Artificial Business

Intellegence

Artificial Business

Intellegence

Artificial Business

Intellegence

AI wasn’t an after thought. BuildBetter was one of the first B2B GPT powered tools back in 2020, and we're building the first ABI.

AI wasn’t an after thought. BuildBetter was one of the first B2B GPT powered tools back in 2020, and we're building the first ABI.

AI wasn’t an after thought. BuildBetter was one of the first B2B GPT powered tools back in 2020, and we're building the first ABI.

We bet in 2020:

We bet in 2020:

Most teams would remain remote or hybrid allowing for the first time Customer + Company data to be recorded as company knowledge.

Most teams would remain remote or hybrid allowing for the first time Customer + Company data to be recorded as company knowledge.

This new data set is the bedrock of organizational knowledge needed to build general business intelligence.

This new data set is the bedrock of organizational knowledge needed to build general business intelligence.

AI will get good enough to solve real business intelligence problems that answer meaningful questions and reduce the amount of operational work organizations need to do by at least 70%.

AI will get good enough to solve real business intelligence problems that answer meaningful questions and reduce the amount of operational work organizations need to do by at least 70%.

We're on a mission…

and could go all the way.

We're on a mission…

and could go all the way.

We're on a mission…

and could go all the way.

2020:

First (GA) GPT powered B2B Saas tool for teams

2020:

First (GA) GPT powered B2B Saas tool for teams

2020:

First (GA) GPT powered B2B Saas tool for teams

2021:

First GPT powered call summaries

2021:

First GPT powered call summaries

2021:

First GPT powered call summaries

2022:

First GPT powered product documentation tool

2022:

First GPT powered product documentation tool

2022:

First GPT powered product documentation tool

2023:

First privacy focused features to for embedding data into LLMs

2023:

First privacy focused features to for embedding data into LLMs

2023:

First privacy focused features to for embedding data into LLMs

2024:

First GPT powered multi-call analysis (Signals)

2024:

First GPT powered multi-call analysis (Signals)

2024:

First GPT powered multi-call analysis (Signals)

2024:

First GPT powered qualitative workflow + report builder over customer and company knowledge

2024:

First GPT powered qualitative workflow + report builder over customer and company knowledge

2024:

First GPT powered qualitative workflow + report builder over customer and company knowledge

2025:

ABI v1

2025:

ABI v1

2025:

ABI v1

What is ABI?

Defining Artificial Business Intellegence

Defining Artificial Business Intellegence

Defining Artificial Business Intellegence

ABI is an AI's ability to perform emergent business tasks as well as it’s ability to interact with the world independently of intervention by other intelligence. This doesn't have to be "superintellegence," could just be Tom, from accounting.

ABI is an AI's ability to perform emergent business tasks as well as it’s ability to interact with the world independently of intervention by other intelligence. This doesn't have to be "superintellegence," could just be Tom, from accounting.

ABI is an AI's ability to perform emergent business tasks as well as it’s ability to interact with the world independently of intervention by other intelligence. This doesn't have to be "superintellegence," could just be Tom, from accounting.

BuildBetter's ABI Flywheel

Directional Adaptive Scrutiny

Directional Adaptive Scrutiny

Directional Adaptive Scrutiny

The interplay between environmental challenges and dynamic cultural (company) scrutiny, which together create a unique evolutionary pressure that drives adaptation and innovation.

Multi-tiered Memory System

Multi-tiered Memory System

Multi-tiered Memory System

A more human-like memory system with short-term, medium-term, and long-term memory capabilities, along with the ability to selectively forget and compress knowledge, enabling faster adaptation and decision-making without being paralyzed by perfect recall or the "Burden of Knowledge."

Propagation

Propagation

Propagation

Specialization through division rather than multiplication, promoting efficiency and adaptability by refining specific tasks instead of creating unnecessary complexity or generalization.

THESE KEY PILLARS ARE WHAT WE BELIEVE CAN CREATE ABI

THESE KEY PILLARS ARE WHAT WE BELIEVE CAN CREATE ABI

THESE KEY PILLARS ARE WHAT WE BELIEVE CAN CREATE ABI

Directional Adaptive Scrutiny

Directional Adaptive Scrutiny

Directional Adaptive Scrutiny

A dynamic feedback loop where the AI continually adapts its decisions by weighing both environmental challenges and cultural (company) shifts—just like how we adjust our choices based on the world around us.

A dynamic feedback loop where the AI continually adapts its decisions by weighing both environmental challenges and cultural (company) shifts—just like how we adjust our choices based on the world around us.

A dynamic feedback loop where the AI continually adapts its decisions by weighing both environmental challenges and cultural (company) shifts—just like how we adjust our choices based on the world around us.

Flywheel

Environmental Variability

Environmental Variability

Environmental Variability

The diverse, cyclical, and sometimes extreme conditions that challenge a system, providing the impetus for adaptation and innovation.

