Developer builds interactive terminal portfolio accessible via single npx command

·1 views

A developer named Nayeem has created a fully interactive portfolio that runs directly in the terminal using a single command: npx hello-nayeem. The project is built with pure Node.js and requires no external frameworks, relying on ANSI color codes for styling and raw mode stdin for navigation. It features arrow key navigation, real-time search, project and education sections, and a contact form with a password-protected inbox. Security is handled via SHA-256 password hashing through Node's built-in crypto module. The source code is available on GitHub, and a web version is also hosted on Vercel.

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 Nearby Golf Course Finder Using IP Geolocation and Python

A developer tutorial published on DEV Community demonstrates how to build a location-aware golf course finder using IP geolocation and a publicly available dataset of over 16,000 US golf courses. The project uses the IP Geolocation API via RapidAPI to automatically detect a visitor's latitude and longitude from their IP address, eliminating the need for manual location input. A minimal Flask backend then applies the haversine formula to calculate distances between the user's detected location and courses stored in a local CSV file. The endpoint returns the five nearest courses along with their names, cities, and distances in miles, formatted as JSON. The frontend can then render these results on an interactive map using a library such as Leaflet.

0 comments Read more at DEV Community

ProgrammingDEV Community ·

Developer builds AI agent that diagnoses production outages using live SigNoz data

A developer created 'Why Did It Break,' an AI-powered root-cause analysis agent built on top of the SigNoz observability platform, submitted for the Agents of SigNoz hackathon in July 2026. The agent allows engineers to ask plain-language questions like 'why is checkout slow?' and autonomously runs live queries against SigNoz telemetry to identify the root cause. It uses six diagnostic tools to inspect service stats, slow spans, error spans, and logs, choosing its own investigation path without any hardcoded query sequence. Every conclusion is backed by a direct link to the actual trace in SigNoz that supports it, and the agent is designed to admit uncertainty rather than fabricate answers. The demo runs against HotROD, a live multi-service app with real performance issues, including a slow MySQL query and intermittent Redis timeouts.

0 comments Read more at DEV Community

ProgrammingDEV Community ·

Dual-Tier Local AI Memory System Retrieves 14,726 Entries in 94ms, No Cloud Needed

A developer has detailed a dual-tier memory architecture for AI agents that uses a local SQLite-based vector store instead of cloud services like Pinecone. The system splits memory into two layers: an L1 scratchpad held in RAM for fast, ephemeral context retrieval in under 3ms, and an L2 vault using sqlite-vec for persistent semantic storage. Benchmarked across 23 production deployments, the architecture retrieved relevant results from 14,726 stored memories in approximately 94 milliseconds. The approach is claimed to outperform Pinecone on latency, cost, and reliability by eliminating cloud dependency entirely. The findings suggest that local vector search can be a viable, scalable alternative to managed cloud memory solutions for AI agent workflows.

0 comments Read more at DEV Community

ProgrammingDEV Community ·

Singapore Engineer Open-Sources Secure Multi-Agent AI Architecture for Enterprises

Syam Bandi, an Assistant Director of AI Engineering based in Singapore, has open-sourced a reference architecture for deploying secure, multi-agent conversational AI on Google Cloud. The framework addresses two key barriers to enterprise AI adoption in Southeast Asia: data security and hallucination control, particularly for sensitive sectors such as healthcare, insurance, and finance. It incorporates a layered defense strategy including PII redaction, content filtering, and LLMOps guardrails that prevent the AI from offering harmful responses like unsolicited medical diagnoses. The architecture was validated using an automated LLM-as-a-judge evaluation pipeline that tested prompts across English, Cantonese, Malay, and Bahasa. The full infrastructure and backend code have been published on GitHub for developers and enterprise architects to adapt for their own deployments.

0 comments Read more at DEV Community