Advanced AI Mission Systems for Modern Defence

Advanced AI Mission Systems for Modern Defence

Astute Systems is revolutionizing defence technology with cutting-edge AI-powered mission systems. Our autonomous hardware and software solutions provide real-time situational awareness for military operations. These systems are designed to meet the highest standards, including UK DEF-STAN 23-009 compliance, ensuring reliability in the most demanding operational environments. Our mission-grade platforms integrate seamlessly with existing infrastructure while providing advanced capabilities for command and control, electronic warfare, and tactical computing applications. # Heading ## Heading 2

Introducing RedoubtScan for offline AI cyber reporting…

Introducing RedoubtScan for offline AI cyber reporting…

How RedoubtScan brings enterprise-grade code security to air-gapped environments In an era where software supply chain attacks have become the weapon of choice for sophisticated threat actors, organizations face an uncomfortable truth: the code you didn’t write is often your greatest vulnerability. Third-party libraries, open-source dependencies, and vendor-supplied components form the backbone of modern applications yet they remain largely opaque to traditional security processes. At Astute Systems, we built RedoubtScan to address this challenge head-on, and we did it with AI at every level of the stack. The Problem: Trust, But Verify When your development team pulls in a new library or updates an existing dependency, how confident are you in that code? npm, PyPI, crates.io, and Maven Central collectively serve billions of package downloads monthly. Each one represents a potential entry point for: Supply chain compromises – Malicious code injected into legitimate packages Dormant vulnerabilities – Security flaws waiting to be discovered and exploited Code quality issues – Memory leaks, race conditions, and logic errors that degrade reliability Compliance violations – Licensing conflicts or regulatory non-compliance Traditional approaches rely on CVE databases and signature-based scanning. But what about the vulnerabilities that haven’t been catalogued yet? What about the subtle logic flaws that automated tools miss? Enter RedoubtScan: AI-Powered Code Auditing RedoubtScan is a Qt6-based code audit tool that combines pattern-based static analysis with local Large Language Model (LLM) assessment. But what makes it unique is its commitment to **offline-first operation**. Why Offline Matters In sensitive environments—defence contractors, financial institutions, healthcare providers, critical infrastructure operators—sending source code to cloud-based analysis services isn’t just inconvenient, it’s often prohibited. Air-gapped networks exist for good reason. RedoubtScan runs entirely on your infrastructure: No cloud dependencies – Your code never leaves your network Embedded LLM support – Built-in llama.cpp integration for serverless AI inference Local model hosting – Support for Ollama and self-hosted OpenAI-compatible endpoints Offline licence validation – Even licensing works without internet connectivity AI Inside: Multi-Layer Analysis Our analysis pipeline leverages AI at multiple stages: 1. Pattern Recognition – Traditional regex and AST-based scanning for known vulnerability patterns across Python, Bash, C, C++, Java, and Rust 2. Static Analysis Integration – Orchestration of industry-standard tools like Bandit, ShellCheck, cppcheck, and Clippy 3. LLM-Powered Assessment – Deep semantic analysis using local language models to identify: – Context-dependent vulnerabilities – Business logic flaws – Insecure design patterns – Documentation gaps and maintainability issues 4. Intelligent Scoring – AI-assisted risk scoring with our Green/Amber/Red traffic light system, making results actionable for both developers and executives AI Outside: Built With Modern Tooling RedoubtScan itself was developed using AI-assisted workflows. From initial architecture to code generation to documentation, we practised what we preach. The result is a codebase that’s: – Well-structured and maintainable – Thoroughly documented – Consistent in style and patterns – Designed for extensibility Real-World Use Cases Continuous Third-Party Validation Scenario: A defence contractor receives quarterly software updates from a vendor. Before deployment, every update must be validated against security requirements. Solution: RedoubtScan scans the entire codebase, generating comprehensive PDF and HTML reports. Results are tracked over time, with the caching system ensuring only changed files are re-analysed. Teams can quickly identify: – New vulnerabilities introduced in the update – Previously flagged issues that remain unresolved – Overall security posture trends Open Source Due Diligence Scenario: An enterprise is evaluating an open-source library for inclusion in their product. They need to understand the security implications before committing. Solution: Point RedoubtScan at the repository. Within minutes, receive a detailed breakdown of potential issues, code quality metrics, and an overall risk assessment. The LLM analysis provides context that pure signature-based tools miss—like identifying that a particular code pattern, while not technically vulnerable, represents a maintenance burden likely to introduce bugs over time. Pre-Merge Security Gates Scenario: A development team wants to catch security issues before they land in the main branch. Solution: Integrate `redoubtscan-cli` into CI/CD pipelines. Use threshold flags to fail builds that don’t meet security standards: redoubtscan-cli /path/to/code --fail-on-red --threshold 70 -f json -o report.json The `–fail-on-amber` flag provides stricter enforcement for high-security projects. Audit Trail and Compliance Scenario: Regulatory requirements mandate regular security assessments with documented evidence. Solution: Schedule periodic scans with report generation. RedoubtScan’s caching ensures efficient re-analysis, while comprehensive PDF reports provide auditor-ready documentation. The Green/Amber/Red scoring system translates technical findings into executive-friendly metrics. The Technology Stack RedoubtScan is built on a foundation of proven technologies: – Qt6 – Cross-platform UI with native look and feel – llama.cpp – Industry-leading local LLM inference – Multiple scanner backends – Bandit, ShellCheck, cppcheck, Clippy, and more – Flexible reporting – JSON, HTML, and PDF output formats The architecture separates concerns cleanly: – Core library – Scanning, analysis, and scoring logic – GUI application – Full-featured desktop interface – CLI tool – Automation and CI/CD integration – LLM subsystem – Pluggable backends for different deployment scenarios Getting Started RedoubtScan requires a valid licence for operation. Licence files can be placed in standard locations: 1. `/usr/local/share/astutesystems/license.json` 2. `$HOME/astutesystems/license.json` Or specified via command line (`–licence`) or environment variable (`GVA_LICENCE_PATH`). For organisations interested in evaluating RedoubtScan for their security workflows, contact us at [[email protected]](mailto:[email protected]) or visit [astutesys.com](https://astutesys.com). Conclusion Security isn’t a feature you bolt on at the end—it’s a practice you embed throughout. RedoubtScan embodies this philosophy, using AI to analyse code while being built with AI-assisted development practices. In a world where your code is only as secure as your weakest dependency, having an offline-capable, AI-powered code auditor isn’t a luxury. It’s a necessity. We are AI inside and out. And we’re here to help you secure what matters. *RedoubtScan is developed by Astute Systems PTY LTD. For more information, visit https://astutesys.com

