ERP, can it be solved by just changing the program?

Is your system efficient and future-ready?

RIS diagnoses scattered tasks, reduces repetitive input and waiting for confirmation, and leaves operating standards and data as the basis for handover and automation.

A structure that reduces processing time and operational waste by integrating redundant inputs from scattered Excel, documents, messengers, and existing systems into one data flow.

Are you still stuck with these difficulties?

01repeat input

Enter the same information multiple times

Copy and recheck between Excel, Messenger, and existing programs

02Waiting for confirmation

Ask someone about progress

Invisible processing status, check the increasing number of calls and messengers

03Dependent on person in charge

When people change, work becomes unstable.

Task sequence and exception handling that remain only in human memory

04Extension constraints

There are no business standards to attach new skills to.

Tasks and data that need to be reorganized every time a new technology is added.

Before increasing employees, leave work standards first.

Even if employees change and the company grows,
Must be able to work on the same basis

ERP, not a grand programThe company's work order and standards
It is a system that collects everything in one place.
Current issueScattered files and human memories

Repeat input / recheck progress status

Things that changeRepeatable operational structure

Same standards, handover, automation base

After construction, the work will change like this
  1. Save work timeEnter once and use in all your work
  2. Improved verification speedCheck progress at a glance
  3. Simplifying handoverSame standards even if the person in charge changes
  4. Secure expansion baseDirect connection between automation and new technologies

Leave repetitive tasks to the system and leave the CEO’s know-how as the company’s competitive edge.

Prove with results, not explanations

Operational issue previously identified;
RIS answers with real-life examples

Case 01Integration of existing work and student data connection

Gongdangi Busan Academy

Connects academy work divided into multiple programs and Excel into one flow.

Gongdangi Busan Academy actual homepage screen
Actual service screen · gongdangi-busan.com
Efficiency goal
One flow from counseling to student management
Core method
Business sequence redesign (BPR) · Baseline data integration (SSOT) · Cloud transformation
  • Existing data/system diagnosis
  • Cloud operating environment
  • Employee ERP
  • Student management
  • Online lecture platform design
Problem Diagnosis
01 · Problem Diagnosis

I was moving student information several times and checking back on progress.

  • Old operating environmentStructure becomes more difficult to manage as work increases

    As the number of students and data increased, system management and expansion became difficult.

  • Broken workflowRepeated input and confirmation at each work step

    Student information was moved to multiple materials and checked again.

  • Scattered student dataStudent information that was different for each program

    There was no standard for linking operating records to online courses.

Conversion process
02 · Conversion process

I converted the problem into four steps.

  1. Business diagnosis
  2. Switch environment
  3. Data Integration
  4. Expansion design
  1. Scene where the academy operation team and consultant diagnose distributed work flow
    step01Current workflow analysis and process redesign

    We followed the flow from consultation to follow-up guidance and looked for bottlenecks and repetitive inputs.

  2. Scene verifying the existing academy system and migrating to AWS infrastructure
    step02Step-by-step cloud transition

    We moved the data and distribution environment to AWS and established backup and verification standards.

  3. Scene where academy staff check student status through ERP and student management system
    step03ERP/student management integration based on single standard information

    Student information has been integrated so that it can be entered once and continued in consultation, registration, course attendance, and attendance.

  4. Scene of expanding the Busan academy's lectures to an online learning platform
    step04Scalable platform structure design

    We designed a module structure that can be expanded into courses, content, progress, and payment.

Effects and results after deployment
Changes after construction

Student information is entered once and used continuously from consultation to attendance.

Work processing efficiencyEnter student information only once
information matchingCheck student status in one place
Operation stabilitySystemization of distribution and backup standards
Next extensionConnect to the online lecture platform
Case 02Improving old apps and normalizing distribution and maintenance

Bagstrap

We changed the structure to redistribute and manage apps that are blocked from updating.

