APAC Australia的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列問答集和資訊懶人包

Strong Security Governance Through Integration and Automation: Reducing Audit Fatigue from Corporate Operations

為了解決APAC Australia的問題，作者Sikdar, Priti 這樣論述：

Priti Sikdar, FCA, CISA, CISM, CRISC, ISO 27001 LA, BS 25999 LA, PRINCE 2 (FC) Ms. Sikdar is the author of ’Practitioner’s Guide to Business Impact Analysis (BIA)’ published by Auerbach publishers in July 2017. Ms Sikdar is in the risk, audit and assurance sector for over 25 years and have performed

internal audits, compliance standards rollouts, risk assessments and other similar assignments in the GRC space. She has developed the ISO 27001 standard rollout, the ISO 22301 business continuity implementation, risk assessment as per ISO 31000, and many such compliance related implementation and

internal audits. She is a recognized trainer and a keynote speaker at security and resilience conferences. She has worked as Head of Finance for Shipping and Logistics Company. She has been Partner with Ray & Co Chartered Accountants where she performed many bank audits relating to risk based, IS au

dits and data migration and post-implementation audits. She was also into Sarbanes Oxley Compliance where she was performing ITGC and Revenue modules of SOX. She owned ISA Tutorials where she was teaching Chartered Accountant IT audit, IS systems and how to audit in complex technology environments.

Ms. Sikdar has worked with Grant Thornton, as Manager Business Risk Services where she has initiated a BS 25999 rollout, SAS 70 assignments and Enterprise Risk assessments. She was with KPMG London where she was doing IT internal audit for Financial Services sector and also was spearheading a big in

-house Technology Global Services Project for 6 divisions of Technology within Risk & Assurance function. Ms. Sikdar has authored two books; ’Information Systems Audit & Security’ and ’Management Information Systems for Final C.A.’ published by Lawpoint Publishers India. Besides she has been authori

ng articles and white papers on IS Audit and Business Continuity Planning as well as speaking in International Conferences and ISACA local chapters. Her articles are carried in Indo-Swiss and Indo-US magazines and she does a lot of online mentoring for students appearing for CISA, CISM examinations.

Ms. Sikdar gives online consulting for US and South Africa regions on third party assurance, secure infrastructure building, writing of security policies and rolling out an information systems management system in line with ISO 27001 and ISO 22301 standards. As subject matter expert, she is consult

ed for complex IT audit and control assignments and she is involved in risk assessments and gap analysis for her clients in India. Akshay Garkel: Akshay is a business leader with more than 18 years of work experience in Technology Risk, and Cybersecurity spanning across various geographies including

India, APAC and ME. His areas of expertise range across a relevant blend of Cybersecurity, Technology Risk, IT Risk Advisory, business and practice management. His focus has been working with large Financial Institutes including public and private sector banks, mutual fund houses, large exchanges,

insurance companies and capital houses in India. Currently Akshay serves as a Partner in Grant Thornton India LLP His contribution to Cyber eminence activities include writing articles for various publications, giving audio byte interviews and attending events on Risk Management & Cybersecurity in c

apacity of a panelist or a speaker. Academically he holds a master’s degree in information technology & Security from QUT Brisbane Australia and bachelor’s in computer engineering from Mumbai University

Handbook of Big Data and Iot Security

為了解決APAC Australia的問題，作者 這樣論述：

This handbook provides an overarching view of cyber security and digital forensic challenges related to big data and IoT environment, prior to reviewing existing data mining solutions and their potential application in big data context, and existing authentication and access control for IoT devices.

An IoT access control scheme and an IoT forensic framework is also presented in this book, and it explains how the IoT forensic framework can be used to guide investigation of a popular cloud storage service. A distributed file system forensic approach is also presented, which is used to guide the

investigation of Ceph. Minecraft, a Massively Multiplayer Online Game, and the Hadoop distributed file system environment are also forensically studied and their findings reported in this book. A forensic IoT source camera identification algorithm is introduced, which uses the camera's sensor patter

n noise from the captured image. In addition to the IoT access control and forensic frameworks, this handbook covers a cyber defense triage process for nine advanced persistent threat (APT) groups targeting IoT infrastructure, namely: APT1, Molerats, Silent Chollima, Shell Crew, NetTraveler, Project

