If possible I think it would be a good idea to break up the different parts of WebRTC so that they can work independently of each other. The abstractions are also a bit leaky, as you need to know about the underlaying layer to use it. Another approach would be having a low level API witch might be easier to implement in the browser, and then count on libraries to make good abstractions.
It was already bad enough 10ish years ago when it was a comparatively small pile of hacks, and there was hope that something could be done about it. But now? It's an enormous pile of hack upon hack. Full stack engineer? More like full hack engineer!
The main reason I worry about losing my job or moving to a new location is that web development jobs are a dime a dozen nowadays, while more traditional development is seeming less and less relevant. As much as I hate C++, I'll stick with it over the monstrosity that is Web 2.x.
[Insert the usual complaints about shitty languages, tooling, and gazillions of frameworks / reinvented wheels here.]
One thing I like about computers and programming is that it's all created by humans. I tried go into physics and biology but once you go deep nothing really makes any sense, it's all random. With programming there's always, most of the time, reason behind design decisions.
Also, I disagree that all of computing is built upon nothing but hacks. Computing is underpinned by lines of theory whose fundamentals can legitimately be described as elegant or even beautiful. I'm thinking of things like universal Turing machines, the lambda calculi, type theory, the structured programming theorem, theories of concurrent, parallel, and/or distributed computation, automata theory, computability theory, complexity/tractability, universal/abstract algebra, relational algebra, unification, etc., but the elegance doesn't end where the theory ends. Many people, including myself, would consider Lisp to be profoundly beautiful, for example, perhaps even on multiple levels. Whether you like the language or not, it was a crowning achievement of early computation science, and it is far from unique in that regard.
Although I personally loathe the state of Web development, I don't hate Web developers. On the contrary, I'm very glad that there's no shortage of people who seem to enjoy it—especially as a long-time Linux user, I'm glad that since the dawn of "Web 2.0", I've had to worry less and less about being left out because third-party developers decided not to support my OS: more and more, I can just pop open my Web browser and use the exact same software anyone would use on Windows or MacOS. It's a double-edged sword, for sure, since along with the convenience and compatibility, browsers have become insane, bloated resource hogs, and if I'm not connected to the Net, there's a chance I won't be able to use the software I want or access the data I want. On top, philosophically I can't help but feel that XaaS for various values of X and "the Cloud" are regressions back to a time when personal compute power was prohibitively expensive, for reasons that are billed as convenience but in reality only serve to remove the freedoms of end users; notwithstanding, I'm just going to focus on the technological issues that I perceive for now, since the philosophical issue(s) demand a different class of solution altogether, nor do said issue(s) belong uniquely to the Web.
I suppose most of the issues I have with the Web as a software platform stem primarily from one force: organic growth over the course of two decades, as opposed to thoughtful and deliberate design by an engineer or group of engineers. The way the Web is now, especially when viewed as a software delivery and execution platform rather than as a document delivery platform, it's a Frankenstein's monster that has been pieced together from numerous disparate protocols and data formats all designed by different people, revised by still more different people, and oftentimes extended by yet more different people in order to cover use cases that had not been considered by the original designer(s), and then connected in the most straightforward ways possible, where each connection might consist of an entirely different mechanism than any other (rather than, for example, extending the protocols such that they provide a uniform connection mechanism).
However, I don't think organic growth on its own necessarily leads to monstrosities. I think that the force of organic growth has been guided by a couple of factors, similar to how evolution is guided by various forms of selection. For one, throughout the history of the Web, the goalposts of its continued development have moved time and again. Once a system for the distributed service of hypertext documents, it quickly became a service for hypermedia in general. Then it became a service for interactive trinkets. And it quickly became a service for commerce and enterprise. With the advent of Java applets and ActionScript-programmable Flash "movies", it became a service (but not yet a platform) for the delivery of applications. Then, of course, AJAX sparked a fundamental change in how the Web was viewed by developers and users alike: it finally became not only an application delivery service, but also a software platform! Since then, the goalposts have shifted only slightly, and the majority of these goals can be summarized as a desire to further enrich the software platform, first by doing the things Flash was once used for, then the things Java was once used for, coming to the point where there is a desire for a Web page to be able to do the things native desktop applications are typically used for, including even AAA games. For each set of goalposts, the context of the design of new Web technology has been different; as such, the notion of what has constituted a "good" design decision has also changed: sometimes, what was a good design decision at the time became not-so-good in a new context. The result has been—rather than a clear progression towards a single goal—a bunch of tumorous outgrowths in various directions with a line of best fit trending from "hypertext document service" to "hardware and operating system abstraction layer and virtual machine for shitty, poorly-performing, inefficient, possibly-distributed applications". The curious "architecture" of the Web is reflected in the architecture of Web applications: the number and complexity of the technologies that are needed to create even the most basic Web application is, frankly, ridiculous. And on top of it all, where platforms with like goals such as the JVM and CLR manage to provide first-class support for multiple programming languages, the Web manages to offer only one, and it happens to be particularly grimy (my fingers are crossed for WebAssembly).
The lesson of all this (and it's not a lesson unique to the Web by any means), is this: backwards compatibility is a bitch.
tl;dr all these young punks need to get off my lawn