Evolving Intelligence

A Modular AI Architecture for Every Scenario

Built for evolution across aerial drone swarms, ground-based robotics, and hybrid autonomous fleets

Dynamic Foundation for Technological Innovation

Our AI architecture is built for evolution. Each core component—Cortex, Neuron, and Synapse—can be independently upgraded, reconfigured, or extended to support emerging mission demands and technological innovations. This dynamic foundation ensures long-term flexibility, rapid integration of new capabilities, and resilience in the face of diverse operational scenarios.

Cortex Policy Engine

Policy-based configuration engine allows new mission logic deployment without firmware updates

Neuron Transport Layers

Multiple transport layers (LoRa, LTE, IR, mesh Wi-Fi) through pluggable adapters for maximum connectivity

LoRa
LTE
IR
Mesh Wi-Fi
Synapse AI Models

Hot-swappable AI models per drone class using containerized runtimes for role agility

This modularity enables seamless scaling—whether expanding to a 3-node micro-swarm or integrating hundreds of heterogeneous agents. We implement flexibility through upgradeable logic blocks, interoperable interfaces, and adaptive AI execution across mission types.

Technology Evolution Timeline

Cortex v1: Centralized Predictive Command

First-Generation AI Command Hub

Cortex v1 is our first-generation AI command hub, designed as a centralized brain that consolidates telemetry from every vehicle in a fleet and applies predictive models to anticipate maintenance needs, optimize routing, and issue management directives.

Strengths:

Strong fleet-wide insight

Proactive fault detection

Centralized analytics power

Limitations:

Requires continuous connectivity

Limited local autonomy

Data buffering during disconnects

Technology Evolution

From Centralized to Distributed

Cortex v2: Distributed Reasoning Revolution

Next-Generation Autonomous Operations

The transition from Cortex v1 to v2 represents a fundamental evolution—from centralized prediction to distributed reasoning. Synapse is upgraded into an intelligent sub-brain capable of real-time reasoning, adaptive behavior, and autonomous decision-making at the edge.

Revolutionary Capabilities:

Real-time reasoning at edge

Independent drone operation

Intelligent peer coordination

Dynamic mission response

Architecture Comparison: v1 vs v2

Cortex v1 Architecture

Cloud Cortex

Centralized Decision Making

Neuron

Communication Layer

Synapse (Edge)

Data Collection Only

Cortex v2 Architecture

Cloud Cortex

Strategic Orchestration

Neuron

Mesh Communication

Synapse (Edge)

Intelligent Sub-Brain

Positioning for Next-Generation Operations

The result is a resilient, modular system that supports predictive foresight and cognitive adaptability—positioning our drone swarm platform at the forefront of next-generation autonomous operations. Cortex continues to orchestrate high-level strategy while Neuron provides low-latency communication, and Synapse enables true edge intelligence.