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Transform Your Organization with AI Digital Twins and
Multi-Agent Automation
Building the workforce of the future powered by Model-Based System Engineering and Agent Based Modeling to create, implement, and customize Multi-AI Agent systems for next level automation and simulation
What Bili Offers
Multi-Agent Automation
Simulation
Task Management
Agent-Based Modeling
Custom Dashboards
Advanced Analytics
Optimization
Federated Fine-Tuning
Drag & Drop UI
Data Governance
Top Features
The Next-Level Simulation and AI Agent Platform for
Your Organization
The Next-Level Simulation and AI Agent Platform for
Your Organization
The Next-Level Simulation and AI Agent Platform for
Your Organization
Bili is more than just an automation tool—it’s a platform that leverages Model-Based Systems Engineering (MBSE) and a multi-agent framework to create AI replicas of your employees, automating tasks across departments and driving efficiency. Here’s how Bili transforms your operations:
Bili is more than just an automation tool—it’s a platform that leverages Model-Based Systems Engineering (MBSE) and a multi-agent framework to create AI replicas of your employees, automating tasks across departments and driving efficiency. Here’s how Bili transforms your operations:
Bili is more than just an automation tool—it’s a platform that leverages Model-Based Systems Engineering (MBSE) and a multi-agent framework to create AI replicas of your employees, automating tasks across departments and driving efficiency. Here’s how Bili transforms your operations:
Intuitive no-code user interface for agent creation
Real-time collaboration between humans and AI agents
Advanced analytics for data-driven decision-making
Federated fine-tuning and data security measures
AI Replicas of Employees: Scalable Efficiency vs. Human Limitation
AI Replicas of Employees: Scalable Efficiency vs. Human Limitation
Unlike traditional systems that rely solely on human workers or rigid automation, Bili goes further by creating AI replicas of your employees. These agents not only mirror their tasks but also improve upon them, learning and optimizing as they go. It’s like expanding your team without increasing headcount, allowing for automated decision-making and execution across departments.
Unlike traditional systems that rely solely on human workers or rigid automation, Bili goes further by creating AI replicas of your employees. These agents not only mirror their tasks but also improve upon them, learning and optimizing as they go. It’s like expanding your team without increasing headcount, allowing for automated decision-making and execution across departments.
Multi-Agent Framework: Dynamic Task Allocation vs. Siloed Automation
Multi-Agent Framework: Dynamic Task Allocation vs. Siloed Automation
Traditional automation tools work in silos, handling only specific processes. Bili’s multi-agent system offers true end-to-end automation by dynamically manage and reallocate tasks between AI agents and human employees. Agents operate autonomously across every function—finance, HR, operations, and beyond.
Traditional automation tools work in silos, handling only specific processes. Bili’s multi-agent system offers true end-to-end automation by dynamically manage and reallocate tasks between AI agents and human employees. Agents operate autonomously across every function—finance, HR, operations, and beyond.
Model-Based Systems Engineering: Streamlined Operations vs. Fragmented Workflows
Model-Based Systems Engineering: Streamlined Operations vs. Fragmented Workflows
While many organizations struggle with fragmented workflows, Bili’s MBSE models and simulates entire organizational processes, ensuring that every function is interconnected. This approach not only aligns operations with strategic goals but also enables real-time adjustments as business conditions evolve.
While many organizations struggle with fragmented workflows, Bili’s MBSE models and simulates entire organizational processes, ensuring that every function is interconnected. This approach not only aligns operations with strategic goals but also enables real-time adjustments as business conditions evolve.
Real-Time Process Optimization: Continuous Improvement vs. Static Automation
Real-Time Process Optimization: Continuous Improvement vs. Static Automation
Traditional automation tools are set-and-forget, with little room for adjustment. Bili’s AI-powered agents continuously monitor and optimize their tasks. Whether it’s reducing bottlenecks in workflows or finding opportunities for process improvement, Bili ensures your operations are always running at peak efficiency.
