Dear Clients and Partners,
A biting chill continues through February, and with the Lunar New Year holiday approaching, many of you are entering an even busier season. Yet even in the heart of winter, the technology landscape is moving faster than ever.
In this issue, we would like to invite your attention to the trends in Physical AI, which have become even more evident since CES 2026, and the direction of integrated control which is becoming the new standard for robot operations.
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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 ๐ After CES 2026, AI evolves from โThoughtsโ to โMovementโ
ย ย ย ๐ In the Physical AI era, the standard for robot operations becomes ย ย ย ย ย ย ย ย ย โOrchestration and Controlโ
ย ย ย ๐Spacebank shares insights from CES 2026
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CES 2026, held earlier this year, signaled yet another major inflection point for AI and robotics. AI, once delivered answers on screens, is now evolving into a field presenceโmoving, making judgments, and taking action alongside human beings.
AI is no longer merely a tool for analysis; but is becoming an agent of execution. As robots, sensors, equipment, and spaces become connected as a single intelligent system, AI is taking on a central role in directly shaping industrial workflows.ย
Amid this transition, Spacebank is preparing for the next phase of digital transformation DX)โan organic evolution from AI DX โ Physical AI โ intelligent field operations.ย
We are entering an era where AI becomes a technology that understands the site, operatesย it, and improves the field! ย At the center of this, Spacebank is establishing a new standard by unifying robot and AI operations into one integrated framework.
In this issue, we explore the increasingly evident trajectory of Physical AI after CES 2026, and the direction of integrated control platforms that are becoming the new baseline for robot operations. Discover the next chapter of Spacebankโs AI DX.
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After CES 2026
AI Transitions from "Thoughts"ย to "Movement" |
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CES, which kicked off 2026, demonstrated that AI has reached another significant turning point. AI that once provided answers on a screen is now entering real sitesโmoving; judging, acting alongside people.
The most notable shift since this yearโs CES is that AI is evolving beyond an โanalysis toolโ into an โexecution engine.โ As robots, sensors, equipment, and spaces converge into a single intelligent system, AI is increasingly responsible for shaping the flow of operations in industrial environments.
Spacebank views this trend as the next phase of DXโa natural evolutionary process from AI DX โ Physical AI โ intelligent field operations.
AI is no longer โtechnology that produces results.โ, but rather a technology that understands, operates, and improves real environments.
As this change accelerates, a new type of platform is becoming essential: one that integrates robot and AI operations into a unified operational system.
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โ๏ธ From Watching Robots to Working Robots
The striking messages from this yearโs CES was that robotics arise no longer a showcase technology, by is becoming a deployable entity, ready for real sites. What drew attention was not flashy performance, but robots accurately executing tasks that matter on the ground. The true centerpiece of the event was undoubtedly Physical AI.
The demonstration of Atlas, Boston Dynamicsโ humanoid robot (Hyundai Motor Group), best demonstrated this potential. Atlas was shown organizing parts in precise sequences, moving in alignment with workflow, and naturally assisting human tasks. Observers began to shift from saying โimpressiveโ to thinking, โThis could be deployed in our operation today.โ
We are now entering a reality where multiple robots move together, collaborate, and operate as a single intelligent system.
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โ๏ธ Orbit: A Smart Control Tower Orchestrating Multiple Robots
Hyundai Motor Groupโs vision doesnโt end with a single robot. At the booth, visitors also witnessed the quadruped robot Spot actively operating. What enables these robots to work effectively at scale is a technology calledย Orbit AI.
Simply put, Orbit is the โcontrol towerโ for robot operations. It serves as central command center, remotely managing numerous robots simultaneously, collecting and analyzing field data.
In other words, it is not only about robust hardware (the body), but also the software intelligence (the brain) needed to operate that hardware efficiently.
Robot demonstrations are no longer simply a โtechnology show-off,โ but a demonstration of an era of real-world operations, where control towers are centrally deployed in the field. Physical AI that can perceive, judge, plan, and act may soon become a reliable teammate in real workplaces. |
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Robot Hardware performance has now reached certain level of standardization. Future competition will hinge on what robots see, how they interpret it, and what decisions they make.
The key enabler behind this shift is the VisionโLanguageโAction (VLA) model.
