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OK, so we’ve been updating visual studio community 2026 in particular the NVIDIA Nsight application which has just been updated so that’s good news for us but we have to be on the present grace Blackwell architecture so basically minimum is a 50x series GPU for us at least anyway, it is now only backwards compatible with a 4080 or upwards IF you want to use the very latest NVIDIA tools and libraries,( CUDA 13.x Pytorch NumPy, etc etc etc.)

So because if this fresh wave of releases were seeing the madness that is AI sort of form into agents and fields of sub agents, and were are getting a bit of performance boost aswell.

The Isaac SIM robotics is particular interesting because it is taking things to a whole new level especially when the algorithms and applications are now found to be existing in a virtual world of sorts, with IsaacSIM labs !

This is particular wild because you can now accesses all of this ai stuff from within a virtual world so using VR XR and video games platforms, so its much much easier to interact with.

Also the language interactivity through prompting and also speech is getting a little bit better in terms of translating terms into effects.

Finally, why is this a big deal ? One can observe an individual developer with the right AI tool set and visualisation and expressive capabilities can set the ball rolling all across many many workflows across a variety of computer programs and software tools.

For Creative and Artistic style studios this mean the individual is very very very enhanced with these capabilities and techniques allowing a massive massive massive increase in capability across the whole spectrum of digital enhanced capabilities.

Some present examples include plugging all of the AI back into Unreal Engines and Front Ending video games into the Nvidia AI world seamlessly, but the elements within the game are creating using ‘pcg’ and ‘rag’ and a variety of other little tricks and techniques, allowing population of ‘life-like’ everything, sort of making virtual reality more realistic figuratively speaking.

You could easily generate much music and sound effects and populate whole entire virtual worlds skilfully and stylistically almost instantly, well it would still take the AI time to bake it Al into the project but you could instantly get going with dialogue story-lines, and such stuff, and have your team work backwards through the materials sort of stylistically curating the game engines assets and such like moving into more focus areas where you would want to sharpen the details or round a few edges off.

So its a bit of a big deal this round of version updates NVIDIA of course skillfully making themselves most useful in this respect.

And because the IssacSIM and Robotics Labs are very close to real world physics the pcg element means that artificial intellgiences can be trained within this virtual reality for deployment in the real world so its a bit of a hop skip and a jump back into the physical but thats the idea anyways, at least a few more versions down the line it will essentially be true to life ad the AI will be trained for deployment in ‘the real world’ !

Wild.

upgrading to the present gen nvidia graphics card.

general tasks outline.

install gpu

update device drivers

download and compile python libraries

download and train ai models

from hugging face, nvidia build, claude code.

download nvidia exosystem.

cuda , python, ai, robotics, USD, blender, unreal engine.

to continue the forward momentum into the future, by bringing the gap into present gen software engineering.

the idea is more power to the individual.

software engineering and services provisioning is evolving into web 4.0

beyond bitcoin, crypto smart contracts. beyond web 3, the ai will move back into robotics and vehicles and design and engineering manufacturing.

CAD CAM , architecture, structural engineering, electronics validation, product and market engineering. there is now field of computation which is not or will not be enhanced with the ai attachment.

groups of agentic ai, chemical and medical engineering, architecture, manufacturing, social media, the creative arts, software products, the list is incredible really.

there is now a need to rebuild the tech stack for ai first usage.

the key building block is of course the nvidia hardware platform, and the vast ecosystem that has grown out of the hardware bedrock.

the drawbacks of the emergent situation.

is there only so much that can be acheived virtually? for example crypto markets that expose price on commodities, stocks and assets, but without actualy physical deleivery, which is causing an industrial disjoint between financial services and the so called, fintech space, and a bit of a large gap between this virtual digital economey and the hard physical reality.

This is a bit of a social cultural phenomenae, whereby infinite and unlimited, online bitcoin and cryptos change hands dynamically but with out the dialling of the actual economy at large in the wider world.

Due to the mathematical complexities as the number of interconnects has increased trillion fold and the re folding back out of the computed world, we could see a hundred times GDP and profit value created than the previous history of the entire of human kind up until now.

the rate of change and pace of transformation, and the speed of capital and dynamism of ai creativity, combined with the shear technical computational power, will move markets, business, RandD, technological devlopments along all lines of continuous historical developments.

therefore when humanity at large gets beyond the present social difficulties the future could be very much better.

there is such a time of massive upheavel globally, due primarily to the technical network overlay.

lets not forget computers, networks, satellites, telephone exchanges, LANS, 100s millions of website, billions of social media platforms, and massive business technical subscriptions, for example the capitalist investment battle to become the netflix of AI.

globally this is a massive conflict of evolution and technical political cultural forces were effectively we are all part of an globally available network capabilities.

global logistics, spatial satellite networks,

power distribution, naval logistics, are all cases of power control. technological developments.

the global distribution of networked intelligence , and the shear incredible developments in electronics systems product engineering.

