$BTDR Q2 2026 Financial & Operational Highlights 📊 🔹Total revenue $228.8M (+47% Y/Y); Adjusted EBITDA $31.1M (+576% Y/Y) 🔹Self-mining #hashrate# 73 EH/s (+342% Y/Y) across 243,000 #miningrigs# (+113% Y/Y); 2,694 $BTC mined (+377% Y/Y). 🔹3 GW global power portfolio for #AIDC# and #BitcoinMining#; Executed a $4.7B, 16-year #AI# colocation lease in Tydal, Norway. #Bitdeer# #AIInfrastructure# #datacenter# #Investors#

Introducing @SealMiner DL1 Hydro. ⛏️ 52.5 GH/s ⚡ 149 J/GH Featuring three operating modes in a compact 2U hydro-cooled server. Built for #LTC# & #DOGE# mining. Explore the full specs📑 #SEALMINER# #HydroCooling# #MiningRigs# #ScryptMining# #Litecoin# #Dogecoin#

⛏️ TapeFour AMA | Start With One Transistor What happens when onchain mining meets Meme launches? Join and @TapeOutWorld as we explore TapeFour — from transistors (NAND) and mining rigs to a new way of launching Memes on @BNBCHAIN. 📅 Oct 19, 8:00 PM (UTC+8) 🎙️ Live on X Spaces 🌙 Co-host: @Moon1ightSt 🎤 Guest Speakers: • @TapeOutWorld — Alda & Percy • @BruceBlue — TapeOut Community Foundation • @martin23_sen — Founder, • @bitcoin2themars — Ryan • @covachong — Head of BD, From onchain circuits to mineable Memes, let’s explore what’s next for TapeFour and the TapeOut ecosystem. 🔗 Set a reminder:

Product Update | TapeFour Officially Launched Another way to launch Memes: Mining ⛏️ TapeFour is first mining-token launch model, jointly introduced with TapeOut Protocol (@TapeOutWorld) on @BNBChain. It combines TapeOut’s tapeout mining with bonding curve trading and tax mechanisms: projects sell transistors (NAND) first, which are then taped out to assemble mining rigs. 95% of the total token supply is entirely mined by these mining rigs. Fundraising •Project creators can choose to raise funds in BNB or BEM •Transistors are sold on the bonding curve at a fixed price, ensuring equal terms for all participants •Transistors can be bought or sold at any time prior to token launch Graduation •Graduation occurs when all transistors are sold, triggering the minting of 1 billion tokens •5% of the token supply and the raised funds are injected into PancakeSwap as initial liquidity, with LP permanently locked •The remaining 95% of tokens are deposited directly into the mining contract, with zero team reservation •Project creators can set transaction taxes and allocation methods for the token Mining •Post-graduation, every 5 transistors can be taped out to assemble 1 mining rig •Mining rigs continuously generate tokens, which holders can claim at any time •Users can pay project tokens to boost mining speed (paid tokens will be burned), achieving a 2x multiplier for durations of 10, 20, or 30 days •Both transistors and mining rigs can be freely traded on @FirstoAI, the largest marketplace in the TapeOut ecosystem From Meme Holders to Meme Miners. Make Four Great Again.

Bitcoin miners just found out their power plants are worth more than their mining rigs. Riot Platforms signed a 20-year lease for 191 megawatts of capacity at its Texas site. Value: $9.1 billion. With options, it pushes toward $16.1 billion. The stock jumped 25% after hours on the news. The likely customer, widely reported but not officially confirmed: Anthropic, the company behind Claude. Here's why this is happening everywhere at once. Bitcoin mining margins run 25 to 30%. Hosting AI compute on the same site runs 80 to 90%. Same power. Same land. Same cooling systems. Completely different business. HIVE Digital just did the same thing, smaller scale. A $350 million, five year GPU cloud deal. Over 2,000 Nvidia Blackwell Ultra chips. A hydro-powered site in British Columbia. $70 million in new annual recurring revenue, overnight. The real story isn't miners chasing a trend. It's what AI companies actually can't buy: energised land, grid connections, permits, power at scale. Building that from scratch takes years. Miners already built it. For a different reason entirely. Turns out it's exactly what the AI industry has been starving for. The machines that mined Bitcoin are becoming a footnote. The power underneath them just became the asset.

It is cool to see difficulty re-targeting is working. Users rented large mining rigs in an attempt to break through difficulty and over-mine on low difficulty. They've since fallen off the network which lowers the difficulty for average hardware individuals.

If transistors can already be freely traded, why do we need mining pools? Because free markets do not eliminate the costs of coordination Finding the right NAND and LATCH components, researching circuit configurations, coordinating holders, and maintaining mining rigs all require time and expertise Markets allow resources to move, while mining pools aim to make those resources easier to organize

This is one of the questions we're exploring across the TapeOut ecosystem What changes when a mining rig is built from resources contributed by multiple participants rather than owned by a single miner? The Optimal Mining Pool is exploring a new model of onchain production Different holders contribute transistors, mining rigs are held by smart contracts, and participants receive corresponding economic rights through revenue certificates The significance goes beyond allowing more people to participate in mining