Traditional automation tools are set-and-forget, with little room for adjustment. Bili’s AI-powered agents continuously monitor and optimize their tasks. Whether it’s reducing bottlenecks in workflows or finding opportunities for process improvement, Bili ensures your operations are always running at peak efficiency.
Human Collaboration: AI-Augmented Workforce vs. Manual Workloads
Human Collaboration: AI-Augmented Workforce vs. Manual Workloads
Instead of replacing your employees, Bili enhances their roles by taking over repetitive, time-consuming tasks. Your human workforce can focus on higher-level strategic decisions while their AI replicas handle the operational load, making Bili a true enabler of human-AI collaboration across your organization.
Instead of replacing your employees, Bili enhances their roles by taking over repetitive, time-consuming tasks. Your human workforce can focus on higher-level strategic decisions while their AI replicas handle the operational load, making Bili a true enabler of human-AI collaboration across your organization.
AI Workforce
Elevate Your Workforce with Bili
Boost productivity, streamline workflows, and save time and money.
AI Workforce
Elevate Your Workforce with Bili
Boost productivity, streamline workflows, and save time and money.
AI Workforce
Elevate Your Workforce with Bili
Boost productivity, streamline workflows, and save time and money.
Why MBSE?
From the Boeing 747 to Your Organization explained
From the Boeing 747 to Your Organization explained
From the Boeing 747 to Your Organization explained
The next generation of ERP is transitioning to AI digital twins built using MBSE, treating organizations like complex systems, much like a Boeing 747. Traditional ERPs rely on static data and manual processes, but AI digital twins offer real-time, autonomous optimization, similar to a 747's autopilot adjusting flight parameters. MBSE models the entire organization as interconnected systems, allowing AI to continuously adapt, optimize workflows, and predict outcomes. This approach shifts ERP from static management to a dynamic, intelligent framework that ensures seamless operation and efficiency, just like a modern aircraft's control systems.
The next generation of ERP is transitioning to AI digital twins built using MBSE, treating organizations like complex systems, much like a Boeing 747. Traditional ERPs rely on static data and manual processes, but AI digital twins offer real-time, autonomous optimization, similar to a 747's autopilot adjusting flight parameters. MBSE models the entire organization as interconnected systems, allowing AI to continuously adapt, optimize workflows, and predict outcomes. This approach shifts ERP from static management to a dynamic, intelligent framework that ensures seamless operation and efficiency, just like a modern aircraft's control systems.
The next generation of ERP is transitioning to AI digital twins built using MBSE, treating organizations like complex systems, much like a Boeing 747. Traditional ERPs rely on static data and manual processes, but AI digital twins offer real-time, autonomous optimization, similar to a 747's autopilot adjusting flight parameters. MBSE models the entire organization as interconnected systems, allowing AI to continuously adapt, optimize workflows, and predict outcomes. This approach shifts ERP from static management to a dynamic, intelligent framework that ensures seamless operation and efficiency, just like a modern aircraft's control systems.
Simulation - Coming Soon
Simulate your Organization
Simulate your Organization
Simulate your Organization
After your digital twin is created, Bili’s Agent-Based Modeling (ABM) empowers you to simulate your organization’s dynamics in real time. By replicating the behavior of individual agents—such as employees, processes, or machines—Bili can model how different components interact under various scenarios. We plan to include these features:
After your digital twin is created, Bili’s Agent-Based Modeling (ABM) empowers you to simulate your organization’s dynamics in real time. By replicating the behavior of individual agents—such as employees, processes, or machines—Bili can model how different components interact under various scenarios. We plan to include these features:
After your digital twin is created, Bili’s Agent-Based Modeling (ABM) empowers you to simulate your organization’s dynamics in real time. By replicating the behavior of individual agents—such as employees, processes, or machines—Bili can model how different components interact under various scenarios. We plan to include these features:
Predictive analytics for proactive decision-making
Employee and AI agent performance optimization
Financial impact modeling
Scalable micro-services architecture
Automated Task Prioritization
Automated Task Prioritization
Automated Task Prioritization
Effortlessly assign, track, and prioritize tasks to keep projects on schedule and teams aligned for success and growth.