ISO 9001 Certification: Strengthening Quality in the Defence Supply Chain

ISO 9001 Certification: Strengthening Quality in the Defence Supply Chain

We’re proud to announce that we have achieved ISO 9001 accreditation, a globally recognized standard for quality management systems. This milestone is more than a certificate—it’s a statement of our unwavering commitment to excellence and reliability. Why ISO 9001 Matters for Defence In the defence sector, quality isn’t optional—it’s mission-critical. Every component, every process, and every supplier plays a role in ensuring operational readiness and safety. ISO 9001 provides a structured framework for continuous improvement, risk management, and customer satisfaction, all of which are essential in a high-stakes environment like defence. By aligning with ISO 9001 standards, we demonstrate that our processes are robust, repeatable, and focused on delivering consistent results. This gives our partners confidence that we meet stringent requirements and can adapt to evolving challenges. Supporting JOSCAR-AU Registration Our ISO 9001 certification also reinforces our JOSCAR-AU registration, a key qualification for suppliers in the defence, aerospace, and security sectors. Together, these credentials validate our position as a trusted partner in the supply chain—one that prioritizes compliance, transparency, and quality at every stage. Looking Ahead Achieving ISO 9001 is an important step in our journey to become a world-class supplier to the defence industry. But it’s not the finish line. We remain committed to continuous improvement, innovation, and collaboration to ensure we deliver the highest standards for our customers and stakeholders. Thank you to our dedicated team and partners who made this possible. We’re excited about the future and the opportunities this certification unlocks.

Astute Systems Showcases Naval-Qualified GXA-1 AI Mission Computer at IndoPac 2025

Astute Systems Showcases Naval-Qualified GXA-1 AI Mission Computer at IndoPac 2025

Astute Systems is proud to announce its presence at IndoPac 2025 in Sydney Australia’s premier defense and maritime exposition. This year, we’re connecting directly with partners, integrators, and innovators to share our vision for rugged autonomy and sovereign capability. GXA-1: Naval-Qualified and Mission-Ready We’re thrilled to confirm that the GXA-1 AI mission computer has officially passed qualification for naval applications. Purpose-built for autonomous operations in harsh environments, the GXA-1 is a key enabler for next-generation defense workloads. Its flexible I/O architecture unlocks unprecedented integration options, while NVIDIA-powered compute accelerates real-time AI at the edge. The GXA-1 supports: LLM inference for tactical decision-making Software-defined radio (SDR) for dynamic spectrum operations Electronic optical sensing for enhanced ISR Autonomous navigation and control for unmanned platforms Remote weapon systems (RWS) and counter-UAS (CUAS) applications Whether deployed on naval vessels, expeditionary kits, or unmanned systems, the GXA-1 delivers rugged performance, modular scalability, and mission assurance. Let’s Connect While we’re not exhibiting at IndoPac, our team is actively engaging with attendees and collaborators. If you’re interested in rugged AI computing, autonomy, or sovereign capability connect with us on LinkedIn to start the conversation. Together, we’re building the future of defense technology.

