I don't want to diss SQLite because it is awesome and more than adequate for many/most web apps but you can connect to Postgres (or any DB really) on localhost over a Unix domain socket and avoid nearly all of the overhead.
It's not much harder to use than SQLite, you get all of the Postgres features, it's easier to run reports or whatever on the live db from a different box, and much easier if it comes time to setup a read replica, HA, or run the DB on a different box from the app.
I don't think running Postgres on the same box as your app is the same class of optimistic over provisioning as setting up a kubernetes cluster.
What features postgres offers over sqlite in the context of running on a single machine with a monolithic app? Application functions [2] means you can extend it however you need with the same language you use to build your application. It also has a much better backup and replication story thanks to litestream [3].
- [1] https://andersmurphy.com/2025/12/02/100000-tps-over-a-billio...
- [2] https://sqlite.org/appfunc.html
- [3] https://litestream.io/
The main problem with sqlite is the defaults are not great and you should really use it with separate read and write connections where the application manages the write queue rather than letting sqlite handle it.
for inserts only into singe table with no indexes.
Also, I didn't get why sqlite was allowed to do batching and pgsql was not.
I'm still not sure if I'm missing something, since this felt like a really nasty surprise, since it's basically unusable by default! Or is this php's PDO's fault?
The same thing SQL itself buys you: flexibility for unforeseen use cases and growth.
Your SQLite benchmark is based in having just one write connection for SQLite but all eight writable connections for Postgres. Even in the context of a single app, not everyone wants to be tied down that way, particularly when thinking how it might evolve.
If we know our app would not need to evolve we could really maximize performance and use a bespoke database instead of an rdbms.
It seems a little aggressive for you to jump on a comment about how it’s reasonable to run Postgres sometimes with “SQLite smokes it in performance.” That’s true, when you can accept its serious constraints.
As a wise man once said, “Postgres is great and there's nothing wrong with using it!”
SQLite on the same machine is akin to calling fwrite. That's fine. This is also a system constraint as it forces a one-database-per-instance design, with no data shared across nodes. This is fine if you're putting together a site for your neighborhood's mom and pop shop, but once you need to handle a request baseline beyond a few hundreds TPS and you need to serve traffic beyond your local region then you have no alternative other than to have more than one instance of your service running in parallel. You can continue to shoehorn your one-database-per-service pattern onto the design, but you're now compelled to find "clever" strategies to sync state across nodes.
Those who know better to not do "clever" simply slap a Postgres node and call it a day.
Running 100,000 `SELECT 1` queries:
PostgreSQL (localhost): 2.77 seconds
SQLite (in-memory): 0.07 seconds
Also:
> PostgreSQL (localhost): (. .) SQLite (in-memory):
This is a rather silly example. What do you expect to happen to your data when your node restarts?
Your example makes as much sense as comparing Valkey with Postgres and proceed to proclaim that the performance difference is not insignificant.
Isn't this idea to spend a bit more effort and overhead to get YAGNI features exactly what TFA argues against?
What I like about sqlite is that it's simply one file
My experience with sqlite for server-based apps has been that as your app grows, you almost always eventually need something bigger than sqlite and need to migrate anyway. For a server-based app, where minimizing deployment complexity isn't an extremely important concern, and with mixed reads and writes, it's rarely a bad idea to use Postgres or MariaDB from the start. Yes there are niche scenarios where sqlite on the server might be better, but they're niche.
More features is a net negative if you don't need those features. Ideally you want your DB to support exactly what you need and nothing more. Not typically realistic but the closer you can get the better.
The thing is one you learn the technology, everything else seems more work than the "easy way".
Postgres too (though it might come with a few operational headaches)
all these things are awesome.
however the complex over-engineering comes from people putting a k8 cluster or some cloud services when self hosting will do.
