadcast signal. Encrypted data can help provide an extra level of security; however, security concerns still often prevents larger enterprises from utilizing them on the most high-end merchandise.

OVERALL

RFID tags are one of the elite technologies for offering inventory management with indoor positioning. Although UWB and Bluetooth BLE beacons offer more precise and battery-efficient location services, RFID is evolving to become more energy and cost efficient.

Stay tuned for the next entry in our Indoor Positioning blog series which will explore AR applications in indoor positioning!