Bagstrap official web service main screen showing lab search and community functions
Community and recruitment function screen of Bagstrap mobile app
Graduate school timetable function screen of Bagstrap mobile app
Bagstrap Actual service screen · Web and mobile app
Efficiency goal
Blocked app updates and difficult maintenance
Core method
Relieve technical debt · Switch to Flutter environment · Standardize code structure
  • Codebase diagnostics
  • Switching Flutter execution environment
  • library replacement
  • Structure standardization
  • Deployment Documentation
Problem Diagnosis
01 · Problem Diagnosis

The service was operating, but updating and modifying the app was becoming increasingly difficult.

  • Outdated execution environmentStore distribution rejection warning

    Store update was blocked due to compatibility issues with older versions of Flutter.

  • Discontinued partsExternal library not updatable

    Simple update was difficult due to end-of-support libraries.

  • Development standards mismatchDifferent working methods for each developer

    Handover and modification were difficult due to different implementation standards.

Conversion process
02 · Conversion process

I converted the problem into four steps.

  1. Structural diagnosis
  2. Switch environment
  3. Structure maintenance
  4. Distribution/handover
  1. Scene where Bagstrap CEO and developers diagnose accumulated technical debt
    step01Code structure and dependency diagnosis

    Checked version, compatibility, and distribution warnings and determined the order of improvement.

  2. Scene migrating and verifying the Bagstrap app to the latest Flutter environment
    step02Staged execution environment transition

    Flutter runtime and library were converted step by step while conducting regression testing.

  3. Scene designing the data flow and reusable structure of the Bagstrap app
    step03Reorganize application structure

    Cleaned up state management and data flow and replaced common functionality with a reusable structure.

  4. A scene confirming the stable distribution and operation status of the Bagstrap mobile app.
    step04Distribution stabilization and operation handover

    Fixed deployment warnings and security issues and documented change structure.

Effects and results after deployment
Changes after construction

App updates can now be restarted and managed by the next person in charge.

App updateResume store updates
Security/CompatibilitySwitch to a supported environment
Edit convenienceStandardize code and data flow
Possibility of handoverStructure where the next person in charge takes over

Before adding features, eliminate waste first

More than new features,
Reduce wasted time

01Starting standard

What should I look for first?

How to create functions firstCreate from the requested screen
RIS that reduces work wasteLook for time-consuming tasks first.
Results that actually remain in the companyIt becomes clear which tasks need to be changed first

02Scope of improvement

How much can I change at once?

How to create functions firstCreate all necessary functions at once
RIS that reduces work wasteChange tasks from those with the greatest effect to the smallest.
Results that actually remain in the companyStart small and see real results

03Data conversion

How do I transfer existing Excel and data?

How to create functions firstMove existing data as is
RIS that reduces work wasteI am organizing only the materials I will use and transferring the exam.
Results that actually remain in the companyData that can be used immediately for work remains

04Operation/Expansion

What do I do after creating the system?

How to create functions firstProject ends when features are delivered
RIS that reduces work wasteWe even check what employees actually write
Results that actually remain in the companyEven if the person in charge changes, operational standards remain.

On-site diagnosis comes first before contracting.

From diagnosis to operational handover,
The CEO and employees will confirm and proceed.

  1. Confirm workCheck out what CEOs and employees actually do
    A scene where the Gongdangi Busan Academy operation team diagnoses scattered documents and work flow together.
    STEP 01

    Check out what CEOs and employees actually do

    Check repeat/wait/missing points

  2. Standard cleanupOrganize who judges what, when, and when
    Scene of designing the data structure of Gongdangi Busan Academy ERP from consultation to student management
    STEP 02

    Organize who judges what, when, and when

    Design of work order, responsibility, and exception handling standards

  3. Apply firstStart with tasks that save time
    A scene where the user flow and reusable system structure of the Bagstrap app are designed together.
    STEP 03

    Start with tasks that save time

    Apply first to tasks that employees will feel first.

  4. Take over operationCheck what employees are writing and pass on operation methods
    Scene expanding Gongdangi Busan Academy's operational data into an online education platform
    STEP 04

    Check what employees are writing and pass on operation methods

    Exception correction, operation handover, next improvement decision

Effective date: August 1, 2026

RIS Privacy Policy

AlIS (hereinafter referred to as “Company”) complies with the Personal Information Protection Act and related laws and processes personal information lawfully and safely to protect the freedom and rights of information subjects.

