Critical Thinkers Benefit corporation

Vision Statement

We are a conflict resolution unit attempting to make CTI the center of excellence for a highly skilled information technology community by providing a secure global network enterprise to sustain information superiority and continuous individual and societal growth.

Mission statement
Individually, we will work together to find solutions to humanity's and our own individual needs. We will concentrate on the root causes of individual and environmental conflict in order to define and correct them for ourselves. We will collaborate to resolve conflict by developing positive solutions based on the needs of humanity at the individual level. We will strive to set an example for humanity to live in a sustainable way, so that we can establish a coexistence that benefits everyone.
Our goal is to restore individual balance and regenerate an essential quality of life for all humans. We will seek out those who want to help themselves and distribute the resources required to complete this task for the benefit of the group.
Our organization is living and growing.  We are adaptable; we choose to maintain the highest possible standards; and we value integrity because it benefits us. We intend for the overall business model to be responsive to the needs of CTI members, the larger community, and the environment itself.

I'm currently enrolled at UNM to improve my capacity to create "Cognitive Optimization Collaboration Systems" software in support of a qualitative investigation on how we may go beyond satisfying universal basic human requirements in the aforementioned fields. Food, Air, Water, Housing, Living Quality, and Internal and External Security. Using AI+ML to assist people prioritize meeting their requirements and rate the process in which they do so, I hope to use this software to steer inherent societal change by providing the information on a dashboard display.

I am dedicated to making the world a better place all the time, because I want to ride motorcycles more and deal with problems less. I am also a disabled veteran and have time to work on things as long as I have funding. I will meet with Los Alamos Labs this week to discuss the software's viability. 

Cognitive Optimization Collaborative Systems: a program focused on developing collaborative systems to enhance cognitive abilities and optimize human performance.

The problem that our solution seeks to solve is the limited cognitive capacity of individuals, which can lead to suboptimal performance in various settings. Despite advancements in technology and automation, many tasks still require human cognitive abilities, such as decision-making, problem-solving, and creativity. However, cognitive limitations, including attentional lapses, memory failures, and cognitive overload, can hinder individuals' performance in these tasks.

Moreover, many tasks require collaboration among individuals, which can be challenging due to communication barriers, divergent perspectives, and conflicts. Ineffective collaboration can lead to misunderstandings, errors, and delays, further exacerbating the cognitive limitations of individuals.

Additionally, with the increasing complexity and interconnectivity of tasks in various domains, individuals must process large amounts of information, often from diverse sources, to make informed decisions. This process can be overwhelming, leading to information overload and decision paralysis, both of which can impede performance.

In summary, the problem we aim to address is the limited cognitive capacity of individuals, which can lead to suboptimal performance in tasks that require human cognitive abilities, collaboration, and information processing. By developing collaborative systems that enhance cognitive abilities and optimize human performance, we can help individuals overcome cognitive limitations and achieve better outcomes in various domains, including healthcare, education, finance, and entertainment.

Our solution is called Cognitive Optimization Collaborative Systems (COCS), a program that focuses on developing collaborative systems to enhance cognitive abilities and optimize human performance. The COCS program is based on the principles of cognitive science, computer science, and social psychology, and it aims to address the cognitive limitations of individuals and improve their performance in various domains.

The COCS program consists of several components that work together to optimize human performance. The first component is cognitive assessment, which involves evaluating individuals' cognitive abilities using standardized tests and cognitive task analysis. The assessment helps identify individuals' strengths and weaknesses, as well as their cognitive processing styles, which can inform the design of collaborative systems tailored to their needs.

The second component is cognitive enhancement, which involves developing cognitive training programs to improve individuals' cognitive abilities, such as attention, memory, and decision-making. The training programs are based on evidence-based techniques, such as gamification, spaced repetition, and feedback, and they are tailored to individuals' cognitive profiles. The training programs can be delivered online or in-person, and they can be integrated into various domains, such as healthcare, education, and finance.

The third component is collaborative system design, which involves developing collaborative systems that enhance cognitive abilities and optimize human performance. The collaborative systems are designed based on the principles of human-computer interaction and social psychology, and they aim to overcome cognitive limitations and facilitate effective collaboration among individuals. The collaborative systems can be implemented using various technologies, such as virtual reality, augmented reality, and mobile devices.

