Qasttor

29/05/2025

🤖 Czas na cyfrową zmianę: jak AI i no-code pomagają firmom wyjść z nieefektywnej epoki Excela i drogich systemów legacy.

Wraz z firmą Qasttor zapraszamy na bezpłatny webinar!

🗓 10.06.2025 | 🕙 10:00 | 💻 ZOOM

🔍 W programie:
✅ Excelowe pułapki i ograniczenia CRM, które hamują rozwój
✅ AI + no-code jako realna alternatywa dla klasycznego ERP
✅ Jak dopasować narzędzia do Twoich faktycznych potrzeb – a nie odwrotnie
👉 ZAPISZ SIĘ JUŻ TERAZ – https://docs.google.com/forms/d/1qxEkmv6HAALAuCa9JEWYXvKTGSrj4lub3bv1ks3rNZQ/edit

22/06/2024

🎥🚀 Hey everyone! Have you checked out https://lumalabs.ai/dream-machine? Their video-generation AI is worth checking out!

I asked it to create a short video of my dog from just a picture, and the results are quite interesting! 😲🐶 Now, you can try it for FREE! If you're into cool AI tools, you need to see this. Go give it a try and let me know what you think! 💥✨

23/05/2024

#9

The new Xano update is here and the long-awaited "Realtime (Websockets)" is a part of it along with "Database Vector Support (pgVector)"

Can't wait to try it out!

0:00 Intro0:14 Realtime0:47 Database Vector Support1:02 New Onboarding Experience1:21 Internal Documentation ToolsFull features, bugs, and fixes list: https:...

06/05/2024

#8

Today I was testing some UI/UX AI solutions, and as far as updating existing designs is considered they did rather poorly, but with some new simple designs to just create a simple version or MVP they work pretty good

Here is a design for my test prompt:
"I need a website for handling my costs, where I can create folders and inside recurring and one-time costs. With some analytics"

Platform: https://www.usegalileo.ai/

05/04/2024

#7

The New Xano release just came in with the long-awaited database triggers, excited to start working with the new improvements!

We are super excited to launch Xano release 1.58! Included in this release: 🎯 Database Triggers Database triggers enable you to automate logic ex*****on based on certain events that take place inside of...

02/04/2024

What do you think about the FlutterFlow product vision?

https://medium.com/flutterflow-enterprise/flutterflow-2024-our-product-vision-and-roadmap-2dba66a87c66

I'm excited about the improvements in the code editor, especially debugging and testing the custom code!

Where we see the FlutterFlow platform headed in the next year, and how we’re planning to get there

18/03/2024

#3

Using sequential IDs versus UUIDs (Universally Unique Identifiers) for primary keys in databases is a decision that involves considering various factors based on the specific requirements of your application. Both approaches have their own pros and cons:

Sequential IDs (e.g., Auto-incrementing integers)

Pros:

Simplicity: Easy to implement and understand. Most database management systems support auto-increment fields natively.

Performance: Generally faster to generate and index. Smaller index size can lead to better performance in queries, joins, and read operations because of sequential access patterns.

Readability: Human-readable and easier to debug or manually reference due to their sequential nature.

Cons:

Scalability: Generating sequential IDs can become a bottleneck in distributed systems where multiple nodes need to insert records simultaneously because it requires coordination to maintain uniqueness.

Information Disclosure: Sequential IDs can inadvertently expose information about the data, such as how many records are in the table or the rate at which records are added.
UUIDs

Pros:

Universality: Can be generated independently across different systems without requiring a central authority to maintain uniqueness, making them ideal for distributed systems and ensuring global uniqueness.

Security: Less predictable than sequential IDs, which can help prevent enumeration attacks where an attacker guesses IDs to access unauthorized resources.

Flexibility: Easier to merge data from different sources or to shard databases across multiple servers without ID conflicts.

Cons:

Performance: Larger size (16 bytes for UUIDs vs. 4 bytes for typical integers) means they consume more storage space and can lead to slower index performance and larger index sizes.

Complexity: More difficult to debug or read by humans. Their non-sequential nature can also lead to fragmented indexes, potentially degrading performance over time.

Overhead: Generating UUIDs can be more CPU-intensive than simple integer increments, although this is generally not significant for most applications.

10/03/2024

#6

New FlutterFlow update with the upgrade to version 3.19.1 and long-awaited "Test on Device with Local Run"! Full scope of updates in the link. I'm already using MacOS version with local test runs and it's much more convenient than before!

We're back with some exciting new features to help you build different 💪 Imagine testing your projects on a real device with our brand new Local Run feature, or sprinkling some AI magic into ...

29/02/2024

#5

New Xano update with the long-awaited Native UUID Support!!! What do you think about this update?

🐞 A Revamped No-Code Debugger This is a huge improvement to the user experience in Xano. Xano's revamped Debugger now offers the classic code debugging experience in a No-Code environment! Debug your ...