The name may sound technical, but the idea is simple: it teaches robots not only how to see (Vision) and understand instructions (Language), but also how to act (Action) in one unified framework.
In practice, it allows a robot to process a situation much like a human would:
โThereโs oil on the surface (image) โ It could be slippery, so I should grip more firmly (language-based reasoning) โ I need to rotate the motor by this amount (action).โ
In other words, robots can interpret what they observe and respond immediatelyโwithout waiting for separate systems to take over.
Against this backdrop, attention is rapidly growing around AI models that integrate visual perception, language understanding, and action control into a single system. This takes robotics beyond basic object recognition. Robots can begin to reason about why a situation is happening and how to respondโthen execute the right behavior directly, without relying on separate control programs.
At this yearโs CES, a number of such advanced models were displayed. MaViLa, a manufacturing-focused model supported by the U.S. National Science Foundation (NSF), can interpret on-site photos and describe issues in natural language. NVIDIA has also reported applying similar approaches to semiconductor inspection, achieving accuracy rate of over 96%.
Robots are now moving beyond object recognition toward contextual decision-makingโadjusting grip strength for slippery objects, modulating force for fragile items, and responding intelligently to changing conditions. Robots are no longer simple automation devices; they are evolving into entities capable of understanding and judgment.
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โ๏ธ All of these changes are pointing one direction
AI is no longer a technology for generating reports;โ it is becoming a technology that moves, operates, and improves real environments.
In this transformation, Spacebank believes that an integrated platform connecting AI, robots, data, and operations will become essential infrastructure in the coming Physical AI era:
ย ย ๐ AI that understands real sites ย ย ๐ Technology that operates multiple robots as a single system ย ย ๐ An operating environment that anyone can easily adopt and expand
At the center of this at change, Spacebank is preparing the next stage of digital transformation.
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Robotโs True Competitive Edge Lies Not Their โBody,โ but in โUnderstandingโ |
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โ๏ธ In the Physical AI Era, The Key to Robot Operations Become a โControl and Orchestrationโ
As the number of robots increases, what matters most is no longer โrobot performance,โ but how robots are operated, managed, and connected.
The core of the Physical AI era is not simply making robots smarter, but rather an system in which robots, sensors, environments, and data function as one coherent flow.
Today, a variety of robots already exist in the field, each distributed with different systems, protocols, screens, and operating methods. As robot adoption increases, significant barriers still remain before robotics translates into consistent operational efficiency and measurable outcomes.
Spacebank believes the solution to this problem lies in integrated orchestration and an intelligent operations platform. When robots are managed not merely as devices to control, but as digital assets to monitor, analyze, and continuously improve, robot DX truly translate into on-site performance.
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๐Spacebank Shares CES 2026 Insights๐ |
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On January 27, the โ2026 AI-DX Future Forum Open Seminarโย was held at the Pangyo Startup Campus. Under the theme, โ2026 AI-DX: What is real, and what is hype?โ the seminar served as a practical checkpoint for the realistic direction of AI and digital transformation.
Co-hosted by Medici Media and the AI-DX Future Forum, the event brought together experts from technology, industry, and academia to discuss the real-world changes and challenges of the AI era.
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The keynote was delivered by Mr. Jaekwon Sohn, CEO of The Miilk, who addressed how regulatory environments can constrain commercialization in AI robotics, as well as limitations faced by the digital healthcare sector due to medical regulations. The panel discussion explored how regulation impacts AI/DX adoption and what institutional improvements are needed going forward.
The session was moderated by Mr. Byungkwan Kim, Chairman of the Board at Webzen. Panelists included Professor Sanghak Lee (Yonsei University), Mr. Wookjin Jung (Crit Ventures), and Professor Boreum Choi (University of Seoul), providing diverse perspectives across technology, industry, and academia.
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At the seminar, Spacebank shared field insights from CES 2026โfocusing onon the trends and key cases in AI, robotics, and AX (AI Transformation) trends and key cases observed on-site. We also reaffirmed Spacebankโs direction: becoming a company that delivers tangible outcomes in robot orchestration and digital transformation.
