**[Introduction]**
Hello, everyone. I am Jeon Yong-Soo, a candidate from SSAFY 11th cohort, and I will be
presenting effective ways to apply Robotic Process Automation (RPA) technology to
banking operations. First, let me discuss the current situation we aim to address with this
technology.
**[Current Situation]**
Banks handle a vast amount of transactions daily, from deposits and withdrawals to loan
assessments. Bank employees perform various tasks, consuming significant time. On
Fridays and Mondays, especially, branches are crowded, leading to waiting times of up to
an hour.
Therefore, by effectively applying RPA technology to bank branches, we aim to reduce
the time invested in simple and repetitive tasks, and redeploy the remaining workforce to
more productive tasks.
**[Application Strategies]**
I propose two main strategies for applying RPA technology in banks:
1. **Automating Repetitive Tasks:** We can apply RPA to repetitive tasks such as deposit
and withdrawal transactions and verifying the authenticity of loan documents.
2. **Automating Customer Information Review:** RPA can also be used to review
changes in customer identity information and credit evaluations swiftly.
**[Risks]**
However, there are some risks associated with implementing RPA technology:
1. **Employee Utilization:** Bank employees need to analyze their tasks and effectively
utilize RPA technology. If they cannot apply automation to their tasks, its benefits will be
limited.
2. **Over-reliance on Automation:** Over-reliance on automation could lead to a decline
in proficiency with traditional task-handling methods.
**[Mitigation Strategies]**
To overcome these risks, bank employees must clearly analyze their tasks and learn how
to use RPA effectively. Additionally, banks should implement periodic technical
assessments for employees to ensure they do not become overly dependent on
automation.
---
**[Introduction]**
Hello, everyone. I am Jeon Yong-Soo, a candidate from SSAFY 11th cohort, and I will be
presenting effective ways to apply Robotic Process Automation (RPA) technology to
pharmacy operations.
**[Current Situation]**
Pharmacies are crucial in our daily lives. Especially in locations like subway stations or
near hospitals, they are often crowded. Typically, only two pharmacists manage various
tasks, including inventory management and medication preparation.
Therefore, by effectively applying RPA technology to pharmacy operations, we aim to
automate simple and repetitive tasks, allowing remaining staff to focus on more
productive tasks and improving efficiency.
**[Application Strategies]**
I propose two main strategies for applying RPA technology in pharmacies:
1. **Automating Inventory Management:** RPA can be applied to tasks such as
managing drug inventory and processing inventory movement requests and approvals.
RPA can run during non-working hours (nighttime to early morning), allowing
pharmacists and assistants to focus more on daytime tasks.
2. **Automating Prescription Review:** RPA can be used to review prescriptions received
from hospitals. By establishing partnerships between hospitals and pharmacies,
automation can reduce the time needed to review prescriptions.
**[Risks]**
However, there are some risks associated with implementing RPA technology:
1. **Operational Errors:** Errors may occur during non-working hours when RPA is
operational.
2. **Document Manipulation:** There is a risk that medical documents, like hospital
prescriptions, could be tampered with.
**[Mitigation Strategies]**
To mitigate these risks, I suggest the following solutions:
1. **Error Alerts:** In case of operational errors during non-working hours, an emergency
message should be sent to staff or the main office.
2. **Blockchain Technology:** To prevent document tampering, introduce blockchain
technology to convert hospital prescriptions into NFTs, ensuring their authenticity.
---
**[Introduction]**
Hello, everyone. I am Jeon Yong-Soo, a candidate from SSAFY 11th cohort, and I will be
presenting effective ways to apply Robotic Process Automation (RPA) technology to
home shopping operations.
**[Current Situation]**
We frequently purchase various items through home shopping. Live broadcasts attract
many viewers, leading to numerous orders, approvals, and cancellations simultaneously,
creating a busy environment.
By effectively applying RPA technology to home shopping operations, we aim to reduce
the time spent on simple and repetitive tasks, allowing the remaining staff to focus on
more intelligent tasks and creating a more efficient work environment.
**[Application Strategies]**
I propose two main strategies for applying RPA technology in home shopping:
1. **Automating Inventory Management:** RPA can be used for regular inventory
management and automatic reordering when necessary. When orders are placed, RPA
can link with inventory to process orders and send alerts or requests to relevant
departments if stock is low.
2. **Automating Product Reviews:** RPA can analyze product descriptions or advertising
slogans to detect and report exaggerated or false claims, following set standards.
**[Risks]**
However, there are some risks associated with implementing RPA technology:
1. **System Malfunctions:** If the RPA system is not properly configured, malfunctions
can occur, leading to work delays or errors.
2. **Security Vulnerabilities:** Automated systems can have security vulnerabilities,
making them susceptible to data breaches or malicious attacks.
