![hashcat on Twitter: "Some deep refactorization was done! Upcoming hashcat will support (simultaneous) use of CUDA and OpenCL. This enables hashcat to run on systems using ARM architecture based CPUs. For instance, hashcat on Twitter: "Some deep refactorization was done! Upcoming hashcat will support (simultaneous) use of CUDA and OpenCL. This enables hashcat to run on systems using ARM architecture based CPUs. For instance,](https://pbs.twimg.com/media/D6hP4UnW4AAnjhJ.jpg)
hashcat on Twitter: "Some deep refactorization was done! Upcoming hashcat will support (simultaneous) use of CUDA and OpenCL. This enables hashcat to run on systems using ARM architecture based CPUs. For instance,
![Windows password can be broken in about 6 to 6 hours if 25 GPUs are used, and is a method capable of collecting 350 billion as many rounds per second? - GIGAZINE Windows password can be broken in about 6 to 6 hours if 25 GPUs are used, and is a method capable of collecting 350 billion as many rounds per second? - GIGAZINE](https://gigazine.net/cdn-cgi/mirage/7eb804958ebe09caa0afcf44283506c34a0a9bb9994a816035176705e4a2dba4/1280/http://i.gzn.jp/img/2012/12/11/gpu-brute-force-attack/oclhashcat.png)
Windows password can be broken in about 6 to 6 hours if 25 GPUs are used, and is a method capable of collecting 350 billion as many rounds per second? - GIGAZINE
![Chick3nman 🐔 on Twitter: "First @hashcat benchmarks on the @NVIDIA Tesla A100 PCIE #GPU! Power limit on the PCIE variant is set to 250W limiting faster hashes noticeably. Slow hashes really show Chick3nman 🐔 on Twitter: "First @hashcat benchmarks on the @NVIDIA Tesla A100 PCIE #GPU! Power limit on the PCIE variant is set to 250W limiting faster hashes noticeably. Slow hashes really show](https://pbs.twimg.com/media/EjcJjS2XYAEiZbP.png)