Saying "you can just run things on a cheap VPS" sounds amateurish: people are immediately out with "Yeah but scaling", "Yeah but high availability", "Yeah but backups", "Yeah but now you have to maintain it" arguments, that are basically regurgitated sales pitches for various cloud platforms. It's learned helplessness.
It's all of five minutes to write a deployment yaml and ingress and have literally anything on the web for a handful of dollars a month.
I've written rust services doing 5k QPS on DO's cheapest kube setup.
It's not rocket science.
Serverless node buns with vite reacts are more complicated than this.
Ten lines of static, repeatable, versioned yaml config vs a web based click by click deploy installer with JavaScript build pipelines and magical well wishes that the pathing and vendor specific config are correct.
And don't tell me VPS FTP PHP or sshing into a box to special snowflake your own process runner are better than simple vanilla managed kube.
You can be live on the web from zero in 5 minutes with Digital Ocean kube, and that's counting their onboarding.
I currently work in a small b2c startup with 200 active users (and targeting 5000 by the end of the year) and we're already paying AWS $1000/month on infra and it drives me crazy…
And the deployment process is also over-engineered in a way that makes it hard to change anything (if you want to release without changing things too much that's fine, but changing the deployment process is already a nightmare).
“But best practices”, “but scalability”, “but 99.999% uptime” …
In my case I'm seeing it a lot on the front-end side. My clients end up with single-page apps that install Shadcn, Tailwind, React, React Router, Axios, Zod, React Form and Vite, all to center a some input elements and perform a few in-browser API calls. It's a huge maintenance burden even before they start getting value out of it.
These large setups are often a correct answer, but not the right one for the situation.
FTFY
You don’t need backups until you have customers.
Too many have forgotten what it means to administrate a single system. You can do a lot with very simple tooling.
I do like this: cron to run the backup and then rsync to https://www.rsync.net, then an after script that check it was run and post to my telegram the analysis.
That is.
- [1] https://litestream.io
Its worse than that. Thats how they are taught, and shamed if they dont "enterprise" their hello world app with 20 layers of failsafes...
It seems to really help if you can put a term to it.
You get such a large performance malus and increase in complexity right from the start with The Cloud that it’ starts at a serious deficit, and only eventually maybe overcomes that to be overall beneficial with the right workload, people, and processes. Most companies are lacking minimum two of those to justify “the cloud”.
And that’s without even considering the cost.
What I think it actually is, is a way for companies that can’t competently (I mean at an organizational/managerial level) maintain and adequately make-available computing resources, to pay someone else to do it. They’re so bad at that, that they’re willing to pay large costs in money, performance, and maybe uptime to get it.
If you get one dedicated server for multiple separate projects, you can still keep the costs down but relax those constraints.
For example, look at the Hetzner server auction: https://www.hetzner.com/sb/
I pay about 40 EUR a month for this:
Disk: 736G / 7.3T (11%)
CPU: Intel Core i7-7700 @ 8x 4.2GHz [42.0°C]
RAM: 18004MiB / 64088MiB
You could have 15 VMs each with 4 GB of RAM and it would still come out to around 2.66 EUR per month per VM. It's just way more cost efficient at any sort of scale (number of projects) when compared to regular VPSes, and as long as you don't put any trash on it, Proxmox itself is fairly stable, being a single point of failure aside.
Of course, with refurbished gear you'd want backups, but you really need those anyways.
Aside from that, Hetzner and Contabo (opinions vary about that one though) are going to be more affordable even when it comes to regular VPS hosting. I think Scaleway also had those small Stardust instances if you want something really cheap, but they go out of stock pretty quickly as well.
It’s very interesting how people rent large VMs with a hypervisor. I’m wondering if licenses for VPS have any clauses preventing this for commercial scale.
I assign few VMs public IPs and use them as ingress / SSL termination / load balancer for my workloads running on VMs with only internal IPs.
I personally use kvm with libvirt and manage all these with Ansible.
