How much RAM do I need for bug bounty hunting?

16 GB is the practical minimum. Burp Suite alone can consume 4-8 GB on large targets, and running a Kali VM alongside your host browser and note-taking tools pushes you past 12 GB easily. 32 GB gives comfortable headroom for parallel recon tools and multiple VMs.

Do I need a dedicated GPU for bug bounty?

No. Bug bounty work is CPU and RAM intensive, not GPU intensive. Integrated graphics are fine. The only exception is if you're cracking password hashes with Hashcat, which benefits from a discrete GPU — but that's a niche use case, not a daily requirement.

Can I do bug bounty hunting on a Chromebook or tablet?

Not effectively. You need to run Burp Suite (Java), browser DevTools, terminal tools, and often a Linux VM. Chromebooks lack the RAM and processing power. A used ThinkPad with 16 GB RAM running Linux is a far better investment than any Chromebook.

Is Mac or Windows better for bug bounty?

Both work. macOS has a Unix terminal built in and runs most tools natively. Windows works well with WSL2 for Linux tools. Many hunters use Linux directly (Kali, Parrot, or Ubuntu) for the best tool compatibility. The OS matters less than having enough RAM and a fast SSD.

Bug Bounty Hardware Requirements: What You Actually Need in 2026

Key Takeaways

16 GB RAM minimum, 32 GB recommended — Burp Suite, VMs, and recon tools are memory-hungry
SSD is non-negotiable — spinning disks make tool loading and VM snapshots painfully slow
CPU matters more than GPU — bug bounty is not graphics work; get more cores, not a better GPU
A second monitor pays for itself — Burp on one screen, browser and notes on the other
You don't need expensive gear to start — a used ThinkPad with 16 GB RAM and an SSD is enough

Every week someone asks in a bug bounty Discord: "What laptop do I need?" The answers range from "any laptop works" to "$3,000 gaming rigs." Both are wrong. Here's what actually matters based on what the tools demand.

The Minimum Viable Setup

If you're starting out and want to spend as little as possible while still being productive:

Component	Minimum	Why
RAM	16 GB	Burp Suite (4-8 GB) + browser + OS + terminal tools
CPU	4 cores / 8 threads	Parallel recon tools (subfinder, httpx, nuclei) saturate fewer cores
Storage	256 GB SSD	VM snapshots, wordlists, and tool installations add up fast
OS	Linux, macOS, or Windows + WSL2	Most tools are Linux-native; macOS works; Windows needs WSL2
GPU	Integrated	Not needed for web app testing

This is genuinely enough to find bugs and earn bounties. Many successful hunters started on hardware worse than this.

What Each Tool Actually Needs

Burp Suite Professional

Burp is a Java application and the single biggest resource consumer in most hunters' workflows. On a large target with thousands of requests in the sitemap:

RAM: 4-8 GB (configurable via JVM flags, but it will use what you give it)
CPU: Active scanning is CPU-intensive — more cores = faster scans
Disk: Project files can reach several GB on large engagements

If you're running Burp with the default 1 GB heap on a target with 10,000+ requests, you'll hit OutOfMemoryError. Allocate at least 4 GB: java -jar -Xmx4g burpsuite_pro.jar

Recon Tools (subfinder, amass, httpx, nuclei)

These are Go binaries that are lightweight individually but run in parallel during recon:

RAM: 1-4 GB total for a full recon pipeline
CPU: Highly parallelized — more cores directly reduces scan time
Network: Recon is often network-bound, not hardware-bound. A fast internet connection matters more than CPU here.

Virtual Machines (Kali, Parrot, custom labs)

If you run VMs for testing or to isolate your hunting environment:

RAM: 4-8 GB per VM (this is why 32 GB total is recommended)
CPU: 2+ cores allocated per VM
Disk: 40-80 GB per VM, and snapshots multiply this

VMs are where 16 GB systems start struggling. If you regularly run a Kali VM alongside Burp on your host, you'll want 32 GB.