We have discussed previously the almost impossible task of developing releasing an electronic product that could directly compete at a global level against the major tech players.

in short data centres solve a stop gap because of the almost impossibility of things being any other way.

in terms of dollar value. technically speaking a company like NVIDIA or apple is that big it has the same economic value as continents and whole global regions combined, for example the company is bigger than say half the nations on the planet.

this represents a serious technical sophistication of worldwide consequences a state of social evolution, far beyond religions, countries, perhaps even language barriers or even racial or genetic boundaries.

this is a fascinating evolutionary consequences of the intellectual scientific technological explosion.

in terms of network evolution this is quite incredible really when you put it up against history , evolution.

there is a technological breakaway human social group, the technologists, however financial engineering and social evolution play a more important role than the scientific management of progression.

most nations on the earth, and most business and manufacturing capabilities are always going to be left behind in terms of evolution.

ai will change the genome, and indeed the biome, and will be a new and emergent evolutionary pressure, which is what we are seeing take affect globally.

it would be difficult to actually call out where this is all heading in the next 5 ,10 or 15 years , but we can identify the strong lines of development and try and predict along those lines.

in terms of the wealth and shear capital volume and global supple chain and value added manufacturing and global materials supply and logistics it is next to impossible to see the complexities emergent forthcoming.

over the the next twenty years i predict by that time the world will very much be a radically transformed even as compared to today.

there are inevitably going to be material supply and constraint.

robotics powered by AI and vast computational resources are supposed to be able to provide the capability to get us past this chapter of evolution.

Using AI to generate python scripts for Blender

There’s been a development in using model contect protocol type AI to generate python scripts for use in the 3d graphics package Blender.

Precedural Content Generation has recently become available in Unreal Engine, there are one or two add ons that make this time saving content creation strategy possible. However we are seeing a development using Blender, the 3d modelling software,with its internel python scripting engine.

This is a major development as we can see creative content really taking of.

While true that we can perhaps just use adobe firefly for a small charge, this alternative is free and open source.

Its foreseeable that, in combination with these ai agents operating all of the software stack we can perhaps generate whole video games automatically.

Presently using generated python scripts that we can simply copy and paste into the blender software now allows us to build models, terrains and world maps, and animation and animation elements automatically, quickly and easily.

This is a productivity increase that will further take off with the combination of blender, unreal engine, visual studio and nvidia cuda compiler and utilising these model context protocols and perhaps additional AI worker agents handling the go between, the ability to build VR XR Video Games and other computer related stuff is about to take huge development forward.

There’s a few more jobs to be done as regards some background modules to truly interlink the component software tools, but the potential is astounding.

There’s some really cool stuff to be discovered going forward along this line of development.

RAM fiasco continues.

Its getting ridiculous. the other parts seem to be holding steady but the very key components of getting a computer working, the RAM and memory means the prices for even old retarded hardware have gone up ridiculously because people can recycle microchips that they then remove from the surface of the eectronics.

This means that even the most rubbish out of date tech has a new found resell value as upscale or redeployed microchips.

A lot of these old tech have got some RAM and SSD which is looking to be recycled or remanufactured.

Further more there is a growing online computer community of electronic fabricators that have learned how to fabricate electronics.

Weve been a fan of CADCAM especially Open Source Solutions such as KiCAD and 3CAD also.

A little bit further down you also have awesome engineering tools like SCILAB and a variety of Xschem and Xmag, HSL’s ( otherwise know as hardware description languages).

There are also a small number of Open Source manufactures that can use these open source validations to actually manufacture microchips , both in the analog digital and mixed domains. However these manufactures are way behind the leading edge silicon from intel amd nvidia apple and samsung.

There are a good few next best industrial giants that might not be widely known, such as Texas Instruments, or Wurth electronik.

Further to previous notes, the reason is that by having a small intel ‘cloud’ and by using the intel compiler this means it can be hosted on cloud for top flight validation jobs and contract manufacturing and licensing intellectual property production.

This means for super compute or clusters necessary to validate electronics and in particular microchip manufacturing.

This is the most important stage of all because this has to validate here before tooling up and going down an extremely expensive manufacturing run.

This technical capabilitiess, paired with vast capital sums and scarce and hard to devlop materials and industrial process have to combine to even allow the modern world.

