SA COMPUTE PRO-AR

Advanced Cybersecurity with Modular Standards-based Mission Computing

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Mobilicom and ARK Electronics created SA Compute PRO-AR to deliver the secure, high-performance computing that modern uncrewed systems demand. Designed for resilience, it combines advanced cybersecurity with real-time threat detection and AI-driven processing to keep platforms adaptive and mission-ready, even when operating in contested environments.

Powered by NVIDIA Jetson Orin and built on Pixhawk open standards, PRO-AR gives OEMs the flexibility to integrate and scale quickly. Its Blue UAS Framework certification, NDAA compliance, and U.S.-made reliability accelerate procurement while ensuring operators can deploy Group 1 and Group 2 systems with confidence.

What is
Secured
Autonomy?

Mobilicom’s Secured Autonomy framework protects uncrewed systems across three pillars: Secured Autonomous Platforms, Secured Autonomous Fleets, and Secured Communications & EW Protection. Together, these pillars deliver end-to-end resilience for drones and robotics, reducing compliance risks and strengthening mission reliability.

Explore Secured Autonomy

We’re writing the book on securing autonomy.

Secured Autonomy: A Cybersecurity Primer for Drones and Robotics is the industry’s first dedicated guide to protecting uncrewed systems. Written for design teams, OEMs, operators, and procurement leaders, it offers a shared language and framework for securing platforms, fleets, and communications.

Reserve your free copy >

Highlights

ADVANCED
CYBERSECURITY

Continuous protection with layered, proactive defenses.

REAL-TIME 
THREAT DETECTION 
& RESPONSE

AI-driven monitoring and instant autonomous countermeasures.

HIGH-PERFORMANCE
AI-DRIVEN
PROCESSING

GPU-accelerated computing for mission-critical analytics.

BLUE UAS
FRAMEWORK
CERTIFICATION

Trusted compliance that accelerates procurement and approval.

Defend Platforms with
Continuous Cybersecurity

Mobilicom’s SA Compute PRO-AR provides layered, continuous protection designed to safeguard Group 1 and Group 2 uncrewed systems from evolving cyber threats. Built with hardened OS configurations, file system encryption, and secure application controls, the system ensures mission-critical integrity under contested conditions.

Continuous Monitoring

AI-driven oversight of processes and anomalies ensures early detection of unauthorized activity.

Hardened OS Security

Advanced configurations reduce attack surfaces, enhancing resilience against cyber intrusions.

Audit and Compliance Logging

Tamper-resistant logs support forensic analysis and regulatory compliance, strengthening trust in mission-critical deployments.

Threats Detected and Neutralized in Real Time

SA Compute PRO-AR continuously monitors system processes, user activity, and data flows to detect anomalies and unauthorized access the moment they occur. Policy deviations are flagged instantly, giving OEMs and operators confidence that threats will not go unnoticed.

When threats emerge, AI-driven countermeasures respond immediately, blocking and containing attacks to preserve mission control. Operators remain informed through real-time alerts and visibility, while the system independently safeguards mission-critical functions in contested environments.

Accelerate Mission Computing with AI Processing Power

SA Compute PRO-AR delivers the computing speed required for advanced autonomy and real-time analytics. Powered by NVIDIA Jetson Orin NX, it combines GPU acceleration, deep learning engines, and secure data handling to support mission-critical decision-making at the edge.

Accelerated Mission Analytics

1024 CUDA cores and 32 Tensor cores for parallel performance.
70 TOPS INT8 compute for real-time AI workloads.

AI Hardware Acceleration

AI algorithms trigger autonomous countermeasures against evolving cyber threats in real time.

Secure, High-Speed Data Handling

AI algorithms trigger autonomous countermeasures against evolving cyber threats in real time.

Blue UAS Certification for Faster, Compliant Deployment

SA Compute PRO-AR is Blue UAS Framework listed, ensuring compliance with trusted defense standards. This certification accelerates procurement timelines, reduces validation burdens, and provides OEMs andNoperators with assurance of NDAANcompliance, FCC approval, and U.S.-made reliability.