Effortlessly assign, track, and prioritize tasks to keep projects on schedule and teams aligned for success and growth.
Effortlessly assign, track, and prioritize tasks to keep projects on schedule and teams aligned for success and growth.
Real-time Collaboration
Real-time Collaboration
Real-time Collaboration
Enhance teamwork and productivity with instant communication and file sharing within Bili's collaborative environment.
Enhance teamwork and productivity with instant communication and file sharing within Bili's collaborative environment.
Enhance teamwork and productivity with instant communication and file sharing within Bili's collaborative environment.
Simulate Workflow Optimization
Simulate Workflow Optimization
Simulate Workflow Optimization
Adapt quickly to the changing project requirements with flexible workflows designed to maximize work efficiency.
Adapt quickly to the changing project requirements with flexible workflows designed to maximize work efficiency.
Adapt quickly to the changing project requirements with flexible workflows designed to maximize work efficiency.
Additional Use Cases
Bili has more applications
Bili has more applications
Bili has more applications
Bili's core technology allows us to venture into the physical world and create more tangible impact on our lives.
Bili's core technology allows us to venture into the physical world and create more tangible impact on our lives.
Bili's core technology allows us to venture into the physical world and create more tangible impact on our lives.
Autonomous Multi-Agent Robotic Systems
Autonomous Multi-Agent Robotic Systems
Autonomous Multi-Agent Robotic Systems
Model and simulate your robotic agent workforce
Model and simulate your robotic agent workforce
Model and simulate your robotic agent workforce
Complex System Simulation
Complex System Simulation
Complex System Simulation
Simulate use cases for airports, city traffic, commerce, and more
Simulate use cases for airports, city traffic, commerce, and more
Simulate use cases for airports, city traffic, commerce, and more
Organizational Modeling
Organizational Modeling
Organizational Modeling
Turbo charged MBSE with AI generated MBSE models
Turbo charged MBSE with AI generated MBSE models
Turbo charged MBSE with AI generated MBSE models
Agent Based Modeling
Agent Based Modeling
Agent Based Modeling
Turbo charged ABM with AI generated agentic flows, attributes and relations, and agent defined logic
Turbo charged ABM with AI generated agentic flows, attributes and relations, and agent defined logic
Turbo charged ABM with AI generated agentic flows, attributes and relations, and agent defined logic
Compatibility
Compatible with Your Existing AI/ML Tech Stack
Compatible with Your Existing AI/ML Tech Stack
Compatible with Your Existing AI/ML Tech Stack
Discover the benefits of integrating Bili’s AI-driven digital twins, from pinpointing inefficiencies through simulation to automating workflows, enhancing productivity, and optimizing resource allocation with real-time insights.
Discover the benefits of integrating Bili’s AI-driven digital twins, from pinpointing inefficiencies through simulation to automating workflows, enhancing productivity, and optimizing resource allocation with real-time insights.
Discover the benefits of integrating Bili’s AI-driven digital twins, from pinpointing inefficiencies through simulation to automating workflows, enhancing productivity, and optimizing resource allocation with real-time insights.
Scalability to meet evolving project needs.
Enhanced productivity through workflows.
Improved collaboration for teamwork.
Clear accountability with defined roles.
The Bili Approach
Consultative SaaS Experience
Guiding You Through Customized Solutions for Your Unique Business Needs
Assessment & Planning
Modeling & Development
Robotic System Automation
Continuous Optimization
We begin by conducting a thorough analysis of your organization's current processes, systems, and workflows.
Process Mapping: Identify areas with high potential for automation.
Goal Setting: Define clear objectives and KPIs for the AI implementation.
Stakeholder Engagement: Collaborate with your team to ensure alignment and buy-in.
The Bili Approach
Consultative SaaS Experience
Guiding you through customized solutions for your unique business needs
Assessment & Planning
We begin by conducting a thorough analysis of your organization's current processes, systems, and workflows.