The supply chain reconfiguration that is underway socially means it looks like we will have no choice but to use this platform anyway because we have to factor in other options becoming offline due to hazardous circumnstances.

And finally, these present gen manufactures are quite an incredible achievement, which take up vast computational resources something the rest of the world isn’t very well educated about theres technological social proceses.

To keep up with the compiler evolution a decision has been made to go intel ultra core 7 2700k.

So we have to build a new PC.

Now is the time to sell all the old stuff and move on.

We will get the Allen and Heath 16 – dante mixing desk and the universal audio dante server (rack mounted). to bring the mixing level into the dolby Atmos era.

Ableton Push 3 should cover sound design / special effects / sample pack design.

Back to the intel. so were going to build an all intel pc with again intel graphics card aswell.

We will then rebuild the C++ compiler with the necessary board support package to give up the NPU/CPU/GPU correctly making these facilities to the wider software community.

After we rebuild, for example linux kernel 7 , everything on top will automatically / via the rebuilt compilations / will pass through exploiting the underlying offerings.

After this essential compilation step is completed, everything going forward, for example CAD/CAM or PCB validation will power through without the crashes and other hazards that happen when the platform you are running gets left behind the support curve. That is when contemporary support has been withdrawn from active development. We see this with the new linux kernel blending out some ancient i486 speciality source code branches, therefore leaving behind support for that particular microchip at version 6.20.

This has happened a good few times with the CUDA compiler as the new generation graphics cards become available at the cutting edge.

This isnt to take away from the qualities of previous gen platforms, for example the buy in curve for ex gen hardware is relatively cheap for validation or other hardware engineering jobs.

Still haven’t been caught up in the AI hysteria I think its all a bit daft, perhaps there hoping that the hype will be like Bitcoin and crytpo levels of hype.

However with that being said real hardware and manufacturing and engineering still needs to be solved. The real big issue is cost of manufacturing at scale become wildly over expensive and unobtainable my small and mid caps.

downloading making configuring compile and instal

a new version of the Linux kernel has become available recently.

we are compiling it now as we speak and will be updating the kernel to the present version.

after this we down expect much performance difference as it is much more geared towards the latest Amd Epyc server microchipsets and board support packages.

Its a relatively simple and straight forward exercise and isn’t too difficult.

recently developing in C++ has become very easy with the advent of MCP type AI.

Its now easy to correctly configure the project , a longtime source of many many configuration faults that would otherwise stop the compilation from proceeding.

Just a note Ubuntu is moving away from old architectures and were expecting a drop off support for older motherboards and a falling away of developer attention on the older stuff out there.

To keep up to date with the latest chipsets and the latest board support packages that are contemporary now the developer attention has to concentrate on the here and now.

This offers a chance to slim down the burden on the source tree of carrying out of date code for a diminishing use case basis as people upgrade their hardware to present gen.

As usual we have high expectations of intel one api especially regarding the cad cam area of the tech industry.

Looking to upgrade the project, looking forward to the release of wordpress 7 and thinking about developing an interlinking plugin to bridge Figma and WordPress.

Have been producing some EDM using ableton this past month would say about half way through the album with an early release date scheduled for about august this year.

Presently Ableton has really began to shine with the max for live devices and what have you. It makes you wonder were is it all going next as they seemed to have explored every avenue of development.

Also of note is Akai competing directly with Ableton and the DAW-less movement gathering steam, especially in techno it seems the battle space for inclusion is .hotting up.

Intel and AMD are battling it out with a few new CPU market entries but it feels kind of a tide me over half-hearted battle. the ultra 7 is looking a good value, there does seem to be a bit of a lull in the marketing cycle.

there isn’t much penetration in terms of cultural needs of artificial intelligence around the world it seems that only a small part of culture is actually in tune with the whole AI zeitgeist.

In all honesty it seems that say outside of US venture capital culture and perhaps to include AI in companies marketing image there doesnt seem to be the global applicable scope that marketing and image positioning is claiming.

It seems that the hype cycle is a little deflated at the present with everything else going, the narrow band information funneling that is a part of tech giant information monopoly consequentially sort of self iterates its own needs which are perhaps culturally out of touch of every one else , the majority, who exists outside of this tech stock panopticon.

Independent voices aside, even the ‘counter-culture’ feels a little feigned, perhaps over reactionary, to the general direction of the discourse.