After CES 2026, Spacebank will continue moving forwardโconnecting Physical AI, humanoid robotics, and the future of AI DX through the practical language of orchestration and operations.
With RoboViewX, we will continue sharing how AI comes alive in the fieldโand how it is reshaping industries and everyday life.
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โ๏ธ Spacebankโs AI DX Future Opened with RoboViewX
In this shift, Spacebankโs core platform RoboViewX is evolving into a next-generation robot integrated operations platform for the Physical AI era.
RoboViewX enables organizations to:
โข Integrate and manage different types of robots in a single unified interface,
โข make operations visible through real-time video, 3D visualization, sensor data, and task history analytics, and
โข ย ย transform operations from reactive workflows into predictable systems.
In particular, its Low-Code and LLM-based architecture allows faster adoption and expansionโallowing even non-specialist teams to configure robot operations, control systems through natural language interfaces, and design site-specific operating scenarios quickly.
Through RoboViewX, Spacebank is building an environment where:
โAnyone can adopt robots, operate them, and scale them with confidence.โ
This is not only about convenience. It is about accelerating digital transformation across industriesโand building the foundation to improve safety, efficiency, and quality of life. |
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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,
A biting chill continues through February, and with the Lunar New Year holiday approaching, many of you are entering an even busier season. Yet even in the heart of winter, the technology landscape is moving faster than ever.
In this issue, we would like to invite your attention to the trends in Physical AI, which have become even more evident since CES 2026, and the direction of integrated control which is becoming the new standard for robot operations.
ย ย ย ๐ After CES 2026, AI evolves from โThoughtsโ to โMovementโ
ย ย ย ๐ In the Physical AI era, the standard for robot operations becomes ย ย ย ย ย ย ย ย ย โOrchestration and Controlโ
ย ย ย ๐Spacebank shares insights from CES 2026
CES 2026, held earlier this year, signaled yet another major inflection point for AI and robotics. AI, once delivered answers on screens, is now evolving into a field presenceโmoving, making judgments, and taking action alongside human beings.
AI is no longer merely a tool for analysis; but is becoming an agent of execution. As robots, sensors, equipment, and spaces become connected as a single intelligent system, AI is taking on a central role in directly shaping industrial workflows.ย
Amid this transition, Spacebank is preparing for the next phase of digital transformation DX)โan organic evolution from AI DX โ Physical AI โ intelligent field operations.ย
We are entering an era where AI becomes a technology that understands the site, operatesย it, and improves the field! ย At the center of this, Spacebank is establishing a new standard by unifying robot and AI operations into one integrated framework.
In this issue, we explore the increasingly evident trajectory of Physical AI after CES 2026, and the direction of integrated control platforms that are becoming the new baseline for robot operations. Discover the next chapter of Spacebankโs AI DX.
CES, which kicked off 2026, demonstrated that AI has reached another significant turning point. AI that once provided answers on a screen is now entering real sitesโmoving; judging, acting alongside people.
The most notable shift since this yearโs CES is that AI is evolving beyond an โanalysis toolโ into an โexecution engine.โ As robots, sensors, equipment, and spaces converge into a single intelligent system, AI is increasingly responsible for shaping the flow of operations in industrial environments.
Spacebank views this trend as the next phase of DXโa natural evolutionary process from AI DX โ Physical AI โ intelligent field operations.
AI is no longer โtechnology that produces results.โ, but rather a technology that understands, operates, and improves real environments.
As this change accelerates, a new type of platform is becoming essential: one that integrates robot and AI operations into a unified operational system.
โ๏ธ From Watching Robots to Working Robots
The striking messages from this yearโs CES was that robotics arise no longer a showcase technology, by is becoming a deployable entity, ready for real sites. What drew attention was not flashy performance, but robots accurately executing tasks that matter on the ground. The true centerpiece of the event was undoubtedly Physical AI.
The demonstration of Atlas, Boston Dynamicsโ humanoid robot (Hyundai Motor Group), best demonstrated this potential. Atlas was shown organizing parts in precise sequences, moving in alignment with workflow, and naturally assisting human tasks. Observers began to shift from saying โimpressiveโ to thinking, โThis could be deployed in our operation today.โ
We are now entering a reality where multiple robots move together, collaborate, and operate as a single intelligent system.
