Many do this at times. We look at something and we think ‘What if we move part N to location X?’ It is a perfectly valid idea and it keeps a brain active and in creative mode, which tends to be good for several reasons. So I was busy thinking things out, in one it is the side of pushing another IP towards public domain, it is too soon, but not by much. So the mind started to wander. The first part was the new trojan that the NSO group is suspected off (see previous story), the second was a line in the West Wing (which I am watching again during the lockdown plus curfew. There we hear about a pen designed for NASA that works upside down, one mentions that Russia solved it by using a pencil. You might not think it, but it is actually an important part. So as these elements rolled in my mind, I wondered on adding a setting (just to piss off the Iranians) in a stage to get two for the price of one, they do use Russian hardware. As such I thought that we need a few clever boffins and as such the people should call on the NSA (No Such Agency). What if we find a way to introduce a hippocampus to the hardware? A hippocampus is a trojan that is submerged (in this case) into the firing solutions. You see at some point a target needs to be setup and that moment the link becomes a weak link. You see not all systems have additional redundant systems and I am willing to bet that Iran has the latest hardware, but not every internal system is up to the latest standard. Implying that we can add something. So what if these missiles would then automatically start to be set to point X plus 1-10 miles? A submerged trojan horse might pull that off. There are a few questions that require me to have a lot more firing system knowledge. Yet when we consider the elements rocket-firing solution-guidance, we might see that the firing solution will be the easiest transgression and these systems do require to get to a base. A solution that will hit EVERY firing system by infecting all the systems and the infection stays where it is until it fires and then it becomes a nice 4th July showtime. And there is a nice secondary part, the person firing is the one hitting ones self. Passive aggression in full view.
So is my view realistic? I do not know, I do not care. I merely try to design a way to stop players like Iran and I will use any way possible. All whilst politicians make claims to do something and after spending truckloads on funds on long exclusive trips that tends to include a few 5 star hotels, I on the other hand, sitting on my sofa came up with ideas that had no cost, merely a few dimes of electricity. One works in whatever way the brain gets to be (more) creative. It was the same path I followed when I designed a way to push a meltdown in the Iranian nuclear plants. OK, I also engineered two additional valve ideas and when I file for these I might get a few additional dollars as well. I do know that these solutions are pure concept, there is no guarantee it will work. But it keeps my brain busy and if it doesn’t work, it might make for a nice additional part to some TV series or movie. The creative brain can come up with a dozen ideas, just be ready that it ends up where it was not expected to go. You might find that funny and it is, but when you consider how books, games and movies got an infusion of brilliance. You merely have to consider how they got to be. Games like Ultima 3 became inspirations to a lot more RPG games (made by other makers). The EA game ShadowCaster was by way too many overlooked, yet when you see “the 49th best computer game of all time, calling it “an admirable attempt to show that RPGs don’t have to be boring””, so why was this game not remastered and redesigned for consoles and streamings? In that same light we can review all kinds of neglected hardware and see just how creative we could get with it. Everyone is so busy in making things not work that they overlook the option to make it hurt the activator and not the target. Perhaps we need to instil the need for people who work for no such agency to get better acquainted with gaming. You might not realise it but games have been on the fringe of hardware for at least 3 decades, optionally even longer and even as some ‘embrace’ that nowadays games are more advanced, people forget that the CBM-64 and Atari ST allowed for games that were often not possible, yet the game makers found a way around their limitations. Consider a game like Impossible mission (Epyx) and the fact that this game can still be enjoyed on an 8 bit system by any number of gamers today, and they got that done on a system with a mere 38KB, it can equal a game that requires an 8GB system, so there!
There are of course a few more ideas, but it is about the concept of working with limits. I ned not explain this to programmers, but some of them will grab an Azure SDK and start from there. We forget that that same company gave us the Microsoft Assembler. Azure solutions start at 765 kilo bits, whilst assembly gives us one of the smallest useful programs for a mere 4 bytes. It is not merely what solution is used, it is about what limitations can be used to our advantage and as a snow-globe gave me the idea to meltdown a reactor, an assembly program used to overcome some security on an EA game (8 bytes) might be the path to set the firing point of the Qiam-1 to the destination point as firing point + 10000 if the destination is measured in metres. At times we forget that having more space does not work, it requires limitations to give us the creativity we required to get it done.
Just my 2 bytes on the matter.