15/02/2024

#4

Leveraging Xano Functions for Reusable Project Components

In the rapidly evolving landscape of no-code and low-code development, efficiency and modularity are key. Xano, a powerful backend-as-a-service platform, stands out for its comprehensive suite of tools designed to streamline the development process. Among its most potent features are Xano Functions, which serve as the cornerstone for creating reusable and generalizable components across projects. This post explores the benefits of utilizing Xano Functions and offers practical advice on how to effectively implement them to enhance your development workflow.

Understanding Xano Functions
Xano Functions are modular blocks of logic that can be created once and reused multiple times across different endpoints and modules within your Xano project. They are designed to encapsulate specific functionalities, ranging from simple data manipulation tasks to complex business logic. This abstraction not only promotes code reuse but also simplifies maintenance and updates, as changes to a function automatically propagate to all instances where it's used.

Benefits of Using Xano Functions
Efficiency and Speed: By centralizing common functionalities into functions, you significantly reduce development time and effort. This allows for rapid prototyping and deployment, crucial in today's fast-paced development environments.
Maintainability: With functionalities abstracted into functions, updating your application's logic becomes a matter of modifying a single element rather than numerous instances across your project.
Consistency and Reliability: Reusing functions ensures that the same logic is applied throughout your application, reducing the risk of discrepancies and bugs associated with duplicate code.
Scalability: As your project grows, Xano Functions make it easier to manage complexity, enabling you to add new features and functionalities without reinventing the wheel.
Implementing Xano Functions in Your Project
Step 1: Identify Common Functionalities
Begin by analyzing your project requirements to identify common tasks and operations. These might include user authentication processes, data validation routines, or specific business logic that applies to multiple parts of your application.

Step 2: Create Functions in Xano
Once you've identified these commonalities, use Xano's intuitive interface to create functions. Each function should have a clear, single responsibility, making it easily identifiable and reusable. Xano's documentation provides comprehensive guides and examples to help you get started.

Step 3: Integrate Functions Across Your Project
After creating your functions, integrate them wherever needed. Xano's platform allows for seamless insertion of functions into various endpoints and workflows, making it incredibly flexible for developers to streamline their processes.

Step 4: Test and Iterate
With your functions in place, thorough testing is crucial to ensure they perform as expected across different scenarios. Xano offers robust debugging tools to help identify and resolve any issues. Continuously iterate based on feedback and project evolution, refining your functions to meet changing requirements.

Functions are one of two ways that you can transform data in Xano. Functions can be added to the function stack of the No Code API Builder, background tasks ...

03/02/2024

#3
While navigating through Xano's features, I've found expressions to be a noteworthy addition, enhancing the way I handle data compared to the standard filter functionality.

Understanding Expressions in Xano

Xano's expressions have introduced a nuanced way to manage and manipulate data, offering a bit more flexibility than what I was accustomed to with traditional filters. This feature allows for a streamlined approach to data handling, which has been beneficial in refining the development process of my projects. It provides a method to efficiently edit and manage data, which certainly improves the workflow within Xano.

The Role of Expressions in No-Code Development

The inclusion of expressions by Xano is indicative of the platform's ongoing efforts to enrich its no-code development tools. It's about giving users like myself a bit more control and versatility in our projects, without necessarily complicating the process. This feature is particularly useful for those looking to undertake slightly more complex data operations with more flexibility and a much easier way to replicate them with a simple copy and paste

Expression is a brand new data type in Xano that allows you to write inline expressions using a simple syntax, performing anything from basic to complex oper...

29/01/2024

#2 Flowcharts - Your Software Development Compass 🧭💡

Charting the Course: In the voyage of software creation, flowcharts are your compass. They guide you through the complex seas of development, ensuring you don't lose sight of your destination. Here’s why they're indispensable:

🎯 Clarity & Precision: A comprehensive flowchart crystallizes your vision, transforming abstract ideas into clear, actionable steps. It's the visual expression of your software's anatomy, laying bare every function and feature for scrutiny and refinement.

🏃‍♂️ Agility in Planning: While thorough planning is crucial, it’s equally important not to get mired in the blueprints. A good flowchart is detailed yet flexible, a living document that adapts but doesn’t become a procrastination trap. Balance is key—plan wisely, but keep the momentum going.

🗄️ Structural Integrity: Your product's performance is only as good as its underlying architecture. Paying close attention to how your software should operate and how data flows is akin to ensuring the foundations of a building are solid. Your flowchart should reflect a well-thought-out database structure, ready to scale and support the weight of your ambitions.

🔄 Iterate, Don't Stagnate: Use flowcharts to iterate quickly and smartly. They are a tool for dynamic progress, not a hurdle to it. Let them be the blueprint that evolves with your insights and user feedback.