Dear Clients and Partners,
Spacebank has reached a very special milestone on its journey at the forefront of global AI and Digital Transformation (DX) innovation.
Spacebank's unique robotics management technology has been featured on Oracle's official global blog as a Success Story focused on "Robotics Orchestration."
This marks a significant recognition of RoboViewX, Spacebank's technology for orchestrating and managing multiple heterogeneous robots through a single integrated platform.
In this August edition, we're excited to share this milestone on the global stage and take you behind the technology that makes Spacebank's robotics innovation possible. ๐๐
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Spacebank, your โIntelligent Digital Transformation (AI DX) Partner" delivers a monthly newsletter. ๐ฉ |
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ย ย ย [Preview] This Monthโs Key Contents at a Glance
ย ย ย ย ๐ Robotics Orchestration Innovation Story on Oracle's Official Global Blog
ย ย ย ๐ One Brain for Multiple Robots RoboViewX
ย ย ย ๐ Technology Made Simple "How Does Robot Orchestration Actually Work?" |
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Robotics Orchestration Innovation Story on Oracle's Official Global Blog |
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Spacebank's heterogeneous robot orchestration platform, RoboViewX, has been featured on Oracle's official global APEX blog as an innovative Robotics Orchestration use case. ๐
What makes this recognition particularly meaningful is that a Korean robotics company's Robotics Orchestration platform has been independently featured as a Success Story on Oracle's official global APEX channelโan exceptional achievement in the robotics industry.
So, what made a global technology leader like Oracle take notice of Spacebank?
Let's take a closer look at three key reasons.
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๐กA Rare Global Success Story Dedicated to Robotics Orchestration
The term "Robotics Orchestration" may sound unfamiliar.
Think of an orchestra conductor bringing together many different instruments to create one coordinated performance. Robotics orchestration works in much the same way: it enables robots from different manufacturers and with different capabilities to be intelligently coordinated and managed through a unified environment.
Oracle has introduced numerous technology use cases from across the Asia-Pacific region, including India, Singapore, and Australia.
Against this backdrop, Spacebank being independently featured on Oracle's official global blog for its Robotics Orchestration technology represents an exceptional milestone for a Korean robotics company. ๐
๐กRecognition from Oracle's Global Product Management Organization
This is more than a local marketing feature.
The article was authored by a Senior Manager from the Oracle APEX Product Management team, presenting Spacebank's RoboViewX technology through Oracle's official global channel.
The author, Santhosh Kumar, is a Senior Manager in Oracle APEX Product Management with a focus on the JAPAC region.
Rather than being content produced solely for the Korean market, the RoboViewX story was published directly through Oracle's global APEX channel by a member of its global Product Management organization.
For Spacebank, this represents meaningful global recognition of RoboViewX's architecture, scalability, and potential for mission-critical robotics operations.
๐ก60%+ Faster Development and Deployment in Just Weeks
So, what made RoboViewX stand out?
One of the key reasons is its development and operational efficiency.
Traditionally, connecting different types of robots and developing the applications required to manage them can require significant time and engineering resources.
By combining its robotics orchestration capabilities with Oracle's database, application, cloud, and AI technologies, Spacebank achieved a 60%+ improvement in development velocity.
Deployment cycles that previously took months can now be reduced to approximately 2โ4 weeks, enabling new robot management environments and services to be deployed much more rapidly.
The result demonstrates the flexibility and scalability of RoboViewX for rapidly evolving robotics environments.
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One Brain for Multiple Robots RoboViewX |
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โฒ RoboViewX enables multiple heterogeneous robots to be monitored and managed through a single integrated platform. (Source: Oracle Blog) |
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How can Spacebank's heterogeneous robot orchestration platform, RoboViewX, coordinate multiple robots in real time while reducing deployment cycles from months to just a few weeks?
As robots are increasingly deployed across industrial sites, healthcare environments, and the public sector, robot operations are becoming increasingly complex.
Organizations need to manage real-time data streams, robot scheduling, operational workflows, AI services, security, and system administrationโall within one connected environment.
Under conventional architectures, building such an environment would require multiple applications and systems to be developed separately and then integrated, resulting in significant time, cost, and engineering complexity.
To address this challenge, Spacebank developed a data-centric integrated architecture that enables different types of robots to be orchestrated within a unified environment while providing real-time operational visibility and accelerating application development and system deployment.
So how does RoboViewX actually coordinate and manage robots? |
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๐กRobotics Orchestration: Connecting Complex Robot Operations into One Intelligent Workflow
One of the core capabilities of RoboViewX is robotics orchestration.
Orchestration goes far beyond simply sending commands to robots.