Accelerated Procurement

Certification speeds acquisition and eliminates redundant validation.

Trusted Standards Alignment

Certification speeds acquisition and
eliminates redundant validation.

Mission-Ready Assurance

FCC certification ensures secure,
reliable deployment in defense programs.

Key Features

Continuous, AI-driven cybersecurity with real-time threat detection and autonomous countermeasures.
Hardened OS, application controls, and tamper-resistant audit logging for mission-critical integrity and compliance.
Integrated deep learning accelerators for optimized inference in dynamic mission conditions.

16 GB LPDDR5 RAM and 480 GB SSD for secure, high-speed data handling.
Built on Pixhawk open standards for modular integration and vendor flexibility.
Blue UAS Framework listed, NDAA compliant, and FCC approved for trusted deployment.

Technical Specifications

Cybersecurity Specifications Mission Computing Specifications Environmental & Ruggedization Compliance & Standards Dimensions & Weight

Cybersecurity Specifications

System Security & Integrity

Real-time system health reporting via secured API
Prevents modification of OEM-indicated files
Embedded logging module with dedicated self-protection
Sensitive data encrypted to secure against tampering and access

Network & Application Security

Stateful firewall for authorized communications only
Intrusion detection and prevention system (IDPS)
Secure communication protocols protect in-transit data
Protocol enforcement eliminates manipulated protocol attacks.
Application behavior enforcement and monitoring
Application shield for OEM applications

Threat Detection & Response

Detects deviations from security policy and responds autonomously
Monitors processes and anomalies, ensures corrective actions promptly
Enhances operating system resilience by reducing vulnerabilities against attacks
Root access monitoring prevents unauthorized

Mission Computing Specifications

Processing & Acceleration

NVIDIA Jetson Orin NX (16 GB USA-made module)
1024 CUDA cores, 32 Tensor cores, 70 TOPS INT8
8-core ARM Cortex-A78AE CPU
Integrated deep-learning accelerators (Jetson Orin NX)

Memory, Storage & Video

16 GB LPDDR5 RAM
480 GB Swissbit SSD (SN3000MB480GI-2MA2-2GB-STD)
MicroSD slot (flight controller)
Triple IMU suite: ICM-42688-P ×2, IIM-42652 Industrial IMU
Bosch BMP390 barometer
Bosch BMM150 magnetometer

Power & I/O

Power: 5 V, 500 mA (module); Jetson Orin NX consumption not published
8 × UARTs (GPS, TELEM, Debug, RC, etc.)
CANbus supported via PX4 stack
LED indicators
1 W heater for cold-weather operation

Flight Controller

PX4 Autopilot (default)
Ardupilot (optional)
STM32H743IIK6 MCU (480 MHz, 2 MB Flash, 1 MB RAM)
Triple-synced IMUs (averaging, voting, filtering)

Modular Design

Pixhawk Autopilot Bus (PAB) form factor
DS-010 (Autopilot Bus)
DS-012 (v6X)
DS-020 (v6X-RT)

Environmental & Ruggedization

Environmental Ratings

Operating: –25°C to 55°C
Storage: –40°C to 80°C
Humidity: 5–95% non-condensing

Ruggedization Standards

IP65 dust and water ingress protection
Sealed all-weather design
MIL-STD-810 ruggedization for shock, vibration, and durability

Compliance & Standards

Certification & Compliance

Blue UAS Framework Listed
NDAA compliant
FCC compliant

Industry Standards

MIL-STD-810H
MIL-STD-704
MIL-STD-461
SOSA aligned
FACE
VITA

Dimensions & Weight

Dimensions: 116 mm × 72 mm × 37 mm
Weight: 172 g
Modular PAB design supporting multiple expansion configurations

Secure, Reliable Mission Computing for Uncrewed Platforms

Connect with our team to discuss how SA Compute PRO-AT can support your mission platform requirements.