The over expectation of Nvidia stock prices and the few american tech giants sort of over burdening presence in the imagination of peoples minds promises total culture, economic, industrial business and financial penetration of AI technologies has yet to materialise outside of the venture capital ‘thing’

Evolution is occurring, progress is being made, perhaps im outside of the loop but it does feel as if some tunneling effect is going here were everybody seems to be over parroting all of the key talking points, and you could you argue its gimmicks based with fantastic audio visual results but not yet acheiving anything like the promises made.

The self referential super reinforcement

meens that theyve have to be right because effetively all of the capital has been over allocated so the hope is it all becomes a self fullfilling prohpecy because if it doesnt you are going to lose half the globes capital reserves, so hell of a gamble really.

The new Yamaha MGX12V .

The mentioned mixing desk comes with the lite versions of cubase /wavelab/ai from steinberg.

This also has a built in HDMI livestreamer as well as DAW control and 12x USB interface so its handy sort of all in one sort of thing aswell as capable of tracking artists or instruments, mixing a final mixdown and perhaps even a high quality master stereo bus or final track.

Its about a thousand pounds and is an interesting and different offering in the price bracket.

Its looking good, its not to bulky , easy to transport to the gig and paired with a laptop, or upto 8 xlr mics for stuff like live bands and such like, although this mixing desk has a few limitations here and there it also ticks of a lot of boxes and is a good balanced compromise.

Alternatevily you could plump up another grand and get the allen and heath ‘Q’ type mixing desk with dante.

Twice as expensive with only 4 more audio lanes however it is dante enabled.

Well see its time to get back into music again.

Before I forget new market research was out comparing the SpaceX/Starlink and all the various communications technologies.

Obviously pure fibre, mixed fibre, 5g(mobile) mesh-tastic, and some more stuff about using nvidia Ai in the power plane.

The space x thing is relatively affordable but is power intense so the cost of ownership in terms of the power required is the highest however in terms of a back up fail safe its a good option or for example you live in the middle of nowhere, however as to be expected full fibre is fastest and highest capacity, and the optics are cheaper to run aswell so its lightest on the old electricity bill.

There’s a little bit in there about how much power savings occur between the evolution of the different kinds and types of networks, from packet switched, ATM, MPLS etc and even analogue and DAB.

SO again another thing to point out is, these super fast ai interconnects, again pushing up against and exceeding, along with the power supply demands and capacities really does mean there’s an separate evolutionary field occurring, again similar to the contract licence manufacturing thing that is occurring which , due to extreme costs, is moving a sort of generational gap beyond the reach of most.

So there is a ‘splits’ occurring, and if this gold silver thing moves into other natural resources and metals it pushes manufacturing out of reach for many SMEs and startups.

And finally there’s also been some issues as regards the extreme smallness of the microchips at the cutting edge and the over heating is causing some longevity issues and some circuit degradation issues.

Personally, i could be wrong, but i think there’s going to be a hunkering down and cost cutting section going forward, it seems that extreme performance might not be the right market segment to sell to as affordability, but also compatibility with present gen infrastructure, looms. The technical capabilities of some of the stuff at the cutting edge is getting far beyond the capabilities of a lot of , call them the next best tier manufacturers.

That is the difference between 1st pace and second place is getting a quite a big gap in terms of technical capability. So some players in the space are miles ahead yes as the cloud computational capability necessary to validate ( or ‘compile’) such fantastic designs falls out of the reach of most other players. So there is a good bit of “back-propagation” for ex gen manufacturing processes and sort of affordable capacity collapsing down quickly to hobbyist or enthusiast capability.

To put in contrast apple can manufacture at one location about 50 million usd of iphones per production cycle. At these scales and volumes and at the technical cutting edge there aren’t really that many players that can even compete in that league.

Mid weight Ubuntu server updates – a bit of progress against the Linux kernel.

Some few upgrades onto the Linux kernel its probably expected to be a new kernel released shortly so will definitely check it out.

Also WordPress 7 forthcoming with a few CLI tools and some AI sort of stuff.

Also of note doing the rounds is the x402 payment gateway protocol that allows collected payment via the hyperlink, useful in some use cases.

There has been a lot of software engineering going down on Ubuntu and a lot of useful software is now available on the Ubuntu , however don’t use the latest version try and keep a step behind because a lot of stuff doesn’t recognise the Ubuntu version number so there’s a few issues come through like that.

However development proceeds.

There’s a lot going on the hardware side of things at the moment, there’s all sorts of competitive pressures and considerable fragmentation between platforms, applications, architectures and compilers sort there are a few gaps coming through in terms of application performance.

Its one of them, although time progress moving forward there’s all sorts of going in terms of complexity and platforms management, in itself a terrible non productive pane in the hyper plane.