It connects the entire robot operations lifecycleโfrom task creation, robot assignment, command delivery, mission execution, and real-time data collection to status monitoring, anomaly detection, and AI-assisted diagnosticsโinto a single coordinated workflow.
Operators first register robot missions and schedules. Based on information stored in the database, the system determines the appropriate task sequence and assigns a suitable robot.
The mission is then delivered to the robot. As the robot performs its task, it continuously sends telemetry data such as its location, operational status, and battery level.
This data is stored in the database and used to update operational status and KPIs in real time.
And it doesn't stop there.
When an abnormal condition occurs, the system can automatically detect the exception and initiate a diagnostic workflow. AI can then analyze error data to identify potential causes and provide recommended actions.
In other words, RoboViewX goes far beyond being a system that simply "tells robots what to do."
It is an integrated robotics orchestration platform that connects and automates the entire operational lifecycleโfrom task assignment and execution to data collection, monitoring, anomaly detection, and AI-assisted analysisโthrough a data-driven architecture.
Sounds complicated?
Let's make it easier by comparing it to a service we use in everyday life.
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Technology Made Simple
"How Does Robot Orchestration Actually Work?"
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To better understand how RoboViewX assigns tasks, monitors field operations in real time, and automatically responds when something goes wrong, imagine a smart taxi dispatch service. ๐
Picture hundreds of taxis moving throughout a city.
When a passenger enters a destination, the dispatch system checks the current location and operating status of available vehicles and assigns the most suitable taxi.
The taxi picks up the passenger and travels to the destination. Throughout the journey, its location and status are continuously transmitted to the central control center.
If something goes wrong with the vehicle, the control center can immediately identify the issue and take appropriate action.
RoboViewX works in a very similar way.
Think of:
Taxi โ Robot
Ride Request & Dispatch โ Task Scheduling
Central Control Center โ RoboViewX
Real-Time Vehicle Information โ Telemetry Data
Just as a central taxi control center can monitor hundreds of vehicles, dispatch them according to demand, and respond immediately when a problem occurs, RoboViewX coordinates the tasks and operational status of multiple robots through one intelligent, connected workflow.
Now let's look behind the scenes at how RoboViewX orchestration works in 10 steps. ๐๐ค
The operator registers robot tasks and schedules through the management interface.
๐ย Taxi analogy:
Imagine a control center operator entering a request: "At 2:00 PM today, move Box A to the logistics warehouse on the third floor." This is the equivalent of creating a new dispatch request.
2. Data Storage
Task definitions and scheduling metadata are stored in Autonomous Database.
๐ย Taxi analogy:
As soon as the request is received, the detailsโwhen, where, and what needs to be doneโare securely recorded in the control center's intelligent central database.
3. Intelligent Assignment
The PL/SQL scheduling service determines task priority and selects the most appropriate robot.
๐ Taxi analogy:
Think of an experienced dispatcher reviewing all available robots:
"Robot No. 5 is closest to the third floor, has plenty of battery remaining, and has just completed its previous task. That's the best robot for this mission."
The system intelligently selects the most suitable robot for the job.
4. Secure Communication
ORDS provides REST API endpoints for communication with robot controllers.
๐ Taxi analogy:
Once the robot has been selected, the control center needs a secure communication channel to send the mission.
Think of it as a protected digital radio channel through which the robot receives the instruction:
"Mission received. Moving to the third floor."
5. Mission Execution & Data Transmission
The robot performs its task while continuously transmitting status and telemetry data.
๐ Taxi analogy:
Just as a taxi shares its location while carrying a passenger, the robot continuously sends information such as its current position, movement status, battery level, and other operational telemetry while performing its mission.
6. Real-Time Data Accumulation
Collected data is continuously stored in the database.
๐ Taxi analogy:
The robot's location and operational status are recorded in real time, creating a continuous digital history of what is happening in the field.
7. Event Trigger
Database events are triggered as soon as new data is received.
๐ย Taxi analogy:
The moment new robot data arrives, the system effectively signals: "New information received!" This triggers the next sequence of automated actions without interruption.
8. Real-Time Dashboard Updates
The APEX dashboard updates operational status and KPI information in real time.
๐ย Taxi analogy:
Think of the large operations display at the center of a taxi control room. As new information arrives, the display immediately updates, enabling operators to understand the overall situation at a glance.
9. Automated Exception Detection
When an abnormal condition occurs, a diagnostic workflow is automatically initiated.
๐ย Taxi analogy:
It's like an emergency alert being triggered the moment a vehicle experiences an unexpected problem. The system recognizes that something is wrong and immediately begins the appropriate response process.
10. AI-Assisted Reporting
AI analyzes error data, generates recommendations, and delivers a report to the operator.
