“IBM’s active threat hunting enhances traditional security solutions to reveal unusual activity, while IBM’s proactive threat hunters work with organizations to help identify their crown jewelry assets and key issues. This investment enables threat hunting teams to create fully tailored threat hunting reports and customized detections,” IDC said. “The alerts for AI/ML functional filters are based on activities observed in the activities throughout the Global Security Operations Center over the past two years, reducing false positives and accelerating detection, so teams can focus on high-priority threats, including rare event detection.”
Mainframe development, quantum
IBM also announced that it will invest $150 billion in the United States over the next five years. This includes investing more than $30 billion in R&D investment to advance and continue IBM’s mainframe and quantum computer manufacturing.
IBM recently announced the next generation of its respected mainframe system, which will be available in June.
At the heart of the new Z17 mainframe is a 5.5 GHz IBM Telum II processor, which includes a built-in AI accelerator that IBM says will allow customers to run over $40 billion in inferred operations in one day with a millisecond response time in one day. IBM says the processor supports eight CPU cores, 32 cores per system and 36MB of L2 cache memory, which can run 24 trillion operations per second compared to existing Telum – a 40% increase in system throughput and a 4x reduction in overall latency.
When it comes to quantum computing, IBM has been developing systems for many years and claims to be the largest fleet of quantum computers in the industry. Late last year, IBM launched the most advanced quantum computer, which has so far been released by 156 Qubit Hishon Quantum Processeror. The system doubled the quantum computing power of previous IBM systems and completed a task in 2.2 hours, which had previously taken 112 hours.
IBM’s quantum roadmap provides a completely miscorrected system in 2029. It hopes to have a quantum computer with more than 2,000 error corrections Quints (or logical Qubits), or after 2033. Its quantum network provides access to quantum networks, access to IBM’s quantum systems, and can be used in nearly 300 Fortune 500 Fortune 500 Fortune 500 Fortune 500 Fortune 500 Fortune 500 companies, academic institutions, national laboratories and enterprises, and has accessed through enterprises and accessed 600000,000,000,000,000,000,000,000,000,000,000,000.
