TAIPEI, TAIWAN — March 16, 2022 — CyberLink Corp. (5203.TW), a pioneer in multimedia and AI technologies, announced today Dr. Jau Haung, its founder and CEO, has been invited to speak at NVIDIA’s GPU Technology Conference 2022 (GTC). Dr. Huang will address the role of AI in helping content creators enhance productivity and improve quality when making engaging, professional videos. The presentation will take place virtually on Thursday, March 24 at 11 a.m. CST (Wednesday, March 23 at 11 p.m. ET/8 p.m. PT).

GTC is a global AI conference held every half year, bringing together hundreds of developers who share the latest trends and applications for AI, computer graphics, data science, and machine learning.

At GTC 2022, Dr. Huang will share how CyberLink utilizes AI-powered tools in PowerDirector, its flagship video editing software, for features such as AI style transfer, sky replacement, motion tracking, and a series of enhancer tools. CyberLink first introduced its video editing software in 2001 and closely followed rising trends for more than two decades – from SD and HD to VR and 4K, from optical discs and files to online and streaming media – before deploying AI for editing in 2020.

“Artificial intelligence changes every aspect of life, from industrial-level image recognition to video analytics, security, autonomous vehicles and digital content creation,” said Dr. Jau Huang, CEO of CyberLink. “As the world-leading AI and multimedia software developer, we use AI extensively in our FaceMe® facial recognition solution as well as our creative software and apps, such as PowerDirector. It is CyberLink’s mission to help video creators at all levels achieve image and audio superiority, allowing them to create something extraordinary no matter their skill level.”

In the past, the use of motion tracking or motion masks was a labor-intensive and time-consuming undertaking reserved to professional creators. With the help of AI technology, PowerDirector delivers fast, accurate motion tracking – with just a few clicks, making this powerful tool accessible to every creator and for all creations, ultimately raising standards across all video productions.

In the same vein, AI brings some of the most sophisticated special effects to novice creators while cutting down dramatically the time spent by industry professionals. For example, PowerDirector’s sky replacement feature uses AI to precisely segment the sky in a video sequence and replace it with footage of sky conditions that better match the desired effect or visual aesthetics. This feature has the power to transform the atmosphere of a scene in a few clicks. From a practical aspect, it enables outdoor filming in a much wider range of sky conditions, eliminating costly interruption from changing weather or simply waiting for the right time between sunrise and sunset.

To learn more about PowerDirector, visit CyberLink online at http://www.cyberlink.com, or sign-up for CyberLink’s track at GTC 2022.

CyberLink @ GTC 2022 Information

• Topic: AI-powered Video Editing for Creators at All Levels [S41616]
• Speaker: Dr. Jau Huang, Founder and CEO of CyberLink
• Time:
  • Thursday, March 24 11:00AM – 11:25AM (CST, Taiwan)
  • Wednesday, March 23 11:00PM – 11:25PM (EDT, New York)
  • Wednesday, March 23 8:00PM – 8:25PM (PDT, Los Angeles)
• GTC 2022 Official Website: https://www.nvidia.com/gtc
• Sing up for CyberLink Track

【2022年2月9日，台北訊】 AI人工智慧領導廠商訊連科技（5203.TW）宣布將於 2022 年 2 月 23 日舉行「2022 智慧安控新機遇」研討會。會中將介紹FaceMe® Security 7新版本的多人動態式人臉辨識解決方案，提供門禁考勤及口罩偵測、體溫測量等防疫功能，可適用於智慧辦公室、智慧工廠及智慧建築等多樣場景，也推出全新「以圖找圖」的智慧人臉搜尋功能。此外，並邀請 Intel® 、Network Optix及晶睿通訊等產業專家，分享最新人工智慧於邊緣裝置的應用，及安控產業的最新趨勢。

疫情當前，員工上班量體溫、配戴口罩已是每日例行公事，然需使用額溫槍量測及使用刷卡方式打卡，不僅造成不必要之人力、時間成本，亦有潛在的接觸風險。訊連科技推出 FaceMe® Security 動態式人臉辨識軟體，方便員工以「刷臉」方式，無須刻意站在鏡頭前，自然行走即能完成人臉辨識，在 1 秒內同時完成出勤打卡、口罩偵測、體溫測量等後疫情世代必備工作，為企業實現「零接觸」門禁暨員工健康管理。

FaceMe® Security可相容於現行各式 IP 攝影機、邊緣裝置、工作站與伺服器，無須全面升級安控設備，僅需額外安裝軟體及搭配部分具有人臉辨識能力之電腦或工作站，以低於20%之成本，即可為企業無縫升級刷臉門禁、防疫等多樣應用。

訊連科技也與晶睿通訊、Network Optix 等安控廠商合作，將 FaceMe® Security 解決方案整合至主流VMS影像管理系統。當偵測到特定人士或事件發生時，便會即時發送告警，輔助保全迅速應對。

而為加強物聯網設備的 AI 運算能力，FaceMe® 亦針對多項 Intel® 物聯網服務進行優化，以提升企業在 Intel® 平台導入 AI 人臉辨識的運算效能與彈性。訊連科技為Intel® 物聯網解決方案聯盟成員，透過與 Intel® 深化合作，訊連科技將加速布局智慧安控與 AIoT 領域的落地應用。

