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RPA_SOLUTIONS

ROBOTIC PROCESSAUTOMATION

Automate the Repetitive Work That Slows Your Business Down

AppXcess builds and runs RPA solutions for finance, HR, IT and operations teams: software robots that handle data entry, document and invoice processing, reporting and system-to-system updates inside the applications you already use — so your people spend their time on work that needs judgement.

Enterprise Operations Center
■ Business Outcomes

Why Enterprises Automate With RPA

Robotic process automation takes the rules-based, repetitive steps off your team and runs them the same way every time. The value shows up in four places, and each one is measurable against your own baseline once a process is live.

Reduced Manual Effort

Copying, checking and re-keying data moves from your team to software.

Faster Processing

Queues are worked outside office hours, so requests are handled sooner.

Fewer Errors

The same rules and validations run on every item, every time.

Lower Operating Cost

Teams absorb higher volumes without adding headcount.

RUNS 24/7
Business team reviewing an automated process together
BOT STATUS
RUNNING
Invoice MatchingACTIVE
Report BuildACTIVE
Ticket RoutingACTIVE
RPA Capabilities

What Can RPA Automate In Your Business?

Select a process to see the manual work it replaces, how the automation runs and the benefit your team gets. These are the processes enterprises most often hand to RPA first.

Automation Candidate

Data Entry & System Updates

Teams retype the same information into several systems. Robots capture it once, check it against your rules and update every system that needs it.

What the Automation Does
FORM AND SPREADSHEET CAPTURE
VALIDATION AGAINST BUSINESS RULES
SYSTEM-TO-SYSTEM DATA TRANSFER
LEGACY APPLICATION AUTOMATION
EXCEPTIONS ROUTED TO PEOPLE
Where It Runs
Data Entry & System Updates
Process Today
Manual
The same data typed into several systems
What RPA Does
Capture
Reads, validates and updates the records
Works With
ERP · CRM
Databases and legacy applications
Benefit
Consistency
Fewer keying errors and less rework
HR WORKFLOW · EXAMPLE VIEW
ApplicationsLoggedAuto-filed
InterviewsScheduledCalendars synced
OnboardingPreparedAccounts requested
Talent Pipeline Stages
1.2KSourced
→
342Screened
→
89Interviews
→
14Hired
ONBOARDING CHECKLISTEXAMPLE
New joiner: Operations AnalystIn progress
System recordsComplete
Access requestsIn progress
>> HR record created in core system
>> Access and equipment requests raised
>> Induction schedule sent to manager
■ Use Case · HR Operations

Hiring & Onboarding Automation

Recruitment runs on repeatable admin: moving applications between systems, arranging interviews, chasing documents and setting up new joiners. Automation handles those steps and keeps your HR, IT and payroll systems in step, while hiring decisions stay with your team.

Resume Screening

Processes and scores thousands of applicants matching profile parameters in real-time.

Interview Scheduling

Coordinates candidate slots with stakeholders and logs calendar items automatically.

Candidate Evaluation

Compiles applicant scores and skill matrices against standard job profiles.

■ Use Case · Finance Operations

Invoice & Finance Automation

Accounts payable is built on repeatable checks: match the invoice to the purchase order, confirm the receipt, apply the policy, post the entry. Automation runs those checks on every invoice and sends anything that does not reconcile to your finance team with the detail attached.

Auto-Sync

Financial Records

Automates monthly ledger bookings and bank reconciliation feeds directly into ERPs.

ERP Ledger Stream: Connected
Reconciled: 2,481 (0 errors)
Verified

Expense Monitoring

Flags compliance policy violations and maps expense anomalies automatically.

Policy checks appliedOn every expense claim
3-Way Match

Invoice Validation

Ingests tax files and matches contract rates with incoming vendor line invoices.

Rates Match Verified
Drift Alerts

Budget Tracking

Provides budget drift projections and warns departments before thresholds are crossed.

Department budget usedExample view
REPORTING WORKFLOW · EXAMPLE VIEW
Sources
ConnectedPulled on schedule
Figures
ReconciledChecked across systems
Report
SentWith a full run log
REPORT RUN LOGEXAMPLE
[STEP: EXTRACT]Finance systemComplete

Month-end extract pulled and column mapping validated against the template.