Process Mapping: Identify areas with high potential for automation. Goal Setting: Define clear objectives and KPIs for the AI implementation. Stakeholder Engagement: Collaborate with your team to ensure alignment and buy-in.
Modeling & Development
Deployment & Integration
Continuous Optimization
The Bili Approach
Consultative SaaS Experience
Guiding you through customized solutions for your unique business needs
Assessment & Planning
We begin by conducting a thorough analysis of your organization's current processes, systems, and workflows.
Process Mapping: Identify areas with high potential for automation. Goal Setting: Define clear objectives and KPIs for the AI implementation. Stakeholder Engagement: Collaborate with your team to ensure alignment and buy-in.
Modeling & Development
Deployment & Integration
Continuous Optimization
Integrations - Coming Soon
Unlock Synergy, Seamless Integrations with Bili
Unlock Synergy, Seamless Integrations with Bili
Unlock Synergy, Seamless Integrations with Bili
Explore Bili's integrations with other tools and platforms, enhancing productivity and workflow efficiency.
Explore Bili's integrations with other tools and platforms, enhancing productivity and workflow efficiency.
Explore Bili's integrations with other tools and platforms, enhancing productivity and workflow efficiency.
Our People
The Bili Team
where we come from
Our People
The Bili Team
where we come from
Our People
The Bili Team
where we come from
Senior Software Engineer @ Google
M.S. Computer Science B.S. Electrical & Computer Engineering @ UT Austin
Megan Lu
Engineering @ Bili
Senior Software Engineer @ Google
M.S. Computer Science B.S. Electrical & Computer Engineering @ UT Austin
Megan Lu
Engineering @ Bili
Senior Software Engineer @ Google
M.S. Computer Science B.S. Electrical & Computer Engineering @ UT Austin
Megan Lu
Engineering @ Bili
Software Engineer @ Amazon
B.A. Computer Science & Mathematics @ Cornell
Ricky Song
Engineering @ Bili
Software Engineer @ Amazon
B.A. Computer Science & Mathematics @ Cornell
Ricky Song
Engineering @ Bili
Software Engineer @ Amazon
B.A. Computer Science & Mathematics @ Cornell
Ricky Song
Engineering @ Bili
Industry Process Consultant @ Dassault Systèmes
B.S. Aerospace Engineering & B.A. Economics @ UT Austin
Shawn Yang
Engineering @ Bili
Industry Process Consultant @ Dassault Systèmes
B.S. Aerospace Engineering & B.A. Economics @ UT Austin
Shawn Yang
Engineering @ Bili
Industry Process Consultant @ Dassault Systèmes
B.S. Aerospace Engineering & B.A. Economics @ UT Austin
Shawn Yang
Engineering @ Bili
Machine Learning Engineer @ Dassault Systèmes
B.S. Computer Science @ Northeastern
Tehani Cabour
Engineering @ Bili
Machine Learning Engineer @ Dassault Systèmes
B.S. Computer Science @ Northeastern
Tehani Cabour
Engineering @ Bili
Machine Learning Engineer @ Dassault Systèmes
B.S. Computer Science @ Northeastern
Tehani Cabour
Engineering @ Bili
Senior Product Manager @ PWC AI Factory
B.B.A Finance @ UT Austin
Donald King
Product @ Bili
Senior Product Manager @ PWC AI Factory
B.B.A Finance @ UT Austin
Donald King
Product @ Bili
Senior Product Manager @ PWC AI Factory
B.B.A Finance @ UT Austin
Donald King
Product @ Bili
Research Assistant @ Cornell