Astute Systems Nominated for AI Innovator – Defence and National Security at the 2025 Australian AI Awards

Astute Systems Nominated for AI Innovator – Defence and National Security at the 2025 Australian AI Awards

We’re thrilled to announce that Astute Systems has been nominated for the AI Innovator – Defence and National Security award at the 2025 Australian AI Awards, recognising our groundbreaking work in advanced autonomy through the GXA-1 Mission System. This prestigious award honours the AI innovation that has most successfully enabled business growth in the defence and national security sector whether by improving internal efficiencies or delivering exceptional customer outcomes. Astute Systems’ nomination reflects our commitment to delivering mission-critical AI solutions that redefine operational capability. GXA-1 Mission System: Redefining Autonomy in Defence At the heart of our nomination is the GXA-1 Mission System, a next-generation autonomy platform designed to support complex defence operations. Deployed in both Ukraine and the United Kingdom, GXA-1 has been instrumental in Counter-Unmanned Aircraft Systems (CUAS) and land vehicle programs, enhancing situational awareness, decision-making speed, and operational safety. GXA-1 enables advanced machine learning, sensor fusion, and adaptive control systems to deliver real-time autonomous support in dynamic environments. Its success in live deployment underscores its reliability and strategic value in modern defence scenarios. Notable achievements Celebrating Innovation at the Gala The 2025 Australian AI Awards will be held on Wednesday, 5 November 2025 at the Sofitel Sydney Wentworth, bringing together Australia’s top AI talent for a black-tie celebration of innovation and impact. With categories spanning industries from banking and law to aerospace and cyber, the awards showcase the transformative power of AI across the Australian economy. Join Us in Sydney We invite our partners, collaborators, and supporters to join us at this landmark event. Tickets are now available: Venue: Sofitel Sydney Wentworth Welcome Reception: 6:30pm AEDT Official Start: 7:00pm Dress Code: Black Tie

GXA-1 Mission System: Qualifying to Military Standards for Operational Trust

GXA-1 Mission System: Qualifying to Military Standards for Operational Trust

At Astute Systems, ruggedness isn’t just a design principle it’s a mission imperative. As we prepare the GXA-1 mission system for deployment across defense and industrial domains, we’re proud to announce its formal qualification to three cornerstone military standards: MIL-STD-810H, MIL-STD-610G, and MIL-STD-1275D. These certifications are being conducted through Boeing Defence Australia to carry out independent testing and validation. Their expertise certified avionics ensures that GXA-1 meets the rigorous demands of defense customers and aligns with sovereign capability expectations. MIL-STD-810H: Environmental Endurance This standard evaluates how equipment performs under extreme environmental conditions heat, cold, humidity, shock, vibration, and more. For GXA-1, qualification to 810H confirms: Operational resilience across land, sea, and air Deployment confidence in harsh climates and terrain Mission continuity under battlefield stressors MIL-STD-610G: Manufacturing Integrity MIL-STD-610G governs the inspection criteria for electronic assemblies, ensuring defense-grade workmanship. For GXA-1, this certification validates: Precision-built electronics with consistent quality Reduced failure rates in mission-critical deployments Compliance with defense manufacturing standards MIL-STD-1275D: Power Compatibility This standard ensures electrical compatibility with military ground vehicles, protecting against voltage spikes, surges, and transients. GXA-1’s qualification to 1275D guarantees: Safe integration with platforms like Bushmaster, Abram’s, Redback and Boxer Robust power conditioning for uninterrupted operation Protection against electrical anomalies in tactical environments Independent Certification for Mission Assurance By working with Boeing Defence Australia, Astute Systems reinforces its commitment to transparency, quality, and operational readiness. This process ensures that GXA-1 is not only rugged but formally validated, trusted, and deployable. Built for the Battlefield, Ready for the World As we expand into global markets, these certifications serve as a launchpad for broader adoption across allied defense forces. GXA-1 is engineered to protect lives, empower operators, and deliver autonomy where it matters most. Stay tuned for more updates as we move toward final certification and operational deployment.