Since I only needed about 3 VMs (though each being a bit beefier, running containers on them, a web server sitting in front of those with vhosts as ingress), I could give each VM its own IPv4 address and it didn’t end up being too expensive for my use case. Would be a bit different for someone who wants many small VMs.
If you have a plan from the start and you know what you'll need and you're pretty confident it won't change, then sure.
If you want a box that you can slice and dice however you want (VMs, containers, etc) then something like Proxmox might be worth it.
I just have a few large VMs, each a different environment with slightly different ways how I treat them - the prod ones get more due diligence and being careful, whereas all of the dev ones (including where I host Gitea, Woodpecker CI, Nextcloud, Kanboard, Uptime Kuma etc.) I mess around with the configuration in and do restarts more often. I personally used to run a Docker Swarm cluster, but now just use Docker Compose with Ansible directly, still multiple stacks per each of those servers, dead simple
So my setup ended up being:
* VPS / VMs - an environment, since don't really need replication/distributed systems at my scale
* container stack (Compose/Swarm) - a project, with all its dependencies, though ingress is a shared web server container per environment
* single container - the applications I build, my own are built on top of a common Ubuntu LTS base more often than not, external ones (like Nextcloud and tbh most DBs) are just run directly
How, exactly? Doesn't it require phyiscal access to the server?
at the end of the day, for a "$20/month" stack, there may probably not be enough services running to make sense for going dedicated yet.
One note: you can absolutely use Python or Node just as well as Go. There's Hetzner that offers 4GB RAM, 10TB network (then 1$/TB egress), 2CPUs machines for 5$.
Two disclaimers for VPS:
If you're using a dedicated server instead of a cloud server, just don't forget to backup DB to a Storage box often (3$ /mo for 1TB, use rsync). It's a good practice either way, but cloud instances seem more reliable to hardware faults. Also avoid their object store.
You are responsible for security. I saw good devs skipping basic SSH hardening and get infected by bots in <1hr. My go-to move when I spin up servers is a two-stage Terraform setup: first, I set up SSH with only my IP allowed, set up Tailscale and then shutdown the public SSH IP entrypoint completely.
Take care and have fun!
If you’re backing up to a third party losing your account isn’t a disaster, bring up a VM somewhere else, restore from backups, redirect DNS and you’re up and running again. If the backups are on a disk you can’t access anymore then a minor issue has just escalated to an existential threat to your company.
Personally I use Backblaze B2 for my offsite backups because they’re ridiculously cheap, but other options exist and Restic will write to all of them near identically.
Once I had Postgresql db with default password on a new vps, and forgetting to disable password based login, on a server with no domain. And it got hacked in a day, and was being used as bot server. And that was 10 years ago.
Recently deployed server, and was getting ssh login attempts within an hour, and it didn't had a domain. Fortunately, I've learned my lesson, and turned of password based login as soon as the server was up and running.
And similar attempts bogged down my desktop to halt.
Having an machine open to the world is now very scary. Thanks God for service like tailscale exists.
Funny you said that. I migrated an old, Django web site to a slightly more modern architecture (docker compose with uvicorn instead of bare metal uWSGI) the other day, and while doing that I noticed that it doesn't need PostgreSQL at all. The old server had it already installed, so it was the lazy choice.
I just dumped all data and loaded it into an SQLite database with WAL and it's much easier to maintain and back up now.
Note that you don't need all of that to keep your SSH server secure. Just having a good password (ideally on a non-root account) is more than enough.
It's easier to add a small config to Terraform to make your config at least key-based.
Curious as to why you say this. I’m using litestream to backup to Hetzner object storage, and it’s been working well so far.
I guess itt’s probably more expensive than just a storage box?
Not sure but I also don’t have to set up cron jobs and the like.
At least with Storage Box you know it's just a dumb storage box. And you can SSH, SFTP, Samba and rsync to it reliably.
[0] https://docs.hetzner.com/storage/object-storage/supported-ac...
