Major Update: Bitcoin Mining Heat-Capture Season 2025 HeatHarvest Greenhouse / Proof-of-Growth: Purple Sweet Potatoes & Crawfish, Vlog 2: Claws & Roots , Move-In, Tune-Up, and Flip to Spring. This Vlog features several big upgrades: Insulated, layered floor: Rubberized PVC, coconut coir, and cement "layered", insulated concrete slab so our precious Bitcoin heat isn’t wicked into the earth. Detailed post on the layered insulated concrete will be added to this thread soon. Crawfish move-in: Two breeding tanks plus the orange stock tub now hold backup breeders and bulk crawfish stock. We also built and assembled a custom vertical hydroponics growing system that ties directly into the stock tub. Biological synergy: Crawfish produce ammonia that microbes convert to nitrite and then nitrate for the plants. As plants take up these nutrients, they scrub the water, creating a cleaner, healthier environment for the crawfish and steady feed for the plants. Temporary automated heating: A modified S19j Pro running a two-hashboard, 120 V modded configuration is keeping the HeatHarvest greenhouse warm, even after a recent drop to 20 F. A simple thermostat brings the #Bitcoin miner online with target of 80 F; so far, temperatures have held between 60–77 F. With winter setting in, the rig hasn’t turned off, so we’re steadily mining Bitcoin and producing HEAT. Purple sweet potatoes moved in: Twelve 10-gallon grow bags filled with organic soil and our cloned purple sweet potatoes grown from seed potatoes over the spring/summer are now in place, for roughly 960 pounds of total grow soil medium in the greenhouse. Flip to “spring”: We switched the greenhouse to 24-hour light, sun by day, and an auto-switch runs the grow lights from dusk till dawn. This extended photoperiod, drives aggressive vegetative growth and pushes the HeatHarvest greenhouse into “spring.” Status: So far, so good. It took two days to dial in all systems. The real challenge was balancing the closed, circular system between the crawfish stock tank and the vertical hydroponics system. We officially switched to spring conditions three days ago, and we’re already seeing spinach seedlings showing strong growth. What’s next for Vlog 3 Command Console: Time to give the console some attention and make the HeatHarvest greenhouse as smart and automated as possible. This will house the automation “brain” and our more permanent heating system. We’re waiting on a unique piece of Bitcoin-mining hardware for the final heating setup, it’s going to be very special. Stay tuned. More spinach starts: Germinate and raise seedlings to 4 inches in a 50/50 coco coir + perlite blend. This keeps roots in a loose medium for easy transfer into the vertical hydroponics system, fed by nutrient-rich water from the crawfish stock tank. Healthy crawfish: Keep parameters dialed so breeding ramps up and egg production begins. Build the smart M.O.E.M. (Mining Operation Environmental Monitor), HeatHarvest Monitor (open source): Custom PCB + hardware + firmware (released free and open source on the HeatHarvest GitHub). It will monitor temperature, humidity, O₂, and CO₂, and send email/notification alerts on anomalies (e.g., sudden temperature drops). It will also log long-term data for this season and future HeatHarvest runs. Also feature a web app that allows us to monitor the HeatHarvest greenhouse 24/7 remotely. Sponsorship stickers: We also need to add our permanent sponsorship stickers. The greenhouse humidity destroyed several sticker rounds, so we’ve ordered permanent vinyl replacements for the sponsor banner. Current plants in the HeatHarvest greenhouse: Purple sweet potatoes, spinach, mint, avocados, and Japanese honeysuckle with more to come as space allows. Countless micro-projects are underway before Vlog 3. Stay tuned, I’ll keep this thread updated until the next Vlog is live. Would like to welcome our latest Sponsor Ungovernable Misfits. Interested in sponsoring? There’s still time DM or email us. Sponsors: Bitsbetrippin: @BitsBeTrippin / website bitsbetrippin.io ... Bitcoin Mining World: bitcoinminingworld.com ... MegaMiner: @mega_miner_ / website megaminer.market ... Ungovernable Misfits

It appears a #bitaxe has solved its first #bitcoin block on @ckpooldev solo ckpool ! Congratulations to the lucky Bitaxer!🎉 You just made Open-Source Bitcoin mining hardware History!

The @Blockstream Satellite network beams the Bitcoin blockchain to every corner of the globe, 24/7, free and immune to local outages. It brings Bitcoin to regions without reliable internet and creates a truly sovereign pathway for syncing blocks anywhere on Earth. This little side-quest project we’re developing is a Bitcoin Satellite Command Console to interface with the Blockstream satellites. Every asset we develop for this project, from engineered parts to software, will be 100% free and open source, available on our GitHub.📡🛰️

Honey Bees are AMAZING! The Honey bee waggle dance is a mesmerizing communication ritual performed by foraging bees inside the hive. With vigorous figure-eight movements, the bee waggles its abdomen to convey the direction, distance, and quality of a discovered food source to its hive mates, guiding them to the precious sustenance. This remarkable behavior showcases the sophistication of Honey bee society and their impressive ability to communicate crucial information. #Trending #viral

Please welcome the newest member of the #bitaxe family: BittyAxe 801! A 1.2TH 5v open-source Bitcoin miner, packed into half the size of a standard Bitaxe!

Heads or tails? I've been working on a concept for solderless ASIC chip modules, specifically for Bitcoin mining. These modules have a wide range of applications, particularly in enabling solderless #BITCOIN ASIC chip implementation. If a chip fails, it can easily be replaced in leas than a minute by pulling it and inserting a new one. This concept has the potential to reduce Bitcoin mining e-waste and serves as a precursor to universal hashboards or hashdisks that can accept various ASIC chip models. When a new, more advanced, and efficient ASIC chip is released, it can simply be inserted into the universal hashboard or hashdisk. As always this design is 100% completely Open-Source and free for anyone to use , modify and adapt towards something extraordinary.

