Wired Geese
Working systems, active directions, and early products I build with agents doing substantial work under my direction.
Some entries are engineering evidence; PDE and Telegram Desk are also early products with a direct deployment path. Each section states its current role and status.
Active systems and directions
Each section explains what a system does, how mature it is, and whether it is evidence, an existing product, or both.
Long-term direction
In active development · experimental · not market-ready
A major ongoing multi-component system exploring a Principal and their Assistant in the digital world. I build it through TeqFW, ADSM, and my human-directed agent workflow.
Independent product within the Alarisa direction
Working, early · deployments available by agreement
PDE is personal infrastructure through which your compatible agents can receive controlled access to selected services and resources. One deployment represents one person; that person controls the access boundary. PDE is practical on its own and also part of the broader Alarisa direction.
A PDE Runtime administers access and revocable delegation. Desks add one coherent service at a time. MCP is one technical interface for compatible agents; it is not the product being sold.
Early options include installation on your own VPS, managed installation, supported early access, and an eligible Desk setup. Deployment, support, and price are agreed directly.
Ask about a PDE deployment → · Understand the Alarisa direction → · Inspect PDE runtime →
PDE Desk · concrete early capability
Working, early · deployment available by agreement
Connect your compatible AI agent to your own Telegram through your own PDE deployment. You choose the Telegram connection and control the permissions; credentials and session material remain on the trusted deployment side.
Today it can retrieve account information, list contacts, list and search known chats, read known-chat history, and send plain-text messages. Chat reading uses a Telegram user connection; not every Telegram capability is implemented.
PDE Desk
Working, early · no current deployment offer
Controlled agent access to files and resources under explicit authority. It is a working early capability and a possible future PDE entry point, but not a current standard deployment path.
Site infrastructure
Working infrastructure · no current offer
The multilingual SSR system used by this site: practical TeqFW and ADSM evidence, not an Alarisa child or a product currently offered for sale here.
Explore TeqCMS → · Inspect the source →
These Journal entries document work on TeqCMS. They show how the system developed; this card describes how it stands today.
Migrated the site to my own CMS - TeqCMS. Now all content is generated via SSR, translated by AI, and managed in Git.
Shared on Habr how I built a CMS with GPT and DeepSeek in 2 weeks using DI, Markdown and JSDoc. LLM as a co-author of architecture.
Released a CMS on Nunjucks templates with server-side generation and localization. Published packages and demo site built on TeqFW architecture.
Retained responsibility evidence: products, utilities, client systems, and experiments from 2016 onward. Their original descriptions preserve historical context and do not state the current status above.
Published: 2026 · BHV · Russian-language edition
A book about the browser as the personal operating environment of the internet: distributed execution, data, networking, isolation, lifecycles, profiles, and digital continuity.
Start date: February 2026
Description: A Node.js CLI app built in one day in collaboration with the Codex agent using the ADSM (Agent-Driven Software Management) methodology. After startup, the app fetches the latest post from a Russian-language Telegram channel, translates it into English and Spanish, and automatically publishes the translations to the corresponding channels. The project serves as a practical validation of splitting ADSM’s cognitive context into seven standard levels for documentation and development management.
ADSM levels in the project:
Telegram channels:
Repository: GitHub
Start date: February 2026
Description: An experimental web application for observing personal attention through vector representations and embeddings. The application reads Habr RSS feeds, generates annotations and summaries using LLMs, and calculates semantic proximity markers between publications and the user’s personal interest vector. By default, all computations are performed locally in the browser. The project was created in an agent-driven mode (LLM + Codex) within the ADSM methodology.
Features:
Live demo: mindstream.app.wiredgeese.com
Repository: GitHub
Start date: November 2025
Description: A small self-hosted PWA for private video calls between family members. Runs on plain JavaScript, uses WebRTC without third-party installs, accounts, or server dependencies beyond signaling. Built alongside the Codex agent and the ADSM methodology, experimenting with conversational programming and cognitive context.
Features:
Live demo: call.wiredgeese.com
Repository: GitHub
Start date: April 2025
Description: A Node.js utility for logging outgoing emails to an SQL database (PostgreSQL, MySQL, SQLite). Used as a `pipe` handler in Postfix (`always_bcc` or `aliases`) and records full MIME messages. Based on TeqFW's DI architecture, easily embeddable and extensible.
Features:
Repository: GitHub
Start date: January 2025
Description: A personal PWA for tracking nutrition and weight, with deep GPT assistant integration. NutriLog continues BWL's ideas but reimagined through LLM interaction: AI helps maintain a diary, calculate calories, and form mindful habits. Based on TeqFW, actively developed as an AI experiment.
Features:
Website: nutrilog.app.wiredgeese.com
Repository: GitHub
Start date: January 2025
Description: A minimalist web app for customer registration via QR links as part of Domotehnika store's loyalty program. Visitors scan a QR code in-store, land on a registration page, and get access to personalized offers. Data is stored centrally and used for marketing and analytics.
Features:
Website: tc.klientuklubs.lv
Repository: private
Start date: July 2024
Description: A progressive web app for storing, displaying, and organizing QR and barcodes on mobile devices. All data is saved locally in the browser and available offline. The app demonstrates modern PWA capabilities: installation, offline operation, hardware API integration, and local databases. Conceived as an MVP but implements full architecture with logic, routing, and storage separation.
Features:
Camera API using html5-qrcodebwip-jsGeolocation APIIndexedDB, configurations in localStorageService Worker and Cache APIWebsite: wallet.wiredgeese.com
Repository: GitHub
Start date: June 2023
Description: A utility for real-time remote monitoring of JavaScript application logs. Browser messages are sent to the server via Beacon API and then relayed to all connected developers via SSE (Server-Sent Events). Minimally invasive and convenient for local development and mobile device debugging.
Features:
Public server: console.wiredgeese.com
Repository: GitHub
Description: A browser PWA prototype that streams microphone audio to Deepgram and turns live speech into text through WebSocket.
Key techniques: MediaRecorder, WebSocket streaming, interim/final transcript merging, and client-side PWA integration.
Description: A JavaScript proof of concept for passwordless authentication with browser authenticators and server-side public-key validation.
Description: A practical guide to connecting a browser application to an OAuth2 provider without exposing client secrets.
Start date: April 2022
Description: A platform for personalized rehabilitation, including a PWA for patients and a web portal for specialists. Implements TeqFW principles in a real medical product: modular architecture, dependency injection, server logic, LLM integration.
Features:
Website: rehapp.ru
Repository: private
Start date: 2021
Description: A PWA for weight tracking in small groups. First implementation of TeqFW architectural principles in UI: dependency injection, CLI, DB operations. Used by a limited circle of users, mainly friends and family.
Features:
Website: bwl.wiredgeese.com
Repository: GitHub
Start date: 2016
Description: A Magento 2 e-commerce store deeply customized for MLM business needs. Developed extensions for client tree management, bonus calculations, custom admin components, and external service integrations. The project became the foundation for architectural ideas later implemented in TeqFW. This was my last major PHP project, and since 2018 it has been running stably in production.
Features:
Website: santegra.com
Repository: private