Not everybody says so... So, can anyone explain what's the right way to think about WAL?
Now this is more controversial take and you should always benchmark on your own traffic projections, but:
consider that if you don't have a ton of indexes, the raw throughput of SQLite is so good that on many access patterns you'd already have to shard a Postgres instance anyway to surpass where SQLite single-write limitation would become the bottleneck.
[0] https://www.sqlite.org/src/doc/begin-concurrent/doc/begin_co...
Thinking about on how to fit everything on a $5 VPS does not help your business.
I recall running LAMP stacks on something like 128MB about 20 years ago and not really having problems with memory. Most current website backends are not really much more complicated than they were back then if you don't haul in bloat.
That's 17 million hits per day in about 3.9 MiB/sec sustained disk IO, before factoring in the parallelism that almost any bargain bucket NVME drive already offers (allowing you to at least 4x these numbers). But already you're talking about quadrupling the infrastructure spend before serving a single request, which is the entire point of the article.
There is a good reason: teaching yourself not to over-engineer, over-provision, or overthink, and instead to focus on generating business value to customers and getting more paying customers. I think it’s what many engineers are keen to overlook behind fun technical details.
This is specious reasoning. You don't prevent anything by adding artificial constraints. To put things in perspective, Hetzner's cheapest vCPU plan comes with 4GB of RAM.
The Macbook Neo with 8GB RAM is a showcase of how people underistimated its capabilities due to low amount of RAM before launch, yet after release all the reviewers point to a larger set of capabilities without any issues that people didn't predict pre-launch.
Even their $5 plan gives 4GB.
In my head, I call this the 'doubling algorithm'.
If there's anything that's both relatively cheap and useful, but where "more" (either in quality or quantity) has additional utility, 2x it.
Then 2x it again.
Repeat until either: the price change becomes noticeable or utility stops being gained.
Tl;dr -- saving order-of single dollars is rarely worth the tradeoffs.
> Immediately proposes alternative which is literally 4x the cost.
> Here is the trick that you might have missed: somehow, Microsoft is able to charge per request, not per token. And a "request" is simply what I type into the chat box. Even if the agent spends the next 30 minutes chewing through my entire codebase, mapping dependencies, and changing hundreds of files, I still pay roughly $0.04.
> The optimal strategy is simple: write brutally detailed prompts with strict success criteria (which is best practice anyway), tell the agent to "keep going until all errors are fixed," hit enter, and go make a coffee while Satya Nadella subsidizes your compute costs.
Wow. I'll definitely be investigating this!
https://old.reddit.com/r/GithubCopilot/comments/1r0wimi/if_y...
Worth noting however that they are starting to introduce rate limits lately so you might struggle to run multiple concurrent sessions, though this is very inconsistent for me. Some days I can run 3-4 sessions concurrently all day, other times I get rate limited if I run one non-stop..
Initially from the title, I thought it would be about brainstorming and launching a successful idea, and that sort of thing.
Dead giveaway
Which obviously works, it's not like there aren't tons of multi-million startups ultimately doing the exact same thing, and yet. It feels a bit... trite?
Scaling to zero with database persistence using litestream has cut my bill down to $0.1 per month for my backend+database.
Granted I still don't have that many users, and they get 200ms of extra latency if the backend needs to wake up. But it's nice to never have to worry about accidental costs!
The invented “people start with a k8s cluster for 5 users” doesn’t really exist. This is just a story repeated ad nauseam to fit a narrative that help them justify their choices. This position is just as dogmatic, if not more, than the alleged dogma it attempts to disrupt.
Smart technical leaders knows that technical decisions only matter in context never in absolutes. The right answer is always “it depends”.
I can agree that there is a tendency to prematurely optimize infra, as a direct consequence of lack of measuring especially in young busy startups. One could argue that premature optimization might be the smart choice when you don’t have enough data, as in the best case scenario (your startup do well) you’ve saved some time, worst case scenario you’ve lost some money that depending on the situation might be less valuable than time spent in maintaining, and later refactoring, infra.
