10 Raspberry Pi Projects for 2026 That Are Actually Useful

We have a box of Raspberry Pis in our office. Not because we collect them — because every time someone finishes a "quick weekend project," they buy another Pi for the next one. The tiny ₹6,500 computer has this way of pulling you in: you start with one project and end up running five services across three Pis within a month.

But most "Raspberry Pi project" lists are stuffed with novelty items — magic mirrors, weather stations that tell you what you already know from your phone, and LED displays that serve no purpose. We wanted to share projects that our team actually built and still uses daily. These are tools that solve real problems, save real money, or teach genuinely valuable skills.

What You Need to Get Started

Every project below assumes you have:

• Raspberry Pi 5 (4GB or 8GB): ₹5,499 - ₹6,499
• Power supply: Official Pi 5 27W USB-C — ₹499
• MicroSD card: 32GB minimum, 128GB recommended — ₹499-₹999
• A way to connect: Monitor + keyboard for initial setup, then SSH from your laptop

Install Raspberry Pi OS Lite (no desktop) for server projects or Raspberry Pi OS (with desktop) for projects that need a GUI. The Raspberry Pi Imager tool makes flashing the SD card a one-click process.

The Projects

1. Network-Wide Ad Blocker (Pi-hole)

Time to set up: 15 minutes
Difficulty: Beginner
Daily value: High

Pi-hole blocks ads across every device on your network — phones, smart TVs, laptops, tablets — without installing anything on individual devices. It works by acting as your network's DNS server and filtering out requests to known advertising and tracking domains.

After installing Pi-hole on our office network, we saw a 27% reduction in DNS queries (meaning 27% of all network requests were going to ad/tracking servers). Smart TVs stopped showing banner ads. YouTube mobile ads decreased (though Google's clever enough to serve some ads from the same domains as content). Our Jio Fiber router's admin page loaded faster because it wasn't trying to phone home to analytics servers.

Setup: One command installs everything: curl -sSL https://install.pi-hole.net | bash. Follow the prompts, then point your router's DNS to your Pi's IP address. Every device on the network is now ad-filtered.

Pro tip: Add the OISD blocklist (oisd.nl) — it's maintained daily and catches trackers that the default lists miss, while having very few false positives.

2. Personal VPN Server (WireGuard)

Time to set up: 30 minutes
Difficulty: Intermediate
Daily value: High

Instead of paying ₹300/month for a commercial VPN, run your own. WireGuard on a Pi turns your home internet connection into a VPN exit point. When you're at a cafe, airport, or hotel, your traffic routes securely through your home network.

This doesn't anonymize you from your ISP (your home ISP still sees the traffic), but it protects you from local network snooping on public Wi-Fi and lets you access your home network devices remotely.

We use PiVPN, a script that simplifies WireGuard setup to answering a few questions. Generating client configs for phones and laptops takes seconds. The Pi 5 easily handles 200+ Mbps throughput through WireGuard, so you won't notice speed drops on most connections.

3. Home Automation Hub (Home Assistant)

Time to set up: 45 minutes
Difficulty: Intermediate
Daily value: High

Home Assistant is the open-source smart home platform that works with basically everything — Alexa devices, Google Home, Zigbee sensors, Wi-Fi bulbs, MQTT devices, and hundreds of other integrations. Unlike Alexa or Google Home, Home Assistant runs entirely locally. Your smart home data never leaves your network.

Our lead developer runs his entire apartment through Home Assistant on a Pi 5. His automations include: lights that follow him room-to-room using motion sensors, AC that turns on when his phone connects to home Wi-Fi (meaning he's arrived), and a morning routine that gradually brightens lights, starts the coffee maker (via smart plug), and reads out his calendar.

The visual automation editor makes creating complex routines possible without writing YAML (though YAML gives you more control). The community has built integrations for over 2,000 different devices and services.

4. Media Server (Jellyfin)

Time to set up: 30 minutes
Difficulty: Beginner
Daily value: Medium-High

Jellyfin is a free, open-source media server that organizes and streams your movie, TV, and music collection to any device. It automatically downloads metadata, cover art, subtitles, and organizes everything into a Netflix-like interface.

The Pi 5 handles direct play of most formats well, including 4K HEVC. Where it struggles is transcoding — converting video formats on-the-fly for devices that can't play the original. For transcoding, you'll want the mini PC route from our home lab guide. But if your devices support direct play (most modern smart TVs, phones, and tablets do), the Pi works perfectly.

Attach a USB hard drive, point Jellyfin at your media folders, and it does the rest. The Jellyfin app is available on Android, iOS, Android TV, Roku, and web browsers.

5. Network Monitoring Dashboard (Grafana + Prometheus)

Time to set up: 1 hour
Difficulty: Intermediate-Advanced
Daily value: Medium

This is the project that teaches you the most transferable professional skills. Prometheus collects metrics from your network devices, and Grafana visualizes them in beautiful, customizable dashboards. We monitor: internet speed over time, per-device bandwidth usage, Pi-hole statistics, server uptime, and temperature/humidity (via a ₹300 DHT22 sensor).

Why this matters beyond looking cool: we discovered that our ISP consistently delivered 40% less bandwidth between 8-10 PM. That data, presented as a graph, convinced customer support to send a technician who found a faulty line splitter. We also identified a smart TV that was uploading 2GB of data daily to analytics servers — which Pi-hole then blocked.