The diverse, cyclical, and sometimes extreme conditions that challenge a system, providing the impetus for adaptation and innovation.

The diverse, cyclical, and sometimes extreme conditions that challenge a system, providing the impetus for adaptation and innovation.

Enhances adaptability to change

Enhances adaptability to change

Enhances adaptability to change

Dynamic Selection Criteria

Dynamic Selection Criteria

Dynamic Selection Criteria

 Ever-changing standards for evaluating the success or failure of adaptations, analogous to shifting cultural preferences or evolving fitness landscapes in nature.

 Ever-changing standards for evaluating the success or failure of adaptations, analogous to shifting cultural preferences or evolving fitness landscapes in nature.

 Ever-changing standards for evaluating the success or failure of adaptations, analogous to shifting cultural preferences or evolving fitness landscapes in nature.

Improves decision accuracy

Improves decision accuracy

Improves decision accuracy

Aligns actions with goals

Aligns actions with goals

Aligns actions with goals

Recursive Feedback Loops

Recursive Feedback Loops

Recursive Feedback Loops

Self-reinforcing cycles where the outcomes of adaptations influence both the environment and the selection criteria, leading to continuous refinement and meta-learning within the system.

Self-reinforcing cycles where the outcomes of adaptations influence both the environment and the selection criteria, leading to continuous refinement and meta-learning within the system.

Self-reinforcing cycles where the outcomes of adaptations influence both the environment and the selection criteria, leading to continuous refinement and meta-learning within the system.

Enables continuous improvement

Enables continuous improvement

Enables continuous improvement

Multi-tiered Memory System

Multi-tiered Memory System

Multi-tiered Memory System

Imagine an AI memory that works like ours, with short-term, medium-term, and long-term layers—letting it learn quickly, adapt swiftly, and make smart decisions without getting swamped by too much information.

Imagine an AI memory that works like ours, with short-term, medium-term, and long-term layers—letting it learn quickly, adapt swiftly, and make smart decisions without getting swamped by too much information.

Imagine an AI memory that works like ours, with short-term, medium-term, and long-term layers—letting it learn quickly, adapt swiftly, and make smart decisions without getting swamped by too much information.

Flywheel

Multi-tiered Memory System

Multi-tiered Memory System

Multi-tiered Memory System

▪ Short-term memory (RAM)

▪ Medium-term memory

▪ Long-term memory ("Lava")

▪ Short-term memory (RAM)

▪ Medium-term memory

▪ Long-term memory ("Lava")

▪ Short-term memory (RAM)

▪ Medium-term memory

▪ Long-term memory ("Lava")

Reduce operational time

Reduce operational time

Reduce operational time

Adaptive Learnign and Forgetting

Adaptive Learnign and Forgetting

Adaptive Learnign and Forgetting

▪ Ability to quickly learn from new situations

▪ Selective forgetting and compression of information

▪ Balancing perfect recall with the "Burden of Knowledge"

▪ Ability to quickly learn from new situations

▪ Selective forgetting and compression of information

▪ Balancing perfect recall with the "Burden of Knowledge"

▪ Ability to quickly learn from new situations

▪ Selective forgetting and compression of information

▪ Balancing perfect recall with the "Burden of Knowledge"

Prevents information overload

Prevents information overload

Prevents information overload

Ship products that drive revenue

Ship products that drive revenue

Ship products that drive revenue

Contextual Decision Making

Contextual Decision Making

Contextual Decision Making

▪ Utilizing different memory types for different decision contexts

▪ Balancing rationality with intuition

▪ Adapting decision-making processes based on the specificity and criticality of information

▪ Utilizing different memory types for different decision contexts

▪ Balancing rationality with intuition

▪ Adapting decision-making processes based on the specificity and criticality of information

▪ Utilizing different memory types for different decision contexts

▪ Balancing rationality with intuition

▪ Adapting decision-making processes based on the specificity and criticality of information

Increases relevance of actions

Increases relevance of actions

Increases relevance of actions

Propagation

Propagation

Propagation

Propagation involves the agent creating specialized sub-agents through division when necessary—specifically for repetitive or novel and high-risk tasks—to enhance efficiency and adaptability by refining specific tasks rather than adding unnecessary complexity.

Propagation involves the agent creating specialized sub-agents through division when necessary—specifically for repetitive or novel and high-risk tasks—to enhance efficiency and adaptability by refining specific tasks rather than adding unnecessary complexity.

Propagation involves the agent creating specialized sub-agents through division when necessary—specifically for repetitive or novel and high-risk tasks—to enhance efficiency and adaptability by refining specific tasks rather than adding unnecessary complexity.

