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Communications & Network Analysis

End-to-End Information Exchanges

Modern missions succeed or fail based on the integrity, resiliency, and effectiveness of their communications architecture. CFT delivers comprehensive communications and networking analysis that evaluates Information Exchange Requirements (IERs), system interoperability, and transport-layer performance under real-world threat conditions.We do not analyze networks in isolation, we analyze them as mission enablers.

Mission-Driven Communications

CFT’s Communications and Networking Analysis capabilities include the structured assessment of Information Exchange Requirements (IERs), transport-layer performance, waveform behavior, and end-to-end System-of-Systems (SoS) connectivity within contested operational environments. We integrate real-world threat intelligence, electronic warfare considerations, and adversary capabilities to evaluate how current and future communications architectures enable, or degrade, Joint Mission Thread execution.

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Our communications and networking expertise provides measurable value to modernization planning, operational experimentation, and acquisition decision cycles. Through disciplined modeling, physics-based RF analysis, and operator-informed assessment, CFT delivers defensible insight into communications resiliency, interoperability, and mission effectiveness across current and next-generation platforms.

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CFT’s Communications and Networking Analysis capabilities allow us to provide:

  • End-to-End Information Exchange Requirement (IER) Mapping and Traceability

  • Joint Mission Thread Communications Dependency Analysis

  • Transport Layer and Gateway Vulnerability Assessmen

  • Threat-Informed Network Resiliency Modeling

  • BLOS / SATCOM Degradation Impact Analysis

  • Electronic Attack and Spectrum Congestion Assessment

  • Waveform and Link Margin Performance Evaluation

  • Builder-Based Database and Architecture Modeling

  • RF Propagation and Physics-Based Connectivity Analysis

  • Multi-Platform and Multi-Domain Interoperability Assessment

  • Operational Gap Identification and Mission Impact Quantification

  • FYDP / POM Decision Support for Communications Modernization

Information Exchange Repository

Structured Visibility Across the Mission Thread

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CFT maintains a validated Information Exchange Repository that captures and maps IERs from mission-thread execution to campaign-level architectures. This structured data foundation enables quantitative assessment of data flow integrity, transport-layer dependencies, and potential degradation points across contested operational environments.

Cameo process

Visibility Across the Mission Thread

  • End-to-end IER traceability across F2T2EA mission phases

  • Identification of single points of failure and gateway dependencies

  • Mapping of data exchanges to specific systems, nodes, and transport layers

  • Quantified performance impacts when exchanges degrade or fail

  • Integration of IER importance weighting (catastrophic, critical, moderate)

Builder

 Threat-Informed Communications Analysis

Real-World Adversary Context Integrated into Network Evaluation

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  • Electronic attack and spectrum congestion modeling

  • Transport-layer stress under degraded BLOS/SATCOM conditions

  • Survivability of gateways and relay nodes

  • Effects of latency, packet loss, and link disruption on mission timelines

  • Sensitivity analysis under varying adversary capabilities

Our team includes RF physicists and communications specialists who understand propagation, waveform behavior, spectrum constraints, and transport-layer performance at a fundamental level.

 

Through advanced builder environments and structured database modeling, we:

  • Construct high-fidelity network representations

  • Model waveform performance across terrain and atmospheric conditions

  • Evaluate link margins and connectivity under variable load conditions

  • Analyze multi-path routing and gateway performance​

NRL Builder (Giant)

RF Physics Meets Operational Analysis

This fusion of physics-based modeling and mission-focused analysis allows CFT to evaluate not only whether a link exists, but whether it is reliable, survivable, and operationally sufficient.

Operational Impact & Decision Advantage

builder data flow

Our communications and networking analysis supports:

  • Long-Range Kill Chain operationalization

  • Air Superiority mission command integration

  • Global Precision Strike enablement

  • FYDP and POM investment decisions

  • Future System-of-Systems architecture planning​

From Network Performance to Mission Outcome

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CFT translates communications analysis into measurable mission impact. By linking network performance metrics directly to Joint Mission Thread execution, we quantify how communications architecture influences engagement timelines, targeting effectiveness, and mission accomplishment probability.

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CFT ensures that communications capabilities are not simply engineered, but operationally validated, threat-informed, and aligned to mission objectives.

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