IPFS
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El InterPlanetary File System (IPFS) es un protocolo de almacenamiento descentralizado basado en content addressing. Con IPFS distribuimos archivos, metadatos y activos digitales sin depender de servidores centrales, garantizando integridad, permanencia y censura resistente para dApps, NFT y big data.
¿Por qué IPFS?
Direcciones por contenido
El hash (CID) garantiza autenticidad y evita tampering.
Red distribuida
Los nodos comparten bloques, eliminando single‑point‑of‑failure.
Permanencia
Pinning y Filecoin aseguran disponibilidad a largo plazo.
CDN descentralizada
Gateway caching multiplica la velocidad de entrega.
Componentes principales
| Componente | Función | Ejemplo |
|---|---|---|
| Nodo IPFS | Almacena y propaga bloques | go‑ipfs, js‑ipfs |
| CID | Hash de contenido | bafybeigd… |
| DAG | Estructura merkle de bloques | UnixFS / IPLD |
| Pinning | Fija bloques para persistencia | Pinata, web3.storage |
| Gateway | HTTP ↔ IPFS bridge | ipfs.io/ipfs/ |
Workflow en 4 pasos
Add
ipfs add file.png
Pin
Mantén bloques local/servicio
Distribuir
Peers anuncian CID
Consumir
Gateway o ipfs cat
Casos de uso
Metadatos NFT
Backup descentralizado
Publicación sin censura
Machine Learning datasets
¿Por qué Itrion con IPFS?
Infra pinning global SLA 99.9 %
Gateways edge optimizados
Cifrado end‑to‑end opcional
Integración Filecoin deals
1.2 PB
Datos almacenados/pinneados
400+
dApps integradas
5 años
Operando nodos IPFS
Buenas prácticas
- • Fragmenta archivos grandes (carpetas CID) para descargas paralelas.
- • Usa pinning redundante en al menos 3 regiones.
- • Verifica hashes periódicamente y re‑pin si es necesario.
- • Evita exponer CIDs sensibles; aplica cifrado cliente.
- • Monitoriza tráfico gateway y limita QoS por usuario.
The InterPlanetary File System (IPFS) is a decentralized storage protocol based on content addressing. IPFS distributes files, metadata, and digital assets without relying on central servers, guaranteeing integrity, permanence, and censorship resistance for dApps, NFTs, and big data.
Why IPFS?
Content-based addresses
Hash (CID) guarantees authenticity and prevents tampering.
Distributed network
Nodes share blocks, eliminating single‑point‑of‑failure.
Permanence
Pinning and Filecoin ensure long-term availability.
Decentralized CDN
Gateway caching multiplies delivery speed.
Main components
| Component | Function | Example |
|---|---|---|
| IPFS node | Stores and propagates blocks | go‑ipfs, js‑ipfs |
| CID | Content hash | bafybeigd… |
| DAG | Merkle structure of blocks | UnixFS / IPLD |
| Pinning | Fixes blocks for persistence | Pinata, web3.storage |
| Gateway | HTTP ↔ IPFS bridge | ipfs.io/ipfs/ |
4-step workflow
Add
ipfs add file.png
Pin
Keep blocks local/service
Distribute
Peers announce CID
Consume
Gateway or ipfs cat
Use cases
NFT metadata
Decentralized backup
Uncensored publishing
Machine Learning datasets
Why Itrion with IPFS?
Global pinning infra SLA 99.9 %
Optimized edge gateways
Optional end-to-end encryption
Filecoin deals integration
1.2 PB
Data stored/pinned
400+
dApps integrated
5 years
Operating IPFS nodes
Best practices
- • Fragment large files (CID folders) for parallel downloads.
- • Use redundant pinning across at least 3 regions.
- • Periodically verify hashes and re-pin if needed.
- • Avoid exposing sensitive CIDs; apply client-side encryption.
- • Monitor gateway traffic and limit QoS per user.
El InterPlanetary File System (IPFS) es un protocolo de almacenamiento descentralizado basado en content addressing. Con IPFS distribuimos archivos, metadatos y activos digitales sin depender de servidores centrales, garantizando integridad, permanencia y censura resistente para dApps, NFT y big data.
¿Por qué IPFS?
Direcciones por contenido
El hash (CID) garantiza autenticidad y evita tampering.