On the CAD/CAM side of things, general prices have gone up, and minimum order values have skyrocketed also so apart from intel one api and intel tiber cloud being cheap and powerful theres not much more positive news coming out of this space immediately however where just at that time of year were we leave Christmas and new year behind.

Bitcoin and crypto is all the way down and the crypto fleece continues . It seems there’s just too much going on.

Before i forget there was some good research coming through as regards software engineering using MCP – model context protocol and C++ on Ubuntu , at most basic fundamental level there is much to be said about the set up, it would be interesting to see how this evolves but simple C++ ‘server’, or continuous delivery type applications are improving in simplicity but also capability, there is perhaps scope for a c++ type crypto/blockchain/Zero knowledge proof type of system perhaps might emerge.

Presently, its a funny time in the industry, but the hype seems to be a good bit down. Well see how things progress throughout the year.

Global structural re investments are still to find their way and the corresponding results filter through to the wider economy.

The forthcoming Intel chips are something to look forward to as they combine features and bring them all together using the intel one api , compiler, which will bring forward software development, by presenting a unified underlying infrastructure, however the DDR 5 ram hostage situation has evolved the price to idiotic prices really.

AI research – there’s a lot of enthusiast/amateur AI stuff coming down the pipeline, so its good that there is a lot of interest but even that seems to be fizzling away, well , at least low key.

Perhaps it has been overly provisioned for a buzzing economy but the wider economy is in a slump. Should things pick up again then perhaps there will be an upside however, due to this gold/silver thing, and this supply chain issues with key microchips, for example RAM, and everything else that is going in, in means there’s a sort of network effect of the need for massive capital because contract licencing manufactures are unable to offer productions for anything less that previous contract manufacturing was more willing to do smaller more affordable production runs, but now the minimum spend is very very very high so the capital required to compete at volume and scale is mostly unreachable for the many.

how about making music not using a computer or DAW ?

Perhaps Im a little late to the game but yeah, have never actually done that route.

You will need a few drum machines, a bass synth, another synth maybe a few actually and yeah, to get cracking making music, but without a DAW or plugins samples or virtual instruments.

Funny how I’ve never actually done that.

You see the computer makes things sound a bit off key, its subtle, sometimes i think its just me but there is definitely something to computers adding some dis-coloration to sounds.

Plus what Im missing these days is the absolute immediacy of music, of conjuring up sound ! Something that is getting further and further aways these days.

Granted there is an attempt to bridge the gap with unified systems like ableton push3 stand alone and the latest akai mpc XL, but at some point, your a gear head, your not a musician anymore. You know eventually your completely and utterley snowed under with all of this. It gets in the way, takes up too much time and maintenance, and frankly is a bit too so possessive and interuptive and all that, as odd as it is to say such things but yeah that’s what it looks like, its what it feels like.

Its been a long journey since the atari ST and cubase, all the way through even until today with the latest ableton and max for live.

but yeah maybe its time to get back to the absolute creative core of cranking out good music.

Greetings everybody hope all is well.

The latest version of wavelab 13 is here.

released by steinberg its the most affordable atmos 9.1 mixdown on the market bring atmos mixing to the masses.

HOwever to ‘hear’ you will still need at least an atmos 9.1 hardware, such for example the apple monitor with the built in speaker array, this is neccessery to trigger some parts of the software, unlocking DRM – digital rights management.

This brings atmos mixing to the masses, well who ever has the wavelab 13 version from cubase.

were also looking forward to forthcoming CPUs from Intel, the newest Xeon workstation chip, and the ultra 3 generation, which for the first time makes available some server side assembly language instruction sets usually reserved for the server side, xeon brand.

Also we note the collapse of native instruments izotope brand so there’s some news about that going round social media at the present. Once again have been a massive fan of both these companies for a very long time so its sad news to hear.

We look forward to the forthcoming wordpress 7 due presently now with AI bult in so its going to be interested to see what happens with the long serving wordpress platform.

Apart from that, that’s about all there is for the latest updates, Seems to be relevantly quite for the time of year .

just a quick note.

The basic software you can get on apple free, imovies and garageband, and x code were all updated recently. this offers a decent entry point onto digital content creation. simple but effective. with high quality results.

might invest more in apple platform as it seams to work relevantly pain and hassle free.

when you look at the value proposition, although purchasing the final cut pro and logic X would be an extra 700 pound spend, this is still just about the same price as an adobe creative cloud subscription for the first year. So it works out cheaper in the long term.

pricing is getting a bit retarded with the gold silver thing and the ai boom causing the microchip shortages of ram. So combined with wildly speculative stock prices going from pillar to post and the race for AI subscriber base to out-rival a massive platform like netflix, Added into the mix of content creators so we see a massive wobbly about all of this causing more and more problems.