**[Mitigation Strategies]**
To overcome these risks, I propose the following solutions:
1. **Thorough Testing:** The RPA system should undergo extensive testing before actual
deployment, and monitoring and error-handling systems should be in place during
operation.
2. **Enhanced Security:** Use updated security systems and protocols to minimize
vulnerabilities and strengthen access control to protect data.
---
**[Introduction]**
Hello, everyone. I am Jeon Yong-Soo, a candidate from SSAFY 11th cohort, and I will be
presenting effective ways to apply blockchain technology to various summer vacation
services.
**[Current Situation and Considerations]**
Many people use various services during summer vacations. They book accommodations
at resorts and use different transportation methods. However, there are often issues such
as failed reservations or problems verifying identity upon arrival at accommodations.
**[Application Strategies and Expected Benefits]**
I propose two main strategies for applying blockchain technology to various summer
vacation services:
1. **Blockchain-Based Booking Service:** By using blockchain to treat each reservation as
immutable data, issues related to data synchronization during the booking process can
be resolved. This will prevent vacation plans from being ruined due to faulty reservation
systems.
2. **DID-Based Identity Verification Service:** Traditional ID cards can be lost or stolen,
and sometimes it’s difficult to verify identity due to outdated photos or recent cosmetic
changes. DID technology can simplify identity verification, allowing for smooth
verification even with unmanned devices.
**[Risks]**
However, there are some risks associated with implementing these strategies:
1. **System Conflicts:** Introducing new technology can cause conflicts with existing
systems, raising legal issues, especially regarding personal data protection and industry
regulations.
2. **Adoption Difficulties:** Without proper education, users might find it challenging to
adopt the new technology.
3. **Public Trust:** Gaining public trust in the security and reliability of blockchain
technology is essential.
**[Mitigation Strategies]**
To overcome these risks, I propose the following solutions:
1. **Legal Collaboration:** Work with legal experts to preemptively address potential
legal issues during the implementation of new technology.
2. **User-Friendly Design:** Design the technology and system with user convenience in
mind to facilitate easier adoption.
3. **Transparency and Security:** Maintain transparency in the system and widely
disseminate information about blockchain’s security and stability to build public trust.
---
**[Introduction]**
Hello, everyone. I am Jeon Yong-Soo, a candidate from SSAFY 11th cohort, and I will be
presenting effective ways to apply blockchain technology to smart port services.
**[Current Situation and Considerations]**
Ports are the heart of the global economy, handling millions of tons of cargo daily. The
complexity of port operations can lead to inefficiencies, increased costs, congestion, and
higher transportation costs. For example, terminal operations often require frequent
cargo rehandling due to the difficulty in predicting vehicle entry and exit times.
**[Application Strategies]**
To improve these inefficiencies, I propose two main strategies for building a smart port
system using blockchain technology:
1. **Blockchain-Based Vehicle Entry/Exit Reservation System:** By allowing carriers to
register entry/exit information in advance, data stored on the blockchain can be used to
schedule vehicle times, dispersing peak times. This ensures transparency and trust,
minimizing risks like double booking or fraud.
2. **Blockchain-Based Transshipment System:** By linking terminal and carrier
information in advance through blockchain, real-time updates and optimal cargo
allocation can maximize the efficiency of transshipment operations.
**[Risks]**
However, there are some risks associated with implementing these strategies:
1. **Privacy Concerns:** Blockchain ensures data immutability and security, but personal
information could be exposed.
2. **Integration Issues:** Integrating blockchain with traditional port systems could pose
compatibility challenges and legal issues.
3. **Adoption Incentives:** Without sufficient incentives, stakeholders might resist
adopting blockchain technology.
**[Mitigation Strategies]**
To overcome these risks, I propose the following solutions:
1. **Data Encryption:** Encrypt personal data to prevent unauthorized access, ensuring
that only authorized users can view sensitive information.
2. **Standardization:** Develop and adopt standardized protocols and interfaces to
ensure seamless integration with existing systems. Cooperation with relevant agencies is
crucial to comply with regulatory requirements.
3. **Education and Benefits:** Clearly demonstrate the benefits of blockchain to
stakeholders, providing education and incentives to encourage adoption.
---
**[Introduction]**
Hello, everyone. I am Jeon Yong-Soo, a candidate from SSAFY 11th cohort, and I will be
presenting effective ways to apply blockchain and IoT technology to managing aging
buildings.
**[Current Situation and Considerations]**
Regular maintenance of old buildings is crucial to prevent structural damage and
potential human casualties. Current maintenance methods are labor-intensive, requiring
significant manpower and time. By integrating blockchain and IoT technologies, we aim
to manage aging buildings more effectively.
**[Application Strategies]**
1. **