๐ย Taxi analogy:
Imagine an intelligent AI specialist stepping in as soon as the robot stops. It analyzes the robot's latest operational data, identifies potential causes, prepares recommended actions, and delivers the findings directly to the operator.
๐ฟ From Robot Control to Intelligent Robotics Orchestration
Ultimately, Spacebank's RoboViewX minimizes the need for operators to manually follow and monitor individual robots.
From task assignment and real-time monitoring to fault detection and AI-assisted root-cause analysis, the entire operational process is connected through a unified, data-driven workflow.
RoboViewX transforms complex multi-robot operations into an intelligent orchestration environmentโhelping organizations manage heterogeneous robots more efficiently, respond to operational issues faster, and scale robotic services across increasingly complex environments.
That is the vision behind Spacebank's approach to Robotics Orchestration and Physical AI. |
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Spacebank Inc. sales@spacebank.co.kr
46, Dallaenae-ro, Sujeong-gu, Seongnam-si, Gyeonggi-do, Republic of Korea. |
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Dear Clients and Partners,
Spacebank has reached a very special milestone on its journey at the forefront of global AI and Digital Transformation (DX) innovation.
Spacebank's unique robotics management technology has been featured on Oracle's official global blog as a Success Story focused on "Robotics Orchestration."
This marks a significant recognition of RoboViewX, Spacebank's technology for orchestrating and managing multiple heterogeneous robots through a single integrated platform.
In this August edition, we're excited to share this milestone on the global stage and take you behind the technology that makes Spacebank's robotics innovation possible. ๐๐
ย ย ย ย ๐ Robotics Orchestration Innovation Story on Oracle's Official Global Blog
ย ย ย ๐ One Brain for Multiple Robots RoboViewX
What makes this recognition particularly meaningful is that a Korean robotics company's Robotics Orchestration platform has been independently featured as a Success Story on Oracle's official global APEX channelโan exceptional achievement in the robotics industry.
So, what made a global technology leader like Oracle take notice of Spacebank?
Let's take a closer look at three key reasons.
Think of an orchestra conductor bringing together many different instruments to create one coordinated performance. Robotics orchestration works in much the same way: it enables robots from different manufacturers and with different capabilities to be intelligently coordinated and managed through a unified environment.
Oracle has introduced numerous technology use cases from across the Asia-Pacific region, including India, Singapore, and Australia.
Against this backdrop, Spacebank being independently featured on Oracle's official global blog for its Robotics Orchestration technology represents an exceptional milestone for a Korean robotics company. ๐
The article was authored by a Senior Manager from the Oracle APEX Product Management team, presenting Spacebank's RoboViewX technology through Oracle's official global channel.
The author, Santhosh Kumar, is a Senior Manager in Oracle APEX Product Management with a focus on the JAPAC region.
Rather than being content produced solely for the Korean market, the RoboViewX story was published directly through Oracle's global APEX channel by a member of its global Product Management organization.
For Spacebank, this represents meaningful global recognition of RoboViewX's architecture, scalability, and potential for mission-critical robotics operations.
One of the key reasons is its development and operational efficiency.
Traditionally, connecting different types of robots and developing the applications required to manage them can require significant time and engineering resources.
By combining its robotics orchestration capabilities with Oracle's database, application, cloud, and AI technologies, Spacebank achieved a 60%+ improvement in development velocity.
Deployment cycles that previously took months can now be reduced to approximately 2โ4 weeks, enabling new robot management environments and services to be deployed much more rapidly.
The result demonstrates the flexibility and scalability of RoboViewX for rapidly evolving robotics environments.
How can Spacebank's heterogeneous robot orchestration platform, RoboViewX, coordinate multiple robots in real time while reducing deployment cycles from months to just a few weeks?
As robots are increasingly deployed across industrial sites, healthcare environments, and the public sector, robot operations are becoming increasingly complex.
Organizations need to manage real-time data streams, robot scheduling, operational workflows, AI services, security, and system administrationโall within one connected environment.
Under conventional architectures, building such an environment would require multiple applications and systems to be developed separately and then integrated, resulting in significant time, cost, and engineering complexity.
To address this challenge, Spacebank developed a data-centric integrated architecture that enables different types of robots to be orchestrated within a unified environment while providing real-time operational visibility and accelerating application development and system deployment.
So how does RoboViewX actually coordinate and manage robots?
Orchestration goes far beyond simply sending commands to robots.
It connects the entire robot operations lifecycleโfrom task creation, robot assignment, command delivery, mission execution, and real-time data collection to status monitoring, anomaly detection, and AI-assisted diagnosticsโinto a single coordinated workflow.
Operators first register robot missions and schedules. Based on information stored in the database, the system determines the appropriate task sequence and assigns a suitable robot.
