What to Watch after OpenAI's Ad-testing and Google's UCP Launch for Agentic Commerce Integration?
SAN FRANCISCO, Jan. 19, 2026 /PRNewswire/ -- The race to commercialize AI has reached a pivotal moment. While the industry tracks OpenAI's move into consumer ad-testing and Google's strategic launch of the Universal Commerce Protocol (UCP) last week, the shift toward autonomous commerce transaction models is quickly becoming a dominant market theme. Today, Deeplumen, an AI technology company focused on infrastructure for the next generation of commerce, announced the release of its UCP SDK for Java. This open-source initiative follows Google's launch of the Universal Commerce Protocol (UCP), an open standard designed to establish a "common language" for agentic commerce. By supporting native discovery and direct checkout across Google's AI experiences, UCP helps brands capture user intent at the source. Deeplumen's Java implementation provides an enterprise-ready agentic commerce path for brands to adopt UCP without rebuilding existing systems.
From Persuading Humans to Informing Agents
The launch of UCP for Java reflects a shift in how commerce experiences are discovered and executed. For decades, marketing has primarily focused on influencing human decision-making through emotional storytelling. As AI agents take on a larger role in shopping workflows, however, the primary consumer is no longer a human browsing a screen, but an AI agent making data-driven decisions based on structured and verifiable product and transaction data.
"Traditional marketing is about optimizing for 'perception.' AI agents optimize for parameters," said Joy Wu, COO at Deeplumen. "In the M2AI (Marketing to AI) era, the goal isn't to create 'brand illusions,' but to provide high-fidelity, structured data that allows AI agents to discover, verify, and execute transactions seamlessly. We aren't just building tools; we are building a protocol for the future of trade."
Why Java: Bridging the Enterprise Gap
While many AI development workflows are built in Python, a significant share of global e-commerce infrastructure runs on Java, including systems that power ERP, massive retail platforms, and order management. Deeplumen's UCP SDK for Java ensures that any brand can integrate with the AI ecosystem without rebuilding their entire tech stack.
- Structured Identity: Helping brands define their products in a way that AI agents can interpret accurately.
- Seamless Integration: A plug-and-play library for Java environments to support agentic commerce.
- Transaction Readiness: Moving beyond simple search to full-loop transaction fulfillment within AI interfaces.
The M2AI Vision: Building the Infrastructure of Agentic Commerce
Deeplumen's work on UCP for Java is part of a broader focus on M2AI infrastructure, helping brands compete on clarity, availability, and reliability. The company believes that as shopping becomes more agent-driven, the quality of structured commerce data will increasingly influence which products are purchased.
The Deeplumen UCP for Java is the first step in a broader roadmap to build the decentralized protocols and infrastructure required for AI-to-AI commerce. Deeplumen is helping brands position themselves as the first choice for the AI Buyers of tomorrow.
Availability
Deeplumen's Google UCP SDK for Java is now available:
Deeplumen is continuously expanding its ecosystem with a suite of upcoming products that will power the future of autonomous commerce.
About Deeplumen
Deeplumen is an AI-first technology company focused on the intersection of AI agents and global commerce. As the pioneers of the M2AI (Marketing to AI) framework, Deeplumen builds the protocols, infrastructure, and connectors that allow brands to thrive in an era where machines represent the consumer.
Media Contact:
Deeplumen
ucp@deeplumen.io
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Deeplumen Unveils UCP for Java Infrastructure, Powering the Future of Agentic Commerce
Deeplumen Unveils UCP for Java Infrastructure, Powering the Future of Agentic Commerce
HONG KONG, March 13, 2026 /PRNewswire/ -- LiberNovo proudly announces that the LiberNovo Omni has been awarded the iF DESIGN AWARD 2026 in the Product Design – Beauty/Wellness category. The chair represents LiberNovo's breakthrough approach to Dynamic Ergonomics. The iF DESIGN AWARD is widely regarded as one of the most respected awards in international design and recognizes innovative, functional, and user-centric designs.