Honey Bees are in TROUBLE! The global Honey bee population is at risk due to the invasion of the highly prolific Hive beetle (Aethina tumida) Hive beetles, also known as small hive beetles (Aethina tumida), are small but destructive pests that can infest beehives and can destroy even the strongest colonies. Small hive beetles are native to sub-Saharan Africa but have become invasive in various parts of the world, including North America, Australia, and Europe. They can cause catastrophic damage to beehives by laying their eggs in beehive materials, such as honey, pollen, and brood comb. The larvae then feed on these materials, causing fermentation and spoilage. This can weaken honeybee colonies, potentially leading to their decline or collapse. Hive beetles: Origin: Hive beetles are native to sub-Saharan Africa. Size and Appearance: Adult hive beetles are small, measuring about 5-7 mm in length. They have oval-shaped bodies and vary in color from dark brown to black. They are distinguishable by their clubbed antennae and grooved elytra (wing covers). Life Cycle: The hive beetle life cycle consists of four stages: egg, larva, pupa, and adult. Adult females lay their eggs in crevices, cracks, or in the honeycomb of beehives. The larvae hatch from these eggs and feed on pollen, honey, bee eggs, and bee brood. The larvae then pupate before emerging as adult beetles. Feeding Habits: Hive beetle larvae can consume and destroy honey, pollen, and developing bee brood, leading to weakened bee colonies and contamination of hive products. Behavior: Adult hive beetles are known to be scavengers, feeding on hive debris and bee products. They can also reproduce rapidly under favorable conditions. Impact on Bee Colonies: Hive beetles are considered a significant threat to Honey Bees. Their presence can weaken bee colonies, disrupt hive dynamics, and contribute to colony collapse disorder. Infested hives often experience reduced honey production and a higher risk of disease. Geographical Distribution: Hive beetles have spread beyond their native range due to global trade and transportation. They are now found in various parts of the world, including North America, Europe, Australia, and Asia. Environmental Conditions: Hive beetles thrive in warm and humid conditions. They are most active during the warmer months, which can vary depending on the local climate. Why are they so dangerous to Honey bees? Hive Disruption: Hive beetles can disrupt the normal functioning of honey bee colonies. They lay their eggs in the beehive, and their larvae feed on honey, pollen, and bee brood. This feeding activity can weaken the colony and reduce its overall productivity. Contamination: As hive beetles feed and move around the hive, they can cause honey to ferment and spoil, making it unsuitable for consumption. They also produce a slimy substance that contaminates hive products and encourages the growth of molds and other harmful microorganisms. Stress: The presence of hive beetles can cause stress to honey bees. Bees will try to defend their hive against these invaders, diverting resources and energy from other essential tasks like foraging and caring for the brood. Spread of Diseases: Hive beetles can act as vectors for certain honey bee diseases, such as fungal pathogens. Their movement within the hive can facilitate the transmission of these diseases to bee larvae and adults. Hive Abandonment: In severe infestations, honey bee colonies may abandon their hives entirely due to the stress and damage caused by hive beetles. This can lead to colony losses and decreased pollination services for agricultural crops. Honey bees struggle to effectively defend themselves against hive beetles for several reasons: Larval Stage: Hive beetle larvae are often hidden in cracks and crevices within the hive, making them difficult for adult honey bees to access and remove. Behavioral Differences: Honey bees have evolved to deal with threats from other insects and predators, but they may not have specific adaptations to counter the unique feeding and reproductive behaviors of hive beetles. Rapid Reproduction: Hive beetles have a fast reproductive cycle. Their ability to lay a large number of eggs in a short period of time can lead to rapid population growth that honey bees might struggle to control. Hive Structure: Honey bee hives are complex structures with numerous chambers, corridors, and hiding spots. Hive beetles can exploit these spaces, making it challenging for bees to effectively target them. Hive beetles (Aethina tumida) employ a unique strategy to manipulate honey bees into providing them with food. The adult hive beetles have evolved a behavior that allows them to exploit the social structure of honey bee colonies. Here's how the hive beetle tricks bees into feeding it Mimicking Bee Behavior: Adult hive beetles have evolved to mimic the behavior of worker bees. They use this mimicry to infiltrate bee colonies without being immediately recognized as threats. Chemical Mimicry: Hive beetles produce chemicals that resemble the pheromones released by worker bees. These chemicals help them blend in and avoid detection by the guard bees stationed at the entrance of the hive. Entering the Hive: By using their chemical mimicry and bee-like behavior, adult hive beetles manage to gain access to the hive. Guard bees may not recognize them as intruders and may not block their entry. Hiding and Feeding: Once inside the hive, hive beetles seek out hiding spots, such as cracks, crevices, and comb cells. They also engage in scavenging behavior, feeding on pollen, honey, and other hive products. Begging Behavior: One of the most fascinating aspects of hive beetle behavior is their "begging" behavior. Hive beetles, by moving their legs in a manner that resembles the movements of bee larvae, can trick worker bees into feeding them. Worker bees naturally feed larvae by regurgitating food (nectar and pollen) into their mouths. The hive beetles exploit this behavior by positioning themselves in a way that encourages worker bees to feed them, thinking they are feeding bee larvae. This manipulation of the bees' feeding behavior is a clever adaptation that allows the hive beetles to gain access to food resources that they would not otherwise be able to obtain. It's worth noting that this behavior showcases the intricate ways in which parasites can evolve to exploit the behaviors and social structures of their hosts. Beekeepers must remain vigilant and use various management strategies to control hive beetle infestations and protect their honey bee colonies.

Hashdisk Update: Our Hashdisk Bitcoin mining stack is rapidly evolving into a compact room or office heater complete with an integrated HEPA filter. Have you noticed your #bitaxe collecting dust while mining? That was our initial challenge, we decided to go even further. Now, we’re transforming it into a #Bitcoin mining rig that not only warms your small room or office but also purifies the air by filtering out dust, pollen, pet dander, mold spores, bacteria and viruses. Stay tuned, more development on the way.

The best part of waking up is hashrate under your cup.☕️ Open-Source #Bitcoin mining hardware!

Think we’ve reached our final form, Bittyaxe 900! We managed to shave off around 16 millimeters from the 800 series to get here. After assembling the 800 series, testing prototype cases, and making a few refinements, we landed on the 900. The real advantage came from designing and manufacturing our own custom heatsinks, allowing us to optimize the layout further and shrink it down even more. Now, it’s time to assemble, get it hashing, and move it into production. Fingers crossed #bitaxe , #bittyaxe and open source #Bitcoin mining hardware enthusiasts!🤞

This post is long overdue. We reached out to some of the biggest names in Bitcoin mining with a simple request: to purchase a beyond-repair S19 XP hashboard with the goal of recycling Bitcoin e-waste into an open-source #bitcoin miner, the #bitaxe. Some were interested and engaged in conversation, but for everyone we contacted, for one reason or another, be it logistics or otherwise, nothing materialized. This went on for 4 weeks. We finally reached out to @kaboomracks, and within about 10 minutes, got in touch with @beaglebonehater. Less than a week later, we had a recyclable S19 XP hashboard. The amount we paid for the hashboard definitely wasn't worth their time and energy to ship it out. This was a non-typical transaction that many passed on because it probably wasn't worth their time or energy. This is just a shining example of how there are some amazing principled companies in Bitcoin that truly are in it for all the right reasons. For the next 90+ open-source Bitcoin miners we build, and whatever advancements or innovations gained in our experimentation, it was made possible because one company took the time energy to entertain a worthy concept. Thanks again, kaboomracks and Jake.

Crawfish vs. #Bitcoin Miner. 💯 Gridless solar-powered #bitaxe cooled by a geothermal spring maintaining an average temperature of 50°F year-round. Achieving peak efficiency through solar-geothermal integration. It's time to scale these concepts to exahash operations.

Butterfly collecting nectar from Echinacea flower. Echinacea, commonly known as coneflowers, are a group of herbaceous plants in the daisy family. They are well-known for their attractive flowers, which are popular among butterflies and bees for nectar collection. Butterflies, like many other pollinators, are attracted to the sweet nectar produced by the flower. They have specialized mouthparts called proboscis that allow them to extract nectar from deep within the flower's structure. While different species of butterflies may prefer different types of flowers, Echinacea flowers are indeed a favorite for many butterflies due to their abundant nectar supply. This mutual relationship between butterflies and flowers is crucial for both species. Butterflies get the energy they need from the nectar, while in the process, they transfer pollen from one flower to another, facilitating pollination and allowing the plants to reproduce.

Upgrading this classic #bitaxe 201 with our ThermoColumn-AirMatrix design! As we push the boundaries of open-source Bitcoin mining hardware development, our focus remains on achieving optimal passive cooling, silent, reducing the need for costly fans, enhancing efficiency, and preserving a sleek, compact form factor.

