about-shape

Cellular Optimization, Security & Management

via Intelligent Control (COSMIC)

Overview

We live in a world surrounded by many access networks — we should be able to easily leverage them all to deliver resilient, secure/private, high-performance mission-critical communications for first response, public sector, enterprise, autonomous sensors, or DoD missions. Simultaneously, AI is leaving the screen and entering the physical world, but the infrastructure is not ready. COSMIC creates the unified substrate that real-world AI systems need to operate reliably while making sure that you can leverage the full potential of your infrastructure.

Emerging Trends

Several emerging trends create pressure on modern communications: multi‑access connectivity explosion, hybrid edge–cloud systems, fragmentation across domains, rising costs and operational complexity, and emerging physical AI use cases (including UAV mesh coordination). COSMIC addresses these by providing an intelligent, unified control substrate that maintains mission‑tailored service continuity across heterogeneous networks.

Drivers and needs motivating COSMIC

Problem

While connectivity has multiplied across broadband, cellular, non‑terrestrial, and cloud domains, coordination has not kept pace. Networks are heterogeneous, inconsistent, and lack unified intelligence; there is no flexible, adaptive layer that coordinates availability, performance, privacy, and mission alignment across all networks.

Foundational Issues for Next Generation Infrastructure

  • Unified Data: Telemetry lives in 10–15 disconnected systems: radio metrics, cloud logs, device events, and network state. They are all scattered, inconsistent, and impossible for AI to correlate in real time.
  • Unified Semantics: Every domain speaks a different language — devices, networks, clouds, and apps all use incompatible identifiers, formats, and abstractions. No system (or AI agent) has a coherent view of what anything is.
  • Unified Action Surface: Operations depend on dozens of separate APIs and tools — from 5G control to Wi‑Fi configs to cloud scaling. There is no deterministic, safe, or composable way for AI to execute actions across domains.
  • Autonomy Targets: No clear boundaries for automation where every domain operates at a different maturity level. No shared model for what can be automated, what requires supervision, or how to coordinate autonomy loops.
  • Cloud Computing: No unified audit trail or policy layer — actions, changes, and decisions are scattered across systems, making compliance, safety, rollback, and explainability nearly impossible.

Proposed Solution

COSMIC creates a unified substrate that connects heterogeneous networks, devices, clouds, and applications. It provides a common data model, semantics, action surface, autonomy targets, and audit trail that enables AI systems to reliably manage mission-critical communications across any infrastructure.

COSMIC Platform

Adressing these foundational issues unlocks new capabilities:

Area Solutions

project-icon
Get In Touch

Contact & Demo

Interested in COSMIC? Reach out or request a demo.

service-shape

Differentiators

  • Unified Connectivity icon
    Unified Connectivity: Eliminates fragmentation across 5G / Wi‑Fi / SATCOM.
  • AI-Ready icon
    AI‑Ready: Fits seamlessly into your network, bypasses vendor lock‑in, and creates a dynamic substrate required for real‑world AI operations.
  • Enabling Architecture icon
    Enabling Architecture: Enables — not replaces — existing systems; integrates with any connectivity option.
  • Cost Efficiency icon
    Cost Efficiency: Can save up to 20% cloud OpEx via compute resource optimization in hybrid private/public cloud deployments.

High Value Markets

  • First Response icon
    First Response & Public Safety
  • Public Sector icon
    Public Sector, Smart Cities & Physical AI
  • Enterprise icon
    Enterprise Networks
  • Autonomous Sensors icon
    Autonomous UAV Mesh Coordination
  • DoD icon
    Defense (DoD) Missions