Astute Systems Sponsors TAK-HACK 2025: Fueling Innovation in Brisbane

Astute Systems Sponsors TAK-HACK 2025: Fueling Innovation in Brisbane

We’re proud to be a sponsor of TAK-HACK 2025, a three-day hackathon taking place 22–24 August 2025 at The Precinct, Fortitude Valley, Brisbane. Hosted by Beaten Zone Venture Partners, this event brings together Australia’s leading technologists, Defence advisors, and mission-driven innovators to tackle real-world challenges using the Team Awareness Kit (TAK) platform. Event Details Start: Friday, 22 August @ 3:00 PM End: Sunday, 24 August @ 5:00 PM Location: The Precinct, Level 2/315 Brunswick Street, Fortitude Valley, QLD TAK-HACK is more than a hackathon—it’s a mission. This year’s challenge: “How might we use ATAK to better enable allied warfighters to deconflict offensive support assets and gain better situational awareness during the dynamic clearance of a large urban structure?” Participants will prototype plugins and applications that could have real operational impact in complex environments like stadiums, airports, or shopping centres. Why We’re Involved Astute Systems is committed to advancing sovereign capability, fostering collaboration, and supporting the brilliant minds shaping Australia’s tech future. TAK-HACK is a perfect platform to do just that. Join the Conversation We’ve created a custom social media tile to help showcase our involvement. When you share, be sure to tag @Beaten Zone TAK-HACK on LinkedIn and use #TAKHACK25 so we can amplify your post and celebrate together. Ready to Build Bold? Learn more and register your interest to participate here. We’re excited to be part of TAK-HACK 2025 and can’t wait to see the ideas that emerge. See you in Brisbane!

Whitepaper: Analysis of Open Source Fault Tolerant Video Containers

Whitepaper: Analysis of Open Source Fault Tolerant Video Containers

Defining Fault Tolerance and Robustness in Digital Media Fault tolerance is a fundamental principle in system design, ensuring continued operation despite component failures. In the domain of digital media, specifically video recording, this concept extends beyond mere system uptime to encompass the integrity and accessibility of the recorded data itself. General system-level fault tolerance, which includes techniques such as redundant hardware, software approaches like N-version programming, recovery blocks, checkpointing, and multi-node deployments, aims to prevent service interruption. While these measures ensure the recording process can endure disruptions, the intrinsic robustness of the file format used for recording dictates the usability of the output file if that process terminates abruptly or data is corrupted. A crucial distinction exists between general system-level fault tolerance and the inherent robustness of the file format. For a recording, the primary service is the file itself. If a power outage or system crash occurs, the file might be incomplete. The ability to play parts of such a file signifies a requirement for graceful degradation at the file level. This capability implies that the container format’s internal structure must be inherently modular and self-describing in segments, ensuring that the loss of one section does not invalidate the entire file. This shifts the focus from simply recovering a deleted file to extracting playable content from a structurally damaged one. Consequently, container formats that employ decentralized metadata, independent data blocks, or progressive writing mechanisms will inherently exhibit greater robustness for this specific requirement compared to those relying on a single, critical metadata block that, if corrupted, renders the entire file useless. Why Fault-Tolerant Containers are Critical for A/V Recording Audio/video recording environments are inherently vulnerable to unpredictable events. These include sudden power outages, unexpected system crashes, software malfunctions during the write process, issues with the underlying storage media (e.g., bad sectors, wear and tear), and improper file transfers or downloads. In the absence of robust container design, any of these interruptions can lead to the complete corruption of an ongoing recording, resulting in irretrievable data loss and significant operational setbacks. Download paper to read on Download