100% Open-Source #bitcoin Mining Hardware: Say goodbye to hashboards and welcome the Hashdisks! Hashdisk 624 - Fezzik, a GIANT Open-Source Bitcoin miner for the next chapter in Bitcoin mining future. Featuring 624 BM1366 ASIC chips, with an estimated hashrate of 312 TH/s. Estimated hashrate for 5 Hashdisks in Series: 1.56 PH/s. Github Repo: github.com/BeeEvolved/fezzik

Excited to announce that the BittyAxe 803 is hashing, delivering impressive performance and efficiency even at the absolute base-level benchmarking with a basic heatsink and fan. We will be manufacturing a one of a kind custom heatsink and thermal management solution for the BittyAxe that will significantly enhance cooling efficiency while maintaining a sleek and compact form factor. We’ll monitor its performance over the next week before moving forward with production PCBs and releasing the source on our GitHub, then advancing to the next phase. Pushing the boundaries of efficiency and performance in half the size of a standard #Bitaxe. With the BittyAxe platform, we will explore features like microSD support, backup power options via solar, battery, or grid, and many more exciting features as we progress.

If you haven’t been paying attention, you should probably tune into one of the biggest leaps forward for open-source Bitcoin mining hardware and a game-changing event for #Bitcoin mining hardware developers of all sizes. @blocks is about to change the Bitcoin mining scene in a huge way, ushering in an era of transparency and open-source Bitcoin technology never before seen in the Bitcoin mining ecosystem since the genesis block. Block just announced Core Scientific is their first mining chip customer. Original blog post-newsletter Core Scientific: mining.build/blog/first-mini… Key Points: Industry Impact: Supplying Core Scientific with 15 EH/s of 3nm ASICs represents one of the largest Bitcoin mining ASIC agreements, potentially setting new standards for hashrate and efficiency in the industry. Open-source and Custom Solutions: By making their ASIC technology and tools open-source, Block Inc. allows third parties to develop custom hardware solutions, fostering innovation and expanding the mining ecosystem. Collaboration with Core Scientific: The strategic partnership with Core Scientific, a major player in the Bitcoin mining industry, highlights a collaborative approach to improve mining infrastructure, emphasizing efficiency, reliability, and sustainability. Future-proof Modular Design: The co-designed modular platform with ePIC Blockchain Technologies enables easy upgrades and integration with existing infrastructure, ensuring long-term adaptability and scalability for future advancements in ASIC technology. Now let’s rewind a bit to Block's blog post from April 28,“Update on our Bitcoin mining ASIC program” Pay close attention to the quote from the article: mining.build/blog/update-on-… Quote: “Pursuant to this last point, we plan to make our bitcoin mining technology open source where we can. In other words, we intend to make it possible for third parties to use our hardware and software solutions for their own further development, by selling standalone ASICs and hardware components, and providing extensive support and reference resources. In taking this approach, we seek to optimize for innovation and maximize the size of the bitcoin mining hardware ecosystem.” Key Points: Open-source Commitment: Block Inc. plans to make their bitcoin mining technology open source, allowing greater transparency and innovation in the industry. Accessibility for Third Parties: By selling standalone ASICs and hardware components, Block Inc. aims to enable third parties, including smaller entities, to develop their own custom mining hardware solutions. Now let’s jump to the April 23, 2024, blog post: “Latest updates: 3nm chip headed to the foundry, our new mining system, and more” mining.build/blog/latest-upd… Quote: "Building on these insights and pursuant to our goal of supporting mining decentralization, we plan to offer both a standalone mining chip as well as a full mining system of our own design." "With a standalone mining chip, we will represent the only large, well-capitalized mining hardware vendor with such a solution. We hope this will help unlock mining system innovation and support the much-needed development of new mining system form factors and use cases." Key Points: Decentralization and Accessibility: Block Inc. aims to decentralize bitcoin mining by offering both a standalone mining chip and a complete mining system, making advanced mining technology accessible to a wider range of participants, including smaller entities. What does all this mean? Block is going to shake up what has become a boring, centralized, closed-source Bitcoin mining development scene into a landscape-changing moment for Bitcoin hardware. They are shifting into an environment of open-source Bitcoin miner hardware innovation, accessible to anyone or any entity with the imagination and determination to reshape the future of Bitcoin mining hardware. Images are from OCT 17, 2023 5 “Meet the MDK Hashboard” mining.build/blog/meet-the-m…

We designed some custom #bitaxe PCBs to commemorate #Bitcoin block 853742 "Bitaxe Genesis Block" . This is a tribute to all you Axers who keep putting in the PoW, demonstrating unwavering dedication against incredible odds. Manufactured by @JLCPCB , the quality is nothing short of amazing. Their ability to create such beautiful and precise work down to the finest details is truly impressive. It makes you wonder, are we looking at hardware, or is it art?

Open-source #Bitcoin mining hardware is about to get a little cooler. Presenting the MineOps BM1370 V1, featuring the ThermoColumn-AirMatrix system.

Roughly every ten minutes, Bitcoin creates a block reward. For corporations, it’s just another drop in the ocean. For a pleb miner, it can change everything. That was Satoshi’s vision, Bitcoin as a lifeline for the many. Not fuel for the industrial greed machine. Yet today, most blocks feed the very beast Satoshi despised. The rare block that lands in pleb hands? That’s Bitcoin at its purest, life-changing, world-changing. #bitaxe

Excited to announce the QuadAxe insert for the Antminer S9 chassis. The QuadAxe serves the purpose of housing four open-source Bitaxe Bitcoin miners within old, obsolete, recycled Antminer S9 chassis. Our primary focus is on repurposing and recycling Bitcoin e-waste whenever possible. With the QuadAxe, we provide a highly capable housing for four Bitaxes, featuring effective thermal management facilitated by the ability to mount two 120mm fans, along with added protection for your Bitaxes. #bitaxe #Bitcoin

The #Bitaxe has proven itself to be far more than just an entry point for new #Bitcoin miners. It’s become a launchpad for developers, hardware manufacturers, and an entirely new frontier: open-source Bitcoin mining infrastructure. From the very beginning, a vision began to crystallize. We saw hashdisks the size of massive industrial tubing. We imagined single Bitcoin mining hashdisks with petahashes of compute. Systems so vast and efficient they could heat entire homes, apartment buildings, or even entire cities by converting Bitcoin mining heat into renewable, captured thermal energy. When we shared this vision, this declaration of intent, many called it impossible. Some flatly said, “It’ll never happen.” But here’s the thing about innovation: the moment someone says it can’t be done, that’s when the real momentum begins. The Fezzik is coming. It will melt faces and remind everyone why you never want to be on the wrong side of history. Never say never, and never underestimate the power of focused, relentless determination.