B.S. Computer Science & Operation Research and Information Engineering @ Cornell
Sylviane Zhao
Engineering @ Bili
Research Assistant @ Cornell
B.S. Computer Science & Operation Research and Information Engineering @ Cornell
Sylviane Zhao
Engineering @ Bili
Research Assistant @ Cornell
B.S. Computer Science & Operation Research and Information Engineering @ Cornell
Sylviane Zhao
Engineering @ Bili
Software Enginer @ Amazon
M.S. Artificial Intelligence & Innovation @ Carnegie Mellon
Zilin Jiang
Engineering @ Bili
Software Enginer @ Amazon
M.S. Artificial Intelligence & Innovation @ Carnegie Mellon
Zilin Jiang
Engineering @ Bili
Software Enginer @ Amazon
M.S. Artificial Intelligence & Innovation @ Carnegie Mellon
Zilin Jiang
Engineering @ Bili
Software Engineer @ Meta
M.S. Computational Data Science @ Carnegie Mellon
Shirley Zhu
Engineering @ Bili
Software Engineer @ Meta
M.S. Computational Data Science @ Carnegie Mellon
Shirley Zhu
Engineering @ Bili
Software Engineer @ Meta
M.S. Computational Data Science @ Carnegie Mellon
Shirley Zhu
Engineering @ Bili
Software Engineer @ Alipay
M.S. Computer Science @ Johns Hopkins
Carpe Wang
Engineering @ Bili
Software Engineer @ Alipay
M.S. Computer Science @ Johns Hopkins
Carpe Wang
Engineering @ Bili
Software Engineer @ Alipay
M.S. Computer Science @ Johns Hopkins
Carpe Wang
Engineering @ Bili
Software Engineer @ AWS, Prev. OpenAI
B.S. Electrical & Computer Engineering @ UT Austin
Jatin Kumar
Engineering @ Bili
Software Engineer @ AWS, Prev. OpenAI
B.S. Electrical & Computer Engineering @ UT Austin
Jatin Kumar
Engineering @ Bili
Software Engineer @ AWS, Prev. OpenAI
B.S. Electrical & Computer Engineering @ UT Austin
Jatin Kumar
Engineering @ Bili
Software Engineer @ Jefferies
B.S. Computer Science & Electrical Engineering @ UC Berkeley
Siddharth Mishra
Engineering @ Bili
Software Engineer @ Jefferies
B.S. Computer Science & Electrical Engineering @ UC Berkeley
Siddharth Mishra
Engineering @ Bili
Software Engineer @ Jefferies
B.S. Computer Science & Electrical Engineering @ UC Berkeley
Siddharth Mishra
Engineering @ Bili
Software Engineer @ Hirebeat
B.S. Computer Science @ UC Berkeley
Bil Chen
Data @ Bili
Software Engineer @ Hirebeat
B.S. Computer Science @ UC Berkeley
Bil Chen
Data @ Bili
Software Engineer @ Hirebeat
B.S. Computer Science @ UC Berkeley
Bil Chen
Data @ Bili
Software Engineer @ BAM Money
B.S. Computer Science @ Princeton
Maya Jairam
Engineering @ Bili
Software Engineer @ BAM Money
B.S. Computer Science @ Princeton
Maya Jairam
Engineering @ Bili
Software Engineer @ BAM Money
B.S. Computer Science @ Princeton
Maya Jairam
Engineering @ Bili
Full Stack Engineer @ Cornell CMSX
B.S. Computer Science & Mathematics @ Cornell
Jerry Ji
Engineering @ Bili
Full Stack Engineer @ Cornell CMSX
B.S. Computer Science & Mathematics @ Cornell
Jerry Ji
Engineering @ Bili
Full Stack Engineer @ Cornell CMSX
B.S. Computer Science & Mathematics @ Cornell
Jerry Ji
Engineering @ Bili
Full Stack Engineer @ BeFrugal
B.S. Computer Science @ Northeastern
Jay Srinivasan
Engineering @ Bili
Full Stack Engineer @ BeFrugal
B.S. Computer Science @ Northeastern
Jay Srinivasan
Engineering @ Bili
Full Stack Engineer @ BeFrugal
B.S. Computer Science @ Northeastern
