UniLab
Turning Fragmented Lab Activity into Research Infrastructure Insight
Dong Zheng, Executive Director
Top Cloud-Based Laboratory and Research Infrastructure Management Platforms in APAC 2026
Cloud-based laboratory and research infrastructure management platforms help research organizations oversee laboratory resources through centralized digital systems. With a focus on equipment tracking, resource scheduling, data accessibility and workflow coordination, they support efficient research administration and improved laboratory productivity.
Solutions
Universities and research facilities serve diverse users, from students and researchers to external collaborators, each with distinct training, access and funding requirements. When bookings, competency records and consumables are scattered across spreadsheets, emails and separate systems, staff spend valuable time reconciling information, resolving booking conflicts and trying to understand actual instrument use.
State of Industry
APAC Laboratories Advancing Research through Cloud-Based Management Solutions
Cloud-based laboratory and research infrastructure management platforms help APAC research institutions, pharmaceutical companies and healthcare organizations manage laboratory operations. These solutions centralize research data, equipment records, sample tracking and resource management.
Deep Dive
Evaluating Laboratory Management Platforms beyond Equipment Booking
Shared research instruments may serve researchers, students, technical staff and external collaborators under different training requirements, access permissions, funding arrangements and service needs. A reservation calendar can show who intends to use equipment, but it cannot establish whether that person is authorized or whether the instrument was actually used. Charging may depend on records held elsewhere. When these details are scattered across separate systems, facility staff must reconcile them before making reliable decisions about access and cost recovery.
Leadership Perspective
Otsuka Pharmaceutical
Evolving Digital Biomarkers in Clinical Trial Space
Kazuto Yamada, Senior Director, Head of Clinical Development Planning and Supervising Five R&D Functions
Clinical trials have undergone significant changes over the decades, both strategically and operationally. These changes have been driven by advancements in technology and a recent emphasis on patient-centered outcomes. For instance, the direct data capture (DDC) methods haveenabled electronic data collectiondirectly from the source,whichis then automatically transferred to a central database for visualization, eliminating the need for source data verification (SDV). Artificial intelligence (AI) canalso play a role in the design and efficiency of non-traditional trials, such as ones incorporating the use of real world data (RWD). Additionally, blockchain technology has the potential to incentivize participants in clinical trials through token rewards or other forms of compensation.
Cloud-Based Laboratory and Research Infrastructure Management Platforms in APAC Info
Q1
What Do Cloud-Based Laboratory and Research Infrastructure Management Platforms Help Institutions Achieve?
Cloud-based laboratory and research infrastructure management platforms help universities and research institutions manage shared equipment, laboratory access and daily operations through a centralized system. Top Cloud-Based Laboratory and Research Infrastructure Management Platforms in APAC connect instrument bookings, researcher training records, access permissions, equipment usage and administrative workflows. These systems reduce the need to maintain separate spreadsheets, emails and manual records. They also help facility managers understand how research equipment is being used, coordinate access among different users and maintain reliable records for reporting and cost recovery.
Q2
Which Company Was Recognized for Cloud-Based Laboratory and Research Infrastructure Management in APAC in 2026?
Life Sciences Review APAC recognized UniLab as the Top Cloud-Based Laboratory & Research Infrastructure Management Platform in APAC 2026. Based in Sydney, Australia, the company is led by Executive Director Dong Zheng. UniLab developed AC Lab System (ACLS), a configurable platform that connects research equipment bookings with user records, training requirements, access permissions and financial workflows. Its solutions support universities and shared research facilities with different operating policies. By bringing these activities together, UniLab helps technical teams spend less time on routine administration and more time supporting researchers.
Q3
Why Is Centralized Research Infrastructure Management Important for Universities?
Universities often operate shared laboratories where students, researchers and external collaborators use the same equipment under different access and training requirements. Top Cloud-Based Laboratory and Research Infrastructure Management Platforms in APAC help institutions coordinate these activities without relying on disconnected systems. A booking calendar may show when equipment is reserved, but it does not necessarily confirm whether a researcher is qualified to use it or whether the instrument was actually used. Centralized management connects these records, helping facilities prevent scheduling conflicts, maintain appropriate access controls and make informed decisions about equipment utilization.
Q4
What Should Institutions Consider When Choosing a Cloud-Based Laboratory Management Platform?
Institutions should evaluate how well a platform accommodates their existing equipment, research workflows and governance requirements. Top Cloud-Based Laboratory and Research Infrastructure Management Platforms in APAC should support configurable booking rules, training verification, access permissions and reliable usage reporting. Buyers should also consider integration with institutional identity systems, financial software and laboratory hardware. Clear implementation plans are important, particularly when migrating historical records or introducing new access controls. Ongoing technical support, staff training and the ability to modify workflows as research needs change can help institutions maintain long-term operational efficiency.
Q5
What Capabilities Supported the 2026 Laboratory and Research Infrastructure Management Recognition?
UniLab's recognition reflects its ability to connect digital laboratory administration with physical equipment access and institutional reporting. Its AC Lab System (ACLS) brings together instrument reservations, user profiles, training records, usage information, consumables and financial workflows. Rather than requiring every facility to follow identical procedures, UniLab configures booking rules, approvals and permissions around individual operating requirements. The company's Moxy suite extends these capabilities into the laboratory. MoxyTap supports onsite sign-in and instrument access, while MoxyTap Plus can integrate power controls with suitable equipment. MoxyTouch provides a touch-enabled interface for visitor reception and sign-in, and MoxyViewer displays facility information. At the University of New South Wales, MoxyTap Plus can require researchers to authenticate before power is enabled on participating instruments. This helps facilities verify access eligibility and maintain more accurate usage records. UniLab also provides Node BI dashboards for analyzing equipment utilization and operational trends. APIs and single sign-on support integration with institutional systems, while additional inventory, procurement, quotation and billing functions can be introduced as needed. The company is advancing its next-generation ACLS+ platform, with improvements focused on user experience, integration, automation and research infrastructure analytics.
Q6
How Are Connected Equipment Access and Analytics Improving Laboratory Management?
Connected equipment access and analytics are helping research institutions understand what happens beyond an online reservation. Top Cloud-Based Laboratory and Research Infrastructure Management Platforms in APAC increasingly link researcher credentials, training records and physical instrument activity. This allows facility managers to compare scheduled bookings with actual usage and identify patterns in cancellations or underutilized equipment. Reporting dashboards also support decisions about maintenance, resource allocation and cost recovery. As institutions expand their research capabilities, these technologies help technical teams maintain oversight while giving researchers a more convenient way to access shared facilities.