「2022 智慧安控新機遇」研討會活動訊息

• 時間：2022 年 2 月 23 日 13:30 – 16:30
• 地點：華南銀行國際會議中心 201 會議廳（台北市信義區松仁路 123 號 2 樓）
• 活動亦同時透過線上直播進行
• 活動連結：https://mailchi.mp/cyberlink/solutions_day_2022

【2022年2月9日，台北訊】 AI人工智慧領導廠商訊連科技（5203.TW）宣布將於 2022 年 2 月 23 日舉行「2022 智慧安控新機遇」研討會。會中將介紹FaceMe® Security 7新版本的多人動態式人臉辨識解決方案，提供門禁考勤及口罩偵測、體溫測量等防疫功能，可適用於智慧辦公室、智慧工廠及智慧建築等多樣場景，也推出全新「以圖找圖」的智慧人臉搜尋功能。此外，並邀請 Intel® 、Network Optix及晶睿通訊等產業專家，分享最新人工智慧於邊緣裝置的應用，及安控產業的最新趨勢。

疫情當前，員工上班量體溫、配戴口罩已是每日例行公事，然需使用額溫槍量測及使用刷卡方式打卡，不僅造成不必要之人力、時間成本，亦有潛在的接觸風險。訊連科技推出 FaceMe® Security 動態式人臉辨識軟體，方便員工以「刷臉」方式，無須刻意站在鏡頭前，自然行走即能完成人臉辨識，在 1 秒內同時完成出勤打卡、口罩偵測、體溫測量等後疫情世代必備工作，為企業實現「零接觸」門禁暨員工健康管理。

FaceMe® Security可相容於現行各式 IP 攝影機、邊緣裝置、工作站與伺服器，無須全面升級安控設備，僅需額外安裝軟體及搭配部分具有人臉辨識能力之電腦或工作站，以低於20%之成本，即可為企業無縫升級刷臉門禁、防疫等多樣應用。

訊連科技也與晶睿通訊、Network Optix 等安控廠商合作，將 FaceMe® Security 解決方案整合至主流VMS影像管理系統。當偵測到特定人士或事件發生時，便會即時發送告警，輔助保全迅速應對。

而為加強物聯網設備的 AI 運算能力，FaceMe® 亦針對多項 Intel® 物聯網服務進行優化，以提升企業在 Intel® 平台導入 AI 人臉辨識的運算效能與彈性。訊連科技為Intel® 物聯網解決方案聯盟成員，透過與 Intel® 深化合作，訊連科技將加速布局智慧安控與 AIoT 領域的落地應用。

「2022 智慧安控新機遇」研討會活動訊息

• 時間：2022 年 2 月 23 日 13:30 – 16:30
• 地點：華南銀行國際會議中心 201 會議廳（台北市信義區松仁路 123 號 2 樓）
• 活動亦同時透過線上直播進行
• 活動連結：https://mailchi.mp/cyberlink/solutions_day_2022

【2022年01月12日，台北訊】全球頂尖人臉辨識技術開發商訊連科技(5203.TW) 宣布，採用旗下FaceMe® AI人臉辨識技術、由筑波醫電開發之「AI雙眼龍-紅外線熱感及可見光自動檢篩系統」（TC-800）獲衛生福利部桃園醫院（以下簡稱部立桃園醫院）採用，為負壓隔離病房之醫護人員提供一站式的非接觸性門禁篩檢系統。該系統可於0.5秒內，透過熱像儀量測體溫，並使用人臉辨識技術辨識醫護人員身分、及記錄進出時間。除可大幅減低人力紀錄時間外，更可減少接觸之風險，保障醫護人員及負壓隔離病房之病人之健康及安全。

筑波醫電隸屬於筑波集團，於2018年成立，著力於人們早期病變篩檢系統的精準醫療設備產品研發與生產。筑波醫電開發的AI雙眼龍（TC-800）為一高規格之熱像儀，可提供體溫量測、人臉辨識、口罩偵測及進出紀錄等功能，能於0.5秒內動態感測10至30人之體溫，溫度超過37.5。C還會有警示音、拍照、錄影等功能。TC-800也具備整合口罩辨識、人流計次甚至醫院插健保卡查詢TOCC功能，登錄的資料可以保存28天，除可設置於醫院外，也可適用於科技大廠、購物中心、辦公大樓、校園等大型場域入口處，以非接觸性方式，大幅提升防疫期間健康偵測及身分確認之效率。

筑波醫電公司董事長許深福表示：「筑波從3C到3醫，開發各項智慧系統方案，致力於滿足各類大型機構在疫情期間的防疫門禁管理需求。TC-800目前已獲得許多政府機構、學研單位、高科技大廠應用的認可，並外銷至美國、日本、東南亞國家等。」