Figma with the code and the Make ai capability is a serious value proposition for the individual self employed freelance web developer because it speeds up the whole front end processes. you still have to manually sort out the back end individually but it speeds up the process and makes it a lot easier, reduces the cognitive burden of manually coding front ends.

It looks like the alternative is to create your own AI models however the cognitive burden of doing this is high so might not be worth it however that being said it is improving day by day.

the global tech society has evolved beyond the original ideas of a global village.

cloud services

graphic design

smart contracts

3d graphics

block chain development

PC building repairs upgrades

film tv radio

modelling and animation

websites

web3 development

video games

security auditing

music production

traditional C++ ./net

podcasts and livestreaming

Cad/CAM

Printed Circuit board validation

Technical Drawing

post production services

dsp/fpga/embedded work undertaken

A quick list of what has been happening all of the latest development news from the basic materials project.

Its been a minute since weve checked in. SO basically the world has split up into windows development, using unreal engine, blender, ableton, and Adobe creative cloud, max for live, etc so the windows operatibng system.

web3 development has become fully migrated to ubunutu server 25.

So coding has become specialised on ubuutu server (with desktop added). For everything coding and devclopment, wether stand alone apps, appis, blockchain of defie smart contracts, etc basically everything.

In parallel to this all the apps that are software GUIS, so everything mentioned including kiCAD, 3CAD, and those others mentioned, So all of these GUI apps, or windows apps, for jobs and processes and procedures ‘up above’ figuratively speaking are all now on the windows machine. which is an i5 12th gen with rtx 3060 gpu 32gb ram 1tb drive. An ok reasonably priced machine.

And the ubunutu server is on the old dell laptop that we’ve had for years thats used pretty much exclusively for ‘coding’. However due to security reasons and to tighten security with all the attacks on blockchain and crypto this is an exclusively a develop and test environment while we get further into cyfrin and updraft codehawks.

I would say im a fairly confident web3 developer now, but like i didnt know when i got started down this route i expect another year working through the course over on cyfrin updraft, at the moment im about half way through all of the available courses, about 11 out of 34 of the developer badges unlocked, but once again yeah all of twenty six thus far, well keep proceeding along those lines.

As its coming to the endi of the year will tone it down a bit and take it easy but still expect to hit cyfrin updraft on a daily basis.

Little by little step by step peice by peice.. I could say confidently we could launch a defi contract or smart contract however it wouldn’t be at expert level, i would say i self rate myself at an intermediate standard now able to initiate and devlop and test smart contracts securely using etherium, Solana and Hedera HBAr and cardano/algorand, and im confident in my ability to use web3 wallets (both hardware and modules in the web browser) securely.

Thanks to everyone on the various groups, GitHub, tiny-tape out and cyfrin up-draft as well as all those who have contributed time energy and effort into the teaching materials as well as its much appreciated. Special thanks as well to freecode camp who continue to provide solid answers to difficult tech/programming jobs.

Considerations time.

The generations are beginning to change now and there are alternatives to the tech industry underway. I think there is two clear stream emerging,, AI provisioning stream, and the UX layer through bitcoin crypt o and blockchain and all of that jazz.

There is perhaps an almighty engineering task of getting all this to work as WordPress block nits, or custom WordPress module s but you would have top find a way of making it interact with all of the new stack.

Can there be a solution were these is peaceful happy co-existence ?

Of course you would be running a ‘devops’ nightmare having to support and evolve alongside the two very different methodologies and ways of thinking and indeed even the very nature and way they solve problems is vastly and remarkable different.

there’s room in the market going forward in web3 and crypto and defi, but there is opportunity in the hardware wallet or web3 infrastructure space such as cheap and cheerful bitcoin mining.

electronics products design is an interesting space going forward due to all of this various considerations.

Merry Christmas and a happy new year to all.

As per usual the progress moves forward.

new unreal engine 5.7

new ubunutu onto 25 version,

ableton 12.3 another ableton update

swapped developer outfit for safe and secure web3 development for going forward into 2026.

rebuilt – ssl certificate, github repo, developer laptop, and have massively been developing smart contracts using the cyfrin updraft platform with all of the additionals, python vyper feirce solidity , meta mask and have also been re hammering through the courses as the schedule develops.

One thing for sure about web3 its different than the traditional, getting to the point were we could release some basic smart contracts, perhaps on hedera, because its cheap, rather than paying the developer alary for the about 12 months that it would take it might be better paying it forward by releasing forward smart contracts that run the basics for a while, a sort of start and fail forward methodolgy , translating developer wages bills into smart currenceys and smart contracts pairs , with a few limited humble contract releases so that you actually are getting into the Secure Defi market space.

