Traditional defense helps enterprises record and analyze security events, but it can leave IT teams constantly handling exceptions and investigating issues after they occur. Drawing on common internal network management scenarios, this article explains how proactive defense uses earlier device identification, authorization checks, and access control to reduce the risk of threats spreading and ease the manual workload. It also shows how UPAS uses Agentless NAC to help enterprises establish an internal network security process covering device visibility, policy validation, and continuous governance.

CYBERSEC 2026 was held from May 5 to 7 at Taipei Nangang Exhibition Center, Hall 2. Centered on the theme “RESILIENT FUTURE,” the event brought together more than 400 cybersecurity brands from Taiwan and around the world. From AI-powered defense, Zero Trust, and cloud security to the identification and protection of various connected devices across enterprise environments, the exhibition provided a comprehensive view of the technological directions shaping today’s cybersecurity market. Yet the more new technologies emerge, the more an enterprise’s ability to put them into practice depends on whether it has a clear grasp of its devices, identities, access privileges, and security posture.

In the first half of 2026, AI, automated defense, and Zero Trust remained key themes at RSAC in the United States, Cybersec Asia in Thailand, Japan IT Week, and CYBERSEC in Taiwan. Yet the question raised repeatedly was whether enterprises truly had visibility into every device on their internal networks. As printers, cameras, access control systems, guest devices, OT and IoMT equipment, and legacy systems continue to connect to corporate networks, even the most advanced defenses may rely on incomplete data without a trusted view of connected devices. Drawing on observations from these four events, this article explores how UPAS uses agentless NAC and ITAM to help enterprises discover devices, control network access, and establish continuous governance—creating internal network environments that are more transparent, controllable, and easier to operate and maintain.

From January 22 to 23, 2025, UPAS participated in Cybersec Asia in Thailand alongside the Taiwan External Trade Development Council (TAITRA). As an exhibiting brand in the Taiwan Pavilion, UPAS—which was honored as the Best Solution in Taiwan and the APAC Region by APAC CIO Outlook in 2023—is a Zero Trust security management brand featuring 100% in-house R&D and technical services from Taiwan.

How to comply with SEMI E187? The UPAS FAB Semiconductor and Manufacturing Compliance Solution enhances facility equipment security, ensuring that every single device connecting to the internal network is safe and compliant.

At the 10th anniversary of CYBERSEC 2024 in Taiwan, Zero Trust Architecture (ZTA) stands as today’s most critical cybersecurity topic. This year, UPAS’s core themes encompass ZTA Zero Trust Security Solutions, FAB Semiconductor Supply Chain Compliance Solutions, and SMB Lightweight Solutions. This article introduces the three stages of ZTA, along with UPAS ZTA Zero Trust solutions and modules, to build a secure, solid internal network defense for your organization.

UPAS wants to share a great news with everyone. We have been featured on the cover story of the American Silicon Valley Journal "APAC CIO Outlook"! At the same time, we were awarded "Top 5 Cyber Security Solutions Providers in Taiwan - 2023" and "Top 10 Cyber Security Solutions Providers in APAC - 2023" by the journal. Kun-Jung Lee, the founder and chairman of UPAS, was also interviewed by the magazine. He not only talked about UPAS’s prevention and control mechanism, but also mentioned UPAS’s expectations for cyber security and the company’s vision. The extensive report has greatly encouraged the UPAS team and has also made UPAS widely discussed in the industry.

Sales of MA services for UPAS Version 6 will cease after December 31, 2022, and technical assistance and software updates will be discontinued after December 31, 2023.

At this year's Cybersec Expo, a major focus was on cybersecurity threats within the supply chain. As traditionally closed supply chains evolve to accommodate trends like the Internet of Things (IoT) and smart manufacturing, patching vulnerabilities in industrial control equipment has become a thorny issue. First and foremost, compatibility with legacy operating systems and resource-constrained device performance must be considered. Under a production-priority mindset, how can security measures be executed seamlessly and effectively without impacting operational efficiency?

In recent years, the government has actively promoted the "Cyber Security Management Act," establishing cybersecurity standards across various sectors, which are scheduled for formal implementation next year. Concurrently, recent high-profile data breach incidents have compelled public sector units to urgently re-examine their defensive postures. Beyond the immediate urgency of legal compliance, a common and critical dilemma faced by the public sector is the risk introduced by outsourced vendors. How can organizations effectively address these challenges?