Tag: Engineering

  • Project Babylon: An Intelligence Assessment of the Iraqi Supergun Program

    Project Babylon was a confirmed, state-sponsored weapons development program initiated by the government of Iraq and active between 1988 and 1990. The program’s objective was the design, clandestine procurement, and construction of the largest conventional artillery pieces ever conceived. Contrary to some popular misconceptions, the technology was based entirely on established ballistic principles and chemical propellants, not on theoretical electromagnetic or railgun systems. The program was the brainchild and life’s work of the brilliant but controversial Canadian artillery engineer, Dr. Gerald Bull, who found in Iraqi President Saddam Hussein a patron with the ambition and resources to fund his vision.   

    The program’s stated purpose was dual-use: to provide Iraq with a cost-effective, independent capability to launch satellites into low Earth orbit, while also possessing an inherent, undeniable potential for strategic long-range bombardment. This dual nature was a source of significant international concern, as the weapon’s theoretical range placed key regional adversaries, including Israel and Iran, within its reach.   

    Project Babylon successfully produced and test-fired one functional, sub-scale prototype known as “Baby Babylon”. However, the full-scale weapon, “Big Babylon,” was never completed. The program was abruptly and decisively neutralized in the spring of 1990 through a sophisticated, multi-pronged counter-proliferation effort. This effort culminated in two key events: the assassination of Dr. Gerald Bull in Brussels in March 1990, which decapitated the project’s technical leadership, and the subsequent coordinated seizure of critical gun components by customs authorities across Europe in April 1990.   

    Following the 1991 Persian Gulf War, the government of Iraq admitted to the existence of the program. All remaining hardware, including the completed prototype and the unassembled components of the full-scale gun, were located, documented, and systematically destroyed under the supervision of the United Nations Special Commission (UNSCOM). The existence, technical specifications, and ultimate fate of Project Babylon are not matters of speculation or conspiracy theory; they are a thoroughly documented chapter in the history of unconventional weapons proliferation. This report provides a comprehensive assessment of the program, from its conceptual origins to its final dismantlement.  

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  • A Novice’s Look at Sidus Space SIDU [Web App]

    A Novice’s Look at Sidus Space

    Posing a Simple Question About Commercial Chips in a Radiation-Filled World

    Important Disclaimer

    This is not financial advice. I am a complete novice at this type of research. I hold degrees in Engineering Physics (B.S.) and Electrical & Electronics Engineering (M.S.), but my conclusions could be entirely wrong. I have previously bought and sold securities in both Sidus Space (SIDU) and Draganfly (DPRO). This report is for informational purposes only and represents my personal line of questioning. Do your own research. I am not responsible for any financial gains or losses.

    The Central Conflict

    Sidus Space, a company working on space and defense technology, has announced the use of NVIDIA’s Jetson platform for its on-orbit AI processing. This raises a fundamental question about equipment survivability in space. Let’s look at the two conflicting sides of this story.

    Side A: The Company’s Claim

    Sidus Space states its LizzieSat™ satellites use AI for “next-generation intelligence solutions” and touts its “AI-driven on-orbit capabilities.”

    “Sidus Space … announced the successful on-orbit operation of its Automatic Identification System (AIS) sensor onboard LizzieSat®-3… advancing the company’s strategy to fuse multi-sensor satellite data with onboard artificial intelligence…” – Sidus Space Press Release, Sep 10, 2025

    Side B: The Technical Reality

    The processor at the heart of their AI strategy, the NVIDIA Jetson Orin NX, is a Commercial-Off-The-Shelf (COTS) component. It was never designed or intended for use in space.

    “The NVIDIA Jetson Orin NX System-on-Module (SoM) is unequivocally not a radiation-hardened device… Its official product documentation makes no claims regarding its suitability for aerospace or radiation environments…” – An Engineering Assessment of the NVIDIA Jetson Orin NX

    Hardened vs. Tolerant: What’s the Difference?

    To understand the risk, we need to know the key terminology. “Radiation Hardened” and “Radiation Tolerant” sound similar, but they represent fundamentally different engineering philosophies and levels of reliability.

    Built for Purpose

    These components are intentionally designed from the ground up to survive the harsh radiation of space. This involves specialized manufacturing processes (like Silicon-on-Insulator), redundant circuit designs, and materials that resist radiation damage. The manufacturer provides a guaranteed performance specification (e.g., will survive up to 100 krad(Si)).

    A Staggering Difference in Resilience

    Independent testing reveals the gap between the Jetson Orin NX’s tolerance and the guaranteed resilience of true rad-hard chips. The metric here is Total Ionizing Dose (TID), measured in krad(Si). A higher number means better protection.

    Processor Head-to-Head

    Here’s how the commercial Jetson Orin NX stacks up against two processors actually designed for the rigors of space. Note the trade-off: immense performance for unguaranteed reliability.

    Metric NVIDIA Jetson Orin NX BAE Systems RAD5545 Frontgrade Gaisler GR740
    Type COTS (Commercial) Rad-Hard by Design Rad-Hard by Design
    AI Performance Up to 100 TOPS N/A N/A
    TID Rating ~37-39 krad(Si) (Tested) 100 krad(Si) (Guaranteed) 300 krad(Si) (Guaranteed)
    Destructive Latchup Not Immune (Requires external protection) Latchup Immune (Guaranteed) Latchup Immune (Guaranteed)
    Manufacturer Stance Not intended for space Designed for SpaceVPX QML-V Certified for space

    So, How Do You Square the Two?

    On one hand, we have a company making exciting claims about AI in space. On the other, the hardware enabling these claims appears fundamentally unsuited for the operating environment without significant, undisclosed, and expensive mitigation strategies (like advanced shielding or complex watchdog systems).

    Is this the “New Space” paradigm of accepting higher risk for higher performance? Or is it a critical vulnerability being overlooked? As a novice, I don’t have the answer. But the question seems worth asking.

    About This Report

    My skepticism stems partly from past experiences with related companies and underwriters like Think Equity and H.C. Wainwright, particularly with Draganfly (DPRO). The pattern of dilution and bold claims warrants careful scrutiny.

    Report Published: October 7, 2025.

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