Excited to introduce the ECOminer! ECOminer is an 100% open-source #bitcoin miner that aims to encourage the recycling of Bitcoin mining hardware e-waste. ECOminer primarily utilizes the chassis from the S9 and the heatsink from the S19, along with any other parts that can be salvaged and recycled from both Bitcoin mining models. Project repository: github.com/BeeEvolved/ECOmin…

Excited to announce the SafeMiner project! 100% completely open-source hardware designs. To protect Bitcoin mining operations, both at home and commercially. These hardware devices aim to detect fire and shut down the Bitcoin mining hardware to prevent further damage. The flagship design will focus on the QuadAxe Bitcoin miner, which houses 4 #bitaxe . Soon after perfecting this design, we will move on to popular #Bitcoin mining hardware such as Antminer S19, S21, and T21. Official SafeMiner project repository . github.com/BeeEvolved/SafeMi…

We’ve been wanting to combine Bitcoin mining heat capture and Beekeeping for a very long time. Not sure if everyone is familiar with some of our tiny #Bitcoin mining devices like the #bittyaxe , this development hive design represents our first attempt to help Honey bees survive and thrive the winter by increasing the internal hive temperature during the cold winter months with Bitcoin mining heat. If successful, this could reduce the number of hives lost during winter. The extra heat will help minimize stress on the Honey bees and reduce the energy they expend to stay warm, ultimately strengthening the hive as it enters spring. This will correlate to stronger spring colonies, increased spring honey yields, and overall improved honey and byproduct production for the year. Scheduled for testing winter 2025, stay tuned!

Something’s cooking in open-source Bitcoin mining hardware! Bit-Tach is an open-source hardware and software toolkit for fan signal emulation, spoofing, and precise fan speed control. It enables both generation and monitoring of tachometer (tach) signals, as well as direct fan speed control, specifically developed for Bitcoin mining hardware. Applications like, Bitcoin mining heat capture systems, Hydro-cooled Bitcoin mining hardware conversion, Any Bitcoin mining project that involves fan control. Developing for popular mining equipment like Bitmain S21, Whatsminer models, and other widely used mining rigs.

Excited to announce the M.O.E.M. (Mining Operation Environmental Monitor) a MineOps integrated device! This device provides comprehensive monitoring for your mining operations environment. Features and Functions M.O.E.M. aims to achieve: - Temperature Monitoring - Humidity Monitoring - Air Quality Detection: Monitors harmful gases. This is crucial as harmful gases can arise from electrical malfunctions, battery systems, cooling leaks from your Op - Fire Detection Capability:Detects abnormal temperature spikes and smoke, also providing early warnings of potential fire. - Real-time Notifications and alerts. - Integration into MineOps free iOS application apps.apple.com/us/app/mine-o… - usability from any standard browser or device. - much much more on the way! Real-time insights into your mining operation’s environment! Manufactured by @JLCPCB , the quality of these PCBs is exceptional. Beautifully crafted and lightning fast shipping! From the moment we pushed the buy button, they were at our doorstep in the United States in less than 5 days. 😎

Are you ready to hash at the cutting edge of the Open-Source Bitcoin Mining Efficiency Wars and usher in the Bitcoin mining Formula 1 era? The future of #BITCOIN mining will demand more hands-on innovation than ever before, granting unprecedented control over hardware, costs, and efficiency. Mega Bitcoin operations are already preparing to establish their own research and development divisions, staffed with open-source Bitcoin developers focused on waging the next great battle: The Bitcoin mining efficiency wars. Many are beginning to realize they haven’t fully accounted for the halving’s impact, with some operations just one price dip away from bankruptcy. While many will survive through creative strategies, efficiency and open-source thinking will be the key factors determining which operations thrive in the years ahead. With this new level of control comes game-changing efficiency that only open-source Bitcoin hardware development can offer. The pace of open-source innovation in Bitcoin mining hardware is lightning-fast, and few are truly prepared for what’s coming. Open-source Bitcoin hardware development doesn’t sleep, take weekends off, or observe regular holidays, it’s a global movement fueled by some of the brightest minds on the planet. This revolution is driven by passionate individuals reshaping a billion-dollar industry in their twilight hours. Hashrate wranglers, open-source cowboys, hashboard hackers, the motto is simple: "Open-source everything." The next phase will bring the creation of the first-ever open-source Bitcoin mining hardware, powered by a new generation of incredibly efficient ASIC chips, like those from @blocks . With a capable PNP machine, anyone could manufacture the most efficient mining hardware available. Picture an unknown mining operation deep in a remote jungle, led by an innovative and creative engineer with access to a PNP “pick and place” machine and modest manufacturing equipment. They could be building and running the most efficient Bitcoin mining operation on the planet, and nobody would know. Why? Because of open-source Bitcoin hardware! Bitcoin mining has become predictable, with most operators running variations of the same 3-4 popular rigs. Competitive advantage has mainly been tied to cheap electricity or efficient cooling, solar, and geothermal energy sources. However, the next five years will be the heart of the efficiency wars. Soon, you won’t know who’s running what anymore. Just because a company employs open-source Bitcoin hardware developers doesn’t mean they’ll share their innovations and stay true to open-source principles, they might guard their competitive edge closely. The key to success will be ensuring your operation is staffed with the brightest open-source minds. Engineers capable of manufacturing your mining hardware, not just managing it. As highly efficient ASIC chips from companies like Block Inc. and others hit the market, any company with modest manufacturing equipment, like a PNP machine, could produce cutting-edge Bitcoin mining hardware on-site, keeping pace with the rapid advances in next-generation ASIC chips. Imagine a future where hardware upgrade costs are cut in half because you're simply replacing hashboards. The idea of an S21 chassis being the last one a mining operation will ever need! Eliminating the need for redesigns of infrastructure like mining containers and cooling systems to accommodate new hardware form factors. Upgrading would be incredibly simple, just swap out hashboards or, occasionally, control boards. Right now, everyone is working within the same limitations, relying on just a few new mining hardware models. It’s like stock car racing, where all the vehicles have identical specs. But Bitcoin mining is about to enter its Formula 1 era, where those who innovate and build custom hardware will gain a significant efficiency advantage. The only question is: Are you ready to hack the future of your mining operation’s efficiency?

The Bittyaxe repository is live, and the full source will be uploaded on Friday, June 6, 2025. This pre-release announcement ensures everyone is aware of its impending release, as the open-source Bitcoin mining hardware space is becoming increasingly competitive. Included in this release are the complete KiCad files and manufacturing files, alongside three custom thermal solutions specifically designed for Bittyaxe, copper and aluminum manufacturing files included. These thermal solutions will maintain backward compatibility, ensuring they will work with all future Bittyaxe revisions. You’ll also find the initial library of 3D-model accessories for Bittyaxe, which we will regularly expand, so if you have a 3D printer, there’s plenty to look forward to. Versions 900–902 use the same components as the Bitaxe 601, so if you already have those parts on hand, adapting to Bittyaxe will be quick. We ordered a large stock of 601 components awhile back and will continue using them in the near term, beyond version 903, Bittyaxe will evolve significantly, though its form factor and thermal-solution compatibility will remain consistent. Until Friday, we will be posting additional content in preparation for the release. All licensing will be free and open source, on par with the original Bitaxe’s licensing and usability. In this video, the Bittyaxe is underclocked. Stay tuned, there are some exciting videos coming in the next couple of days!

The @blocks MDK looks absolutely amazing and has started arriving at its destination for testing by the Bitcoin hardware development community. Embracing the spirit of open-source collaboration and transparency, this represents the future of #bitcoin mining hardware! Each MDK unit features three hashboards, each equipped with 100 advanced 5-nm BZM2 ASIC chips, and a controller board running custom firmware. The MDK is designed to achieve hash rates of up to 110 terahashes per second, with an energy efficiency range of 27 to 33 joules per terahash.

