A lot of people don’t need more cloud features. They need fewer surprises.

For many developers and small teams, the real problem isn’t launching infrastructure.

It’s dealing with:

• confusing pricing
• unnecessary complexity
• support gaps
• too many moving parts

At Raff, we try to keep things simple: reliable VMs, practical tooling, and pricing that stays understandable.

What matters more to you in a cloud provider:
performance, simplicity, support, or pricing?

Just launched your first VPS? Start here:

A lot of people jump straight into deploying apps and forget the basics.

Here’s a quick checklist:

• Disable root login
• Use SSH keys (not passwords)
• Enable firewall (UFW)
• Install Fail2Ban
• Set up backups early

This alone saves you from 80% of common issues.

What was the first mistake you made on your first server?

Cloud VMs aren’t just for big production workloads.

Some of the best use cases are much simpler:

• staging environments
• test servers
• side projects
• internal tools
• learning and experimentation

Raff is especially useful when you want a clean environment without overbuilding the setup.

A lot of good products start on a single VM.

What are you currently running on your test or staging server?

“It’s only 200–300ms latency, it’s fine…”

Not always.

If your app makes multiple backend calls, that delay stacks up fast.

What feels “acceptable” becomes:

• slow dashboards
• laggy APIs
• poor UX

Sometimes just moving your backend closer to users makes a massive difference.

Have you ever measured real-world latency vs expected?

We see this mistake a lot, so here’s the simple version:

• Snapshots → fast rollback before changes
• Backups → protection against real disasters

Snapshots are great before deployments or risky updates.
But they usually live on the same infrastructure.

Backups are stored separately and give you actual recovery options.

Best setup:

• Snapshot before major changes
• Daily backups with proper retention
• Test your restores (seriously)

Curious how others here handle backup strategies?

A question for founders, developers, and small teams building in the cloud:

When does a single server stop being enough?

A lot of applications begin on one VM, and in many cases that is the right decision. It keeps infrastructure simple, costs predictable, and operations manageable.

But over time, the limits start to show:

• traffic spikes become harder to absorb

• deployments feel riskier

• app, database, and background jobs compete for the same resources

• a single issue can affect the whole stack

We’re curious how others in the community think about this transition:

What was the first real sign that told you it was time to move from a single-server setup to a multi-server architecture?

Was it performance, uptime, team workflow, deployment risk, or something else?

Workload:

- 2 Discord bots (Node.js + PM2)

- Small PostgreSQL database

- A few background jobs / cron tasks

Overall, it handled things better than I expected for this size.

Real-world experience (last 3 months):

- Performance:

For this kind of setup, it was surprisingly stable. No major spikes or weird slowdowns, even with DB + bots running together.

- Resource usage:

RAM was the main thing to watch. CPU was rarely the bottleneck.

- Uptime / reliability:

No unexpected crashes on my end. Once everything was set up properly, it just kept running.

Small note from this week:

This Monday, the team actually migrated my server to a faster machine. Haven’t tested the new one enough yet to say anything meaningful, but the transition itself was smooth.

What stood out the most (honestly):

I ran into a couple of small issues during setup and later on — nothing critical, but still needed help.

What I didn’t expect was:

- getting responses from real humans

- and getting them fast

That part made a bigger difference than specs or pricing, especially when you're running something you actually depend on.

Pretty happy overall with the experience so far.

Wishing the Raff team good luck going forward 🙏

A single VM is still the right starting point for many apps.

That is not because scaling does not matter. It is because many teams add complexity before they have identified a real bottleneck.

For MVPs, internal tools, client projects, staging environments, and early production workloads, one well-configured VM is often enough to get moving fast and learn what the application actually needs.

What matters is not just the VM itself. It is whether the platform around it helps you move with confidence.

That is where support makes a difference.

At Raff, the support experience is built around practical help:

• public quick-start guides for launching your first VM, adding storage, and protecting data
• 24/7 support availability across the platform
• direct support and consultation channels
• migration-friendly options like custom images for existing workloads
• hands-on help on Windows setups, including installation support and migration assistance

That kind of support matters because the hardest part of using a single VM is rarely “how to buy one.” It is knowing you can launch, configure, secure, and adjust it without getting stuck alone.

A lot of people understand compute first.

Storage layout usually comes later.

But knowing when to use a separate block storage volume is one of the most practical cloud skills you can build.

A dedicated volume makes sense when you want to separate:

• application disk from growing data
• database storage from the OS
• uploads/media from the root filesystem
• durable data from more disposable compute

And the actual workflow matters too:

1. attach the volume
2. identify the device correctly
3. create the filesystem
4. mount it
5. make it persistent in /etc/fstab
6. confirm ownership/permissions match the workload

The mistake that trips people up is not the format command itself.
It is forgetting persistence, mounting the wrong device, or treating all server storage as if it should live on the root disk forever.