為因應防疫安全所需與更有效管理人員出入，部立桃園醫院於7A負壓隔離病房的出入口設置了筑波醫電TC-800。以往負壓隔離病房之醫護人員出入皆需要人工紀錄作業，難以避免接觸風險，疫情期間更必須提升院內防疫層級。TC-800結合使用了訊連FaceMe®人臉辨識技術，可於醫護人員進出負壓隔離病房時，一次完成體溫管控、身份辨識及記錄出入時間，大幅提升記錄效率、並有效避免接觸風險。TC-800讓醫護人員只需要熟悉現有的出入流程與注意自我防護，不必擔心於進入病房的過程有接觸感染，在第一線即實施嚴謹管控。

新聞圖：配置於部立桃園醫院負壓隔離病房之筑波醫電TC-800

「因應國際疫情升溫，本院擔任第一線防疫的重責大任，更需要守住防疫前線。筑波醫電所提供的TC-800系統功能運行穩定、良好，協助提升了院內的防疫層級。」部立桃園醫院徐永年院長表示：「負壓隔離病房的各醫護人員肩負龐大壓力，為避免院內感染及讓病患得到更好的照護，採無接觸式的出入管控實為必要。結合了訊連FaceMe®人臉辨識技術的TC-800系統可大幅減輕工作負擔，降低人工錯誤率及提升防疫效率。」

「COVID-19疫情及各種變種病毒持續為國際疫情帶來威脅，對第一線的醫護人員來說，除了照顧病患外，保持自身的身心安全，對醫療能量維持至關重要。」訊連科技黃肇雄執行長表示：「透過AI人臉辨識技術打造的非接觸性門禁系統，已成為防疫不可或缺的一環。很榮幸與筑波醫電合作之解決方案可獲得部立桃園醫院採用，為第一線醫護人員的身心健康把關。」

FaceMe® 人臉辨識引擎為全球頂尖之人臉辨識技術，可支援Windows、Linux、Android 、 iOS、JetPack等多種作業系統，及運行於包含物聯網、邊緣運算裝置及伺服器等硬體。FaceMe®可協助軟、硬體開發商及系統整合商，快速將人臉辨識技術導入至門禁安控、智慧金融、智慧零售或智慧居家等不同應用場景及軟、硬體解決方案。

Taipei, Taiwan — January 14, 2021 — CyberLink Corp. (5203.TW), a pioneer of AI and facial recognition technologies, will showcase new, contactless smart retail solutions. This solution is powered by its market-leading FaceMe® engine running on the Qualcomm® QCS6125 multimedia processor at NRF 2022 in New York. FaceMe® will be featured at Qualcomm Technologies booth #1411, in the Javits Convention Center, January 16-18, 2022. FaceMe® is one of the world’s top facial recognition engines, with edge-based, optimized architecture delivering precise biometric data in a few milliseconds with up to 99.82% accuracy, and is top-ranked in NIST FRVT (Facial Recognition Vendor Test). Qualcomm® QCS6125 multimedia processor delivers integrated heterogenous compute capabilities to provide optimized Edge AI performance in addition to robust security core for secure biometrics processing. FaceMe® offers cross-platform capabilities on Windows, Linux, Android and iOS, for a variety of edge devices and different hardware configurations, which makes it an ideal solution for smart retail, from kiosks and POS, to personalized shopping, digital signage and statistics. FaceMe® offers a broad and growing set of features and tools that redefine accuracy, performance, security, and flexibility standards for a wide range of industries. Since the launch of FaceMe® in 2018, CyberLink has collaborated with over a hundred global partners, including hardware makers, solution providers, and system integrators, deploying its technology across multiple scenarios. “Working hand in hand with Qualcomm Technologies, CyberLink is leveraging both companies’ technologies to enable a wide range of new user experiences, as demonstrated for retail at NRF,” said Dr. Jau Huang, Chairman and CEO of CyberLink. “Our continued collaboration with Qualcomm Technologies has been integral in making CyberLink’s FaceMe® solution the most advanced biometric access technology in the market. We look forward to having NRF attendees visit the Qualcomm Technologies booth to see FaceMe in action.” “Qualcomm Technologies is pleased to work closely with Cyberlink to drive next-generation biometric solutions and we look forward to showcasing the FaceMe® demonstration at NRF,” said Ketal Gandhi, Director, Business Development, Qualcomm Technologies, Inc. “We have worked collaboratively with CyberLink to support pre-integration capabilities to enable customers and our ecosystem to save time on their development and accelerate the go-to-market timeline for their applications in Retail such as Biometrics Payment, Access Control, Loyalty and more.” CyberLink is inviting NRF visitors to stop by Qualcomm Technologies’ booth to see some exciting results of this collaboration, including its application into POS solutions from Ordyx. Ordyx will introduce a complete POS system accessed by facial recognition for both cashiers and opted-in customers who desire to pay using their face. This new system leverages FaceMe® facial recognition and the Qualcomm QCS6125 solution to create a secure, fast and convenient new experience for customers. Come meet the FaceMe® team and find out about the latest developments in AI and facial recognition. NRF 2022 Information Time: Jan 16 – 18, 2022 Venue: Javits Convention Center Booth Info: #1411 (Qualcomm Technologies’ Booth)