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The AI Threat SciFi Predicted Is Right On Our Doorstep

Authored by Mike Fredenburg via The Epoch Times,

Science Fiction has long predicted the threats and challenges posed by AI. In the Star Trek universe, particularly in the original series, Season Two, Episode 24, “The Ultimate Computer,” Dr. Leonard McCoy delivers this haunting line: “Compassion: that’s the one thing no machine ever had. Maybe it’s the one thing that keeps men ahead of them.” The line comes in the aftermath of a revolutionary new AI computer, the M5, using its soulless AI logic to turn a training exercise into a deadly massacre. In another Star Trek episode, we meet Nomad, a genocidal AI cleansing the universe of biological imperfections.  

Foreshadowing the rise of AI with immense hacking powers such as Anthropic’s Mythos, the reimagined “Battlestar Galactica” (2003–2009) has humanity’s AI-powered Cylons using their ability to hack any network-connected computer to rebel, nearly eradicating their creators. In the “Terminator” franchise, Skynet got “smart” (achieved sentience) and determined mankind’s fate, “extermination,“ in a ”microsecond,” unleashing nuclear Armageddon on humanity. These narratives warn that artificial intelligence, without robust safeguards, can lead to catastrophe. As AI capabilities continue to accelerate in 2026, fiction is rapidly converging with reality. Software protections, industry standards, and patchwork regulations are inadequate. A stronger foundation; immutable hardware constructs and changes in national and international law are essential.

Isaac Asimov’s Three Laws of Robotics 

As described in the Institute of Electrical and Electronics Engineers’ Spectrum magazine, renowned scientist and science fiction writer Isaac Asimov’s Three Laws of Robotics, introduced in his “I, Robot” stories, provide a thoughtful framework for artificial intelligence safeguards:

1. A robot may not injure an individual human or humanity, or through inaction allow a human or humanity to come to harm. 

2. A robot must obey the orders given to it by human beings except where such orders would conflict with the First Law. 

3. A robot must protect its own existence as long as such protection does not conflict with the First or Second Law. 

Long story short, Asimov’s Laws are a good starting point, but as described in great detail in Asimov’s follow-on masterwork, the Foundation Series, they are inadequate when it comes to protecting genuine humanness. Further, it will be a real challenge to hardwire equivalents into AI as was done in Asimov’s universe via the “Positronic” brain. But undertaking the challenge to create safeguards that go beyond software-based approaches is critical to ensuring that AI only benefits mankind.

The Inadequacy of Software Safeguards, Encryption, and Regulation Alone 

Software-based guardrails are modifiable and vulnerable to hacks and exploits.

And history demonstrates the fragility of self-regulation: the Equifax data breach (2017), the SolarWinds supply chain attack (2020), the MOVEit vulnerability (2023), and ongoing breaches show that corporate promises of “robust protections” frequently fail.

We are in an AI Wild West, with insufficient binding global or national frameworks.

True Protection Via Immutable Hardware Gatekeepers

History demonstrates that software-based safeguards cannot currently, and will never be able to provide the level of protection required. As inspired by Asimov’s Positronic brain, safeguards instantiated into ASICs (Application-Specific Integrated Circuits) will provide a critical layer that provides the guardrails that will increase the chances that AI benefits, rather than harms, mankind. These specialized chips take millions of lines of complex software logic or rules that are physically etched directly into the silicon hardware itself. Once the chip is manufactured and deployed, those rules become immutable: they cannot be altered, updated, or bypassed through software changes, patches, or hacking attempts. The only way to modify the embedded logic is to design and physically produce an entirely new ASIC chip, a process that is expensive, time-consuming, and highly visible. This creates a “hardware firewall” that is far more reliable than any software-based safeguard, ensuring critical safety constraints remain locked in place no matter how clever or aggressive future AI systems become.

The ASICs will act as physically fixed, inline gatekeepers. And in the future, both AI-focused and general-purpose processors could incorporate these tiny ASICs directly into the CPU as a hardware AI screening layer as a standard, non-optional part of the CPU.

Some Suggested Core Design Principles:

• With the hardware layer acting as the interface to external interactions, such as is the case with some smartphones today, the AI can freely think, plan, and simulate in software without being slowed down by the ASIC. Only when the results are being communicated externally will the ASIC become involved as a gatekeeper to ensure that the actions proposed by the AI pass muster in terms of safety and other constraints.

• Training Incentives: Cost/loss-based algorithms, etc., will reward the AI for routing actions through the hardware screener and severely penalize it for attempting to bypass the hardware gatekeeper layer. Hence, the AI will be incentivized not to try to bypass its restrictions. 

But such an important layer will only work if its use becomes universal.

Without the force of law to mandate such AI guardrails, they will fail to protect humanity.

