MINTCAKE SYSTEMS // BOOT SEQUENCE INITIATED
> LOADING KERNEL...[OK]
> MOUNTING SECURE PARTITION...[OK]
> DECRYPTING COMMS ARRAY...[OK]
> ESTABLISHING FIELD CONNECTION...[OK]
> SCANNING FOR HOSTILES...[CLEAR]
> SYSTEM ONLINE
> STAND BY FOR TRANSMISSION
// CLICK ANYWHERE TO SKIP
< Back to transmissions
⚠ SIGNAL PARTIALLY DEGRADED ⚠
TOP SECRET
EYES
ONLY
// CLASSIFICATION: UMBRA-7 — UNAUTHORISED ACCESS IS A CRIMINAL OFFENCE //
ORIGIN: ENCRYPTED — SOURCE UNKNOWN
DATE: 24 / 05 / 2026
CLEARANCE: SIGMA BLACK
STATUS
PARTIAL RECOVER
INTEGRITY
78% RECOVERED
PRIORITY
ELEVATED
TYPE
FIELD REPORT
// TRANSMISSION SUBJECT
FIELD REPORT // REVOLVE — PROOF OF CONCEPT CONFIRMED
DEVELOPMENT
⚠ TRANSMISSION PARTIALLY DEGRADED — SOME DATA BLOCKS IRRECOVERABLE — ⚠

// TRANSMISSION STATUS

RELAY: DISTRIBUTED
ENCRYPTION: PARTIAL
DATA INTEGRITY: 78% RECOVERED

— TRANSMISSION PARTIALLY DEGRADED — SOME DATA BLOCKS IRRECOVERABLE —

// OPERATIONAL ASSESSMENT

The problem was architectural. Not a bug. Not a missing feature. A fundamental question about whether this kind of operation was possible at all.

In conventional multiplayer engagements, all operators share a single theatre. A single server. A single map. Clean. Simple. Not what CORVUS: Prima Signa requires.

CORVUS: Prima Signa requires something different. Each commander maintains a sovereign base — a persistent operational headquarters that exists independently. When a squad deploys on a tactical mission, they cross a boundary. They enter a separate process. A separate map. A server that didn't exist until the moment of deployment, and will cease to exist when the mission concludes.

The question was whether that boundary could be crossed cleanly. Whether named personnel — soldiers with histories, with records, with faces known to their commander — could be handed off across that boundary, committed to a mission on a live tactical server, and returned to their base with the consequences of what happened to them intact.

// TECHNICAL INTERCEPT // PARTIAL RECOVERY

REVOLVE ARCHITECTURE / CONFIRMED OPERATIONAL
SOVEREIGN COMMAND NODES / INDEPENDENTLY VERIFIED
CROSS-PROCESS HANDOVER CONTRACT / SERIALISED AND PROVEN
NAMED PERSONNEL DEPLOYMENT / CONFIRMED AT ALPHA THRESHOLD
CASUALTY REGISTRATION / OPERATIONAL
CREDITS APPLIED POST-MISSION / CONFIRMED

/!\ --- /!\ --- /!\ SIGNAL LOST // DATA EXPUNGED /!\ --- /!\ --- /!\

// FIELD OBSERVATION

Analysts observed the following sequence under live conditions:

A commander on the Hub issued a deployment order. Two named soldiers — drawn from an active base roster, with designations on record — were committed to a tactical mission. A separate server process launched. The client connected. The soldiers were present on the mission map. The correct soldiers. Both of them.

The mission concluded. The client returned to the Hub. Credits were applied. Casualties registered where applicable.

The loop closed.

// ANALYST NOTE

What was observed is not a feature. It is the infrastructure that makes all other features possible. The REVOLVE architecture solves a problem that has no established pattern in this engine at this scale. Two independent server processes. A serialised handover contract passing real operational data across the boundary. A client that crossed between them without incident.

This is what the sovereign bases model requires to function. It now functions.

The implications for cooperative operations are significant and not yet fully understood by our analysts.

Development velocity remains consistent.

⚠ THIS DOCUMENT WILL SELF DESTRUCT ⚠
DOC-ID: MCG-TX-FIELD / REV.█