Flywheel

Repetitive Task Specialization

Repetitive Task Specialization

Repetitive Task Specialization

▪ Short-term memory (RAM)

▪ Medium-term memory

▪ Long-term memory ("Lava")

▪ Short-term memory (RAM)

▪ Medium-term memory

▪ Long-term memory ("Lava")

▪ Short-term memory (RAM)

▪ Medium-term memory

▪ Long-term memory ("Lava")

Reduces time on routine tasks

Reduces time on routine tasks

Reduces time on routine tasks

Risk Management

Risk Management

Risk Management

▪ Ability to quickly learn from new situations

▪ Selective forgetting and compression of information

▪ Balancing perfect recall with the "Burden of Knowledge"

▪ Ability to quickly learn from new situations

▪ Selective forgetting and compression of information

▪ Balancing perfect recall with the "Burden of Knowledge"

▪ Ability to quickly learn from new situations

▪ Selective forgetting and compression of information

▪ Balancing perfect recall with the "Burden of Knowledge"

Improves decision reliability

Improves decision reliability

Improves decision reliability

Ship products that drive revenue

Ship products that drive revenue

Ship products that drive revenue

Propagation Decision

Propagation Decision

Propagation Decision

▪ Utilizing different memory types for different decision contexts

▪ Balancing rationality with intuition

▪ Adapting decision-making processes based on the specificity and criticality of information

▪ Utilizing different memory types for different decision contexts

▪ Balancing rationality with intuition

▪ Adapting decision-making processes based on the specificity and criticality of information

▪ Utilizing different memory types for different decision contexts

▪ Balancing rationality with intuition

▪ Adapting decision-making processes based on the specificity and criticality of information

Enhances scalability of systems

Enhances scalability of systems

Enhances scalability of systems

BuildBetter Business

Intellegence Flywheel

BuildBetter Business

Intellegence Flywheel

BuildBetter Business

Intellegence Flywheel

By capturing not just what your customers say but also what your team contributes, BuildBetter leverages Directional Adaptive Scrutiny, a Multi-Tiered Memory System, and Propagation to help your team understand the who, what, why, and how of everything you work on—creating an AI that dynamically adapts, learns efficiently, and specializes effectively to revolutionize your business operations.

By capturing not just what your customers say but also what your team contributes, BuildBetter leverages Directional Adaptive Scrutiny, a Multi-Tiered Memory System, and Propagation to help your team understand the who, what, why, and how of everything you work on—creating an AI that dynamically adapts, learns efficiently, and specializes effectively to revolutionize your business operations.

By capturing not just what your customers say but also what your team contributes, BuildBetter leverages Directional Adaptive Scrutiny, a Multi-Tiered Memory System, and Propagation to help your team understand the who, what, why, and how of everything you work on—creating an AI that dynamically adapts, learns efficiently, and specializes effectively to revolutionize your business operations.

Dynamic Adaptation Enhances

Dynamic Adaptation Enhances

Dynamic Adaptation Enhances

Improves responsiveness by continually adjusting to environmental changes and internal feedback.

Aligns decisions with business goals through adaptive scrutiny, leading to innovative solutions.

Improves responsiveness by continually adjusting to environmental changes and internal feedback.

Aligns decisions with business goals through adaptive scrutiny, leading to innovative solutions.

Improves responsiveness by continually adjusting to environmental changes and internal feedback.

Aligns decisions with business goals through adaptive scrutiny, leading to innovative solutions.

Reduce operational time

Reduce operational time

Reduce operational time

Efficient Learning Improves Decision Quality

Efficient Learning Improves Decision Quality

Efficient Learning Improves Decision Quality

Accelerates learning processes using a human-like memory system that prevents information overload.

Enhances problem-solving efficiency by making contextually relevant decisions based on appropriate memory tiers.

3. Specialization Boosts Efficiency 

Accelerates learning processes using a human-like memory system that prevents information overload.

Enhances problem-solving efficiency by making contextually relevant decisions based on appropriate memory tiers.

3. Specialization Boosts Efficiency 

Accelerates learning processes using a human-like memory system that prevents information overload.

Enhances problem-solving efficiency by making contextually relevant decisions based on appropriate memory tiers.

3. Specialization Boosts Efficiency 

Simple to use to get outcomes

Simple to use to get outcomes

Simple to use to get outcomes

Ship products that drive revenue

Ship products that drive revenue

Ship products that drive revenue

Specialization Boosts Efficiency and Scalability

Specialization Boosts Efficiency and Scalability

Specialization Boosts Efficiency and Scalability

Optimizes resource allocation by creating specialized agents for specific tasks through propagation.

Increases operational efficiency and enhances scalability by refining tasks rather than adding complexity.

Optimizes resource allocation by creating specialized agents for specific tasks through propagation.

Increases operational efficiency and enhances scalability by refining tasks rather than adding complexity.

Align teams around problems

Align teams around problems

Align teams around problems

BuildBetter

AI that makes product sense of your data.

The #1 product tool
behind 28,000 teams.

Designed with

in California

Designed with

in California

© BuildBetter 2024

BuildBetter

The #1 Product Assistant
behind 28,000 teams.

Artificial intelligence with very real ROI.

Designed with

in California