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All posts
New AI Tools
This blog introduces new AI-powered features on 0CodeKit that enhance text, PDF, and list processing. The "Extract from Text" allows specific data extraction from text, "Redact PDF" censors sensitive information, and "Fuzzy Match" finds optimal matches within lists.
3 Practical JavaScript Automations
This blog explores the use of JavaScript in Make with 0CodeKit's "Execute JavaScript code" endpoint. Featuring real-life examples: checking for duplicate list items, identifying temperatures below 20°C, and comparing books in a library using Lodash.
JavaScript Optimisation Automation
This blog highlights how 0CodeKit enhances JavaScript application performance through automation, tackling the challenge of resource-intensive calculations. By optimizing complex computational tasks, 0CodeKit improves efficiency and responsiveness.
Generative AI in Content Creation
This blog explores Generative AI, a subset of Deep Learning that creates content from patterns in data, including text, images, audio, and video. Generative AI's applications in audio and video production demonstrate its ability to revolutionize content creation.
JavaScript API Call Opimization
This blog delves into JavaScript API calls and how they enhance user experience by facilitating data exchange and interactions without full-page reloads. It discusses features like HTTP methods, async operations, JSON data format, and authentication.
Top 5 Image Endpoints
This blog emphasizes the importance of image aesthetics and presents 5 0CodeKit endpoints that enhance visual content: 'Get EXIF data', 'Generate an image', 'Convert an image', 'Remove image background', and 'Detect labels in an image'.
5 Endpoints for Healthcare
This blog highlights the potential of digitalization and automation in transforming healthcare, featuring five 0CodeKit endpoints: 'Calculate BMI', 'Extract contact information', 'Generate a chart', 'Detect text in an image', and Encrypt plaintext'.
7 Endpoints for Finance
This blog outlines 7 API endpoints that enhance efficiency and security in the finance industry. These endpoints include IBAN and BIC validation, currency conversion, VAT rate lookup and validation, phone number validation, and plaintext encryption.
11 New PDF Endpoints
This blog announces 11 new and 2 optimised PDF endpoints designed to enhance document processing, including drawing text and images, adding/removing pages, rotating/resizing pages, metadata, encrypting/decrypting PDFs, and creating empty PDFs.
Crypto Endpoints
This blog introduces three crypto-related endpoints from 0CodeKit: Encrypt, Decrypt, and Hash. These endpoints enhance security by encrypting sensitive information, decrypting for authorized access, and verifying data integrity through hashing.
AI, Business, Code, Image & PDF Endpoints
This blog is the first in a series exploring endpoints across 5 categories: AI, Business, Code, Image, and PDF. From text and content recognition in AI, email and VAT validation in Business, code execution in Code, image processing in Image, to PDF manipulations.
Google Docs Entity Extraction Automation
This blog details setting up automation for data extraction from Google Drive documents using 0CodeKit's 'Text entity detection'. By enabling quick and accurate data extraction, this process enhances decision-making, information retrieval, and business intelligence.
DeepL vs. 0CodeKit
This blog compares DeepL, a leading language translation platform, and 0CodeKit, a versatile API with translation capabilities among its 140 functionalities. Both services have free and various paid plans, catering to different user needs and scales of operation.
The Value Behind the Cost
This blog explains 0CodeKit's pricing structure, shaped by computational and third-party service costs, required for its over 140 endpoints. Computational demands on high-quality servers and reliance on third-party services like Azure for AI functions contribute to costs.
Edge Computing
This blog explores edge computing, emphasizing its role in real-time data processing for AI, smart devices, and IoT by decentralizing processing. This proximity reduces latency, enhances performance, minimizes internet strain, and improves data security.