1. Purpose of processing personal information

Personal information is processed to receive quote inquiries and consultations, provide optional AI planning assistants, verify identity, coordinate consultation schedules, and deliver consultation results and related information. Collected personal information will not be used for purposes other than those specified.

2. Items of personal information processed

During the consultation process, we process your name or title, contact information, email address, consultation availability date and time, business goal, field, budget, desired schedule, detailed inquiry details, etc. If you choose to use the AI planning assistant, project responses and AI input will be processed and your name, contact information, and email address will not be transmitted to the AI. During the process of using the website, cookie identifiers, device/browser information, visited pages, inflow path and campaign information, click/form usage records, etc. may be automatically generated and processed.

3. Processing and retention period of personal information

Personal information collected for consultation is retained for one year from the date of collection or until the purpose of consultation is achieved. If there is a storage obligation under relevant laws or if an investigation is in progress, it may be kept for the relevant period.

4. Procedures and methods for destroying personal information

When personal information becomes unnecessary because the retention period has passed or the purpose of processing has been achieved, it is destroyed without delay. Electronic files are irretrievably deleted, and paper documents are shredded or incinerated.

5. Provision of personal information to third parties

The company processes the personal information of the information subject only within the scope specified in the processing purpose, and does not provide it to third parties except in cases where the information subject consents, processing is entrusted, or transferred overseas as disclosed below, or as otherwise specified by law.

6. Use of web analysis services

The company uses Google Analytics to analyze website usage and marketing performance. The name, contact information, email address and detailed inquiry information entered in the consultation request form will not be transmitted to Google Analytics. The Google Analytics event data storage period is set to 14 months, and users can limit collection through browser cookie settings, etc.

7. Overseas relocation

Web usage information automatically generated during the use of Google Analytics may be transmitted to the country where Google LLC and its related data centers are located. Information is transmitted over an encrypted network and stored for 14 months for web analysis and service improvement purposes. If you choose to use the AI Planning Assistant, your project answers and AI inputs will be used by OpenAI, L.L.C. for answer generation purposes. and may be encrypted and transmitted to the country where the relevant data center is located. OpenAI API requests disable separate conversation storage, and monitoring records for service safety may be kept by default for up to 30 days in accordance with OpenAI's API data policy.

8. Use AI planning assistant

AI Planning Assistant is an optional feature. After the user consents, only the project type, current status, goals, scope and AI conversation input are sent to the OpenAI API. Contact information is separated from AI requests, and users should not enter unnecessary sensitive information such as personal information, medical information, or contractual confidentiality. OpenAI does not use API input and output for model learning by default, and the company operates to reflect AI suggestions in the consultation form only after the user confirms them.

9. Entrustment of personal information processing work

The company transmits the name or title, company name, contact information, email address and contents of the consultation to Channel Corporation Co., Ltd. to notify the reception of consultation and confirm the person in charge, and entrusts the processing of personal information to OpenAI, L.L.C. to generate answers from the optional AI planning assistant. Channel Talk web chat widget is not used. Consignment information is retained until the end of the consignment contract, fulfillment of processing purpose, or retention period disclosed in the service, and necessary matters are stipulated in accordance with relevant laws and regulations.

10. Measures to ensure the safety of personal information

We implement safety measures stipulated in relevant laws, such as restricting access to personal information, encrypting personal information, and storing and managing access records.

11. Rights of information subjects and how to exercise them

Information subjects may request to view, correct, delete, and suspend processing of personal information. You can exercise your rights by email or phone, and the company will take necessary action without delay.

12. Personal information protection officer

Personal Information Protection Manager: Hyunje Seong Email: ceo@ris-kr.com Phone: 010-2490-8276

13. Method of redress for infringement of rights

You can apply for consultation or relief regarding personal information infringement through the Personal Information Dispute Mediation Committee (1833-6972), Personal Information Infringement Reporting Center (118), or Personal Information Protection Committee (118).

14. Changes to personal information processing policy

This privacy policy is effective from August 1, 2026. If there are any changes to the content, we will notify you through the website before implementation.

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