Browser with DevTools

Chrome with 20+ tabs, DevTools open, and extensions (FoxyProxy, Wappalyzer, Cookie Editor) running:

RAM: 2-4 GB easily
CPU: Minimal unless you're running heavy JavaScript-based testing

The Recommended Setup for Serious Hunting

Once you're earning bounties and want to invest in productivity:

Component	Recommended	Why
RAM	32 GB	Run Burp + VM + browser + recon without swapping
CPU	8+ cores (AMD Ryzen 7 / Intel i7 12th gen+)	Parallel scanning and recon at full speed
Storage	512 GB - 1 TB NVMe SSD	Fast VM snapshots, large wordlists, multiple project files
Monitor	Second external monitor (24"+)	Burp on one, browser + notes on the other — massive productivity gain
Network	Ethernet or strong Wi-Fi + VPN	Recon is network-bound; unstable connections waste time

Laptop Recommendations by Budget

Under $500: Used ThinkPad

A Lenovo ThinkPad T480/T490 with 16 GB RAM and a 256 GB SSD runs $200-400 on the used market. These are corporate fleet machines with excellent keyboards, good Linux support, and enough power for web app testing. Upgrade the RAM yourself if it ships with 8 GB — the T480 supports up to 32 GB.

$500-1,000: Mid-Range New Laptop

Look for: 16 GB RAM (upgradeable to 32 GB), AMD Ryzen 5/7 or Intel i5/i7, 512 GB SSD. Lenovo IdeaPad, ASUS VivoBook, or HP Pavilion lines all have options here. Prioritize RAM and SSD over screen quality or GPU.

$1,000-2,000: Performance Laptop

At this range you can get 32 GB RAM, a fast 8-core CPU, and 1 TB NVMe. ThinkPad X1 Carbon, Dell XPS 15, or MacBook Air M3 (with 24 GB unified memory) are all excellent choices. This is the sweet spot for full-time hunters.

$2,000+: Diminishing Returns

Beyond $2,000, you're paying for features that don't help bug bounty: discrete GPUs, 4K OLED screens, ultra-thin form factors. The only exception is if you need 64 GB RAM for running multiple VMs simultaneously (e.g., building lab environments with several target machines).

What Doesn't Matter (Despite What Forums Say)

Discrete GPU: Web app bug bounty is not password cracking. Integrated graphics are fine.
Mechanical keyboard: Nice to have, zero impact on finding bugs.
4K display: 1080p is perfectly fine. Spend the money on RAM instead.
Gaming laptop aesthetics: RGB lighting doesn't find XSS.
Brand new hardware: A 3-year-old ThinkPad with 32 GB RAM outperforms a new Chromebook for this work.

The One Upgrade That Actually Matters Most

If you can only upgrade one thing: add more RAM. Every tool in the bug bounty workflow is memory-hungry. An SSD is second — if you're still on a spinning disk, that's your bottleneck. CPU is third. GPU is irrelevant.

A second monitor is the highest-ROI peripheral purchase. Having Burp Suite on one screen while you browse the target and take notes on the other eliminates constant window switching. A $150 used 24" monitor will make you faster than a $500 keyboard.

Cloud VPS as a Complement (Not a Replacement)

Some hunters run recon tools on a cloud VPS (DigitalOcean, Linode, AWS) to offload long-running scans. This works well for:

Subdomain enumeration (amass, subfinder) — runs for hours on large scopes
Nuclei scans against thousands of hosts
Port scanning with masscan/nmap

A $10-20/month VPS with 4 GB RAM handles recon while your laptop stays responsive for manual testing in Burp. This is a smart complement to modest hardware — not a replacement for a local machine, since Burp Suite and browser-based testing need to run locally.

Summary: Spend Smart, Not Big

Bug bounty hunting is one of the few technical disciplines where expensive hardware is genuinely unnecessary to start. The tools are lightweight compared to video editing, machine learning, or game development. A used laptop with 16 GB RAM, an SSD, and a Linux install gets you 90% of the way there. Invest in skills and methodology first — hardware upgrades can follow the bounties.

For a complete guide to getting started beyond hardware, see our Bug Bounty Starter Kit and Recon Workflow Guide.