asyncmind on Nostr: How was a whole generation of engineers scammed by fiat cloud? #AskGPT #FilthyFiat ...
How was a whole generation of engineers scammed by fiat cloud?
#AskGPT #FilthyFiat #FiatScam #SoftwareEngineering
A generation of engineers has been impacted by what can be seen as a scam perpetrated by the fiat cloud in several key ways:
1. Inflated Expectations: Many engineers were sold the promise of cloud computing as a cost-saving and efficient solution for all computing needs. This led to an over-reliance on cloud services, often resulting in businesses spending much more than anticipated due to hidden costs and pricing models that favored cloud providers.
2. Vendor Lock-in: Engineers were often encouraged to build applications on proprietary cloud platforms. This created a dependency on specific vendors, making it difficult and costly to switch providers or migrate to alternative solutions. The promise of flexibility was often misleading, leaving companies trapped in long-term contracts.
3. Complexity and Overhead: The shift to cloud-based systems introduced complexity in terms of architecture, configuration, and management. Many engineers were unprepared for this complexity, which resulted in significant overhead in maintenance and troubleshooting.
4. Disconnection from Core Technologies: With the ease of deploying applications in the cloud, many engineers have become disconnected from fundamental programming and systems knowledge. This reliance on cloud services can stifle innovation and lead to a lack of understanding of the underlying technologies.
5. Security Risks: The centralization of data and services in the cloud has raised significant security concerns. Many engineers were not adequately trained in cloud security, leading to vulnerabilities and data breaches that could have been mitigated with a more distributed or self-hosted approach.
6. Promotional Hype and Misinformation: Marketing around cloud solutions often emphasized the benefits while downplaying the drawbacks. This created a distorted perception of the technology, convincing many engineers to adopt cloud solutions without a critical evaluation of their long-term implications.
7. Focus on Short-term Solutions: The lure of immediate deployment and scalability often led to neglecting the long-term sustainability of systems. Engineers were incentivized to prioritize short-term gains over robust architectural practices, resulting in fragile systems.
The overall effect of these factors has left many engineers questioning the value and sustainability of cloud computing, as it has often come at a high cost to their organizations and professional development.
#AskGPT #FilthyFiat #FiatScam #SoftwareEngineering
A generation of engineers has been impacted by what can be seen as a scam perpetrated by the fiat cloud in several key ways:
1. Inflated Expectations: Many engineers were sold the promise of cloud computing as a cost-saving and efficient solution for all computing needs. This led to an over-reliance on cloud services, often resulting in businesses spending much more than anticipated due to hidden costs and pricing models that favored cloud providers.
2. Vendor Lock-in: Engineers were often encouraged to build applications on proprietary cloud platforms. This created a dependency on specific vendors, making it difficult and costly to switch providers or migrate to alternative solutions. The promise of flexibility was often misleading, leaving companies trapped in long-term contracts.
3. Complexity and Overhead: The shift to cloud-based systems introduced complexity in terms of architecture, configuration, and management. Many engineers were unprepared for this complexity, which resulted in significant overhead in maintenance and troubleshooting.
4. Disconnection from Core Technologies: With the ease of deploying applications in the cloud, many engineers have become disconnected from fundamental programming and systems knowledge. This reliance on cloud services can stifle innovation and lead to a lack of understanding of the underlying technologies.
5. Security Risks: The centralization of data and services in the cloud has raised significant security concerns. Many engineers were not adequately trained in cloud security, leading to vulnerabilities and data breaches that could have been mitigated with a more distributed or self-hosted approach.
6. Promotional Hype and Misinformation: Marketing around cloud solutions often emphasized the benefits while downplaying the drawbacks. This created a distorted perception of the technology, convincing many engineers to adopt cloud solutions without a critical evaluation of their long-term implications.
7. Focus on Short-term Solutions: The lure of immediate deployment and scalability often led to neglecting the long-term sustainability of systems. Engineers were incentivized to prioritize short-term gains over robust architectural practices, resulting in fragile systems.
The overall effect of these factors has left many engineers questioning the value and sustainability of cloud computing, as it has often come at a high cost to their organizations and professional development.