The COCS program also embraces learning variability in typically developing children aged 2-12 by providing personalized cognitive training programs that are tailored to their cognitive profiles. The cognitive training programs use engaging and interactive techniques, such as games and puzzles, to improve children's cognitive abilities and support their learning and development. The COCS program also integrates social learning opportunities to promote collaboration and communication among children.

In summary, the COCS program is a comprehensive approach to enhance cognitive abilities and optimize human performance through cognitive assessment, cognitive enhancement, and collaborative system design. The COCS program embraces learning variability in typically developing children aged 2-12 by providing personalized cognitive training programs and social learning opportunities to support their learning and development.

Everyone.

Foundational research

I have been engaging the US Civil Affairs to fund this system and enable our advisors to resolve the root cause of conflict for increased shared environmental security.

Developing evidence-based solutions is critical for ensuring their effectiveness and impact on individuals and communities. Evidence-based solutions involve using rigorous research methods to evaluate the outcomes and effectiveness of interventions and programs, and to inform their development and implementation. Evidence-based solutions provide a scientific basis for decision-making and policy development, as well as for funding and resource allocation.

For the Cognitive Optimization Collaborative Systems (COCS) program, strengthening the evidence base is essential for demonstrating its effectiveness and impact on enhancing cognitive abilities and optimizing human performance. There is a need to conduct rigorous research studies to evaluate the outcomes and effectiveness of the COCS program across various domains, such as healthcare, education, finance, and entertainment. The research studies should use standardized measures and control groups to assess the effects of the COCS program on cognitive abilities, collaboration, and performance outcomes.

Additionally, there is a need to investigate the long-term effects of the COCS program on individuals' cognitive abilities and performance outcomes. This can involve conducting follow-up studies to evaluate the sustainability of the COCS program's effects and the potential for generalization to other settings and contexts.

Strengthening the evidence base of the COCS program can also inform its further development and optimization. The research studies can identify the components of the COCS program that are most effective in enhancing cognitive abilities and optimizing human performance, as well as the individual differences that may influence the program's effectiveness. This information can inform the tailoring of the COCS program to individuals' needs and the development of new components to address specific cognitive limitations or collaboration challenges.

In summary, strengthening the evidence base of the COCS program is critical for demonstrating its effectiveness and impact on enhancing cognitive abilities and optimizing human performance, informing decision-making and policy development, and improving the program's development and optimization. Conducting rigorous research studies can provide a scientific basis for evaluating the COCS program's outcomes and effectiveness and informing its further development and implementation.

1. What is the effectiveness of the Cognitive Optimization Collaborative Systems (COCS) program in enhancing cognitive abilities and optimizing human performance in various domains, such as healthcare, education, finance, and entertainment?
2. What individual differences may influence the COCS program's effectiveness, and how can the program be tailored to individuals' cognitive profiles and collaboration challenges?
3. What are the long-term effects of the COCS program on individuals' cognitive abilities and performance outcomes, and how can the program be optimized for sustainability and generalization to other settings and contexts?

The outputs of a 12-week LEAP Project sprint can include the following:

1. A literature review: LEAP Fellows can conduct a comprehensive literature review on the effectiveness of cognitive optimization and collaborative systems interventions in various domains, such as healthcare, education, finance, and entertainment. This literature review can provide a scientific basis for evaluating the outcomes and effectiveness of the solution and inform the development of research questions and hypotheses.

2. A research proposal: Based on the literature review and the identified research gaps and questions, LEAP Fellows can develop a research proposal outlining the study design, methodology, and analysis plan for evaluating the solution's outcomes and effectiveness. The research proposal can include the selection of standardized measures and control groups to assess the effects of the solution on cognitive abilities, collaboration, and performance outcomes.

3. Data analysis plan: The LEAP Fellows can develop a data analysis plan for evaluating the solution's outcomes and effectiveness. The data analysis plan can include statistical methods for analyzing the collected data and assessing the effects of the solution on cognitive abilities and collaboration.

4. Recommendations and strategies: Based on the findings from the literature review and research proposal, the LEAP Fellows can develop recommendations and strategies for strengthening the evidence base of the solution. These recommendations can include modifications to the solution based on individual differences and context-specific factors that may influence the solution's effectiveness.

