01 / CONNECT
Connect the platform
Integrate where the host system already exposes useful boundaries rather than redesigning the platform around SPECTRE.
Platform interfaces · external compute · existing radios · sensor systems
Distributed systems architecture
SPECTRE
Extend existing systems without rebuilding the mission around the network.
SPECTRE is Devlin Industries' architecture for extending connectivity and interoperability across distributed equipment. It integrates at practical system boundaries, preserves existing platforms, and allows capability to move with the operating environment rather than a single vendor ecosystem.
Systems viewSPECTRE / 01
UAS
Sensors
Operators
↓
Integration layer
SPECTRE
Connect
Adapt
Coordinate
Extend
↓
Available links
Existing networks
External infrastructure
Pragmatic capability transfer
Add capability without replacing the platform.
SPECTRE starts at the integration boundary. Existing equipment remains responsible for what it already does well; SPECTRE adds the interoperability needed to participate in a larger distributed system.
02 / MOVE
Move the information
Coordinate operational data and application traffic across distributed systems without exposing the mission to unnecessary transport-specific complexity.
Data exchange · network adaptation · service integration · diagnostics
03 / ADAPT
Adapt to the available network
Keep application behavior separate from the communications technology available in a particular operating environment.
Local · long-range · constrained · infrastructure-assisted
04 / EXTEND
Extend the operating system
Expose distributed information to the systems capable of using it while preserving the tools and platforms already in service.
Autonomous systems · sensing · edge compute · operator systems
Demonstrated
Built around field evidence.
SPECTRE is being developed through working hardware, field exercises, and real integration constraints. The capabilities below reflect prototype functions already exercised during development.
Network
Self-organizing multi-node communications
Coordination
Distributed node connectivity
RF
Field-tested wireless networking
Applications
Application data across distributed nodes
Existing networks
Constrained-link data exchange
Integration
Interface and network awareness
Backhaul
External network integration
Diagnostics
Operational network diagnostics
Prototype evidence
FIELD TESTED
Prototype communications exercised under obstructed, real-world operating conditions.
MULTI-NODE
Distributed connectivity exercised across independently operating nodes.
ADAPTIVE
Multiple communications environments are being evaluated under a common integration model.
Prototype results are developmental and vary with environment, configuration, integration, and operating conditions.
Integration principle
The host platform remains the host platform.
SPECTRE is intended to extend existing equipment rather than turn it into a proprietary platform. The objective is interoperability across a larger operational system.
Integration example
An integration layer, not a platform rewrite.
Existing platform
Existing Platform
Retains its native control, sensing, software, and platform-specific functions.
→
Insertion layer
SPECTRE Integration
Adds connectivity, coordination, and interoperability services appropriate to the host environment.
→
Extended system
Extended System
Existing software, operator systems, distributed platforms, sensors, and external infrastructure.
From prototype to integration
Keep what works. Extend what it can do.
Devlin adapts the architecture to the physical, electrical, software, communications, and environmental constraints of the host system. The objective is measurable capability transfer without unnecessary platform replacement.