Sauron, CopyKittens, Volatile Cedar and Transparent Tribe. The characteristics of remote-controlled real-world Trojans using the Cyber Kill Chain are also examined. It introduces a method to leverage different crashes discovered from two fuzzing approaches, which can be used to enhance the effective

ness of fuzzers. Cloud computing is also often associated with IoT and big data (e.g., cloud-enabled IoT systems), and hence a survey of the cloud security literature and a survey of botnet detection approaches are presented in the book. Finally, game security solutions are studied and explained how

one may circumvent such solutions. This handbook targets the security, privacy and forensics research community, and big data research community, including policy makers and government agencies, public and private organizations policy makers. Undergraduate and postgraduate students enrolled in cybe

r security and forensic programs will also find this handbook useful as a reference. Dr. Ali Dehghantanha is the Director of Cyber Science Lab in the School of Computer Science, University of Guelph (UofG), Ontario, Canada. He has served for more than a decade in a variety of industrial and academ

ic positions with leading players in Cyber Security and Artificial Intelligence. Prior to joining UofG, he was a Senior Lecturer at the University of Sheffield, UK and an EU Marie-Curie International Incoming Fellow at the University of Salford, UK. He has a PhD in Security in Computing and a number

of professional certifications including CISSP and CISM. His main research interests are malware analysis and digital forensics, IoT security and application of AI in the Cyber Security.Kim-Kwang Raymond Choo received the Ph.D. in Information Security in 2006 from Queensland University of Technolog

y, Australia. He currently holds the Cloud Technology Endowed Professorship at The University of Texas at San Antonio (UTSA). In 2016, he was named the Cybersecurity Educator of the Year - APAC (Cybersecurity Excellence Awards are produced in cooperation with the Information Security Community on Li

nkedIn), and in 2015 he and his team won the Digital Forensics Research Challenge organized by Germany’s University of Erlangen-Nuremberg. He is the recipient of the 2018 UTSA College of Business Col. Jean Piccione and Lt. Col. Philip Piccione Endowed Research Award for Tenured Faculty, IEEE TrustCo

m 2018 Best Paper Award, ESORICS 2015 Best Research Paper Award, 2014 Highly Commended Award by the Australia New Zealand Policing Advisory Agency, Fulbright Scholarship in 2009, 2008 Australia Day Achievement Medallion, and British Computer Society’s Wilkes Award in 2008. He is also a Fellow of the

Australian Computer Society, an IEEE Senior Member, and the Co-Chair of IEEE Multimedia Communications Technical Committee (MMTC)’s Digital Rights Management for Multimedia Interest Group.

單一入口虛擬桌面基礎架構導入高可用性與災難復原機制於跨資料中心之研究

為了解決APAC Australia的問題，作者葉錦鴻 這樣論述：

從2019年底爆發新型冠狀病毒疫情後，企業為達永續經營，紛紛祭出遠距上班政策，而各企業資訊科技（Information Technology; IT）人員則須面臨可能的風險與其帶來的各式挑戰，諸如地震、火災、人為誤操作、跳電、漏水…等非預期性意外停機情況，皆可能使員工在居家辦公期間無法順利完成工作，導致對企業造成無法預期的巨大的損失，面對諸多可能對企業營運造成停擺的因素，虛擬桌面的高可用性與災難復原是一大重要課題。本研究旨在探討企業虛擬桌面的高可用性與災難復原機制，將以美國一間從事市場研究、分析和諮詢的公司- IDC，在2020 評為全球雲端系統與服務管理軟體市場排名第一的供應商(IDC,

2020) VMware 所推出的 vSphere 為資料中心基礎架構，而將在兩個分隔兩地的資料中心皆以VMware vSphere建立基礎架構，並在其上利用 VMware 的虛擬桌面解決方案-VMware Horizon，建立各別虛擬桌面環境，使分屬於兩個資料中心的終端使用者可以利用桌面虛擬化服務在任何有網路的地方，皆可透過網際網路連線至企業的虛擬桌面環境，而本研究再利用 VMware Horizon Cloud Pod Architecture 將兩地資料中心的虛擬桌面服務建立高可用性與災難復原機制，並以單一連線入口，讓終端使用者連入虛擬化桌面環境。完成此架構後，可使企業的資料中心發生地震

、火災、人為誤操作、跳電、漏水…等非預期性意外停機情況，造成某地資料中心無法正常運作，終端使用者仍可透過單一連線入口連入企業的虛擬化桌面環境，讓終端使用者仍可正常居家辦公，不受天災或人禍影響。為驗證本研究所設計的架構可行性，本研究將進行四項在企業常見的情況進行實驗。實驗發現，本研究所設計的架構可運用在企業的遠程辦公環境中，並提供高可用性與災難復原機制。