Robotic Process Automation

Automate repetitive work across legacy systems.

ArchZen uses software robots to complete structured, rule-based tasks across desktop applications, business portals and systems that cannot be easily integrated.

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Legacy system automation
Rule-based task execution
Human exception handling

Active software robot

Invoice processing

Current task

Process approved supplier invoice

Running

Invoice file opened

Finance system opened

Invoice details entered

Record validation

42 sec

Runtime

3

Completed

0

Exceptions

What RPA means

A software robot using systems like a person would.

RPA automates repetitive tasks by interacting directly with application screens, fields, buttons and files.

It is particularly useful when a business depends on older software, desktop applications or external portals that cannot be connected through modern APIs.

Rule-based

Task execution

Repeatable

Process handling

Traceable

Activity history

How RPA operates

From scheduled task to recorded outcome.

Every robot operates according to defined rules, approved access and documented exception paths.

01

A task is triggered

The process starts at a scheduled time, after a file arrives or when a defined business event occurs.

02

The robot opens the system

It securely accesses the approved desktop application, browser portal or business platform.

03

Actions are completed

The robot clicks, types, copies, downloads or uploads information according to defined rules.

04

Information is validated

Required fields, formats and business conditions are checked before the task continues.

05

Exceptions are escalated

Unexpected results, missing information or sensitive cases are assigned to a person.

06

The activity is recorded

The result, status and relevant processing history are stored for review.

RPA use cases

Automate repetitive tasks inside existing applications.

RPA is designed for structured, predictable work where staff repeatedly complete the same computer actions.

Data entry automation

Transfer information between applications, portals, spreadsheets and databases without repeated manual typing.

  • Less repetitive administration
  • Fewer typing errors
  • Faster record updates

Spreadsheet processing

Open, validate, update, combine and distribute spreadsheet information using defined business rules.

  • Consistent data handling
  • Faster reporting processes
  • Reduced manual checking

Document processing

Extract information from structured documents and enter it into approved business applications.

  • Faster document handling
  • Reduced copying and retyping
  • Improved data consistency

Legacy application automation

Automate tasks inside older desktop or browser-based systems that do not provide modern integration options.

  • Extend existing software
  • Avoid unnecessary replacement
  • Reduce manual system work

Reconciliation processes

Compare records across systems, identify differences and prepare exceptions for human review.

  • Faster reconciliation
  • Clear exception reporting
  • Improved record accuracy

Scheduled operational tasks

Run repetitive daily, weekly or monthly tasks consistently according to an approved schedule.

  • Reliable task completion
  • Reduced operational delays
  • Visible processing history

Process suitability

RPA works best when the process is stable.

Not every repetitive task should be automated with a robot. We assess the process before recommending RPA.

Strong RPA candidates

  • The task is repetitive and completed frequently
  • The steps are stable and clearly defined
  • The process follows consistent business rules
  • Information is entered into several systems
  • The existing software has limited integration options
  • Manual errors or delays occur regularly

Processes requiring review

  • The process changes significantly every week
  • The task depends heavily on human judgement
  • The information is highly inconsistent
  • The application interface is unstable
  • The process itself has not been clearly defined
  • The expected business value is too low

Example automations

Practical RPA across business operations.

Supplier invoice entry

Trigger

An approved invoice is added to a monitored location.

Robot actions

  • Read the required invoice information
  • Open the finance or accounting platform
  • Create the supplier invoice record
  • Attach the supporting document
  • Escalate missing or conflicting information

Customer record migration

Trigger

A validated migration file is approved for processing.

Robot actions

  • Open the source and destination systems
  • Validate required customer fields
  • Create or update customer records
  • Record successful and failed items
  • Prepare an exception report

Portal status updates

Trigger

A scheduled status check begins.

Robot actions

  • Sign in to the approved business portal
  • Locate the required records
  • Capture the current status
  • Update the internal tracking system
  • Notify the team about exceptions

Recurring report preparation

Trigger

The reporting schedule is reached.

Robot actions

  • Download information from approved systems
  • Update the reporting spreadsheet
  • Apply required formatting and checks
  • Save the completed report
  • Notify the responsible team member

Business outcomes

Extend existing systems without increasing manual work.

Reduce processing time

Complete repetitive, high-volume tasks faster than manual processing.

Improve accuracy

Follow the same approved steps and validation rules every time.

Connect older systems

Automate across applications that do not provide suitable APIs or integrations.

Improve traceability

Record completed actions, exceptions and processing outcomes.

Our delivery approach

Standardise first. Automate second.

A robot will repeat the process exactly as designed. We first make sure the process is clear, stable and worth automating.

01

Process assessment

We review the current task, volume, systems, exceptions, risks and expected value.

02

Process standardisation

We clarify the steps, responsibilities, business rules and required inputs before automating.

03

Robot design

We design the automated sequence, validations, permissions, exception paths and activity records.

04

Build and testing

We develop and test the automation across normal scenarios, failures and unexpected conditions.

05

Deployment

We release the robot into a controlled production environment with monitoring and support.

06

Ongoing maintenance

We update the automation when applications, processes or business requirements change.

RPA security

Software robots need controlled access too.

RPA robots may access business applications, files and sensitive records. Their identities, credentials and permissions must be managed carefully.

ArchZen applies access restrictions, logging, monitoring and change controls throughout the automation lifecycle.

Explore governance, risk and compliance

RPA control framework

Secure by design

  • Dedicated automation identities
  • Least-privilege system access
  • Secure credential management
  • Defined operating schedules
  • Input validation before processing
  • Exception handling and escalation
  • Detailed activity logs
  • Controlled change management

Frequently asked questions

Common questions about robotic process automation.

RPA can extend the value of existing systems when it is applied to the right process and maintained properly.

What is robotic process automation?

Robotic process automation, or RPA, uses software robots to perform repetitive computer tasks such as opening applications, entering information, clicking buttons, downloading files and updating records.

How is RPA different from workflow automation?

Workflow automation usually connects systems through APIs, integrations or webhooks. RPA interacts with applications through their user interface, similar to how a person uses a keyboard and mouse.

When should a business use RPA?

RPA is useful when a repetitive, rule-based process relies on older software, desktop applications or external portals that do not provide suitable integration options.

Can RPA work with legacy software?

Yes. Supporting legacy software is one of the main uses of RPA. It can automate structured actions inside applications that cannot be connected through modern APIs.

What happens when the application changes?

Changes to screens, buttons, fields or navigation may affect the automation. RPA solutions therefore require monitoring, controlled updates and ongoing maintenance.

Can people review exceptions?

Yes. Missing information, unexpected results and sensitive cases should be paused and sent to the right person for review.

Start with one repetitive process

Let’s identify whether RPA is right for your business.

We will assess the process, systems, task volume, exceptions and expected business value before recommending an approach.

Discuss an RPA Project