[STEP: RECONCILE]Ledger vs bankReview

Two entries did not match and were routed to the finance team with the source rows attached.

>> Source extracts collected: OK
>> Reconciliation complete, exceptions flagged
>> Report distributed and run logged
■ Use Case · Reporting

Reporting & Data Compilation

Recurring reports mean pulling the same extracts, reconciling them and formatting the result before anyone reads them. Automation collects from each source on schedule, reconciles the figures, assembles the report and distributes it, leaving a log of every run for your auditors.

Scheduled Extracts

Pulls the same data from each source on the schedule you set, without anyone starting the job.

Reconciliation

Compares figures across systems and flags the rows that do not agree for review.

Report Assembly

Builds the report in your existing format so it reaches stakeholders ready to read.

Distribution

Sends the finished report and records what ran, when and with which inputs.

■ Use Case · Service Desk

Employee & IT Service Requests

A large share of service desk volume is the same handful of requests. Automation completes the repeatable ones — access requests, password resets, status updates, policy lookups — and passes anything unusual to your team with the history already attached.

01

Request Intake

Takes requests from email, chat or your service portal and records them in the ticket system.

02

Access & Setup

Raises account, VPN and equipment requests against your approval rules.

03

Policy Lookup

Finds the relevant policy or handbook section and replies with the reference.

04

Routine Resolution

Completes repeatable requests such as password resets and account unlocks end to end.

TICKET ROUTING · EXAMPLE VIEW
Incoming TicketsClassifiedBy subject and type
RoutingRules-basedTo the right queue
ROUTING LOGEXAMPLE
Ticket #82093Classified: TechnicalAuto-Routed

Subject: Reset LDAP credentials for client-portal-02.

Ticket #82094Classified: Billing AnomalyAuto-Routed

Subject: Vendor invoice #89281 discrepancy review requested.

>> Reading incoming ticket subjects...
>> Category and priority rules applied: OK
>> Routed to the finance queue with context
■ Use Case · Case Management

Ticket Routing & Case Handling

Tickets arrive faster than anyone can sort them. Automation reads each one, classifies it, applies your priority rules and sends it to the right queue with the context attached, so your specialists spend their time resolving rather than triaging.

Ticket Routing

Identifies incoming subject intent and forwards tickets to appropriate queues.

Auto-Routed

Priority Management

Analyzes sentiment and flags high-urgency system outages instantly.

Prioritized

Resolution Tracking

Monitors active ticket statuses and triggers checks autonomously.

Complete

Workflow Sync

Coordinates cross-department handoffs to resolve multi-step issues.

Active Handoff
■ How It Works

How an RPA Workflow Runs

Every automated process follows the same four stages. Each stage is defined with your team during design, and each run is recorded so you can see exactly what the automation did.

01
Trigger

Start the Process

A new email, a file arriving in a folder, a record created in your system or a set schedule starts the run.

02
Read

Read & Check

The robot reads the data, checks it against your business rules and stops on anything that does not fit.

03
Act

Do the Work

It updates the records, posts the entries and moves the data between your systems, exactly as the process was defined.

04
Log

Log & Hand Over

Every step is written to an audit log, and exceptions go to the named person with the detail attached.

CHOOSING THE RIGHT APPROACH

RPA, AI Automation and Agentic AI

These three approaches solve different problems, and most enterprises end up running more than one. The right choice depends on how predictable the process is and how much judgement it needs — not on which technology is newest.

MATCH THE TOOL TO THE PROCESS

Start With the Process

We map the process first, then recommend the approach that fits it. Many automations combine all three: a rules-based robot moves the data, an AI step reads the document, and a person approves the exception.

AI Customer Support Agent Scenario
■ Enterprise Readiness

Integration, Security and Governance

Automation runs inside your existing estate, under your existing controls. Robots connect to the systems your teams already use, run with credentials your IT team issues and approves, and record what they did so the work can be reviewed.

Integration

Enterprise Systems

Connects to ERP, CRM, HR and finance systems through APIs where they exist, and through the user interface where they do not — including legacy applications.

STATUS: IN SCOPE
Access

Access Control

Each robot runs with its own named credentials and only the permissions its process needs, managed by your IT team.

