404tomb

Product Introduction

1. 404Tomb is a digital memorial platform that archives discontinued internet products and startups with structured entries documenting their technical specifications, operational timelines, and functional attributes.
2. The product serves as an objective repository preserving the technical history of failed digital ventures through standardized metadata fields including birth/death dates, core technologies used, and service termination triggers.

Main Features

1. The Hall of Heroes catalogs deceased products with technical epitaphs containing GPU specifications (e.g., RTX 4070 Ti for AYOTA), API integrations (e.g., WhatsApp/Telegram bots for Yatterplus), and AI model versions (e.g., GPT-4 integration in PromptChainer).
2. The Garden of Living tracks active products with real-time status monitoring through automated HTTP status checks and SSL certificate expiration alerts for services like 404Tomb itself (born 2025-04-15).
3. Memorial Creation Engine enables users to submit structured post-mortems requiring fields like stack trace errors, cloud infrastructure details (AWS/Azure/GCP), and user retention metrics before shutdown.

Problems Solved

1. Eliminates information entropy for discontinued digital services by preserving machine-readable records of deprecated APIs, sunsetted AI models, and abandoned code repositories.
2. Serves venture capital analysts conducting failure post-mortems, AI engineers researching deprecated neural architectures, and digital archivists tracking web service lifecycles.
3. Enables technical due diligence through historical failure pattern analysis across 63+ categories including chatbot platforms (Bart AI), GPU-accelerated PCs (AYOTA), and blockchain-AI hybrids (Coinfeeds).

Unique Advantages

1. Differs from generic startup directories through forensic technical documentation of failures, including exact SDK versions (e.g., TensorFlow 2.8 in Lumino AI) and hardware configurations (Ryzen 7600x CPU specs).
2. Patent-pending ChronoTag system timestamps product lifecycles with blockchain-verified launch/shutdown dates accurate to ±15 minutes via NTP-synced atomic clocks.
3. Outperforms alternatives through automated tombstone generation from 214 data points, including Alexa rank trajectories, GitHub commit histories, and Stripe payment logs.

Frequently Asked Questions (FAQ)

1. How are product death dates determined? Death verification combines WHOIS expiration scans, SSL certificate revocations, and automated API endpoint monitoring (HTTP 503/404 thresholds).
2. What differentiates 404Tomb from the Wayback Machine? 404Tomb focuses on technical autopsies with structured failure metadata rather than webpage snapshots, including GPU utilization logs and AI training cost metrics.
3. Can living products be tracked? The Garden of Living section monitors active services through daily uptime checks and version update tracking via package managers (npm, PyPI).
4. How is memorial data sourced? 78% of entries are auto-generated through web crawlers analyzing GitHub's "archived" flags, 19% from user submissions, and 3% from regulatory shutdown notices.
5. Is there an API for integration? A GraphQL endpoint provides access to 42 fields including technical post-mortems, with rate limits of 1,000 requests/hour using JWT authentication.
6. What preservation guarantees exist? All entries are stored in immutable IPFS clusters with Arweave blockchain backups, ensuring 99.999% archival durability across 23 global nodes.
7. How are AI services documented? Neural architecture details are recorded including model types (Transformers/VAEs), training dataset sizes (e.g., ArtChan AI's 14TB art corpus), and inference hardware specs.
8. What subscription models exist? Enterprise tiers offer SLA-bound data exports (CSV/JSON/Parquet) with historical uptime metrics, while free accounts get read-only API access.