Companies cargo culting Big Data stacks when their data is nowhere near big is very prevalent.
Most people in the BiP these days barely know how to deploy a database or host something using nginx. it's all vercel, supabase, aws, clerk, yada yada. Cost aside, I think that people are addicted to complexity.
Can confirm it exists, especially with founders self-coding with LLMs now.
Something to remind to many tech folks on HN
But 10k MRR sounds to me like travelling to Mars. I have 0 ideas and 0 initiative to push them ahead.
I can build whatever, I just have zero clue whatsoever what to build. Never have.
Since I'm in finance I would say, Turnover is vanity, positive cashflow is sanity...but its not nearly as catchy
The moral of the story is: Don’t be (another) fool, your tech stack is not your priority.
And, not sure I'm correct, but I felt Postgresql has more optimized storage if you have large text data than SQLite, at least for me I had storage full with SQLite, but same application on Postgresql never had this issue
It starts about cutting costs by the choice of infrastructure and goes further to less resource hungry tools and cheaper services. But never compares the cost of these things. Do I save actually the upgrade to a bigger server by using Go and sqlite over let's say Python and postgres? Or does it not even matter when you have just n many users. Then I do not understand why at one point the convenience of using OpenRouter is preferred over managing multiple API keys, when that should be cheaper and a cost point that could increase faster than your infrastructure costs.
There are some more points, but I do not want to write a long comment.
"What do you even need funding for?"
I agree. The author claims to have multiple $10K MRR websites running on $20 costs. I also don't understand what he needs money for — shouldn't the $x0,000 be able to fund the $20 for the next project? It doesn't make any sense at all.
Then the author trails off and tells us how he runs on $20/month.
Well, why did you apply for funding? Hello?
Building a $10K MRR website is hard. Building multiple (assuming "multiple" here means >= 3) $10K MRR websites is extremely hard.
I don't know which investors they pitched to, but most investors seeing that number will write a 100-200K check to invest in THE PERSON pretty immediately; unless there was strong red flags in their business model (porn, drug, gambling, etc...)
In other words, what gets you to $10k MRR isn’t the same thing(s) for 2x, 5x, or 10x that.
But, actually you can run Kubernetes and Postgres etc on a VPS.
See https://stack-cli.com/ where you can specify a Supabase style infra on a low cost VPS on top of K3s.
I guess it’s all about knowing when to re-engineer the solution for scale. And the answer is rarely ”up front”.
I was thinking more of
Running multiple websites. i.e. 1 application per namespace. Tooling i.e. k9s for looking at logs etc. Upgrading applications etc.
He's mainly talking about the tech implementation which is the easy part.
the hard part of creating a business is finding a problem valuable enough to solve and reaching the users who need that problem solved. that's where the real value is.
So yea, stick with what worked for decades if you don't see a reason not to. Also, I remember reading that StackOverflow runs on a bunch of super powerful root servers?
Opus 4.6 is a 3x multiplier as per GH pricing (https://docs.github.com/en/copilot/concepts/billing/copilot-...) so each request costs 0.12$ not 0.04$, and if using the fast mode opus 4.6 then it’s 30x so 1.20$/request.
How does the author get 0.04$ per?
Why care so much about so little operating costs when your earning so much?
I have been doing this kind of thing with Cursor and Codex subscriptions, but they do have annoying rate limits, and Cursor on the Auto model seems to perform poorly if you ask it to do too much work, so I am keen to try out laconic on my local GPU.
EDIT:
Having tried it out, this may be a false economy.
The way it works is it has a bunch of different prompts for the LLMs (Planner, Synthesizer, Finalizer).
The "Planner" is given your input question and the "scratchpad" and has to come up with DuckDuckGo search terms.
