While optimizing and parking specific services and programs CPU cores and fine tuning priority classes can enhance system performance a user could lock their system into 'full load' by incorrectly elevating a service or program which makes use of multi-threading where by the program can make the system including mouse and keyboard actions non-responsive. Users who take advantage of the programs advanced features such as assigning persistent priority class and CPU affinities to services or programs which are CPU intensive should fully familiarize themselves with Process Lasso's documentation.

Available in x86-32(bit) and x86-64(bit) builds.

Group Extender - Enable group unaware apps to use more than 64 CPU cores.

Stand-Alone Background Core Engine (Governor).

SmartTrim - Selective, threshold-based virtual memory trimming.Responsiveness Metric - Novel algorithm to measure system responsiveness.Keep Running - Automatically restart processes that terminate.Disallow Processes - Prohibit select processes from running.Power Profile Automation - Switch power plans when application is run.Instance Count Limits - Limit number of running application instances.Instance Balancer - Spread application instances across CPU cores.CPU Limiter - Limit Application CPU Use.Process Watchdog - Advanced IFTTT rules.Performance Mode - A maximum performance mode that disables CPU core parking and frequency scaling.Persistent priorities and CPU affinities.ProBalance - Dynamic priority and affinity optimization.Features Īmong this program's features are the following: The paid (Pro) version has some extra features, such as the ability to run the core engine (Process Governor) as a system service. Numerous additional automation capabilities exist, including disallowed processes and application power plans.

These algorithms help to control how processes are allocated to CPU cores. More recently, algorithms such as the CPU Limiter, Instance Balancer, and Group Extender were added.

The original and headline algorithm is ProBalance, which works to retain system responsiveness during high CPU loads by dynamically adjusting process priority classes. It features a graphical user interface that allows for automating various process related tasks, and several novel algorithms to control how processes are run. Process Lasso is Windows process automation and optimization software developed by Jeremy Collake of Bitsum Technologies.

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