Storj is a CDN, geo-distributed, faster than AWS, blablablabla.
We have heard these myths for half a decade now. Since the VC money is running out, finally this is now the time to come up with real pricing models that actually attract customers. Happy to hear your ideas. Please use the same template.
template to copy
**Who would this be for?**
**What is our direct competition**
**Why would a customer choose us instead of the competition?**
**How does the pricing model look?**
|Product | Customer | Node | Storj profit |
|--- | --- | --- | ---|
|Stored TB per month | $ | $ | $|
|Download per TB | $ | $ | $|
**other changes that would be needed**
Here is my idea:
We make use of the USP of storj, which is “use only unused resources”.
That USP allows us to compete with others. That USP allows us to be cheaper than others.
Who would this be for?
Backup users. Homelabbers or companies that want to backup data over storj native.
What is our direct competition
Hetzner storage box and cheap S3 providers like Backblaze/Wasabi.
Why would a customer choose us instead of the competition?
Unfortunatly unlike a Hetzner storage box, we can’t offer webdav, SFTP, samba, restic, rclone or rsync. We can only offer storj native. But unlike Hetzer we don’t ask for 3.8$ per TB, but only 2$. AWS deep archive is even half the price at 1$ per TB, but it takes up to 12h to download files and the download costs are 90$ per TB.
How does the pricing model look?
| Product | Customer | Node | Storj profit |
|---|---|---|---|
| Stored TB per month | 2$ | 1$ | 0.5$ |
| Download per TB | 20$ | 10$ | 10$ |
other changes that would be needed
- Providers like Amazon Glacier (1$ per 1TB stored) have limitation like the smallest object size is 128k. Of course you can still upload smaller files, but they will be counted as at least 128k. Something like that or even bigger is also needed. Bigger files create less costs for the storj satellites. Mabye even a min size of 1MB is needed. The native app could create chunks, similar to how Veeam backup works.
- distribution factor needs to be lower. 1.5 is already pretty high.
- payment happens in real $. No crypto shenaningans. Nodes get $ in their balance. Payout over switft costs 20$ or whatever it costs storj to do international transfers.
- hold back model needs to be changed. Keep it simple stupid. Payout is held back 12 months. Always. Forever. It is a rolling payout. As long as I keep my node running, I get my amounts with a 12 months delay. This encourages node to have a working system, and if the drop out before, their lost hold back amount covers the repairs.
- Uptime does not need to be that high. Again, keep it simple. After a total of 7 days downtime per year, the node gets disqualified. But the higher download costs alone should be enough inventive for nodes to be always online.