It might be a better strategy just to get something up and running in a limited capacity rather than spending the money on devleoper sub contracts, but also paying for contract hosting on the block chain AND the smart tokens such as chainink, aave or uniswap or gmx perpetuals

Were looking at quit high developer wages, cryptocurrency and blockchain fees, balanced with the few hundreds of millions in the global internet economey as Defi and tokenisation ramps up.

maybe 2026 will see a further hundred million potential customers all across the block chain ecosystem, so in a sense you could argue that the market could double in terms of customers, including the possibility of developing customers that are already getting into the Defi scenario.

Couple of more upgrades, WordPress, and moving the developer environment from windows to Ubuntu.

MetaMask wallet, which is advisable to use with Brave web browser.

Theres a few upgrades to GitHub aswell so there some monday.com sort of additions to projects.

Have been busy this past few months , the last quarter or so boning up on TinyTapeOut, KiCAD, FreeCAD, and xMSpice validation tools so some very serious engineering simulations.

Blender is up a new version aswell.

However that being said looking forward into 26 year well be splitting the streams up into 5 main progression streams.

1 web3 smartcontracts wallet security and secure auditing

2 Game and 3d design with Blender, Unreal engine

3 UX website design using web2 technologies.

LAMP with Html, Javascript, website hosting maintenance

website and app design and prototyping using figma make and adobe creative cloud

4 audio production music and podcast/radio production using ableton and izotope plugin bundles.

5 STEM. Science technology and engineering with validation using KiCAD, 3CAD, Xscem, MagicSpice for fabrication.

Forward looking statements for 26.

Probably the usual NVIDIA, and social media battle for AI and probably might be a less pacier year in terms of developments as theres been a lot, perhaps fatigue a lot of announcements this year so its a bit tiring and seaming with each and every monumental release its a bit OTT actually.

There is supposed to be some release from itel about 1st/2nd quarter 26 with a new cpu so basically there combining xeon and desktop cpu with the ai enhanced chip so that will be a pretty big thing the xeon assembly language is pretty advantageous and as also these ai chips are single core single thread they fulfill a handy iso standard aswell so well probably be upgrading about 3 or four months into this as our standard loadout because it finally will combine dekstop/laptop and server assembly language instruction sets in one which for us in particular will be really handy.

Once again all the best for 26 year!

thebasicmaterialsproject

ok a good few things to go over.

lots of web 3 cyfrin updraft and node react npm javascript and wallet crypto and blockchain stuff.

All of that futuristic web3 goodness.

Figma Make ; well impressed with this figma make tool for javascript graphical front end user interfaces that make the web look absolutely amazing much more like a video game,

Theres also a tie in to web3 VR/XR and 3d graphics jscript libraries so there’s been a heck of a lot of progress and ground covered there.

Adobe seems to be slipping the adobe stock price is continuing on a long term downward trend as its just too expensive compared to much cheaper products like Figma, and DaVinci resolve.

Also to note ai tools are taking a massive big chunk out f the marketplace aswell.

This is a 2025 remix of a 2020 project, downloading building and installing bitcoin core, litecoin core, dogecoin core from scratch.

This remix will retrace the original basic materials project, we will be hosting a linux fedora server on top of a Xeon workstation, with the additional fast PCIE bridge card, a RAID card with x4 NVME disk drives running the various of blockchains.

Its five years later,so that means the block chain, distributed ledger, will be 5 years later bigger than before!

However we can get this going fast, and as per back then, way back when, we will show you a linux command line security pinhole, a particular configuration that will allow manipulation and interrogation of the blockchain core from the website/web browser will pass command and data back and forth via the linux operating system.

The reason we are doing this is because these kinds of blockchains,bitcoin, litecoin and doge coin, are different kinds of block chains than Ethereum and later cryptos such as solona, these earlier blockchains and cryptos behave and work differently than the later ones.

So we will see that we can interrogate and perform work against these kinds of blockchains with a C++ application, or and installable apache server module, we can program ourselves using C++.

At this level we don’t need a wallet, or De-FI or even C-eX to work the blockchain.Heck we don’t even need a web browser.

All’s we need is a computer capable of 24/7/365 electricity supply and a 24/7/365 always internet connection.

We can then add our inhouse hashrate to any of the HashRate Pools out there in the internet land if we wish.

However we cant do anything other than create, store, buy or sell really !

