Modular Open Architecture and Software-Defined Autonomous Systems Training by Tonex
Modular Open Architecture and Software-Defined Autonomous Systems Training by Tonex is a 2-day professional course focused on designing flexible, upgradeable, and interoperable autonomous platforms for defense, commercial, and NATO-aligned mission environments. The course explores how low-cost autonomous systems can be hardware-enabled yet software-defined, allowing mission roles to change through secure firmware, software updates, modular payload integration, and open architecture design.
Cybersecurity plays a central role because autonomous systems depend on trusted updates, protected command links, secure configuration control, and resilient software stacks. Participants examine how cyber risks can affect swarms, counter-swarms, edge AI, mission payloads, and cross-platform interoperability.
Learning Objectives
Participants will learn to:
- Design modular software stacks for drones, robotic platforms, and autonomous mission systems.
- Support mission reconfiguration using secure software and firmware update methods.
- Apply open architecture principles for scalable autonomous system development.
- Enable interoperability across NATO systems, partner platforms, and defense networks.
- Manage configuration control across production batches and evolving mission packages.
- Strengthen cybersecurity across firmware, edge autonomy, swarm coordination, and software-defined mission functions.
Audience
- Software engineers
- Autonomy developers
- Systems engineers
- NATO interoperability planners
- Defense architects
- Robotics and drone system designers
- Mission software developers
- Firmware and embedded software teams
- Defense technology program managers
- Cybersecurity Professionals
Course Modules
Module 1: Software-Defined Autonomous Platforms
- Hardware-enabled autonomy concepts
- Software-defined mission behavior
- Common platform reuse
- Autonomous role switching
- Platform abstraction layers
- Mission update workflows
Module 2: Modular Autonomy Code Stacks
- Layered software architecture
- Autonomy service separation
- Payload control interfaces
- Navigation software modules
- Mission planning components
- Reusable software patterns
Module 3: Open Architecture Design Principles
- Modular interface planning
- Vendor-neutral system design
- Open standards adoption
- Upgradeable component models
- Cross-platform integration methods
- Architecture governance practices
Module 4: NATO Interoperability Standards
- NATO mission alignment
- Coalition data exchange
- Common command interfaces
- Interoperable control systems
- Partner platform coordination
- Standardized autonomy integration
Module 5: Secure Firmware Management
- Firmware lifecycle control
- Trusted update pipelines
- Version tracking methods
- Secure boot principles
- Configuration baseline control
- Batch-level software governance
Module 6: Swarm and Edge Autonomy
- Edge AI deployment
- Low-cost controller design
- Swarm coordination methods
- Mission payload abstraction
- Counter-swarm considerations
- Zero trust autonomy controls
Advance mission flexibility, interoperability, and secure autonomous system design with Modular Open Architecture and Software-Defined Autonomous Systems Training by Tonex.