SelfAware Compute Information

Software that finally understands how it runs. SelfAware Compute transforms how software executes by making it aware of its own behavior, inputs, and environment. By adapting in real time, it reduces energy consumption while increasing performance without requiring new hardware. SelfAware Compute is the evolution of Massively Parallel Technologies (MPT), a company with a long history of advancing how software utilizes modern hardware. MPT developed foundational technology for analyzing and optimizing how software executes across systems, with a focus on improving performance and reducing energy consumption. Today, that foundation has evolved into something far more powerful. For decades, software has been fundamentally unaware of how it runs. It is compiled once, then executed blindly regardless of changing inputs, systems, or environments. SelfAware Compute changes this paradigm. By modeling software as dynamic execution pathways and predicting how those pathways behave, SelfAware Compute enables software to: • understand its own execution in real time • predict time, memory, and energy before and during runtime • adapt execution based on defined goals such as performance, energy, or cost The result is a new category: SelfAware Compute. Software does not just execute instructions. It understands, adapts, and optimizes itself continuously. As compute demand accelerates driven by AI, cloud infrastructure, and real-world systems, the limitations of blind execution are becoming impossible to ignore. Energy consumption, cost, and performance variability are no longer secondary concerns. They are defining constraints. SelfAware Compute addresses this directly by turning execution into a controllable, intelligent system. We believe the next era of computing will not be defined solely by better hardware, but by how intelligently software runs on it.