Cooling and Durability: The Bitty Axe Comes stacked with the innovative ThermoColumn-AirMatrix! An advanced Heatsink and Semiconductor to help with Chip Cooling. 🥶

Nice work! Now I want one of those ThermoColumn AirMatrix though Also, excited to see the BittyAxe!

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.

A little more information about ThermoColumn-AirMatrix

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

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…

Reaching new heights: A&S alum @BashirTheKhan and AirMatrix pave the way for drone highways | Faculty of Arts & Science shar.es/agfZUr via artsci.utoronto.ca

🧵 How the FAA regulates drone flights LAANC is a system created and used by the FAA to integrate drone operations into the existing infrastructure for managing national airspace. Here is a detailed breakdown: Understanding LAANC: LAANC (Low Altitude Authorization and Notification Capability) is a collaborative venture between the FAA and private industry. It plays a pivotal role in facilitating the integration of Unmanned Aircraft Systems (UAS) into controlled airspace. Key Functions of LAANC: • Access to controlled airspace at or below 400 feet. • Awareness of permissible and restricted flight zones. • Offers Air Traffic Professionals visibility into drone operations, improving overall airspace management. UAS Data Exchange: LAANC's functionality relies on the UAS Data Exchange, enabling the sharing of airspace data between the FAA and approved companies known as UAS Service Suppliers (USS). These USS entities provide the necessary desktop and mobile applications for utilizing LAANC capabilities. Automation of Authorization: LAANC streamlines the application and approval process for airspace authorizations. Drone operators, utilizing applications developed by FAA-approved UAS Service Suppliers, can quickly apply for airspace authorization. Data Verification & Approval: Authorization requests undergo thorough scrutiny against multiple data sources in the FAA UAS Data Exchange, encompassing UAS Facility Maps, Special Use Airspace data, Airports and Airspace Classes, as well as Temporary Flight Restrictions (TFRs) and Notices to Airmen (NOTAMs). If deemed compliant, pilots receive near-real-time authorization. Operational Aspects: • Drone pilots, unless specified in authorization, are not required to notify the tower before flying. • LAANC strictly provides airspace authorizations; pilots must still adhere to NOTAMs, consider weather conditions, and comply with all airspace restrictions. Utilizing LAANC: • Drone pilots operating below 400 feet in controlled airspace around airports must obtain FAA airspace authorization. • Available to Part 107 pilots and Recreational Flyers, access to LAANC is through FAA-approved UAS Service Suppliers. Two Application Methods: • Near real-time authorization request for operations under 400 feet (for Part 107 Pilots and Recreational Flyers). • "Further coordination request" for flights above the designated altitude ceiling in a UAS Facility Map, up to 400 feet (available to Part 107 pilots, with applications up to 90 days in advance). Qualification Requirements: • Part 107 pilots must register drones and hold a Remote Pilot Certificate. • Recreational Flyers need to register drones and take the Recreational UAS Safety Test (TRUST) before the first flight. Coverage & Expansion: • LAANC is available at 726 airports. • For controlled airspace near airports without LAANC, the manual process allows for authorization application. Approved LAANC UAS Service Suppliers: Several companies, including AirMatrix, Airspace Link, Aloft, AstraUTM, AutoPylot, Avision, Botlink, eTT Aviation, FlightReady, UASidekick, and Wing. Additional info about these software companies here: @getnexusio Hope this has been helpful and informative!

$PLTR If you're interested in the Palantir x AirMatrix Partnership ... ⬇️ Unlocking the Future of Drone Tech: Palantir Partners with AirMatrix dailypalantir.com/post/unloc…

AirMatrix, IN-FLIGHT Complete SAIL 4, BVLOS Drone Ops Over Urban Areas: Pushing the Boundaries of Complex Missions dlvr.it/StrSbz

$PLTR Unlocking the Future of Drone Tech: Palantir's Partnership with AirMatrix dailypalantir.com/post/unloc…

Bashir Khan, Ayaan Haider and Shayaan Haider founded AirMatrix as a drone delivery initiative at the University of Toronto in 2018. It now provides critical drone infrastructure for private drone operators, airports and cities. on.forbes.com/6015P5ibv #ForbesUnder30Local: Toronto

NEW ARTICLE ⬇️ Unlocking the Future of Drone Tech: Palantir Partners with AirMatrix dailypalantir.com/post/unloc…

AIRMATRIX. $PLTR & AirMatrix are joining forces to make drone flying safe & smart. Using #AI data on weather, maps, & aerial signals for a real-time airspace view. Libra manages drone traffic & monetizes as drone usage grows. Source: prnewswire.com/news-releases…

$PLTR Palantir Announces New Partnership With AirMatrix -Palantir is in focus as the company continues to expand its exposure to AI. -The company announced a new partnership with Airmatrix and an expanded partnership with Carahsoft. -PLTR is up almost 200% from its late-December low and has more than doubled from the May low.

#Palantir Technologies and AirMatrix, an airspace infrastructure technology provider, yesterday announced a strategic partnership to accelerate and scale its drone operations. thefastmode.com/technology-s…

AirMatrix x $PLTR ⬇️ "The Foundry Ontology allows the extraction of valuable insights from complex data landscapes which AirMatrix proprietarily derives, including those relevant to autopilots in complex environments from updated urban data sets, micro-weather, millimeter-precise aerial coordinates, accurate maps, aerial uplink and downlink speeds, electromagnetic interference, ground-based radar, radio-frequency interference, telecommunications data, and more" prnewswire.com/news-releases…

Palantir AirMatrix ! Congrats to @_AirMatrix_ @BashirTheKhan @PalantirTech investors.palantir.com/news-…