Investment Literacy for Real Market Conditions
Investment Literacy for Real Market Conditions
Venari Literacy breaks down how professional trading decisions are made - focusing on risk, restraint, and market context, with optional hands-off execution through compliant infrastructure.
Ethan
Founder
Ethan
Founder
Ethan
Founder
Noah
Founder
Noah
Founder
Noah
Founder
Noah
Founder
Noah
Founder
About Us
About Us
About Us
Venari AM is built around a systematic decision framework that prioritises risk control, discipline, and capital preservation across changing market conditions.
Venari AM is built around a systematic decision framework that prioritises risk control, discipline, and capital preservation across changing market conditions.
Venari AM is built around a systematic decision framework that prioritises risk control, discipline, and capital preservation across changing market conditions.
Venari AM is built around a systematic decision framework that prioritises risk control, discipline, and capital preservation across changing market conditions.
Venari AM is built around a systematic decision framework that prioritises risk control, discipline, and capital preservation across changing market conditions.
Venari AM is built around a systematic decision framework that prioritises risk control, discipline, and capital preservation across changing market conditions.
Process
Process
Process
The Venari Framework
A structured approach to decision-making, risk control, and execution across real market conditions.
Ethan Intro Message
Ethan Kann
Founder
Ethan Intro Message
Ethan Kann
Founder
Noah Intro Message
Noah
Founder
Noah Intro Message
Noah
Founder
Features
Features
Features
From Framework to Execution
Professional strategy management in minutes, not months
Live Execution Layer
Decisions can be executed in real time through compliant infrastructure when hands-off exposure is preferred.
Live Execution Layer
Decisions can be executed in real time through compliant infrastructure when hands-off exposure is preferred.
Live Execution Layer
Decisions can be executed in real time through compliant infrastructure when hands-off exposure is preferred.
Risk-Scaled Exposure
Position sizing adjusts automatically based on predefined risk rules rather than emotion or conviction.
Risk-Scaled Exposure
Position sizing adjusts automatically based on predefined risk rules rather than emotion or conviction.
Risk-Scaled Exposure
Position sizing adjusts automatically based on predefined risk rules rather than emotion or conviction.
Cross-Market Awareness
The framework is applied across different instruments and conditions to reduce single-market dependency.
Cross-Market Awareness
The framework is applied across different instruments and conditions to reduce single-market dependency.
Cross-Market Awareness
The framework is applied across different instruments and conditions to reduce single-market dependency.
Institutional Infrastructure
Rules-based execution and low-latency systems are used to minimise manual error and behavioural drift.
Institutional Infrastructure
Rules-based execution and low-latency systems are used to minimise manual error and behavioural drift.
Institutional Infrastructure
Rules-based execution and low-latency systems are used to minimise manual error and behavioural drift.
Capital Preservation First
Risk is defined before participation, ensuring capital protection remains the primary design principle.
Capital Preservation First
Risk is defined before participation, ensuring capital protection remains the primary design principle.
Capital Preservation First
Risk is defined before participation, ensuring capital protection remains the primary design principle.
Continuous Review Process
Decisions, outcomes, and non-trades are reviewed to refine judgement and maintain discipline.
Continuous Review Process
Decisions, outcomes, and non-trades are reviewed to refine judgement and maintain discipline.
Continuous Review Process
Decisions, outcomes, and non-trades are reviewed to refine judgement and maintain discipline.
discipline
Data driven
Risk-Constrained
Context-Aware
Systematic
Research-Led
Process Driven
Why Taif
Why Taif
Why Taif
Why Veneri AM
Most copy trading systems optimise for attention. We optimises for execution.
Proprietary Execution
Rule-based execution designed to remove emotion.
Proprietary Execution
Rule-based execution designed to remove emotion.
Proprietary Execution
Rule-based execution designed to remove emotion.
Risk Comes First
Downside is controlled before opportunity is considered.
Risk Comes First
Downside is controlled before opportunity is considered.
Risk Comes First
Downside is controlled before opportunity is considered.
Built for Compounding
Designed for consistency across time, not intensity.
Built for Compounding
Designed for consistency across time, not intensity.
Built for Compounding
Designed for consistency across time, not intensity.
How it works
How it works
How it works
AI-powered. Explained.
Physics-informed process that turns your data into reliable simulation insights.
No Setup Needed
Upload your data
Effortlessly upload your engineering data — whether it’s CAD files, experimental measurements, or previous simulations. No preprocessing, meshing, or complex setup required. Taif is built to understand and adapt to real-world formats out of the box.
No Setup Needed
Upload your data
Effortlessly upload your engineering data — whether it’s CAD files, experimental measurements, or previous simulations. No preprocessing, meshing, or complex setup required. Taif is built to understand and adapt to real-world formats out of the box.
No Setup Needed
Upload your data
Effortlessly upload your engineering data — whether it’s CAD files, experimental measurements, or previous simulations. No preprocessing, meshing, or complex setup required. Taif is built to understand and adapt to real-world formats out of the box.
Solver-Free Exploration
Ask in natural language
No need to write code or operate traditional solvers. Just describe what you want to test or understand in plain English. Taif’s AI interprets your intent and runs physics-informed queries tailored to your design goals.
Solver-Free Exploration
Ask in natural language
No need to write code or operate traditional solvers. Just describe what you want to test or understand in plain English. Taif’s AI interprets your intent and runs physics-informed queries tailored to your design goals.
Solver-Free Exploration
Ask in natural language
No need to write code or operate traditional solvers. Just describe what you want to test or understand in plain English. Taif’s AI interprets your intent and runs physics-informed queries tailored to your design goals.
Fast, Reliable Results
Get instant insights
Within seconds, receive validated answers powered by hybrid AI + physics models. From performance predictions to optimization suggestions, Taif delivers accurate, explainable results — fast enough to keep up with your design cycles.
Fast, Reliable Results
Get instant insights
Within seconds, receive validated answers powered by hybrid AI + physics models. From performance predictions to optimization suggestions, Taif delivers accurate, explainable results — fast enough to keep up with your design cycles.
Fast, Reliable Results
Get instant insights
Within seconds, receive validated answers powered by hybrid AI + physics models. From performance predictions to optimization suggestions, Taif delivers accurate, explainable results — fast enough to keep up with your design cycles.
Design, Test, Improve
Refine and iterate
Quickly test alternative concepts, adjust parameters, and explore “what-if” scenarios — all in one place. Godela makes it easy to refine your designs continuously, helping you converge on optimal solutions faster than ever.
Design, Test, Improve
Refine and iterate
Quickly test alternative concepts, adjust parameters, and explore “what-if” scenarios — all in one place. Godela makes it easy to refine your designs continuously, helping you converge on optimal solutions faster than ever.
Design, Test, Improve
Refine and iterate
Quickly test alternative concepts, adjust parameters, and explore “what-if” scenarios — all in one place. Godela makes it easy to refine your designs continuously, helping you converge on optimal solutions faster than ever.
FAQs
FAQs
FAQs
Frequently Asked Questions
How is this different from traditional simulation?
Who is Taif for?
Does Taif replace my existing PLM or ERP?
Which file types does the 3D Configurator support?
Who owns the outputs my team creates?
How is this different from traditional simulation?
Who is Taif for?
Does Taif replace my existing PLM or ERP?
Which file types does the 3D Configurator support?
Who owns the outputs my team creates?
How is this different from traditional simulation?
Who is Taif for?
Does Taif replace my existing PLM or ERP?
Which file types does the 3D Configurator support?
Who owns the outputs my team creates?