Then the harness runs the DuckDuckGo search and gives the question, results, and scratchpad to the Synthesizer. The Synthesizer updates the scratchpad with new information that is learnt.
This continues in a loop, with the Planner coming up with new search queries and the Synthesizer updating the scratchpad, until eventually the Planner decides to give a final answer, at which point the Finalizer summarises the information in a user-friendly final answer.
That is a pretty clever design! It allows you to do relatively complex research with only a very small amount of context window. So I love that.
However I have found that the Synthesizer step is extremely slow on my RTX3060, and also I think it would cost me about £1/day extra to run the RTX3060 flat out vs idle. For the amount of work laconic can do in a day (not a lot!), I think I am better off just sending the money to OpenAI and getting the results more quickly.
But I still love the design, this is a very creative way to use a very small context window. And has the obvious privacy and freedom advantages over depending on OpenAI.
From the article:
>To manage all this, I built laconic, an agentic researcher specifically optimized for running in a constrained 8K context window. It manages the LLM context like an operating system's virtual memory manager—it "pages out" the irrelevant baggage of a conversation, keeping only the absolute most critical facts in the active LLM context window.
The 8K part is the most startling to me. Is that still a thing? I worked under that constraint in 2023 in the early GPT-4 days. I believe Ollama still has the default context window set to 8K for some reason. But the model mentioned on laconic GitHub (Qwen3:4B) should support 32K. (Still pretty small, but.. ;)
I'll have to take a proper look at the architecture, extreme context engineering is a special interest of mine :) Back when Auto-GPT was a thing (think OpenClaw but in 2023), I realized that what most people were using it for was just internet research, and that you could get better results, cheaper, faster, and deterministically, by just writing a 30 line Python script.
Google search (or DDG) -> Scrape top N results -> Shove into LLM for summarization (with optional user query) -> Meta-summary.
In such straightforward, specialized scenarios, letting the LLM drive was, and still is, "swatting a fly with a plasma cannon."
(The analog these days would be that many people would be better off asking Claw to write a scraper for them, than having it drive Chromium 24/7...)
Possibly. But possibly you have a very long tail of sites that you hardly ever look at, and that change more frequently than you use them, and maintaining the scraper is harder work than just using Chromium.
The dream is that the Claw would judge for itself whether to write a scraper or hand-drive the browser.
That might happen more easily if LLMs were a bit lazier. If they didn't like doing drudgery they would be motivated to automate it away. Unfortunately they are much too willing to do long, boring, repetitive tasks.
At least from this blog post, I wouldn't take his advice on MRR. He's optimizing in the wrong places; he'd be better off spending $100 per month on hosting and focusing on MRR than focusing on bringing hosting costs down to 0.2% of revenue. There's a middle ground without K8S where you use your cloud's autoscaling app hosting and a small, replicated DB. He strawmaned the enterprise approach, and he's trading off a lot of toil for uptime.
No regrets. Infrastructure isn't the problem I'm trying to solve. The problem is: who's actually going to pay for this?
Optimizing infrastructure before you have customers is like designing a kitchen before you've written the menu. I launched within 72 hours of starting development and went straight to customer validation. The market feedback started coming in immediately.
Infrastructure costs show up in your bill. The cost of slow customer validation doesn't show up anywhere - until it's too late. That's the number I watch.
The one place I'd push back on SQLite: if your app has any write concurrency from external processes (cron jobs, webhooks), WAL mode helps but you still hit lock contention. I have data collection scripts running every 30 minutes that write to the same DB the web app reads from. Postgres handled that cleanly from day one. Neon's free tier is 512MB with connection pooling — more than enough for a side project with real data.
- backups - upgrades to the os packages (and downtime from reboots) - updates to container images (if you run any) - monitoring and alerting (logs, http 500 increase, http 200 drop, etc)
Asking because I’m looking for pointers on how to solve this myself when deploying to a VPS rather than AWS alphabet soup or a PaaS
That being said, I'd much rather read a few ideas for good recurring passive income. Instead, the author kind of flexes on that, then says "I get refused VC money because they don't see how their money would be useful for me" -- which is one more flex -- and moves on to the technical bits.