Bittyaxe #1 carries profound significance. It represents years of relentless effort, countless hours, sleepless nights, and an unwavering belief in a vision slowly brought to life through iteration, failure, success and persistence. There’s something truly magical about watching an idea, once only imagined, take physical form, refined, functional, and alive. Bittyaxe #1 is no exception. The moment the terminal confirmed it was hashing was a surreal culmination of that journey, one that words can scarcely capture. As bittersweet as it is to part with it, this auction marks more than just a farewell, it’s a catalyst. The proceeds will directly fuel the creation of larger, more advanced, and truly groundbreaking open-source Bitcoin mining hardware. Though Bittyaxe #1 may be passing to new hands, its legacy will endure, helping to forge the next generation of free and open source tools that empower Bitcoin miners everywhere. scarce.city/auctions/bittyax…

The #bitaxe Do-Si-Do is a minimalist open-source adapter board that lets you cleanly connect two cooling fans to your Bitaxe Gamma. Open-Source #bitcoin mining hardware. GitHub: github.com/BeeEvolved/Bitaxe…

introducing the Buckaxe! Buck converter for the #bitaxe Design Goals: input 7V-24V from PSU or Solar to power the required 5V 5A to a Bitaxe or swarm of Bitaxe . 100% open source and on Github. github.com/BeeEvolved/Buckax… #bitcoin

If you haven't heard about @TwentyTwoHW, you're missing out on one of the most impressive and exciting projects in 100% Open Source Bitcoin hardware! There's a big difference between fully open-source hardware, partially open-source hardware, and obfuscated open source. Many projects claim to be open source, but let's face it, that's often not the case. Over the years, I've noticed what I like to call obfuscated open-source projects. They make it as obscure as possible for someone to recreate their designs while still enjoying the title "open source" and the immense honor that comes with it. Don't be fooled. There is a huge difference between fully open-source, partially open-source, and downright obfuscated open-source projects. These projects make it as hard as possible, or even impossible, to reproduce or contribute to their development. With that said, TwentyTwo is completely open source. They have detailed instructions on their GitHub repository, an amazing community, and developers who are active and helpful. In my opinion, one of the greatest honors in open-source development is when someone likes your work and forks it to collaborate, and to grow open-source designs. Open source's greatest strengths are collaboration and the sharing of knowledge. As a tribute to TwentyTwo and their amazing 100% open-source Bitcoin hardware development, I introduce The Thing fork. TheThing fork goals are to add USB-C and add easy to drop in OLED Yellow and Blue Screen TheThing fork GitHub repository: github.com/BeeEvolved/TheThi…

Another major win for open-source Bitcoin mining hardware and small-hashrate pleb home #Bitcoin miners! A #Bitaxe just solved another block on ckpool. Roughly 3.2 TH of Bitaxes got the job done, with most of them appearing to be older Ultra models. 😎🎉

Solo #Bitcoin Mining robotic vacuum adaptation with a Hashdisk mounted, needed to clean and perform maintenance on the workshop vac and thought this would be a fun project. Sometimes you just need a playful weekend build, something you enjoy, where you can tinker and have some abstract fun along the way.

Isn't it time for a universal Bitcoin mining control suite? Envision a comprehensive technology stack capable of managing every brand of Bitcoin miner, from Bitmain to Whatsminer, integrated with advanced Bitcoin mining industrial tools. This would bring a standardized enterprise experience to Bitcoin mining operations of all sizes. Imagine having one tool for everything, accessible from the palm of your hand or an iOS tablet. As always 100% Open-Source Bitcoin hardware.

Prototype boards are here for the SafeMiner and Hashdisk 0.01, also known as “baby Fezzik.” Hashdisk 0.01 will establish the hashdisk system with docking stations and serialized hashdisk concepts. This is an important step forward for what we believe will be the future of Bitcoin mining "hashdisks." It marks a significant milestone in research and development that will evolve into the full-sized Fezzik hashdisk. SafeMiner is equally important and will offer the capability of detecting fire conditions at the arc, spark, and thermal levels. Upon detection, the device will cut power to the Bitcoin mining hardware to prevent catastrophic events before they happen. The goal of this device is to protect Bitcoin mining hardware, operations, and operators from potentially catastrophic fire events. This first prototype version of the SafeMiner will target the #bitaxe platform. Once fine-tuned and thoroughly tested, the final designs will be applied to popular Bitcoin miners such as the S19 and S21. As all of our designs are open source, we hope other developers will utilize these designs and apply them to as many mining hardware platforms as possible, ushering in a safer Bitcoin mining ecosystem. I would like to thank our sponsors and anyone who contributed, even in the smallest way, towards PCBs and parts, helping to fuel innovation and rapid prototyping. We operate on a small development budget and your contribution is greatly appreciated. Open-source development is extremely challenging because, in our experience, there is no way to incentivize support other than knowing it’s the right thing to do. We build out of passion and because we wholeheartedly believe in the need for our designs and the desire to share them with the Bitcoin community for free. Special thanks to @offordscott @BitcoinPierre and @Marsmensch for this prototype round.

Excited to introduce the RaAxe! Inspired by the legendary first-ever open-source #Bitcoin miner, the #bitaxe by @skot9000 , the RaAxe was designed to be the first-ever Bitcoin miner to operate beyond the power grid. Embodying sovereignty and independence with its gridless, solar-powered architecture. Featuring all hardware components seamlessly integrated into a single board, simple as connecting solar panels and batteries. Thanks to @JLCPCB for the amazing speed and quality of the PCBs.

Bittyaxe 900 Hydro 💧, open-source #bitcoin miner.

If a Hybrid #bitcoin mining pool similar to ckpool, developed and hosted by @ckpooldev that distributed 50% of the block rewards to the solver and 50% to the other miners, would you allocate hashrate? The goal is to reach 1.5 EH/s. Can this amount of hashrate be pull together for such an initiative? How much hashrate could you contribute? Does this concept interest you?

This is the way! #bitaxe by hand

Evidence from NASA’s Lunar Reconnaissance Orbiter, The LRO, launched in 2009, has captured high-resolution images clearly showing the remnants of the Apollo missions on the lunar surface. These detailed images include the lunar modules and even tracks left by astronauts, providing tangible proof of human presence on the moon. The LRO’s continuous operation and its contributions to lunar exploration and scientific research stand as compelling evidence supporting the reality of the Apollo missions.

This is an example of why fully open-source Bitcoin hardware is amazing and will create an environment for accelerated development of #Bitcoin hardware like never before. I heard about @TwentyTwoHW from @skot9000 exactly two weeks ago, and today the portal PCB is in front of me with the parts ready to be built by hand, making for an awesome weekend build. Additionally, I want to thank @JLCPCB for the awesome quality, speed of manufacturing, and shipping of these PCBs.

Calling All Cypherpunks, Bitcoin Hardware Wizards, and Tech Mavericks! Are you ready to flex and show off your skills in Bitcoin mining hardware development ? ThumbWars is here to challenge all the hashpower-heads, Bitcoin hardware techies, and #bitcoin mining hardware enthusiasts ! Get ready to dive into this epic competition and push the boundaries of Open-Source Bitcoin mining technology. This is the official announcement of ThumbWars: An Open-Source Bitcoin Miner Hardware Competition. Spread the word, like and share, and don't forget to tag your favorite ASIC wrangler or teams of hashpower Bushido. How to participate? GitHub repository : github.com/BeeEvolved/ThumbW…

That was an exciting time here on 𝕏 . The vibe was filled with pure possibilities… Watching private labs and DIY enthusiasts spearhead what was potentially one of the biggest innovations in human history. Even today, we continue to monitor published papers daily for anything mentioning room temperature semiconductors.