5. Evaluation plan: The LEAP Fellows can develop an evaluation plan for assessing the effectiveness and impact of the recommended modifications to the solution. The evaluation plan can include the selection of standardized measures and control groups and the development of a data analysis plan.

In summary, the outputs of a 12-week LEAP Project sprint focused on strengthening the evidence base of a solution related to cognitive optimization and collaboration can include a literature review, research proposal, data analysis plan, recommendations and strategies, and evaluation plan. These outputs can inform the approach to evaluating the solution's effectiveness and impact and provide a scientific basis for decision-making and policy development.

Once the LEAP Project sprint is concluded and the outputs are produced, organizations can use them to enhance the evidence base of their solution and inform their decision-making and policy development. Here are some potential actions that organizations can take:

Use the literature review to inform the solution's development: The literature review can provide a scientific basis for evaluating the outcomes and effectiveness of the solution and identifying gaps and opportunities for improvement. Organizations can use the findings from the literature review to inform the solution's development and identify potential modifications to enhance its effectiveness.

Implement the research proposal: The research proposal can provide a roadmap for evaluating the solution's outcomes and effectiveness. Organizations can implement the research proposal by selecting standardized measures and control groups, collecting data, and analyzing the data using the developed data analysis plan. The research findings can inform the solution's refinement and development of new evidence-based approaches.

Integrate the recommendations and strategies: The recommendations and strategies developed by the LEAP Fellows can be integrated into the solution's design and implementation. The recommendations can provide guidance on modifying the solution based on individual differences and context-specific factors that may influence its effectiveness. By implementing the recommendations, organizations can enhance the solution's effectiveness and relevance.

Use the evaluation plan to assess impact: The evaluation plan can provide a framework for assessing the effectiveness and impact of the recommended modifications to the solution. By using the evaluation plan, organizations can assess the extent to which the modifications have improved the solution's effectiveness and outcomes. The evaluation findings can inform the solution's refinement and further development.

In summary, organizations can use the outputs of a LEAP Project sprint to inform the development and refinement of their solution, assess its effectiveness and impact, and make evidence-based decisions and policies. By using the outputs, organizations can enhance the relevance and effectiveness of their solution and contribute to the advancement of the field of cognitive optimization and collaboration.

Short-term outcomes for the organization may include:

1. Increased understanding of the evidence base of the solution: Through the literature review, research proposal, and data analysis plan, organizations can gain a better understanding of the existing evidence base of their solution and identify opportunities to enhance it.

2. Increased capacity to evaluate the effectiveness of the solution: By developing a research proposal and data analysis plan, organizations can increase their capacity to evaluate the effectiveness of their solution and identify areas for improvement.

3. Enhanced collaboration with LEAP Fellows: Through the LEAP Project sprint, organizations can establish collaborations with LEAP Fellows and other stakeholders, which may lead to future research and development opportunities.

Short-term outcomes for the solution may include:

1. Identification of gaps in the evidence base: Through the literature review, organizations may identify gaps in the existing evidence base for their solution, which can inform future research and development efforts.

2. Development of a research proposal and data analysis plan: By developing a research proposal and data analysis plan, organizations can establish a clear framework for evaluating the effectiveness of their solution.

3. Development of recommendations and strategies: Through the LEAP Fellows' recommendations and strategies, organizations may identify ways to modify their solution to enhance its effectiveness and relevance.

Long-term outcomes for the organization may include:

1. Increased credibility and effectiveness of the solution: By strengthening the evidence base of their solution, organizations can enhance its credibility and effectiveness, which may lead to increased adoption and impact.

2. Increased capacity for evidence-based decision-making: By building their capacity to evaluate the effectiveness of their solution, organizations can make evidence-based decisions and policies to improve its impact.

Long-term outcomes for the solution may include:

1. Increased impact on cognitive optimization and collaboration: By enhancing the solution's effectiveness and relevance, organizations can contribute to the advancement of the field of cognitive optimization and collaboration.

2. Improved scalability and sustainability: By strengthening the evidence base of the solution, organizations can improve its scalability and sustainability, which may lead to increased access and impact on a larger population.

In summary, the LEAP Project sprint can lead to short-term outcomes such as increased understanding and capacity for evaluation, as well as long-term outcomes such as increased credibility and impact. By strengthening the evidence base of their solution, organizations can enhance its effectiveness, relevance, and contribution to the field of cognitive optimization and collaboration.