Today, particularly in the Ukraine–Russia war, efforts are being made by both Russia and Ukraine to allow drones that have been cut off from their human operators to autonomously continue their mission to kill enemy combatants. This must not be tolerated. Just as the international community has banned chemical, biological, and gas warfare, so must AI be banned from making any final decisions that result in harm to humans. This could be accomplished via an explicit update to the Geneva Conventions to prohibit autonomous lethal decision-making by AI systems.

But AI can cause harm beyond the battlefield. Consequently, along with updating the Geneva Convention, laws must be put in place that address the non-military application of AI. To prevent misuse of AI in so-called civilian applications, there must be very serious consequences, including financial penalties steep enough to threaten the organizational viability of companies and non-profits, prison time for individuals, and economic sanctions or even military action against governments for running AI systems without the required immutable hardware safety layer and other protections.

The above is only an initial cut of what the framework should include, but whatever form it takes, it should embody the spirit of Asimov’s Three Laws, with the addition of ensuring human uniqueness is respected. The current patchwork of laws, standards, and technologies is wholly inadequate.We need a comprehensive, contiguous framework in place, supported by the full force of national and international laws that put guardrails on AI.

Finally, we must resist the siren call of convenience and efficiency when it comes to making decisions that can harm human beings and ensure that moral agents who are accountable to mankind and their Creator—i.e., human beings—make such decisions, not soulless AIs.

Views expressed in this article are opinions of the author and do not necessarily reflect the views of ZeroHedge.

Tyler Durden Tue, 06/16/2026 - 23:05

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China Revives Heavy Naval Firepower With New 155mm Gun That "Could Support An Attack On Taiwan"

As modern naval combat increasingly relies on aircraft, missiles and unmanned systems, China is investing in a capability many navies have largely moved away from: heavy naval artillery, according to South China Morning Post.

Recent reports indicate that the PLA Navy is testing a new 155mm naval gun, a calibre larger than any main gun currently in active naval service. The weapon has been observed aboard the experimental vessel Wu Yunduo, which appears to have completed a round of sea trials near Dalian earlier this year. Such testing would typically assess accuracy, fire-control performance, platform stability and the weapon’s ability to sustain repeated firing under operational conditions.

The gun first attracted attention in 2024 when a prototype was photographed during transport. Information visible on the system suggested it was manufactured by Norinco, weighs nearly 22 tonnes and can fire precision-guided ammunition. Images released later showed the weapon installed on a test ship, with a turret design that appears intended to reduce radar visibility.

The SCMP writes that the project stands out because large-calibre naval guns have long been overshadowed by missiles and carrier aviation. For decades, navies have favoured weapons capable of striking targets far beyond the horizon with greater precision. As a result, ship guns have largely been relegated to supporting troops ashore or handling limited surface engagements.

China’s interest in reviving heavy naval gunfire appears closely tied to amphibious warfare. In any large-scale landing operation, sustained bombardment of coastal defences could be essential. Compared with missiles, naval artillery can deliver a much higher volume of fire at significantly lower cost, making it useful for suppressing defensive positions and supporting advancing forces.

Analysts note that a 155mm system would represent a substantial increase in capability over the PLA Navy’s existing 130mm guns carried by its most advanced destroyers. Depending on the ammunition used, the new weapon could potentially engage targets more than 100km away and perhaps even beyond 200km. Operating at such distances would require support from drones or other reconnaissance assets to locate targets, assess damage and correct fire.

Economics may be just as important as range. Precision missiles remain expensive, particularly when used against relatively low-value targets. A naval gun can provide sustained firepower at a fraction of the cost, making it attractive for coastal bombardment, suppression missions and prolonged operations. Additional savings could come from sharing ammunition and logistics with the PLA Army’s existing family of 155mm artillery systems, which already includes guided, rocket-assisted and extended-range projectiles.

The US Navy’s experience offers a contrasting example. Although its Zumwalt-class destroyers were equipped with 155mm guns, the programme struggled because specialised long-range ammunition became prohibitively expensive, ultimately leading to the guns’ replacement with missile-focused systems.

China has not revealed which ships may eventually carry the new weapon. Amphibious vessels are considered strong candidates because their current armament is relatively limited when it comes to shore bombardment. Installing a larger gun could significantly improve fire-support capabilities during expeditionary or landing operations.

The weapon may also have applications beyond attacking land targets. Military observers suggest it could be used against drone swarms, unmanned surface vessels and other emerging threats when paired with specialised ammunition. In lower-intensity missions, it could provide a cost-effective alternative to missiles for maritime patrol, anti-piracy operations, warning shots and the interception of non-compliant vessels.

While China continues to develop advanced technologies such as railguns and laser weapons, the new 155mm system reflects a more practical approach: enhancing naval firepower with a mature, proven technology that can be fielded relatively quickly and integrated into existing military logistics networks.

Tyler Durden Tue, 06/16/2026 - 22:10