A) Via physical installation discs B) Via proprietary desktop software C) Via a web browser D) Via local network servers
A) Only works on mobile devices B) Access from any device C) Requires dedicated hardware D) Only works on specific operating systems
A) Because they use physical media B) Because of their service-oriented structure C) Because users update the software themselves D) Because they have fewer features
A) Adobe Photoshop B) Microsoft Word C) WordPress.com D) Linux
A) The operating system administrator B) The provider C) The hardware manufacturer D) The user
A) Lack of internet access B) Security and privacy C) Inability to pay subscription fees D) Lack of feature updates
A) Internal power outages B) Denial-of-service attacks C) Lack of user training D) Hardware physical theft
A) Manual backups and offline storage B) Access control, authentication, and encryption C) Data deletion and archiving D) Firewalls and physical locks only
A) The end user B) The internet service provider C) The vendor D) The customer
A) Due to lack of encryption B) Due to user interface complexity C) Due to network packet delivery time D) Due to slower hardware
A) Time-sensitive industrial processes B) Calendar scheduling C) Word processing D) Email management
A) Infrastructure incompatibility B) Vendor lock-in C) System abandonment D) Service migration
A) Browser compatibility B) Proprietary data formats C) Too many feature updates D) Low subscription costs
A) Shift from operating to capital expenditure B) Total elimination of IT budgets C) Increase in hardware purchasing budgets D) Shift from capital to operating expenditure
A) Physical office rental B) Migration and support C) Electricity consumption D) Computer hardware replacement
A) Software as a service B) Software and system C) System as a service D) Storage as a service
A) Around 2010 B) Around 2000 C) Around 1990 D) Around 1980
A) Personal workstations B) Local servers only C) IaaS or PaaS D) Client-side mainframe hardware
A) Decentralized blockchain B) Multi-tenant C) Peer-to-peer D) Single-tenant
A) Subscription B) One-time manufacturing fee C) Perpetual license D) Hardware resale
A) Infrastructure as a service B) Software as a service C) Platform as a service D) Data as a service
A) 10 percent B) 43 percent C) 50 percent D) 25 percent
A) It is rarely possible in the SaaS model B) Perpetual licenses are illegal C) It is not compatible with web browsers D) The software is too expensive
A) It increases the cost B) It drives down the cost C) It has no effect on cost D) It fluctuates unpredictably
A) Resources can be increased rapidly B) Requires ownership of physical computers C) Guarantees data privacy D) Eliminates the need for software
A) Only for enterprise versions B) Yes C) Only for specific versions D) No
A) Internet networking B) Multitasking C) Cloud computing D) Subscription models
A) On-premise installation B) Timesharing C) Application Service Provider D) Software as a Service
A) 1990s B) 1960s C) 2010s D) 1980s
A) Concur B) Google C) Salesforce D) Amazon
A) Customer Relationship Management (CRM) B) Video conferencing C) Streaming media D) Cloud storage
A) Netflix B) Gmail C) Spotify D) Salesforce
A) Zoom B) Spotify C) Dropbox D) SAP Cloud Platform
A) A hardware-only standard B) A secondary niche market C) The primary method for delivering applications D) An obsolete technology
A) Salesforce CRM B) SAP Cloud Platform C) Zoom D) Oracle Cloud ERP
A) Multi-platform integration B) Hardware sales C) Free consumer services D) Single product market share
A) A free version that only provides a demonstration B) Software that requires a one-time fee C) A version that removes all features for paying users D) A model based entirely on affiliate marketing
A) Subscription cancellations plus vendor commitment B) Revenue growth rate minus hosting costs C) Revenue growth rate plus EBITDA margin D) Number of users divided by total transactions
A) They cannot be used for cloud computing. B) They require frequent manual updates. C) They are too expensive to install. D) They are underutilized during non-peak times.
A) Privacy policies B) Development roadmaps C) Service-level agreements (SLAs) D) End-user license agreements
A) Fixed-rate volume pricing B) Good-better-best pricing C) Tiered utility pricing D) Dynamic resource pricing
A) The SaaS Recession B) The AI Collapse C) SaaSpocalypse D) The Software Bubble
A) Bill Gates B) Tim Berners-Lee C) Linus Torvalds D) Richard Stallman
A) On someone else's server. B) On the user's local machine. C) On an open-source hardware platform. D) In a decentralized peer-to-peer network. |