It's coming across as bragging to me.
What do you want VC to do?
You didn’t bring a plan.
In my case, I've used a similar strategy of keeping costs under €100/month. (But have sold, or stopped my ventures before hitting such MRRs as OP reports).
I raised some capital to pay my own bills during development. But mostly to hire freelancers to work on parts that I'm bad at, or didn't have time for: advertising, a specific feature, a library, rewrite-in-rust (wink) or deep research into functional improvements.
I agree. I usually spend about $60 per project (= startup). On the frontend, I stick to vanilla JavaScript with direct DOM manipulation using Bun.js. For the backend, I use Go, relying mostly on standard libraries. it’s incredibly fast. Many developers underestimate how much they can optimize when they go closer to the fundamentals.
You should always use a swap file/partition, even if you don't want any swapping. That's because there are always cold pages and if you have no swap space that memory cannot be used for apps or buffers, it's just wasted.
Sometimes that crashing is what I want: a dedicated server running one (micro)service in a system that'll restart new servers on such crashes (e.g. Kubernetes-alike). I'd rather have it crash immediately rather than chugging along in degraded state.
But on a shared setup like OP shows, or the old LAMP-on-a-vps, i'd prefer the system to start swapping and have a chance to recover. IME it quite often does. Will take a few minutes (of near downtime) but will avoid data corruption or crash-loops much easier.
Basically, letting Linux handle recovery vs letting a monitoring system handle recovery
What do I get as an advantage being on AWS? S3 (literally like a $1 month) SQS (free tier) and Lambda (async jobs; free tier). Capacity if needed, just scale up t4g instances.
How do you market them?
Is customer support an issue?
Do you see risk since ai makes it so easy to build/copy?
https://www.toontales.net/short/lumber-jerks/
Acme Toothpicks
$20/month. Yeah. Great, but why? You get a lot of peace of mind with "real" HA setup with real backups and real recovery, for not much more than $20, if you are careful.
Another half of article is about running "free, unlimited" local AI on a GPU (Santa brought it) with, apparently, free electricity (Santa pays for it).
Applications each have their own FreeBSD jails, so they're isolated.
ZFS incremental replication on top of regular app backups provide a quick recovery process should the hardware of that machine fail.
Moving those apps to the cloud would cost orders of magnitude more, for benefits I don't need.
100% agreed.
A company selling dollar for cents would have infinite MRR, doesn't make it a "business", let alone a good business.
Instead, tell us how much do you make in profit/month, not your gross MRR.
Here’s the more honest one i wrote a while back:
> Infrastructure: Bare Server > Containers > Kubernetes
The problem with recommending a bare server first is that bare metal fails. Usually every couple of years a component fails - a PSU, a controller, a drive. Also, a bare metal server is more expensive than VPS.
Paradoxically, a k3s distro with 3 small nodes and a load balancer at Hetzner may cost you less than a bare metal server and will definitely give you much better availability in the long run, albeit with less performance for the same money.
IME, hardware is much more reliable than people think.
I tried running a local LLM, and it’s actually cheaper to use AI credits when you factor in electricity costs. Only use a local LLM if data privacy is your priority.
You do get Opus 4.6, and it's really affordable. I usually go over my limits, but I'm yet to spend more than 5 USD on the surcharges.
Not seen a reason to switch, but YMMV depending on what you're doing and how you work.
The pricing is so good that it's the only way I do agentic coding now. I've never spent more than $40 in a month on Opus, and I give it large specs to work on. I usually spend $20 or so.
Unfortunately, this isn’t something that shows up on spec sheets when you’re choosing a service. :-/
I really started to enjoy managed servers/instances.