STATUS: IT MANAGED
Audit

Audit Trails

Every run is logged step by step, so you can show what was processed, when, and what was passed to a person.

STATUS: LOGGED
Control

Governance

Change control, testing and named process owners apply to automations the same as any other business system.

STATUS: REVIEWED
AUTOMATION CONTROL · EXAMPLE VIEW
ONLINE
Run ScheduleOn schedule
Runs outside business hours
CredentialsPer robot
Issued and revoked by IT
Audit LogEvery step
RetentionPer your policy
Example connected systems
CRM DATA⟶HR WORKFLOW
SYNCED
SUPPORT TICKETS⟶DEV QUEUE
ACTIVE
FINANCE INVOICES⟶DB ARCHIVE
SYNCING
EXAMPLE RUN LOGTHREAD: APX_SYNC_CORE
CRM to HR sync completed and written to the audit log.
Support to database sync active, exceptions queued for review.
Finance run started on schedule under its own credentials.
Measurement

Measure Every Automated Process

Automation only counts if you can show what changed. We agree the baseline for each process before it goes live and report the same measures afterwards, so the numbers you quote are your own.

Volume

Tasks Assigned

How much work is waiting, by process and by system.

Live
Queue depthBy process
OPS
FIN
Completion

Tasks Completed

How much the automation completed without a person stepping in.

TrackedPer process
Completed per hourTrend over time
Handling Time

Time Saved

Handling time before automation against handling time after.

ComparedAgainst your baseline
Before automationYour baseline
After automationMeasured
Cost Per Item

Cost Savings

Cost per processed item, measured the same way before and after.

Per ItemYour figures
BeforeAfter
■ Estimate the Saving

Estimate Your RPA Savings

Set each slider to your own volumes and rates. Everything below is calculated only from the numbers you enter — it is a way to frame the conversation, not a performance claim.

Calculator Inputs

Adjust Parameters
Team Size15 Members
Monthly Tasks Automated800 Tasks
Hours per Task (Manual)3 Hours
Share of Task Time Automated60%
Fully Loaded Hourly Cost$45 / Hour

Calculated Outcomes

Live Model
Hours Saved / Month1,440 Hrs
Cost Avoided / Month$64,800
Share of Team Capacity60%
Cost Avoided / Year$777,600

Hours saved = tasks × hours per task × share automated. Capacity assumes a 160-hour month per person. These are your figures, not measured AppXcess results.

Corporate executives and planning session analyzing efficiency outcomes
■ RPA Questions

Robotic Process Automation FAQs

RPA is software that carries out the rules-based steps a person would otherwise do by hand in business applications: opening a record, copying data between systems, checking it against a rule and updating it. It works through the same screens and APIs your team uses, so the underlying systems do not have to change.

Processes that are repetitive, high in volume and governed by clear rules. On this page we cover data entry and system updates, document processing, invoice processing, reporting and reconciliation, HR and employee administration, and service desk requests. If a process changes shape every time it runs, it is usually a better fit for AI-powered or agentic automation.

Rules-based RPA follows steps you define and suits predictable work. AI-powered automation adds interpretation, such as reading a scanned document or classifying a request, then hands back to the rules. Agentic AI plans its own sequence towards a goal within limits you set, which suits work that cannot be scripted in advance. Many automations combine all three.

Yes. Robots connect through APIs where systems provide them, and through the user interface where they do not, which is how older applications without integration options are automated. Common targets include ERP, CRM, HR and finance systems, databases, shared drives and email.

Each robot runs with its own named credentials and only the permissions its process needs, issued and revoked by your IT team. Every run is logged step by step so you can show what was processed and when, and automations follow the same change control, testing and process ownership as any other business system.

We start by assessing candidate processes with your team: volume, how rules-based the steps are, how many systems are involved and the current handling time. We agree the baseline before anything goes live and report the same measures afterwards, so the result is measured against your own numbers rather than an industry average.

Ready to Automate Your First Process?

Tell us which processes take the most manual hours. We will assess them for automation suitability, recommend whether rules-based RPA, AI-powered automation or an agentic approach fits, and scope the work with your team.

Speedup
FasterProcessing TimesQueues worked outside office hours
Efficiency
LowerOperating CostMore volume without extra headcount
Availability
24/7Unattended RunningRobots run to your schedule