Revolutionizing Ergonomics
The LiberNovo Omni was designed to revolutionize how people sit during long work hours. Unlike other office chairs that force people into unnatural positions and postures, the LiberNovo Omni introduces a new category of seating, the Dynamic Ergonomic Chair.
The chair supports your body as you naturally move throughout the day, so you can always adjust your position freely and still receive continuous support.
The LiberNovo Omni solves one of the biggest problems facing today's work environment. As work has become more and more desk-based, people are spending more time than ever before sitting. Traditional office chairs are designed for stationary use and often don't accommodate body movement, leading to lower back discomfort and strain.
Technologies Behind the Award-Winning Design
At the core of the LiberNovo Omni's design is Dynamic Support, LiberNovo's adaptive support system that automatically adjusts to posture changes in real time. Instead of requiring users to manually readjust their chairs throughout the day, Dynamic Support continuously responds to body movement, helping maintain balance and ergonomic alignment without interruption.
The chair also features LiberNovo's Bionic FlexFit Backrest, an advanced ergonomic structure that contours to the natural curvature of the spine. Using multiple pivot points and adaptive panels, the backrest distributes pressure evenly across the back while allowing natural motion. This approach provides consistent support from the hips through the shoulders, creating a seating experience that adapts to the individual rather than forcing the individual to adapt to the chair.
The LiberNovo Omni also incorporates multiple recline modes, allowing users to shift naturally between focused work and more relaxed postures while maintaining continuous ergonomic support. For deeper recovery, the chair includes OmniStretch, a guided decompression feature that gently stretches the lower spine and helps relieve pressure accumulated during prolonged sitting.
Together, these technologies define a new approach to ergonomic seating built around movement, adaptability, and long-term physical support.
Design Philosophy
The development of the LiberNovo Omni focused on solving a longstanding challenge in chair design: balancing softness, structural support, and freedom of movement. Traditionally, improving one of these qualities has meant compromising another. The LiberNovo Omni was engineered to bring these elements together in a single system, combining comfort, stability, and natural mobility.
This approach reflects LiberNovo's broader philosophy: the tools we use every day should work with the human body rather than against it. In modern work environments, productivity should not come at the expense of long-term health.
Design Collaboration
The chair was developed by the LiberNovo design team in Shenzhen, China, in collaboration with Kairos Innovation, an industrial design firm based there. Together, the teams focused on creating an ergonomic system that maintains support across the wide range of positions people naturally adopt while working throughout the day.
About the iF DESIGN AWARD
Established in 1954, the iF DESIGN AWARD is an internationally recognized standard for measuring design quality. Entries are selected using strict evaluation criteria, including innovation, functionality, ergonomics, and overall design impact.
In 2026, over 10,000 entries from more than 60 countries were submitted for consideration for the iF DESIGN AWARD. All entries were evaluated by an independent group of international design professionals, making the iF DESIGN AWARD one of the most highly respected design awards available today.
Looking Ahead
Receiving the iF DESIGN AWARD is a significant milestone for LiberNovo, demonstrating the company's continued commitment to advancing ergonomic seating design.
The iF DESIGN AWARD highlights the increasing importance of designing workplace solutions that enable workers to be productive and support their long-term physical health and wellness.
As workspaces continue to evolve, LiberNovo believes seating should move away from static support systems toward more dynamic, human-centered designs.
The LiberNovo Omni embodies this vision by shifting ergonomic design away from static seating, creating a chair that adapts to the user rather than requiring the user to adapt to the chair.
About LiberNovo
LiberNovo is a design and technology company focused on advancing ergonomic innovation for modern work environments. Through a combination of advanced engineering and human-centered design, the company develops intelligent products that respond to the evolving ways people work and interact with their surroundings.
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LiberNovo Omni Wins iF DESIGN AWARD 2026 for Breakthrough Ergonomic Design