That’s why we will show how to run other cryptos like Cardono, Etherium, Solona, XRP, Hedera, all much later blockchain crypto tokens and we can then truly understand the use case for a Chainlink or an AAVE3 protocol.

Stay Tuned for our forthcoming basic materials project!

The Tiny Tape out and the PsychoGenesis social platforms are absolutely phenomenal resources and a text book example of social outreach using various online platforms and including GitHUB

Yes in way you can say its an expansion of the last years open source 3cad AND KiCAD with the STEM modules but the TinY TapE out and PsychoGenesis, are again, online social education resource you simply cant miss.

The ground they have covered and the results they have achieved are mega ! Yes Mega Results!

The GitHUB interacitivty is probably the most impressive github actions in the world.

You can effectively compile and build your own microchip via the tiny tape out website and github resource.

Alternatively you can download the linux/opensource iso/VM so you can just run that and all the tools are all available already with all the versions aligned and everything working together harmonously !

This is one of the most next level community driven social education programs in existence well worth walking alongside with as the times progress because you know, its not too far away, at least in principles, of how the biggest companies on the planet in electronics names like intel, nvidia, amd, arm samsung apple, the list go on into motherboard and graphics card manufacturers, to a variety of microchip companies like Siemens and Texas Instruments.

The pinnacle, or more acurately, the underpinnings, of the maker community.

Just out of interest to see how its done to coming to understand the underlying knowledge to getting involved and getting to grips with both digital electronics, and analogue electronics, and the best part is they give you access and teach how to use industry standard tools to build in the virtual world designs that would work in the real world, and whats more,all of it is free up to the very point of manufacturing where you then have the decision, after completing the building, modelling, and most importantly, the verification of your design,of actually getting a real world manufactured microchip of your own devising! That’s something else

Heck of a few months in the crypto space !

Any chance of hibernation this winter ?

I feel that this past three or four months at the basic materials project have been bumper to bumper absolutely ram jammed with back to backs non-stop

I thInk My brain has melted!

Seriously begining to get bored with cyfrin updraft maybe its because i have learned all the secrets to web3 smart contracts, secuirty audits, zero-knowledge proofs etc etc etc.

JOKING ASIDE ! The Cyfrin Updraft has been my number one essential go to resource, which I have been a fan of since doing the first earlier course on youtube back in 2020!

Seriously much time has passed since then and much progress has been made, a whole lot actually.

So ive been slowley working away in my free time over at cyfrin updraft doing the whole lot, I have done about 5 courses out of a potential 23 , and partway through 3 or 4 which Im spending some time here and there on each of the partsm rather than buring and blasting all the way through any particular one.

And to back up the knowledge actually provding the code based interface, mainly in javascript, wallets, solidity , and a bunch of similar toolsets for all of the crypto-currencies out there, you find that the concepts are roughly the same between crypto-currencies, with slight differences here and there, you get what I mean, without going into any of the particular nuances of each.

SO, even if you just want to securely play in the crypto space safely, or even go all in buying and sellings, staking,competing ,etc

Then Cyfrin Updraft is highly recommended and certainly has been my go to resource at the CYfrin Updraft website at least since this past May 2025.

Bitcoin, Etherium, Solana have performed really well all almost to near all time highs however due to critical traffics backlog in the crypto web3 space, speculation is moving to the lesser coins, and their respective lesser chains because the on/off ramp into most blockchain projects on etherium and solana are absolutely over subscribed and very backed up.

Naturaly, the next available crypto blockchain style that has availability is seeing an uptick in interest and demand, if developers and releasers want to float high quality high avaialablity digital assets for TradFI of DefI, DEX/’platformless’, crypto wallet based trades, or even the main centralised Exchanges !

‘Blazor’ – c# , Microsoft offering to enhance the website development and hosting experience and improve business process and procedures.

Well documented, contemporary developed, well supported, slightly more expensive than open source solution.

Genuine alternative to React/Node.js.

Easier to manage.

Ties you into windows server for the entire lifecycle of the digital product.

Capable, availability of trained staff.

Makes things much easier on the developer.

Microsoft Azure connectivity, far easier to expand scale and scope with access to azure component from AI, computer vision, VGPU, blockchain and crypto, more easier manageability

Cognitively simplified tech management conceptualisation.

Another NVIDIA festival this time in Paris this week, be prepared for even more amazing spiel from NVIDIA.

The punishing NVIDA continuum continues on this time in Paris ! Expect the usual rehashing of the last NVIDA festivities except even more mind blowing and time consuming and expensive than ever before!

Unreal Festival so as expected the all new with the latest features, unreal engine is out!

SO as per usual another round of festivals, industry announcements and version updates as the game rolls on.