Jay Srinivasan
Engineering @ Bili
B.S. Computer Science @ CMU
Sean Jiang
Engineering @ Bili
B.S. Computer Science @ CMU
Sean Jiang
Engineering @ Bili
B.S. Computer Science @ CMU
Sean Jiang
Engineering @ Bili
B.S. Computer Science @ UT Austin
Andrew Li
Engineering @ Bili
B.S. Computer Science @ UT Austin
Andrew Li
Engineering @ Bili
B.S. Computer Science @ UT Austin
Andrew Li
Engineering @ Bili
B.S. Applied Mathematics @ UC Berkeley
Danielle Murphy
Engineering @ Bili
B.S. Applied Mathematics @ UC Berkeley
Danielle Murphy
Engineering @ Bili
B.S. Applied Mathematics @ UC Berkeley
Danielle Murphy
Engineering @ Bili
B.S. Computer Science @ UT Austin
Ethan Jausions
Engineering @ Bili
B.S. Computer Science @ UT Austin
Ethan Jausions
Engineering @ Bili
B.S. Computer Science @ UT Austin
Ethan Jausions
Engineering @ Bili
B.S. Computer Science @ UMich
Colin Gordon
Engineering @ Bili
B.S. Computer Science @ UMich
Colin Gordon
Engineering @ Bili
B.S. Computer Science @ UMich
Colin Gordon
Engineering @ Bili
Researcher @ Malof Lab
M.S. Electrical & Computer Engineering @ Duke
Chuqiao Lu
Engineering @ Bili
Researcher @ Malof Lab
M.S. Electrical & Computer Engineering @ Duke
Chuqiao Lu
Engineering @ Bili
Researcher @ Malof Lab
M.S. Electrical & Computer Engineering @ Duke
Chuqiao Lu
Engineering @ Bili
Digital Design @ Parsons
Katie Tumova
UI/UX @ Bili
Digital Design @ Parsons
Katie Tumova
UI/UX @ Bili
Digital Design @ Parsons
Katie Tumova
UI/UX @ Bili
B.S. Computer Science @ Columbia
Kian Silva
Engineering @ Bili
B.S. Computer Science @ Columbia
Kian Silva
Engineering @ Bili
B.S. Computer Science @ Columbia
Kian Silva
Engineering @ Bili
B.S. Computer Science @ Columbia
Anna Sun
Tech Sales @ Bili
B.S. Computer Science @ Columbia
Anna Sun
Tech Sales @ Bili
B.S. Computer Science @ Columbia
Anna Sun
Tech Sales @ Bili
Test Engineer @ Volocopter
B.S. Aerospace Engineering @ UT Austin
Vincent Li
Engineering @ Bili
Test Engineer @ Volocopter
B.S. Aerospace Engineering @ UT Austin
Vincent Li
Engineering @ Bili
Test Engineer @ Volocopter
B.S. Aerospace Engineering @ UT Austin
Vincent Li
Engineering @ Bili
B.S. Computer Science @ Penn
Megan Zhang
Engineering @ Bili
B.S. Computer Science @ Penn
Megan Zhang
Engineering @ Bili
B.S. Computer Science @ Penn
Megan Zhang
Engineering @ Bili
M.S. Computer Science @ Yale
Mingda Li
Engineering @ Bili
M.S. Computer Science @ Yale
Mingda Li
Engineering @ Bili
M.S. Computer Science @ Yale
Mingda Li
Engineering @ Bili
M.S. Computer Science @ Penn
Jessica Huang
Engineering @ Bili
M.S. Computer Science @ Penn
Jessica Huang
Engineering @ Bili
M.S. Computer Science @ Penn
Jessica Huang
Engineering @ Bili
Contact Us
Get in Touch with Us
Send Us a Message
Use our convenient contact form to reach out with questions, feedback, or collaboration inquiries.
Contact Us
Get in Touch with Us
Send Us a Message
Use our convenient contact form to reach out with questions, feedback, or collaboration inquiries.
Contact Us
Get in Touch with Us
Send Us a Message
Use our convenient contact form to reach out with questions, feedback, or collaboration inquiries.
© 2024 Bili.
Made with ♥ by the Bili Team
© 2024 Bili.
Made with ♥ by the Bili Team
© 2024 Bili.
Made with ♥ by the Bili Team