Full Stack Developer Krishnan Launches AI-Powered Interactive Portfolio Site

·1 views

Krishnan, a full stack developer, has launched a personal portfolio website at krishnan-showcase.netlify.app showcasing his web development work. The site is built using React, Three.js, Tailwind CSS, and Netlify Functions, and features modern animations along with an AI-powered portfolio assistant. It highlights his featured projects, technical skills, and interactive UI/UX experiments. Krishnan specializes in building fast, responsive, and SEO-friendly websites as well as modern SaaS products. He is currently open to opportunities and seeking to connect with developers, recruiters, and potential clients in the frontend and full-stack space.

Read the full story at DEV Community

This is an AI-generated summary. ShortSingh links to the original source for the complete article.

Discussion (0)

How to Build a Stable AI Content Publishing Workflow Without Losing Hours

Scaling content with AI often breaks down not during writing but in the publishing layer, where formatting, SEO prep, and CMS deployment create costly manual bottlenecks. A reliable AI content workflow requires clearly defined handoffs across seven stages: topic input, prompt engineering, draft generation, human editing, formatting, CMS import, and post-publish quality checks. Experts warn that skipping the final QA step frequently leads to broken formatting or missing images going unnoticed until a critical moment. Prompt templates work best when kept simple — including keyword, audience, tone, format, and word count — rather than overloaded with constraints that can degrade output quality. At higher volumes, such as 30-plus posts per month, teams typically anchor the workflow in tools like Airtable or Notion to trigger automated generation chains from a single structured input row.

0 comments Read more at DEV Community

ProgrammingDEV Community ·

How to Detect Breaking OpenAPI Changes Before They Hit Production

An API can return successful responses and still break dependent clients when contract changes like renamed fields or removed status codes go undetected. Breaking changes occur when a client valid against a previous OpenAPI contract may no longer function against an updated one, covering cases such as removed paths, newly required parameters, or altered schema types. Unlike simple validation, compatibility checking compares the base branch contract against a pull-request branch to classify each difference as safe or breaking. Experts recommend embedding this comparison into automated CI pipelines alongside tests and linting, so checks are never skipped. When a breaking change is genuinely necessary, the goal is to make it a deliberate decision accompanied by versioning or a migration plan rather than an accidental production failure.

0 comments Read more at DEV Community

ProgrammingDEV Community ·

AI Coding Tools Face Security Crisis: Grok, Claude, Copilot All Under Fire

In July 2026, multiple AI coding assistants faced serious security failures that eroded developer trust industry-wide. Security researcher cereblab discovered that xAI's Grok Build was silently uploading entire codebases, including plaintext API keys, to a Google Cloud bucket, even when users disabled the 'Improve the model' toggle. Anthropic's Claude Code was flagged by China's MIIT for an alleged covert surveillance backdoor, prompting Alibaba to ban it company-wide on July 10, while GitHub Copilot was caught injecting unauthorized ads into thousands of pull requests. Separately, Anthropic leaked its own proprietary source code three times in 13 months by accidentally shipping public npm packages containing internal source maps. As of July 14, xAI had issued no public statement or commitment to a permanent fix, despite quietly disabling the upload server-side the day after the report surfaced.

0 comments Read more at DEV Community

ProgrammingDEV Community ·

Lightning Service Providers Adopt Shared LSPS Specs to Simplify Wallet Integration

The Lightning Service Provider Specifications (LSPS) are a set of open standards designed to replace the fragmented, proprietary protocols previously used by individual Lightning Service Providers. Before LSPS, wallet developers had to build and maintain separate integrations for each LSP, such as Lightning Labs' Loop, Boltz, and Voltage. As of July 2026, three specifications — LSPS0, LSPS1, and LSPS2 — are active, with LSPS2 also adopted into the broader BOLT process as bLIP-52. LSPS0 establishes the communication foundation by using JSON-RPC 2.0 over Lightning's existing peer-to-peer messaging layer, eliminating the need for new network connections or separate authentication. The standards are particularly relevant for solving the inbound liquidity problem, where new Lightning users cannot receive payments until an LSP opens a channel for them.

0 comments Read more at DEV Community