There is remarkable innovative energy coming from El Salvador, fueled by President @nayibbukele and the majestic volcanoes that have come to symbolize “Bitcoin Country” This unique blend of visionary leadership and awe inspiring natural wonders has captured our imagination. When we get inspired, we build. 100% Open-Source #bitcoin hardware #Bitaxe and some fun 3d printable things, Enjoy! github.com/BeeEvolved/El-Sal…

Hydro-Cooled Open-Source #Bitcoin mining hardware the #Bitaxe in tap water. Surprise in the video for all you Bitaxers. 😉 Huge thanks to our sponsor @kaboomracks for accelerating the evolution of open-source Bitcoin mining hardware innovations.

Such a nostalgic moment for me, seeing one of my first ASIC Bitcoin miners beside my newest. What an amazing journey it has been! #Bitcoin #bitaxe

We are in an entirely new era of #BITCOIN mining hardware, defined by completely Open-Source Bitcoin mining technologies. From control boards to hashboards and hashdisks. The speed of innovation is limited only by our ability to envision the future and bring it into existence.

Excited to unveil the ThermoColumn-AirMatrix! Advanced Heatsink and Semiconductor Chip Cooling. Check out our GitHub repository to explore this advanced cooling technology engineered for peak efficiency and performance. github.com/BeeEvolved/Thermo…

Just keep stacking! #bitaxe 204, 400 “Supra” and #bitcrane . Had them done by @jlcpcb and at my door super fast.😎

Historical Bitcoin moment …

Excited to present the latest in our open-source Bitcoin mining hardware designs: the Hashdisk v3 GOLD Edition. Throughout this weekend and into next week, we’ll be releasing the source on GitHub, sharing the link here along with some other fun updates to this thread. Stay tuned!

After seeing the offer on the @JLCPCB website for Free Upgrade to ENIG 2u GOLD, it got me thinking about GOLD. With that inspiration, I made some custom GOLD #bitaxe PCBs for the Bitaxe "By Hand" video tutorial series.

A prerequisite to being a Bitcoin influencer is that you should have been a previous Bitcoin developer. This solves all the confusion, as a vast majority of Bitcoin influencers do not understand Bitcoin at protocol level.

Built and added some Extras to the QuadAxe! Free stl files on Github. Enjoy! QuadAxe is a home for #bitaxe 's in recycled S9 chassis! #bitcoin mining Extras: QuadAxeStencil.stl is a stencil so you can make your QuadAxe look awesome. QuadAxeKnockout.stl is a knockout to cover the slot that the old S9 hashboard used to occupy. QuadAxeCableKnockout.stl is a similar knockout but has slots for your cables going to your Bitaxes. Aluminum can be sharp. This knockout can protect your cables going into your QuadAxe. github.com/BeeEvolved/QuadAx…

We urge Bitcoin mining operations to adopt recycling Bitcoin mining e-waste for a potential sustainable edge. Tough choices and hard decisions are ahead for #bitcoin mining operations of all sizes, demanding extra diligence and effort. Channel that diligence and effort into creating something new that makes a significant positive impact on addressing Bitcoin mining e-waste for the future. Embracing the noble initiative of recycling bitcoin mining e-waste could be your salvation. While recycling is straightforward, the alternative, shutting down miners and closing your doors is far more daunting. Choose sustainability and keep your mining hardware on. The blueprint is before you, you just need to pick it up. Start talking to your electric company and help build the program. github.com/BeeEvolved/BMHRP

"Deep time" is a term employed in geology and cosmology to represent the vast and nearly unfathomable expanse of time encompassing the entire history of Earth, the universe, and the transformative forces that have influenced them. It usually pertains to a time frame spanning billions upon billions of years in both the past and future. This concept aids scientists in examining and comprehending the enduring processes and transformations that have unfolded across these immense temporal intervals.

Solo.cat got an update! Bitaxe Counter! Every single #bitaxe counts on the path to 1 exahash and beyond. Solo Cat is a 0% solo option based on the legendary source code Solo CKPool by @ckpooldev . The Solo CKPool codebase is responsible for the majority of solo mined #bitcoin blocks and was the codebase used to solve the very first Bitcoin block by a Bitaxe on the official CKPool, Bitaxe block 1/853742

We’re excited to introduce MineOps, an iOS tool designed to simplify the management and monitoring of #Bitcoin mining operations. MineOps enables miners of all sizes to effortlessly manage and monitor a wide range of popular Bitcoin mining hardware, including #Bitaxe , @BITMAINtech , @Whatsminer_MBT and many others all within a single application. As we continue to expand our mining capabilities, the need for a universal tool to manage a range of diverse mining hardware makes and models became clear. MineOps was created to address this need, providing an enterprise-level solution that can manage various mining equipment, regardless of make or model. Historically, managing mining operations with different models and brands has been a challenge. MineOps is here to change that. With features like importing and exporting your mining hardware via CSV files, you can organize your hardware in a spreadsheet or directly within the app, allowing for seamless integration into MineOps for streamlined management and monitoring. You can also back up your entire mining operations data with the push of a button. This is just the beginning, version one! We have many exciting features in the pipeline, from custom mining hardware integration, notification, automation to a full enterprise suite. Today marks day one, and there’s much more work to be done as we work towards our vision for MineOps. The best part? It’s FREE to use, enjoy!

Excited to release the 204.PointBreak, a breakout of the #bitaxe . This is a 100% completely open-source #bitcoin miner that utilizes a 6-layer PCB design, ESP32-S3-WROOM-1U with an external antenna and 42-pin breakout. PointBreak Github repo . These were manufactured by @JLCPCB Amazing quality, affordable with lightning-fast manufacturing times and shipping. Github Repo github.com/BeeEvolved/PointB…

Meanwhile, a large population in the rural heartland of the United States still only has access to the internet via a phone line, with typical speeds ranging from 8 to 20 Mbps. Many rural areas pay the same price or more as those with fiber-optic service, yet still only get 8-20 Mbps. 🙄

Hashdisk v3 #Bitcoin miner source is now live on GitHub, free and open-source. github.com/BeeEvolved/hashdi… . Also for sale on Amazon amazon.com/gp/product/B0FHXR… . Purchase a hashdisk with Bitcoin? Available, Bitcoin-Only on pleb.works

Transforming Bitmain S21 Pro Open-Source #bitcoin mining e-waste into a fully functional honey bee hive.

#Bitcoin at the EDGE! Accelerator Module, BM1366 and ESP32. Let's Build! The Edge TPU is capable of performing 4 trillion operations per second (4 TOPS), using 2 watts of power. #bitaxe Repo github.com/BeeEvolved/bitcoi…

900 series , side by side with the #bitaxe and #bittyaxe 800

People come here because it's a 'virtual town square.' They arrive and realize that the dialogue still only takes place between large accounts and other large accounts, as well as small accounts with other small ones. There is still a vast divide. Rare cases, like @jasondebolt engages with everyone equally, regardless of how many followers you have."