The mission is then delivered to the robot. As the robot performs its task, it continuously sends telemetry data such as its location, operational status, and battery level.
This data is stored in the database and used to update operational status and KPIs in real time.
And it doesn't stop there.
When an abnormal condition occurs, the system can automatically detect the exception and initiate a diagnostic workflow. AI can then analyze error data to identify potential causes and provide recommended actions.
In other words, RoboViewX goes far beyond being a system that simply "tells robots what to do."
It is an integrated robotics orchestration platform that connects and automates the entire operational lifecycleโfrom task assignment and execution to data collection, monitoring, anomaly detection, and AI-assisted analysisโthrough a data-driven architecture.
Sounds complicated?
Let's make it easier by comparing it to a service we use in everyday life.
"How Does Robot Orchestration Actually Work?"
Picture hundreds of taxis moving throughout a city.
When a passenger enters a destination, the dispatch system checks the current location and operating status of available vehicles and assigns the most suitable taxi.
The taxi picks up the passenger and travels to the destination. Throughout the journey, its location and status are continuously transmitted to the central control center.
If something goes wrong with the vehicle, the control center can immediately identify the issue and take appropriate action.
Think of:
Taxi โ Robot
Ride Request & Dispatch โ Task Scheduling
Central Control Center โ RoboViewX
Real-Time Vehicle Information โ Telemetry Data
Now let's look behind the scenes at how RoboViewX orchestration works in 10 steps. ๐๐ค
1. Task Creation
The operator registers robot tasks and schedules through the management interface.
๐ย Taxi analogy:
Imagine a control center operator entering a request:
"At 2:00 PM today, move Box A to the logistics warehouse on the third floor."
This is the equivalent of creating a new dispatch request.
Task definitions and scheduling metadata are stored in Autonomous Database.
๐ย Taxi analogy:
As soon as the request is received, the detailsโwhen, where, and what needs to be doneโare securely recorded in the control center's intelligent central database.
The PL/SQL scheduling service determines task priority and selects the most appropriate robot.
๐ Taxi analogy:
Think of an experienced dispatcher reviewing all available robots:
"Robot No. 5 is closest to the third floor, has plenty of battery remaining, and has just completed its previous task. That's the best robot for this mission."
The system intelligently selects the most suitable robot for the job.
ORDS provides REST API endpoints for communication with robot controllers.
๐ Taxi analogy:
Once the robot has been selected, the control center needs a secure communication channel to send the mission.
Think of it as a protected digital radio channel through which the robot receives the instruction:
"Mission received. Moving to the third floor."
The robot performs its task while continuously transmitting status and telemetry data.
๐ Taxi analogy:
Just as a taxi shares its location while carrying a passenger, the robot continuously sends information such as its current position, movement status, battery level, and other operational telemetry while performing its mission.
Collected data is continuously stored in the database.
๐ Taxi analogy:
The robot's location and operational status are recorded in real time, creating a continuous digital history of what is happening in the field.
Database events are triggered as soon as new data is received.
๐ย Taxi analogy:
The moment new robot data arrives, the system effectively signals:
"New information received!"
This triggers the next sequence of automated actions without interruption.
The APEX dashboard updates operational status and KPI information in real time.
๐ย Taxi analogy:
Think of the large operations display at the center of a taxi control room.
As new information arrives, the display immediately updates, enabling operators to understand the overall situation at a glance.
When an abnormal condition occurs, a diagnostic workflow is automatically initiated.
๐ย Taxi analogy:
It's like an emergency alert being triggered the moment a vehicle experiences an unexpected problem.
The system recognizes that something is wrong and immediately begins the appropriate response process.
AI analyzes error data, generates recommendations, and delivers a report to the operator.
๐ย Taxi analogy:
Imagine an intelligent AI specialist stepping in as soon as the robot stops.
It analyzes the robot's latest operational data, identifies potential causes, prepares recommended actions, and delivers the findings directly to the operator.
๐ฟ From Robot Control to Intelligent Robotics Orchestration
Ultimately, Spacebank's RoboViewX minimizes the need for operators to manually follow and monitor individual robots.
From task assignment and real-time monitoring to fault detection and AI-assisted root-cause analysis, the entire operational process is connected through a unified, data-driven workflow.
RoboViewX transforms complex multi-robot operations into an intelligent orchestration environmentโhelping organizations manage heterogeneous robots more efficiently, respond to operational issues faster, and scale robotic services across increasingly complex environments.
That is the vision behind Spacebank's approach to Robotics Orchestration and Physical AI.
https://en.spacebank.company/
46, Dallaenae-ro, Sujeong-gu, Seongnam-si,