Adaptive, Intelligent Resource Orchestration for Multifunction Cyber Electromagnetic Activities (CEMA) and Communication Platforms at the Tactical Edge
Peraton Labs’ BRAHMS (Balanced Resource Allocator for Heterogeneous Multi-objective Systems) solution meets Army needs for intelligent cyber electromagnetic activities (CEMA) orchestration both on and across multi-function platforms. Multi-domain operations (MDO) combine and coordinate combat across air, land, sea, space, and cyber domains. MDO requires sophisticated, real-time capability to orchestrate diverse CEMA, manage shared platform resources, and determine optimal actions—while also incorporating situation awareness at the tactical edge and adapting to changes automatically. Deployed as a multi-function platform manager, BRAHMS coordinates radio frequency (RF) mission goals In spectrum, space, and time, delivering superior performance for real-time resource management on modular RF systems supporting communications, electronic warfare (EW), and radar.
BRAHMS harnesses sophisticated artificial intelligence (AI) and ML to optimize resource allocations and dynamically adjust to changes in environment and unexpected conditions. BRAHMS uses contextual reasoning across multiple time scales to improve skill performance while achieving a greater number of simultaneous objectives. BRAHMS additionally utilizes commander’s intent by accommodating task prioritization.
BRAHMS leverages open standards to process tactical node sensor data in real-time and dynamically plan and reprogram disparate CEMA activities to meet complex mission objectives. BRAHMS supports multiple open standards including the Modular Open Systems Approach (MOSA) and C5ISR/Electronic Warfare Modular Open Suite of Standards (CMOSS). BRAHMS processing can manage resources across different Modular Open Radio Frequency Architecture (MORA) devices, signal resources, and processing resources
BRAHMS: Multi-Platform Orchestration, Distributed Battlefield Management, and Multi-Domain Operations (MDO)
For more information about BRAHMS capabilities and opportunities for demonstrations, contact [email protected] or see Multifunction RF Platform Management.
Peraton Labs’ BRAHMS (Balanced Resource Allocator for Heterogeneous Multi-objective Systems) solution meets Army needs for intelligent cyber electromagnetic activities (CEMA) orchestration both on and across multi-function platforms. Multi-domain operations (MDO) combine and coordinate combat across air, land, sea, space, and cyber domains. MDO requires sophisticated, real-time capability to orchestrate diverse CEMA, manage shared platform resources, and determine optimal actions—while also incorporating situation awareness at the tactical edge and adapting to changes automatically. Deployed as a multi-function platform manager, BRAHMS coordinates radio frequency (RF) mission goals In spectrum, space, and time, delivering superior performance for real-time resource management on modular RF systems supporting communications, electronic warfare (EW), and radar.
BRAHMS harnesses sophisticated artificial intelligence (AI) and ML to optimize resource allocations and dynamically adjust to changes in environment and unexpected conditions. BRAHMS uses contextual reasoning across multiple time scales to improve skill performance while achieving a greater number of simultaneous objectives. BRAHMS additionally utilizes commander’s intent by accommodating task prioritization.
BRAHMS leverages open standards to process tactical node sensor data in real-time and dynamically plan and reprogram disparate CEMA activities to meet complex mission objectives. BRAHMS supports multiple open standards including the Modular Open Systems Approach (MOSA) and C5ISR/Electronic Warfare Modular Open Suite of Standards (CMOSS). BRAHMS processing can manage resources across different Modular Open Radio Frequency Architecture (MORA) devices, signal resources, and processing resources
BRAHMS: Multi-Platform Orchestration, Distributed Battlefield Management, and Multi-Domain Operations (MDO)
- BRAHMS architecture supports distributed resource management, enabling optimization of resource use and allocation across multiple platforms of varying capabilities
- BRAHMS orchestrates spectrum and physical resources, performs conflict discovery and resolution, and automatically balances simultaneous objectives to support missions of varying lengths and goals
- Scales to autonomous and multi-platform battlefield orchestration and supports dynamic operations in contested environments
- Platform-agnostic algorithms enable transition to support multiple programs of record
- Facilitates seamless integration with third party platforms and systems through an extensible translation layer
- Enables rapid, efficient, and context-based decision-making by harnessing multi-platform collaboration techniques
- Distributed approach obviates need for central decision making and prevents overburdening of communications networks
- Incorporates platform position, capability, and maneuverability into resource allocations
- Proven portability through integration with products from multiple external organizations
For more information about BRAHMS capabilities and opportunities for demonstrations, contact [email protected] or see Multifunction RF Platform Management.