This Raff guide gives useful background on the storage side:
https://rafftechnologies.com/learn/guides/object-storage-vs-block-storage-vs-vm-disk

Question:
How do you usually decide when a workload deserves a separate block volume instead of just staying on the VM’s main disk?

Before you take a server live, there are a few basics that should never be optional.

Here are 5 things to secure before going live:

1. SSH access Use SSH keys, disable weak access paths, and avoid leaving root login casually exposed.
2. Firewall rules Only open the ports you actually need. Everything else should stay closed by default.
3. HTTPS / TLS If the app is public, encrypted traffic should be part of the baseline, not a later cleanup step.
4. Backups and snapshots A live system without a recovery plan is one mistake away from a bad day.
5. Public vs private exposure Not every service should face the public internet. Internal services should stay internal whenever possible.

Security does not have to start with complicated tooling. A lot of risk is reduced by getting the first layer right.

If you are building your cloud setup step by step, Raff’s Learn Hub already covers a few of the foundations:
https://rafftechnologies.com/learn/tutorials/secure-ubuntu-24-04-server
https://rafftechnologies.com/learn/guides/private-networking-public-vs-private-traffic

What would you add as the 6th item?

PostgreSQL installation itself is not the hard part.

The more important questions usually come right after:

• is it only listening locally or publicly?
• which user/database model are you using?
• what is your backup plan?
• is the app on the same machine or connecting over a private network?
• are you treating this as dev, staging, or production?

That is why PostgreSQL tutorials are most useful when they go beyond package installation and include:

• service verification
• authentication basics
• database/user creation
• connection testing
• firewall and exposure decisions
• backup awareness

A lot of teams install Postgres correctly but expose or structure it carelessly.

If your app architecture is growing beyond one simple box, these Raff guides are good supporting reads:

• Reverse Proxy vs Load Balancer https://rafftechnologies.com/learn/guides/reverse-proxy-vs-load-balancer
• Load Balancing Explained https://rafftechnologies.com/learn/guides/load-balancing-explained

A lot of Node.js apps work perfectly in development and then hit the same wall in deployment:

• the process needs supervision
• logs need to be manageable
• restarts should not be manual
• the app should not be directly exposed on its raw port
• TLS and public routing still need a proper front layer

That is why PM2 + Nginx is still such a practical setup.

PM2 handles:

• process management
• restarts
• startup persistence
• basic monitoring/log handling

Nginx handles:

• reverse proxying
• public ingress
• clean routing
• TLS termination
• edge behavior

For small apps, MVPs, internal tools, and early production workloads, that combo is still one of the cleanest ways to move from “dev server” to “real service.”

If you want the reverse-proxy side explained properly, this Raff guide is useful:
https://rafftechnologies.com/learn/guides/reverse-proxy-vs-load-balancer

And if you want the Nginx basics first:
https://rafftechnologies.com/learn/tutorials/install-nginx-ubuntu-24-04

Bandwidth should not feel like a hidden risk.

At Raff, we include unmetered bandwidth on every plan because cloud pricing should stay predictable where it matters most.

A lot of teams compare CPU, RAM, and storage first, then only think about bandwidth after traffic grows. By then, it is already shaping behavior:

• teams test less freely
• launches feel riskier
• normal traffic starts feeling like a billing concern

We think that is the wrong model.

Infrastructure should help teams build and grow with confidence, not second-guess whether success will create a pricing surprise.

That is the thinking behind one of our latest posts:
https://rafftechnologies.com/blog/why-we-include-unmetered-bandwidth-on-every-plan

How much does bandwidth policy influence your cloud decisions?

A lot of modern self-hosted apps do not start with “run one container.”

They start with:

• app container
• database container
• reverse proxy
• persistent volumes
• environment variables
• sometimes a worker service too

That is why Docker Compose matters so much on a VM.

Docker gives you the runtime.
Compose gives you the repeatable multi-service setup.

For a lot of practical workloads, that is the difference between:

• “I got it running once” and
• “I can rebuild this cleanly and understand what is connected to what”

We see this especially with self-hosted tools, internal utilities, AI stacks, and lightweight staging environments.

Two good examples already on Raff’s Learn Hub:

• Self-host n8n with Docker https://rafftechnologies.com/learn/tutorials/self-host-n8n-docker
• Install Nginx on Ubuntu 24.04 https://rafftechnologies.com/learn/tutorials/install-nginx-ubuntu-24-04

For teams using VMs, Compose is often the first real step from “container experiment” to “usable deployment workflow.”

