[27:36 - 27:51]Not optimized for search engines, as Google expects valid HTML within first two seconds

[48:13 - 48:19]Person discusses using Vercel plan and running multiple projects on it

[17:08 - 17:24]Dynamic servers allowed for dynamic generation of HTML based on routes and data sources.

[46:49 - 46:57]Cold starts are a common issue with serverless functions

[36:32 - 36:37]Useful for applications with few users

[30:02 - 30:16]Caching means saving expensive data into a place for quick and cheap access

[54:59 - 55:06]Services all interconnected and accessible by URL

[56:38 - 56:49]Takes about 10 to 30 milliseconds for service function to get data from database

[29:17 - 29:34]Questionnaire component rendered on client and gets data from React Server component for server-side rendering

[1.00:04 - 1.00:12]Serverless is ideal for simple applications with all necessary data within the code

[00:14 - 00:37]Lecture on web engineering with guest lecture from Christian Sito

[09:15 - 09:25] Every column in a table has a data type, such as string, integer, or date, which can catch 25-30% of bugs.

[14:58 - 15:12]Prisma will compile a statement down to SQL.

[16:16 - 16:29]Routing and rendering are core parts of the web experience.

[50:54 - 50:59]Recommended tools: Next.js, Remix, Nux, Russell, Netlify, Cloudflare, Plan-scale, Super-base, Neon, Railway, Sadie, Postgres

[52:31 - 52:40]Data and request can stay in EU by setting functions to run in specific locations

[58:07 - 58:13]Personal recommendations for YouTubers and Twitch streamers

[1.06:01 - 1.06:06]Personal experience with learning JavaScript and TypeScript

[1.07:48 - 1.07:58] The speaker talks about not wanting to rely on a single company for data and how Prisma makes it easy to switch databases.

[03:09 - 03:19]Examples of Christian's projects, including a film festival verification app, a web app for a popular streamer, and a political questionnaire app

[11:48 - 11:55]Querying data with Prisma is simple and readable.

[09:15 - 18:13]The overall evolution of web rendering has been from static files to dynamic servers to client-side rendering to server-side rendering with partial hydration.

[22:16 - 22:25]CDN locations can be all over the world for faster response times

[25:31 - 25:37]Data fetching can take time, resulting in a slow first page load

[18:14 - 28:19]CDN hosts files for fast response times, browser requests index page and server returns HTML, CSS, and JS. React takes over and fetches data for rendering. Server-side rendering splits responsibility, routes defined in file system, data fetched from database, and React component returned for rendering. First request is full URL, subsequent requests are a special route.

[28:19 - 37:45]After second request, all on client in service rendering. Components mostly rendered on server and can fetch data from database. Caching is important for scaling and Next.js allows for defining strategies. Serverless functions abstract away servers and only use necessary compute. Platform as a service provides more freedom for code and file organization.

[44:34 - 44:46]Caching may not be possible with serverless functions

[1.01:32 - 1.01:38]Personal preference for serverless due to ease of use and cost-effectiveness

[1.10:27 - 1.10:33]The speaker mentions some common performance issues, such as not having foreign key functionality and not having the server and database in the same data center.

[1.11:34 - 1.11:42]The speaker emphasizes the importance of caching and optimizing images and scripts.