The Grafana community shares thousands of pre-built dashboards. Import one, connect your data sources, and you have a professional monitoring setup in minutes. This same tech stack (Prometheus + Grafana) is used by companies like Spotify and DigitalOcean — learning it on a Pi translates directly to professional DevOps skills.

6. Retro Gaming Console (RetroPie/Batocera)

Time to set up: 20 minutes
Difficulty: Beginner
Daily value: Entertainment

The Pi 5 emulates everything up to PlayStation 1 and N64 flawlessly, and handles many Dreamcast and PSP games well. RetroPie and Batocera turn your Pi into a retro gaming console with a polished frontend that feels like a real console experience.

We built one for the office break room and it gets more use than the PS5 sitting next to it. Something about playing the original Mario Kart 64 with four controllers (USB controllers work perfectly) during lunch breaks hits different.

Pair it with an 8BitDo Pro 2 controller (₹3,999) for the best experience. The controller connects via Bluetooth and feels premium. The entire setup — Pi, case, controller, HDMI cable — comes in under ₹12,000 and plays thousands of classic games.

7. Automated Backup Server (BorgBackup)

Time to set up: 45 minutes
Difficulty: Intermediate
Daily value: Insurance (you'll be glad when you need it)

BorgBackup is a deduplicating, encrypting backup tool that's remarkably efficient. We run it on a Pi with a 2TB USB drive. Every night, it pulls backups from three laptops over the network. Because of deduplication, incremental backups only transfer changed data — a nightly backup of a 500GB laptop takes about 5 minutes after the initial full backup.

Our configuration: BorgBackup server on the Pi, borgmatic for scheduling, and Healthchecks.io (free tier) for monitoring that backups actually run. If a backup fails, we get an alert. One team member recovered from a complete SSD failure using a Borg backup — total data loss was zero, and restoration took 2 hours.

8. DNS-over-HTTPS Resolver (Cloudflared + Pi-hole)

Time to set up: 20 minutes
Difficulty: Intermediate
Daily value: Privacy improvement

Standard DNS requests are unencrypted — your ISP can see every domain you visit. By running Cloudflared alongside Pi-hole, your DNS queries are encrypted and sent to Cloudflare's 1.1.1.1 resolver over HTTPS. Your ISP sees that you're communicating with Cloudflare, but not which specific domains you're resolving.

Setup is straightforward: install cloudflared, configure it as an upstream DNS for Pi-hole, and your entire network gets encrypted DNS. Combined with Pi-hole's ad blocking, this is a significant privacy upgrade for your home network.

9. Speed Test Monitor (Speedtest CLI + InfluxDB)

Time to set up: 30 minutes
Difficulty: Beginner-Intermediate
Daily value: Medium

Automated internet speed tests run every 4 hours, storing results in InfluxDB and displaying them in Grafana. Over a month, you build an irrefutable record of your ISP's actual performance versus what you're paying for.

We used this data to negotiate with our ISP. After showing three months of data proving we received less than 60% of our advertised speed during peak hours, they upgraded our plan at no additional cost. The ₹6,500 Pi paid for itself many times over with that single conversation.

10. Development & Learning Sandbox

Time to set up: Variable
Difficulty: Variable
Daily value: Skill building

A dedicated Pi for learning and experimentation is invaluable. Use it to:

• Learn Linux system administration: Break things without consequences. Reinstalling Pi OS takes 10 minutes.
• Practice Docker: Deploy containers, build compose files, learn networking between services.
• Run a web server: Host Nginx, deploy a static site, configure SSL — all skills that translate directly to professional DevOps.
• Learn networking: Set up VLANs, firewall rules, and DHCP. Understanding networking at a practical level is one of the most valuable skills in tech.
• Experiment with IoT: Connect sensors, build automation scripts, and prototype hardware projects before investing in expensive components.

The Pi's affordability means you can experiment without fear. Accidentally misconfigure the firewall and lock yourself out? Flash a new SD card and start over. Try something risky with root permissions? Worst case, you lose 20 minutes reinstalling.

Tips From Our Experience

Use an SSD instead of microSD: For any project that involves frequent disk writes (databases, Pi-hole logs, backups), boot from a USB SSD. MicroSD cards have limited write cycles and will fail eventually. A 128GB NVMe SSD in a USB enclosure costs ₹1,500 and is dramatically faster and more reliable.

Set up SSH keys immediately: Password authentication is convenient but insecure. Generate an SSH key pair, copy the public key to your Pi, and disable password login. This takes 5 minutes and eliminates brute-force attack risk.

Use Docker for everything: Running services in Docker containers means clean uninstalls, easy updates, and no dependency conflicts. Our Pis run 4-8 containers each, all managed through docker-compose files that we can version control and replicate instantly.

Monitor temperature: The Pi 5 runs warmer than previous models. A passive heatsink case (like the Argon ONE) keeps temperatures in check. Run vcgencmd measure_temp to check. Anything above 80°C sustained means you need better cooling.

The Real Value of Pi Projects

The hardware cost of these projects ranges from ₹6,500 to ₹15,000. The skills you learn — Linux administration, Docker, networking, automation — are worth orders of magnitude more on the job market. Every DevOps engineer we know started by tinkering with something small. A Raspberry Pi is the cheapest, most forgiving starting point that exists.

Pick one project that solves a real problem for you. Set it up this weekend. Then watch as one project naturally leads to the next. That's how everyone's Pi collection begins — and nobody regrets it.