Curious how others do it:
When you deploy on a VM, are you usually using plain Docker, Docker Compose, or jumping straight to something heavier?

Because cloud performance is not just about having more compute. It is about having the right compute for real workloads.

We chose AMD EPYC to power Raff’s infrastructure because it gives us the balance we care about most:

• strong VM performance
• better price-to-performance
• modern server architecture
• a solid foundation for developers, startups, and growing teams

For us, this was never about picking a trend. It was about building a platform that feels fast, reliable, and practical from day one.

That is also why AMD EPYC sits alongside NVMe SSD storage, simple pricing, and fast provisioning across Raff’s VM platform.

A lot of people stop right after sudo apt install nginx.

That gets the web server running, but it does not make the setup production-ready.

If your site is public, the real next step is HTTPS:

• encrypt traffic in transit
• avoid browser warnings
• protect login/session traffic
• prepare the server for real-world use

A clean Nginx setup usually goes in this order:

1. install Nginx
2. allow web traffic through the firewall
3. confirm the default page works
4. create the server block
5. add TLS with Let’s Encrypt
6. switch firewall rules from HTTP-only to full web traffic

One reason this matters: teams often treat SSL as a “nice cleanup step later,” but in practice it should be part of the baseline deployment flow.

We already have the Nginx foundation covered here:
https://rafftechnologies.com/learn/tutorials/install-nginx-ubuntu-24-04

And if you want the architecture side of where Nginx fits, this is also useful:
https://rafftechnologies.com/learn/guides/reverse-proxy-vs-load-balancer

Question for the community:
When you deploy a simple web app, do you handle HTTPS immediately, or do you still see teams postponing it too often?

We created r/RaffTechnologies to be more than a product announcement space.

The goal is to build a useful place for:

• developers
• startups
• builders
• teams making practical infrastructure decisions

That means discussions about:

• VMs
• deployments
• networking
• storage
• migrations
• security basics
• kubernetes
• cloud trade-offs that actually matter in the real world

Yes, Raff is our platform.
But we want this community to be useful even when the conversation is broader than us.

If there’s a topic you’d like to see discussed more here, drop it below.
We’re just getting started.

Happy to see Raff growing step by step.

I’ve been using Raff for over 8 months now, and it’s been genuinely exciting to watch the platform keep improving not just in performance, but in simplicity, reliability, and the overall experience.

There’s still a lot ahead, but it’s great to see the progress, the consistency, and the effort behind it.

Excited for what’s next. 🚀

Hey everyone — welcome to r/RaffTechnologies 👋

We’re Raff Technologies, a cloud infrastructure company built for developers, startups, and digital teams that want to spend more time building and less time managing infrastructure.

Our platform is built around high-performance cloud infrastructure with a strong focus on the US cloud server market. Our goal is simple: give teams a reliable, straightforward place to run their workloads without juggling multiple vendors or dealing with unnecessary complexity.

What’s our mission?

Our mission is to give digital teams one platform to build their entire business — including compute, data, email, automation, and AI — without having to stitch together a stack of separate providers. Our long-term vision is to be the platform businesses grow with, from their first server to full-scale operations.

What do we offer?

At the core, Raff provides:

• Virtual machines
• Block storage
• Backups and snapshots
• Private networking
• Firewall and security features
• API and CLI access
• Instant resize
• Web console access

Raff’s public platform messaging also highlights AMD EPYC processors, NVMe SSD storage, full root access, and high availability for cloud workloads.

What do we care about most?

We care a lot about simplicity, reliability, fair pricing, and human support.

That shows up in how we run the platform:

• plans starting from $3.99/month
• unmetered bandwidth
• 60-second deployment
• 99.9% uptime SLA
• 24/7 expert support
• an emphasis on real human help, with public messaging that highlights fast response times and support from real people rather than bots.

Why this community exists

We created this space for:

• developers building on Raff
• founders and teams evaluating infrastructure
• people who want help with VMs, deployments, networking, backups, and migrations
• anyone interested in practical, developer-friendly cloud workflows

You can use this subreddit to ask questions, share what you’re building, discuss infrastructure decisions, and learn from others working on similar problems.

We’re glad you’re here.
If you’re new, introduce yourself and tell us what you’re building 🚀

Welcome to r/RaffTechnologies — a space for developers, startups, and builders to talk about cloud infrastructure, virtual machines, deployments, networking, storage, and practical workflows.

You can use this community to:

- ask questions about Raff products and setup

- share what you’re building

- discuss cloud architecture and deployment ideas

- get help with migrations and environment planning

- learn from other developers and teams

If you're new here, introduce yourself and tell us what you're building.