Red distribuida
Los nodos comparten bloques, eliminando single‑point‑of‑failure.
Permanencia
Pinning y Filecoin aseguran disponibilidad a largo plazo.
CDN descentralizada
Gateway caching multiplica la velocidad de entrega.
Componentes principales
| Componente | Función | Ejemplo |
|---|---|---|
| Nodo IPFS | Almacena y propaga bloques | go‑ipfs, js‑ipfs |
| CID | Hash de contenido | bafybeigd… |
| DAG | Estructura merkle de bloques | UnixFS / IPLD |
| Pinning | Fija bloques para persistencia | Pinata, web3.storage |
| Gateway | HTTP ↔ IPFS bridge | ipfs.io/ipfs/ |
Workflow en 4 pasos
Add
ipfs add file.png
Pin
Mantén bloques local/servicio
Distribuir
Peers anuncian CID
Consumir
Gateway o ipfs cat
Casos de uso
Metadatos NFT
Backup descentralizado
Publicación sin censura
Machine Learning datasets
¿Por qué Itrion con IPFS?
Infra pinning global SLA 99.9 %
Gateways edge optimizados
Cifrado end‑to‑end opcional
Integración Filecoin deals
1.2 PB
Datos almacenados/pinneados
400+
dApps integradas
8 años
Operando nodos IPFS
Buenas prácticas
- • Fragmenta archivos grandes (carpetas CID) para descargas paralelas.
- • Usa pinning redundante en al menos 3 regiones.
- • Verifica hashes periódicamente y re‑pin si es necesario.
- • Evita exponer CIDs sensibles; aplica cifrado cliente.
- • Monitoriza tráfico gateway y limita QoS por usuario.
The InterPlanetary File System (IPFS) is a decentralized storage protocol based on content addressing. IPFS distributes files, metadata, and digital assets without relying on central servers, guaranteeing integrity, permanence, and censorship resistance for dApps, NFTs, and big data.
Why IPFS?
Content-based addresses
Hash (CID) guarantees authenticity and prevents tampering.
Distributed network
Nodes share blocks, eliminating single‑point‑of‑failure.
Permanence
Pinning and Filecoin ensure long-term availability.
Decentralized CDN
Gateway caching multiplies delivery speed.
Main components
| Component | Function | Example |
|---|---|---|
| IPFS node | Stores and propagates blocks | go‑ipfs, js‑ipfs |
| CID | Content hash | bafybeigd… |
| DAG | Merkle structure of blocks | UnixFS / IPLD |
| Pinning | Fixes blocks for persistence | Pinata, web3.storage |
| Gateway | HTTP ↔ IPFS bridge | ipfs.io/ipfs/ |
4-step workflow
Add
ipfs add file.png
Pin
Keep blocks local/service
Distribute
Peers announce CID
Consume
Gateway or ipfs cat
Use cases
NFT metadata
Decentralized backup
Uncensored publishing
Machine Learning datasets
Why Itrion with IPFS?
Global pinning infra SLA 99.9 %
Optimized edge gateways
Optional end-to-end encryption
Filecoin deals integration
1.2 PB
Data stored/pinned
400+
dApps integrated
5 years
Operating IPFS nodes
Best practices
- • Fragment large files (CID folders) for parallel downloads.
- • Use redundant pinning across at least 3 regions.
- • Periodically verify hashes and re-pin if needed.
- • Avoid exposing sensitive CIDs; apply client-side encryption.
- • Monitor gateway traffic and limit QoS per user.
At Itrion, we provide direct, professional communication aligned with the objectives of each organisation. We diligently address all requests for information, evaluation, or collaboration that we receive, analysing each case with the seriousness it deserves.
If you wish to present us with a project, evaluate a potential solution, or simply gain a qualified insight into a technological or business challenge, we will be delighted to assist you. Your enquiry will be handled with the utmost care by our team.
At Itrion, we provide direct, professional communication aligned with the objectives of each organisation. We diligently address all requests for information, evaluation, or collaboration that we receive, analysing each case with the seriousness it deserves.
If you wish to present us with a project, evaluate a potential solution, or simply gain a qualified insight into a technological or business challenge, we will be delighted to assist you. Your enquiry will be handled with the utmost care by our team.