KMS MODIFICATION LEDGER

What changes.
Why it matters.

KMS is not presented as a mysterious preconfigured GameData folder. This ledger explains the behavior the suite owns, the upstream systems it extends, and the integration work that makes the program coherent.

01COMMUNICATIONS AND CAPACITY02NAVIGATION AND GNSS03SCIENCE AND DATA RETURN04MISSIONS AND CAREER05PARTS AND PROGRESSION06PERFORMANCE AND STABILITY07VISUALS AND PLAYABILITY08MISSION CONTROL09INSTALLER AND OPERATIONS
01

INTEGRATION PROGRAM

COMMUNICATIONS AND CAPACITY

Turns RemoteTech connectivity into an operable data network.

  • Continuous signal-quality and route-segment diagnostics
  • Finite per-link throughput, spectrum bands, channels, and spectral efficiency
  • Onboard routers, packet processors, bounded storage, priorities, and congestion
  • RF and optical terminal roles with pointing, power, heat, and wear costs
  • Ground-station reachability, gateway backhaul, mesh routes, and red-line map diagnostics
READ THE TECHNICAL MANUAL →
02

INTEGRATION PROGRAM

NAVIGATION AND GNSS

Makes constellation geometry, infrastructure, and service quality matter.

  • Powered generic navigation receivers and transmitters
  • RemoteTech-aware satellite health, reachability, and ephemeris maintenance
  • Visible-satellite geometry, accuracy, and degraded-solution reporting
  • JX2, Near Future Exploration, OctoSat, and original KMS constellation hardware
  • Shared GNSS state across part actions, Alt+M, missions, and Mission Control
READ THE TECHNICAL MANUAL →
03

INTEGRATION PROGRAM

SCIENCE AND DATA RETURN

Connects experiments, surveys, storage, transport, and receipt into one mission loop.

  • SCANsat coverage drives named-body mapping objectives
  • Tarsier telescopes contribute observation, visual mapping, and SpaceDust discovery
  • [x] Science! discovers custom KMS, Tarsier, DMagic, and WBI experiments
  • What Do I Need? maps objectives to actual payload and communications hardware
  • Persistent RemoteTech science packets complete only on verified transmission or recovery
READ THE TECHNICAL MANUAL →
04

INTEGRATION PROGRAM

MISSIONS AND CAREER

Provides deterministic missions with observable prerequisites and exact-once rewards.

  • Persistent KMS mission program for Science and Career saves
  • Explicit survey, relay, navigation, telescope, laboratory, resource, and return objectives
  • Suppression of overlapping unaccepted stock offers without deleting accepted work
  • Five-stage commercial constellation certification program
  • Regional demand, availability, delivered traffic, backhaul, gateway, and SLA progression
READ THE TECHNICAL MANUAL →
05

INTEGRATION PROGRAM

PARTS AND PROGRESSION

Makes the full hardware library discoverable and useful in one technology path.

  • Original KMS communications, routing, compute, storage, navigation, and science parts
  • Distinct OGS-96 optical ground gateway plus Deploy-driven RF and optical terminals
  • RemoteTech and GNSS roles for Near Future Exploration, JX2, and OctoSat hardware
  • M.O.L.E. laboratory and experiment integration
  • Legacy attachment, animation, IVA, editor, and KSP 1.12 compatibility repairs
  • Technology-tree placement, costs, categories, and mission-readiness descriptions
READ THE TECHNICAL MANUAL →
06

INTEGRATION PROGRAM

PERFORMANCE AND STABILITY

Improves observability and load behavior without reducing visual or simulation quality.

  • Bounded frame percentiles, hitch rate, heap, GC, memory, physics, and part-count telemetry
  • Validated KSPBurst native cache lifecycle and duplicate-runtime prevention
  • Optional loader prewarm experiments with safe default behavior
  • Quality-neutral scheduling and diagnostics rather than texture or physics downgrades
  • Crash evidence collection, deterministic static audits, and save-aware recovery
READ THE TECHNICAL MANUAL →
07

INTEGRATION PROGRAM

VISUALS AND PLAYABILITY

Ships a controlled visual composition instead of a conflicting pile of configs.

  • ClassicSpectra composition for Spectra, EVE Redux, and Scatterer
  • Mutually exclusive visual-profile switching and conflict detection
  • Stable full-quality atmosphere, ocean, eclipse, cloud, and plume configuration
  • TAA disabled where temporal jitter affected parts and UI
  • Editor, flight, testing, recovery, and placement utilities wired into one workflow
READ THE TECHNICAL MANUAL →
08

INTEGRATION PROGRAM

MISSION CONTROL

Replaces the legacy Telemachus experience with a local operations console.

  • Bounded v2 telemetry API and explicit offline/loading/no-vessel states
  • RemoteTech signal, delay, capacity, route, and ground-network telemetry
  • GNSS, SCANsat, science, carrier, power, thermal, and readiness views
  • Main-thread-safe command pump with browser/network work kept off simulation state
  • Loopback-first operation with deliberate LAN pairing; no public-cloud telemetry relay
READ THE TECHNICAL MANUAL →
09

INTEGRATION PROGRAM

INSTALLER AND OPERATIONS

Makes a large KSP environment installable, testable, diagnosable, and recoverable.

  • One unsigned Windows installer with the KMS payload embedded
  • Official dependency acquisition with fixed versions and SHA-256 verification
  • KSP 1.12.5 detection, staging, transaction backups, receipts, and rollback
  • Private Cloudflare beta identity, passkeys, invitations, releases, R2 artifacts, and audit events
  • Monorepo build scripts, 163 integration checks, 34 mission checks, and operator documentation
READ THE TECHNICAL MANUAL →

TRACEABLE BY DESIGN

Copy here. Detail in the manuals. Evidence in the repository.

The public ledger summarizes player-visible behavior. The operations library explains how to use and diagnose it, while the private monorepo retains source provenance, build scripts, test evidence, and exact configuration ownership.