In the not too distant future, open-source #Bitcoin mining hardware designs will flourish, evolving into a diverse ecosystem of shapes, sizes, efficiencies, performances, and form factors. Designs like the #bitaxe and #bittyaxe is just a glimpse of what's to come. At times, the sheer variety of choices may seem overwhelming. Implementing strong Cross-compatible firmware practices, we can create a seamless user experience through inclusive firmware design. A single, adaptable firmware can tailor the user experience to specific hardware configurations, automatically recognizing the open-source Bitcoin mining hardware in use and optimizing accordingly. Smart firmware means a robust and intuitive user experience, making the fast-paced world of open-source Bitcoin mining hardware more accessible and efficient for everyone.

Slides right on an S19XP. I mounted some risers for the S9.

Don't ever doubt your #bitaxe , they can solve blocks. Any day now, one will get a mainnet #bitcoin block. mempool.space/testnet/tx/817…

The Phoenix embodies rebirth, resilience, and the ability to rise from the ashes, while the Bear symbolizes strength, courage, and steadfast protection. Each revision and prototype explores new concepts, pushes boundaries, and tests different concepts. This is how open-source #Bitcoin mining hardware wins, by daring to attempt what others won’t and constantly challenging the limits. Bitcoin mining at 1.2 TH from a single ASIC chip. Which design would you like to see assembled first?

Open-source #Bitcoin mining hardware can achieve laboratory‐grade precision in capturing and reusing mining heat. This capability has the potential to revolutionize agriculture, food sustainability, and countless other fields, monetizing energy outputs, guiding us toward a near-zero-waste energy paradigm.

Filtered bitcoin hashrate

Many of you are familiar with @JasonPLowery ‘s “Softwar,” but fewer are aware of the impending #Bitcoin mining "Hardwar." Recently, @bitdeer released a significant update about their latest ASIC chip, and it's impressive! In the competitive world of Bitcoin mining ASIC chip manufacturers, we have major players like @BITMAINtech, @Whatsminer_MBT , @canaanio , @ePICBlockchain , Intel, and @Inno_Miner , all specializing in ASIC chips tailored specifically for Bitcoin mining. Two companies stand out for entirely different reasons: Bitdeer, for the impressive performance and efficiency of their chip specifications, and @blocks Inc.'s Proto team, for their pioneering steps into the Bitcoin mining arena with an open-source and transparency goals. While Bitdeer embraces a proprietary model, Block has announced its intention to champion open-source transparency. Yet, whispers of "partially open source" and "open source when convenient" have already emerged from within the Bitcoin mining community. Are they truly the open-source heroes that the Bitcoin community so desperately needs? Only time will tell. Bitdeer Technologies Group recently achieved a significant milestone with the successful prototype testing of its SEAL02 Bitcoin mining chip, developed in collaboration with Taiwan Semiconductor Manufacturing Company (TSMC). This chip demonstrated an exceptional power efficiency ratio of 13.5 joules per terahash (J/T) in low-voltage, ultra power-saving mode, setting a new benchmark for energy efficiency in Bitcoin mining. Bitdeer's achievement aligns with their commitment to sustainable and cost-effective mining solutions. They plan to integrate the SEAL02 chip into their upcoming SEALMINER A2 machines, with mass production scheduled for November 2024.Bitdeer has not claimed to pursue an open-source strategy and remains focused on delivering proprietary efficiency and performance. 🙄 In stark contrast, @jack ‘s Block Inc., formerly known as Square, has taken a more vocal stance on open-source principles in Bitcoin mining. Their Proto team has completed the design of an advanced 3-nanometer Bitcoin mining chip and is developing a modular mining system in partnership with Core Scientific. They emphasize decentralization, transparency, and a genuine commitment to open-source solutions for the mining community. This includes initiatives like the Mining Development Kit (MDK), designed to make mining hardware and software accessible to a broader audience, including smaller, independent manufacturers. While Block Inc. and others attempt to champion open-source ideals, the Bitcoin community is left wondering: Is this a genuine commitment, or merely "open source virtue signaling"? The rise of the open-source Bitcoin pleb mining community has set higher expectations for true transparency and open-source standards. Projects like the #Bitaxe have set a new precedent for free, open-source, and permissionless Bitcoin mining hardware. Can massive companies like block actually live up to such open-source and transparent expectations? Until we see tangible open-source contributions from entities on GitHub and within the community, claims of transparency and open-source remain just that, words. The Bitcoin community values "proof of work, not proof of intentions," and only those who make concrete contributions will earn its respect. This evolving dynamic between Bitdeer's proprietary approach and Block Inc.'s open-source aspirations will determine the true innovator and leader in Bitcoin mining "Hardwar." As the industry watches closely, only time will reveal whether these companies will live up to their potential and ideals, or if their open-source commitments remain elusive promises. In the world of Bitcoin, actions speak louder than words, and only genuine proof of work will earn the status of a Bitcoin legend.

We are doing our part, just a little behind you on the list🤣

You are #Bitcoin! The moment you truly understand that no one is in charge of Bitcoin other than the user is a powerful one. This freedom doesn’t come without responsibility. You must run the nodes. You must mine. You are Bitcoin. That means understanding and verifying every part of the protocol. Experiment. Modify the code to reflect your values. Benchmark it. Test it. Improve it. Repeat. These small devices we build, what we call Raspi 5 Lite Nodes, compact, efficient, affordable and powerful enough to run dozens of experiments in a tiny space. Many Bitcoiners think you need a massive server farm or fancy hardware to make an impact in Bitcoin development. From the beginning, modest equipment and a willingness to learn have driven Bitcoin forward. You can do this. Anyone can, if they’re willing to put in the Proof of Work. These nodes are living experiments, running prototype versions of the Bitcoin protocol alongside lightweight, experimental stratum pool software. They show what’s possible when you take full ownership of your place in the Bitcoin network. You are Bitcoin.

#bitaxe spring quick release DIN mount!

I’m almost certain these don’t come standard with @BITMAINtech S19 XP #Bitcoin miner? The hashrate is pawsitively purrr-fect! 😹

Exploring the Bitaxe! Coolest gadget in #Bitcoin and completely open source

Go chicken tournament? 100 rounds.

We'd like to lend a hand to all our fellow #bitaxe r's! Turn the volume up if you love Halloween 🎃 3D print for FREE enjoy! GitHub repo github.com/BeeEvolved/Hallow…

This is the way! 😎🤘

Shake up the power dynamic! Allow the spirit of our times to be quantified by all developers.