โ๏ธ Orbit: A Smart Control Tower Orchestrating Multiple Robots
Hyundai Motor Groupโs vision doesnโt end with a single robot. At the booth, visitors also witnessed the quadruped robot Spot actively operating. What enables these robots to work effectively at scale is a technology calledย Orbit AI.
Simply put, Orbit is the โcontrol towerโ for robot operations. It serves as central command center, remotely managing numerous robots simultaneously, collecting and analyzing field data.
In other words, it is not only about robust hardware (the body), but also the software intelligence (the brain) needed to operate that hardware efficiently.
Robot demonstrations are no longer simply a โtechnology show-off,โ but a demonstration of an era of real-world operations, where control towers are centrally deployed in the field. Physical AI that can perceive, judge, plan, and act may soon become a reliable teammate in real workplaces.
โThereโs oil on the surface (image) โ It could be slippery, so I should grip more firmly (language-based reasoning) โ I need to rotate the motor by this amount (action).โ
In other words, robots can interpret what they observe and respond immediatelyโwithout waiting for separate systems to take over.
At this yearโs CES, a number of such advanced models were displayed. MaViLa, a manufacturing-focused model supported by the U.S. National Science Foundation (NSF), can interpret on-site photos and describe issues in natural language. NVIDIA has also reported applying similar approaches to semiconductor inspection, achieving accuracy rate of over 96%.
Robots are now moving beyond object recognition toward contextual decision-makingโadjusting grip strength for slippery objects, modulating force for fragile items, and responding intelligently to changing conditions. Robots are no longer simple automation devices; they are evolving into entities capable of understanding and judgment.
โ๏ธ All of these changes are pointing one direction
AI is no longer a technology for generating reports;โ it is becoming a technology that moves, operates, and improves real environments.
In this transformation, Spacebank believes that an integrated platform connecting AI, robots, data, and operations will become essential infrastructure in the coming Physical AI era:
ย ย ๐ AI that understands real sites
ย ย ๐ Technology that operates multiple robots as a single system
ย ย ๐ An operating environment that anyone can easily adopt and expand
At the center of this at change, Spacebank is preparing the next stage of digital transformation.
โ๏ธ In the Physical AI Era, The Key to Robot Operations Become a โControl and Orchestrationโ
As the number of robots increases, what matters most is no longer โrobot performance,โ but how robots are operated, managed, and connected.
The core of the Physical AI era is not simply making robots smarter, but rather an system in which robots, sensors, environments, and data function as one coherent flow.
Today, a variety of robots already exist in the field, each distributed with different systems, protocols, screens, and operating methods. As robot adoption increases, significant barriers still remain before robotics translates into consistent operational efficiency and measurable outcomes.
Spacebank believes the solution to this problem lies in integrated orchestration and an intelligent operations platform. When robots are managed not merely as devices to control, but as digital assets to monitor, analyze, and continuously improve, robot DX truly translate into on-site performance.
After CES 2026, Spacebank will continue moving forwardโconnecting Physical AI, humanoid robotics, and the future of AI DX through the practical language of orchestration and operations.
With RoboViewX, we will continue sharing how AI comes alive in the fieldโand how it is reshaping industries and everyday life.
โ๏ธ Spacebankโs AI DX Future Opened with RoboViewX
In this shift, Spacebankโs core platform RoboViewX is evolving into a next-generation robot integrated operations platform for the Physical AI era.
RoboViewX enables organizations to:
โข Integrate and manage different types of robots in a single unified interface,
โข make operations visible through real-time video, 3D visualization, sensor data, and task history analytics, and
โข ย ย transform operations from reactive workflows into predictable systems.
In particular, its Low-Code and LLM-based architecture allows faster adoption and expansionโallowing even non-specialist teams to configure robot operations, control systems through natural language interfaces, and design site-specific operating scenarios quickly.
Through RoboViewX, Spacebank is building an environment where:
โAnyone can adopt robots, operate them, and scale them with confidence.โ
This is not only about convenience. It is about accelerating digital transformation across industriesโand building the foundation to improve safety, efficiency, and quality of life.
https://en.spacebank.company/
46, Dallaenae-ro, Sujeong-gu, Seongnam-si,