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