This is really what 10k mrr can get you? A badly designed AI slop website that isn't even mobile correctly compatible. The logo is white background on black website like a university project.
I can't believe that people are willingly spending money on this.
> Here is the trick that you might have missed: somehow, Microsoft is able to charge per request, not per token. And a "request" is simply what I type into the chat box. Even if the agent spends the next 30 minutes chewing through my entire codebase, mapping dependencies, and changing hundreds of files, I still pay roughly $0.04.
Really? Lol. If it's true why would you publish it? To ensure Microsoft will patch it up and fuck up your workflow?
> Even if the agent spends the next 30 minutes chewing through my entire codebase
How can a 'very small context size' do that?
It's true and it's their official pricing, so talking about it won't change anything.
People are spending way too much money with Claude Code while they could simply pay for GitHub Copilot and fire up OpenCode to get the same results but way cheaper.
Stick whatever you're working on onto a ~$5/mo cheapo vps from someone like Hetzner, Digitalocean, etc and just get on with building your thing.
Not clear from the text, but what was your plan using the funding on? If you did not have a plan, what did you expect? VCs want to see how adding more money results in asymmetric returns.
Edited.
Honestly, yes. I'm on HN for tech content, I don't really care about startups and the business side of things, even though sometimes there are interesting reads on this side as well. Also, it may very well be the case that I rediscover the meaning of MRR for the second or third time in sixteen years :).
Its like not having syphilis or cancer, its a good thing.
But, in all honesty, all RR numbers are estimates. MRR is also a "made up number" from a certain point of view: it is not equivalent to cash received every month, because of annual subscriptions, cancelations, etc.
Hetzner / Contabo maybe. Cloudflare workers definitely.
This guy is not at my level and multiple $10k MRR is possible but unlikely.
The go equivalent of just coping one file across to a server a restarting its process has a lot of appeal and clearly works well for him.
It is not. Simple. It may be "easy" but easy != simple (simple is hard, I tend to say).
I'm currently involved in a project that was initially layed out as microservices in rust and some go, to slowly replace a monolyth Django monstrosity of 12+ years tech debt.
But the new hires are pushing back and re-introducing python, eith that argument of simplicity. Sure, python is much easier than a rust equivalent. Esp in early phases. But to me, 25+ years developer/engineer, yet new to python, it's unbelievable complex. Yes, uv solves some. As does ty and ruff. But, my goodness, what a mess to set up simple ci pipelines, a local development machine (that doesn't break my OS or other software on that machine). Hell, even the dockerfiles are magnitudes more complex than most others I've encountered.
Does the difference matter? You must decide that.
As for your dismissing SQLite: please justify why it’s a bad idea. Because I strongly disagree.
Yes, it has some things that behave differently than PostgreSQL but I am curious about why you think that.
Why do I know this? Because there had to be a declaration here to stop using ChatGPT and other Agents to write YOUR OWN GODDAMN POSTS. Thinking isn’t your strong suit, Greed is, and taking the time to learn the power of English doesn’t satisfy the latter, so you minimize it to your own detriment.
Don’t get mad at me. Go punch a mirror.
Observation #1: You can also solve the tech stack problem with Heroku. I think the author's stack probably has a steeper learning curve, but is a cheaper option. I think it's a bit of an odd comparison (I won't say straw-man, as I don't doubt some people do this) to go from a fully-controlled simple setup to using AWS with a pile of extra crap. You can also, for example, run something similar to what he or she is describing on AWS, Heroku etc. (I.e. without the things in the AWS diagram he indicated like kubernetes and load balancers.)
Observation #2: I have not found WAL mode is an antidote to SQLite locks during multiple concurrent writes. (This is anecdotal)
I think regarding Go vs Python/Ruby etc. I completely get that. I would now like to check out Go on web. I use Rust for most of my software writing, but am still on Python for web servers, because there is nothing I can use for Rust that is as powerful and easy as Django.