Forge vs Building It Yourself
Short answer. Plenty of teams write their own hooks and scripts to get some of what Forge does — a PreToolUse hook here, a token-counting script there. It works, and it's real engineering effort that most teams end up duplicating independently, agent by agent, with no cross-agent consistency and no audit trail unless someone deliberately builds one.
What each one actually is
Building it yourself means custom hooks and scripts, maintained by your own team, re-implemented every time you add a second agent to the mix — a Claude Code hook does not transfer to Cursor.
Maistik Forge is one static binary with 24 adapters plus a generic one. The same four controls run behind every agent it configures, maintained as a product rather than internal tooling someone inherits.
Feature comparison
| Building it yourself | Maistik Forge | |
|---|---|---|
| Works across multiple agents | Only if you build it per agent | 24 adapters + generic, out of the box |
| Who maintains it | Your team, indefinitely | Forge |
| Cross-agent consistency | Only if every script stays in sync by hand | Same controls everywhere |
| Time to a protected first run | Days to weeks of internal engineering | About ten minutes |
| Audit trail | Only if you build one | Timeline, built in |
| Cost | Engineering time, ongoing | Paid licence, no maintenance burden |
Questions people actually ask
We already have a PreToolUse hook that blocks dangerous commands — why would we need Forge?
Keep it. Forge's guardrails gate does the same job, so compare the two directly. The harder part to replicate yourself is usually the verify circuit-breaker and spend ledger — both need state that survives across runs, not just a single hook firing once.
Doesn't building it ourselves give us more control?
It gives you more code to maintain. Forge's state lives in .forge/ — plain, git-committed, and inspectable like any other file in the repo. You are not trading away visibility, you are trading away the maintenance burden.