Whitepaper : The Future of Autonomy in Defense

Whitepaper : The Future of Autonomy in Defense

Navigating the Transition from GVA to Intelligent Operations Download Whitepaper The contemporary defense landscape is characterized by extreme volatility, uncertainty, complexity, and ambiguity (VUCA), conditions where Artificial Intelligence (AI) capabilities for pattern recognition, predictive analytics, and rapid decision-making offer decisive advantages. AI and autonomy are fundamentally transforming modern warfare, presenting unprecedented opportunities to enhance efficiency, accuracy, and strategic decision-making across military operations. Military forces are actively developing and deploying advanced robotic systems, autonomous drones, and sophisticated cybersecurity tools, positioning AI as a vital enabler for intelligent mission execution, proactive danger anticipation, and optimized predictive maintenance in highly dynamic and contested environments. This strategic shift is driven by a critical need to reduce human exposure to hazardous missions, multiply force capabilities, and secure a decisive competitive edge against increasingly adaptive adversaries. The Generic Vehicle Architecture (GVA) represents the UK Ministry of Defence’s (MOD) established approach for designing the electronic and power architectures of military vehicles. Its core principle revolves around open implementation standards to facilitate cost-effective integration of diverse sub-systems across land platforms. GVA is an integral component of the broader Land Open System Architecture (LOSA), which aims to significantly enhance interoperability among soldiers, vehicles, and bases, thereby increasing overall operational effectiveness and reducing through-life system costs. The overarching vision is to evolve these inherently modular, open-standard GVA-based systems towards fully autonomous operations. In this future state, AI will serve as the central intelligence, enabling highly intelligent mission execution, adaptive decision-making in real-time, and resilient communications, fundamentally reshaping the conduct of military operations. The transition to autonomy is not merely about integrating AI algorithms into existing systems; it necessitates a foundational shift in how vehicle electronics are designed and interconnected. The move towards centralized and zonal architectures within the GVA framework suggests a strategic recognition that autonomy demands a highly efficient, high-bandwidth digital infrastructure capable of real-time data processing and distributed computing. Read On..

Astute Systems Heads to DSEI London: Showcasing the Future of AI-Enabled Defence

Astute Systems Heads to DSEI London: Showcasing the Future of AI-Enabled Defence

We’re proud to announce that Astute Systems will be attending DSEI London 2025—the UK’s largest and most influential defence and security event. From 9–12 September, we’ll be on the ground at ExCeL London, joining the global defence community to explore the technologies that will define the battlespace of tomorrow. The United Kingdom is a critical partner market for Astute Systems. Our mission and computing platforms already support major defence primes across Europe, including Thales, Rheinmetall, and others. DSEI is an opportunity to deepen these relationships, forge new ones, and demonstrate the cutting-edge autonomy and AI capabilities that are at the heart of our work. What We’re Showcasing We’ll be unveiling our latest AI-enabled mission systems GXA-1, purpose-built for rugged environments where reliability, speed, and interoperability are mission-critical. From embedded battlefield intelligence to real-time situational awareness, our technology is designed to enhance capability while keeping humans out of harm’s way. The Future of Autonomy As defence forces around the world embrace autonomous platforms to improve operational effectiveness, we’re leading the charge with systems designed for seamless integration across ISR, CUAS, and multi-domain missions. At DSEI, we’ll be engaging in critical conversations around open architecture, TAK interoperability, and the evolving role of AI on the battlefield. Where to Find Us We’ll be showcasing in the Australian Pavilion alongside some of the most innovative defence tech SMEs from the region. If you’re attending DSEI and looking for autonomy solutions that are mission-ready today—not in five years—come find us. Let’s redefine the edge, together.

Astute Systems Showcases GXA-1 Mission Computer at DSEI Japan 2025

Astute Systems Showcases GXA-1 Mission Computer at DSEI Japan 2025

DSEI Japan 2025 proved to be an invaluable platform for Astute Systems to highlight its cutting-edge GXA-1 mission computer, featuring Nvidia Jetson AGX, designed for advanced autonomy. Exhibiting under the Team Defence Australia pavilion, we had the unique opportunity to engage with global defence leaders and showcase how the GXA-1 enhances autonomous operations across air, land, and maritime domains. The event reinforced the increasing demand for sophisticated autonomous solutions, particularly as Japan and other Asia-Pacific nations ramp up their defence investments in response to growing regional security concerns. With heightened attention on operational efficiency, adaptability, and real-time processing power, the GXA-1 mission computer stood out for its ability to support next-generation autonomous systems, offering unmatched computing capabilities and robust AI-driven decision-making. The response from industry experts, military officials, and aerospace partners was overwhelmingly positive. The interest in integrating Nvidia Jetson AGX into critical defence applications underscores the global shift towards AI-powered mission autonomy. Our discussions with Japanese and international defence organizations opened doors for potential collaborations, further cementing Astute Systems’ role in advancing defence technology. As nations focus on strengthening their security posture—particularly in the South China Sea and Indo-Pacific region—events like DSEI Japan highlight the need for cutting-edge autonomous solutions. Astute Systems is proud to contribute to this evolving landscape by offering systems like GXA-1, ensuring operational superiority for defence forces worldwide. We look forward to building on the momentum from DSEI Japan 2025, fostering new partnerships, and continuing to push the boundaries of autonomous mission computing. #DSEIJapan2025 #TeamDefenceAustralia #AstuteSystems #Autonomy #DefenceTech