Technical design
as simple as Lego.
ByteAI is a smart UML playground to ideate and build enduring technical strategies from day one. AI backs your team up with health-checks and tips.
ByteAI is a smart UML playground to ideate and build enduring technical strategies from day one. AI backs your team up with health-checks and tips.
Transform your module concepts into clear visual structures. You have full control - tweak the diagram ensuring it perfectly aligns with your vision.
Explain technical ideas and vision to ensure everyone is on the same page before coding.
Simplify architecture to code with AI: choose any class for code generation. Byte integrates with your entire module. Save time for quality planning.
Data Class
using UnityEngine;
public class RacketBehavior : MonoBehaviour
{
private Rigidbody2D rb;
public Ball ball; // Reference to the Ball object
private Vector2 lastPointOfContact;
// Initialization
void Start()
{
rb = GetComponent<igidbody2D&пt;();
}
void Update()
{
updatePosition();
}
public void updatePosition()
{
float moveHorizontal = Input.GetAxis("Horizontal");
float moveVertical = Input.GetAxis("Vertical");
Vector2 movement = new Vector2(moveHorizontal, moveVertical);
rb.MovePosition(rb.position + movement * Time.deltaTime);
}
public void applyForce(Vector2 force)
{
rb.AddForce(force);
}
public void calculateSpin(Vector2 pointOfContact)
{
Vector2 racketMovementDirection = rb.velocity.normalized;
float racketSpeed = rb.velocity.magnitude;
// Calculate the basic spin value based on racket speed
float spinAmount = racketSpeed * 0.5f; // Arbitrary coefficient for spin calculation
// Adjust spin direction based on the point of contact
if (pointOfContact.x < 0) // Hit on the left side
{
spinAmount *= -1; // Negative spin for left-side hits
}
// For right-side hits, the spinAmount remains positive
Debug.Log($"Calculated Spin: {spinAmount}");
ball.ApplySpin(spinAmount);
}
// This method is called when the racket collides with another object
void OnCollisionEnter2D(Collision2D collision)
{
if (collision.gameObject.tag == "Ball") // Ensure we're colliding with the ball
{
// Get the first point of contact
ContactPoint2D contact = collision.contacts[0];
lastPointOfContact = contact.point; // Store the point for use in other methods
calculateSpin(lastPointOfContact);
}
}
}
Our AI assistant is expert on building scalable module architecture. It will regularly review your module diagrams, suggest patterns and issues to fix.
Understand complex codebases and technical logic at a glance.
Visualization makes ideas clear right away, so even the most complex visions can be shared with junior team members - nothing missing.
Easily strategize using module building blocks. Once you know how to build - AI features allow to write code 55% faster. It's like speed-dating your product.
Build unbreakable products from day 1. Logical building blocks allow you to quickly detect errors and make changes.
New business needs or pivots? Just change around the building blocks, and let AI generate code to support new ideas.
0/mo
Test how your team can benefit from ByteAI.
45/mo
Transform ideas into products with a helicopter view.
299/mo
Scale your company with products that adapt.
Ideal for companies with custom domains, or established workflows.
Even a strong junior can use Byte in your team endeavors, due to the focus on codebase readability and visual flows. Some knowledge of module architecture is required, but ByteAI backs up the team by running health checks and suggesting patterns. It simplifies onboarding, reduces communication discrepancies, and makes architecture planning accessible to the team, unloading CTOs and architects.
Before you start working on visualizing new features, you connect your codebase via natural language. In this way, ByteAI understands your framework, business goal and connection with other modules in the project. In the future, we will have Github integration and synchronization.
Yes, definitely! ByteAI focuses on module architecture, which does not require revealing the valuable technical data of your company. Instead, you indicate the logical connections in natural language. We ensure full GDPR compliance of your data with our partner - Juscutum.
Your journey with ByteAI starts with a consultation, where we show you the practical application and design a module for your project together with you. Then, you will begin a free trial, where you can test ByteAI's effect on your workflow. Based on our experience, placing the single visualization building block into your development flow reduces development time and bug fixes by 42%. This is because ideas are communicated in a language that everybody understands, and quality planning reduces tech debt and ensures your product is adaptable.
Visual mapping takes from 1 to 4 hours, depending on the complexity of your project. Creating a Poc and experimenting can take a couple of weeks. In some cases, the POC needs to restart from scratch when shifting into a real product. By using ByteAI's visual planner, you can go from plan to code directly, then add more features on top.
It takes only a few clicks to start building your modules and see the first UML charts. The interface is intuitive and familiar to developers. Afterward, you are free to play around with tech designs like Lego and focus on available planning of agile products.
What if Miro could prototype your product? First, we will allow you to try our product firsthand. We will guide you through integrating and utilizing it effectively in your daily operations. We aim to ensure that you fully understand its functionality and potential benefits, allowing you to see its practical applications in real-world scenarios. This hands-on experience will help you appreciate our product's value to your work environment.
Although open-source code and code generation are great short-term painkillers, they can cause adaptability issues and higher bug rates at later stages. For long-term projects (and this means more than 1 month), firsthand planning can save time as well as increase reliability. Open-source and AI generation are often used to create POCs that need rework later. Visual planning, on the other hand, can help you create scalable POCs.
Absolutely! ByteAI is designed to support multiple programming languages. It is tailored for any language like JavaScript, Python, Node.js, C#, C++, and more. It's a framework-universal tool that knows your projects.
Our model is fine-tuned to follow your team's thinking process and data. In this way, the code is context-aware and adapted to your business goals, as well as based on the connections between classes that you have mapped out. This increases the code accuracy compared to simple GPT-4 usage. The focus on architecture logic instead of code style memory and code snippets may even increase accuracy compared to Github Copilot. We still recommend reviewing AI code, as existing models cannot duplicate a senior developer's level.
And we want to make sure you get your access to the extra 30hrs/week ASAP.
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