mcp server
LAMF-Optimizations
Optional, independently switchable agent optimization pack for Ledgered Agent Memory Fabric.
Set up
Runs on your computer. Pick your agent and operating system.
This project does not publish an install method we can turn into a config. Follow the README instead.
README
synced Oct 27, 2026LAMF Optimizations
An optional, independently switchable behavior pack for Ledgered Agent Memory Fabric.
LAMF Optimizations adds compact, provider-neutral instructions intended to improve agent accuracy and reduce avoidable work. It does not read, write, index, migrate, or own durable memory. Core LAMF remains fully functional when this pack is absent or disabled.
Included modules
minimal-solution— choose the smallest safe solutionselective-workflows— load only workflows directly relevant to the taskstale-context-guards— verify mutable state is current before changing itsurgical-changes— make narrow changes and preserve unrelated workverified-execution— define and check observable success criteria
Every module has its own switch, manifest, compact instruction, skill, harness metadata, and provenance reference. All are enabled by default after the pack is installed; the whole layer can be disabled immediately.
Install
Download or clone both repositories. Then run this pack's installer and point it at the LAMF source checkout—not at the private LAMF data directory.
Windows
powershell -ExecutionPolicy Bypass -File .\Install-LAMF-Optimizations.ps1 -LamfRoot "E:\LAMF"
macOS or Linux
bash ./install-lamf-optimizations.sh /path/to/LAMF
Restart connected agents after installing or updating the pack. Existing LAMF data is untouched.
Control
From the LAMF runtime environment:
lamf optimizations status
lamf optimizations on
lamf optimizations off
lamf optimizations enable MODULE_ID
lamf optimizations disable MODULE_ID
lamf optimizations doctor
LAMF_OPTIMIZATIONS=off is the global emergency override. See
optimizations/OPTIMIZATIONS.md for the full
contract and controls.
Safety and provenance
The pack contains no memory database, credentials, tokens, user configuration,
or compiled executable. External influences and their license-review status are
recorded in Credit.md; module provenance files reference stable
Credit IDs. No upstream source or prose is vendored.
Released under the MIT License.