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Fundamentally, microtransactions will never work because they make browsing a stack of decisions. It doesn't matter how small the price and seamless the infras
by hakfoo 7y ago
Fundamentally, microtransactions will never work because they make browsing a stack of decisions. It doesn't matter how small the price and seamless the infrastructure, it's still a cost you have to make a conscious decision about. Would you pay one satoshi to load this comment?
The model that could work would be a large network with a single-sign-on ad-free subscription. Charge $20 per month and slice it to the participating sites based on analytics.
This works because it's about eliminating customer risk and burden.
* A large network helps to reduce the "what if I do't read a lot of articles from this publisher every month?" risk.
* Going for an ad-free subscription instead of a paywall subscription reduces the risk of commitment if you can't preview the content.
* A flat monthly fee removes the risk of "what if I get sucked down a rabbit hole and read 500 stories instead of 10 this month" and the burden of having to decide if you're willing to pay for any one individual article.
- justsee 7y agoI don't think anyone would argue that a content payment architecture that demands a user endlessly make a stack of decisions isn't doomed to fail. But that's a criticism of a specific implementation of microtransactions. In a future Brave / BAT world where a variety of microtransaction experiments can play out, I'd imagine a bunch of un/successful experiments that then start to gain wider adoption depending on the industry / publisher. Maybe the transaction is just for specific goods, like ebooks, higher quality video feeds etc, or maybe it's a time spent cost with a standardized market rate up to a maximum amount which reflects a weekly / monthly unlimited subscription. Attention-based microtransactions are much more feasible with something like BAT + Brave (with its on-device machine-learning model). Maybe even with everything planned it still fails, but as the experiments haven't even started it'll be interesting to see what, if anything takes.