Chrome DevTools MCP vs Make: Features, Pricing & Which Is Better (2026)
A side-by-side comparison of Chrome DevTools MCP and Make — features, pricing, and ideal use cases — to help you decide which AI tool fits your workflow.
Chrome DevTools MCP
Google Chrome DevTools
Official Chrome DevTools MCP server that lets coding agents drive, inspect and profile a live Chrome browser.
Key features
- Performance insights: Records traces with the Chrome DevTools frontend and extracts actionable findings
- Network inspection: Lets an agent read requests and responses from the live browser session
- Console access: Surfaces console messages with source-mapped stack traces for real debugging
- Screenshots: Captures the current page state on demand for the agent to reason over
- Puppeteer-backed automation: Actions automatically wait for their results rather than using fixed delays
- Standalone CLI: Ships a command-line interface for use without an MCP client
- Privacy flags: --no-performance-crux and --no-usage-statistics disable external data collection
- Broad client support: Works with Claude, Cursor, Copilot, Antigravity and other MCP-capable agents
Best for
- A coding agent reproduces a reported bug in a live page and reads the console stack trace to locate the cause
- A developer asks an agent to record a performance trace and summarise which resources block first paint
- An agent verifies a front-end change by navigating the app and confirming the network calls it expects
- A QA workflow captures screenshots across a checkout flow without writing a bespoke automation script
- An engineer debugs a source-mapped production error by having the agent inspect the deployed page directly
- A team wires the CLI into an existing pipeline to collect DevTools traces without adopting an MCP client
Make
Celonis
Command-line build automation tool that executes Makefiles to compile and link software projects.
Key features
- Execute Makefiles to manage build dependency graph and run build rules
- Invoke compilers and linkers to produce object files, archives, and binaries
- Parallel job execution support (concurrent jobs shown by 'Waiting for unfinished jobs...')
- Integrates with Unix-like shells; can be invoked via absolute path (e.g. /usr/bin/make)
- Reports compilation errors and propagates underlying compiler diagnostics
- Works on POSIX-like environments and can be used within Cygwin on Windows (subject to platform/compiler compatibility)
Best for
- Compiling and linking C/C++ projects using Makefiles
- Building libraries and software snapshots (e.g., object files, static archives)
- Continuous integration build steps that run Make targets
- Debugging build failures caused by compiler errors, header issues, or incorrect Makefile rules
- Working around shell-specific issues by invoking absolute make binary (e.g., 'command make' or '/usr/bin/make')