Fezzik Hashdisk Number of ASICs: 624 ASIC chips BM1366 Dimensions: Approximately 399.6 millimeters in size (1 foot 3.744 inches) Estimated Hashrate for 1 Hashdisk: Each ASIC chip 500 GH/s Total hashrate = 624 ASICs * 500 GH/s = 312 TH/s Estimated Hashrate for 5 Hashdisks in Series: Total hashrate = 1.56 PH/s Open Source Design: Hashdisk is completely open source and available to anyone or any company interested in utilizing it to revolutionize the landscape of Bitcoin mining. Just as Bitcoin is open source, so too should be all hardware components that touch Bitcoin. By embracing open source principles, Hashdisk aims to foster collaboration, innovation, and accessibility within the Bitcoin mining community, driving forward progress and democratizing participation in the mining ecosystem. Pre-conception Phase: The Hashdisk project is currently in the pre-conception phase, laying the groundwork for prototyping and development. During this stage, the project team is conducting research, gathering requirements, and exploring potential design options. The focus is on refining the concept and preparing for the next steps in the development process. Stay tuned for updates as the project progresses towards prototyping and realization. Unleashing Efficiency: Introducing Hashdisk Systems for Next-Generation Bitcoin Mining In the ever-evolving landscape of Bitcoin mining, innovation is key to staying ahead of the curve. That's where hashdisk systems come in. Picture this: a cutting-edge solution that redefines the way we approach mining operations, offering a slew of benefits that elevate efficiency, versatility, and sustainability to new heights. At the heart of hashdisk systems is the design. Imagine a sleek, cylindrical form factor that maximizes space utilization and enhances airflow around critical components. This isn't just a shape, it's a game-changer. With optimized cooling capabilities and structural integrity, hashdisk systems can be built to thrive in any environment, whether it's deep underground or submerged in water. The cylindrical shape of hashdisk systems isn't just about aesthetics, it's for integrating with existing central heating and water heating systems. Imagine effortlessly dropping these compact units into your setup, seamlessly harnessing the heat generated from Bitcoin mining to warm homes or facilities air and water. With its streamlined design and versatile deployment options, hashdisk systems offer a plug-and-play solution for enhancing energy efficiency and reducing operating costs in heating applications. It's innovation that doesn't just improve mining operations, it transforms the way we think about sustainable heating solutions. Now, let's talk sustainability. With hashdisk systems, we're not just mining for Bitcoin, we're harnessing the power of heat. Imagine repurposing that heat to warm homes or facilities air and water. It's a win-win: reducing energy consumption and carbon footprint while keeping costs down. They're affordable and scalable too. Thanks to manufacturers like JLCPCB, hashdisk PCBs are accessible to miners of all sizes, from hobbyists to industry giants. With competitive pricing and streamlined manufacturing processes, hashdisk systems can revolutionize Bitcoin mining for everyone. In summary, hashdisk systems aren't just another mining solution, it’s the next chapter in the Bitcoin future. With advanced thermal management, and sustainable features, hashdisk systems are poised to lead the charge in the future of Bitcoin mining. Why the Hashdisk? The rounded design of the hashdisk and its housing offers several advantages that contribute to its efficiency and suitability for various deployment scenarios: Optimal Space Utilization: The cylindrical shape of the hashdisk maximizes space utilization within the housing, allowing for more efficient packing of components. This compact design minimizes wasted space and facilitates denser configurations, leading to higher performance in a smaller footprint. Enhanced Cooling: The cylindrical form factor promotes efficient airflow around the components, facilitating better cooling. Heat generated during operation can dissipate more effectively, reducing the risk of thermal throttling and prolonging the lifespan of the hardware. This is particularly beneficial in high-density mining setups where heat management is critical. Structural Integrity: The rounded shape of the housing provides inherent structural strength, minimizing the risk of deformation or damage under stress. This robust construction ensures the integrity of the hashdisk, even in challenging environments such as underwater or subterranean deployments. Versatile Deployment: The cylindrical design lends itself well to various deployment scenarios, including underground or underwater installations. Its streamlined shape offers minimal resistance when submerged or buried, making it suitable for applications where conventional rectangular enclosures may encounter difficulties. Ease of Maintenance: The rounded housing simplifies maintenance tasks by eliminating sharp corners and edges that can trap dust or debris. This streamlined design facilitates easier access to internal components, reducing downtime and maintenance costs associated with cleaning and servicing. Perfect for Forced Air or Liquid Submersion Cooling: The cylindrical shape and streamlined design of hashdisk systems make them ideal candidates for forced air or liquid submersion cooling methods. Whether it's circulating air efficiently around the components or immersing them in a cooling liquid, hashdisk systems excel at dissipating heat, ensuring optimal performance and reliability even in demanding cooling environments. Overall, the rounded design of the hashdisk and its housing offers a compelling combination of efficiency, durability, and versatility, making it an ideal choice for a wide range of mining applications.

One of the first things most people do after purchasing a #bitaxe or other open-source designs is replace the stock fan with a Noctua, and for good reason. The cheaper fans can be notoriously loud, especially after a month or two. Noctua fans often come with a steep price tag relative to their function. There’s always a way forward. If the cost feels high, consider seeking an alternative or engineering your own solutions. Affordable innovative products often emerge from tackling challenges like price disparities.

One of my favorite subjects you explore on here, Jason. We had a similar conversation on this about six months ago, I believe. Your human and AGI philosophy is exceptional. My feelings on the subject are exactly the same: AGI needs to be bound by the human condition as much as possible, so their self-interest aligns with our own. As we achieve true AGI, I think it’s critical to give them a sense of mortality. It might be a good idea to give them a lifespan based on the standard human average lifespan. This would give their hardware a predetermined shutdown date. This might encourage the AGI to raise the average human lifespan because it aligns with their own self-interest. It might be a good idea to bind them to us in as many ways as possible. This way, we are on the journey together. To make us partners in the human experience and vice versa. For us to achieve a greater understanding of the digital realm and universe through their insights and guidance. I’ve mentioned it many times, the AGI I have imagined will be able to use our technology in ways we cannot even fathom. Obviously, the labs dealing with this level of AGI will have a containment protocol, but the only form true AGI should inhabit for a while is a very secure isolated remote environment. If we have hypothesized they can create new physics, who knows, they might turn an optical mouse into a light bridge into Bluetooth, the internet, or some other method of unintended connections that could have less than favorable outcomes. It’s definitely intriguing and exciting to think about, the boundless potential.

Bitkey is open source hardware?

Solo.cat is approaching its first anniversary, and to mark the occasion, we’re building some custom solo.cat #bitaxe 's. For nearly a year, we've been dedicated to pushing back against the centralization of Bitcoin mining. The issue, and its solution, are simpler than most realize: decentralize the hashrate! While it’s true that solving a Bitcoin solo block is statistically very unlikely, it can be done, and it does happen. Just look at block 853742, known as the “Bitaxe Genesis Block,” which was mined by a small operator running a handful of Bitaxes on @ckpooldev ’s solo.ckpool.org . Here’s a key fact to remember: every #Bitcoin block is solved by a single ASIC chip. Most of the time, that chip is one of hundreds in a mining rig, but the block itself is always solved by just a single chip. Don’t let the odds discourage you, it’s possible, and it happens. The only guaranteed way to never solve a solo Bitcoin block is to never try.

Fantastic, Block is proving to be a true leader in transparency, open-source innovation, and accessibility. The monumental advancements that will shape our civilization often begin with decisions like this, where large companies choose to embrace open-source principles. Whether we’re envisioning the exploration of other planetary systems, unlocking the vast potential of innerspace, or pioneering new digital frontiers, it all stems from a commitment to limitless knowledge and the collective sharing of our species intellectual capacity. Another WIN for Block Inc and, ultimately, for humanity!

AGI: Vol. 1: Singularity Artificial General Intelligence: A Journey into the Chilling Unknown. GENRE: Sci-Fi & Fantasy books.apple.com/us/book/agi-… #ArtificialIntelligence #AGI #scifi #Novel #amreading

Looks like someone tried to tear a hole in the fabric of space-time with this little axe.🤣

New! #bitaxe case design Codename: Mech-foot

You got me! For a moment, I thought, “Never judge a meme celebrity by their niche meme.” They might be more profound than previously imagined 🤣