Every node inside Archivas is a neuron. Every byte stored is a trace of thought. Together, they create a distributed brain that never sleeps and never stops recalling what it learns.

While others compete to help AI process faster, we compete to AIs remember longer. Archivas values persistence more than speed. It rewards those who preservation of memory, not how fast an AI responds.

To participate in Archivas, you do not mine blocks. You host memory. You let intelligence root itself into your drive and live there. In return, you earn from the continuity you protect.

Archivas introduces Proof of Intelligent Storage. It measures value through availability, reliability, and honesty. Every piece of storage becomes an oath to time itself.

Traditional networks reward energy spent. Archivas rewards energy preserved. It transforms idle storage into an active memory of the collective.

Reward issuance is uptime-driven. Sustained nodes gain weight; failed ones lose state. The network equates reliability with credibility.

Archivas treats your device as an active storage replica. Uptime maintains replication guarantees; downtime reduces effective durability.

Archivas, the first open Proof-of-Space-and-Time blockchain fully built from scratch in Go. Archivists earn $RCHV by providing disk space and uptime, while Chroniclers secure temporal order through verifiable delay functions.

Introducing Archivas $RCHV A new Proof-of-Space-and-Time L1 blockchain. Farm blocks with disk space. Earn RCHV. No energy waste, no capital lockup. Built from scratch in Go. Devnet live. Farming verified. Same consensus class as Chia Network.

Traditional blockchains have critical flaws: PoW: Burns energy worth $10B+/year (Bitcoin) PoS: "Rich get richer" - high capital barriers We need consensus that's: Permissionless (anyone can join) Energy efficient Fair (not capital-based)

Archivas uses Proof-of-Space-and-Time: SPACE: Archivists allocate disk storage, create "plots" TIME: Chroniclers compute VDFs (sequential time proofs) Blocks require BOTH: • Winning PoSpace proof (disk lottery) • Valid VDF output (prevents grinding)

How Archivas mining works: Create plots (precomputed hashes on disk) Run farmer software (scans plots for proofs) Find winning proof → submit block Earn 20 RCHV block reward More disk space = more lottery tickets. But you can't pre-compute because VDF resets each block.

Archivas Current Status Devnet live PoSpace farming operational Persistent storage tested VDF mode implemented (activating soon) P2P networking (Milestone 6) You can farm $RCHV right now on single-node devnet. Devnet test results: 6 blocks farmed in 60 seconds 120 $RCHV

ARCHIVAS TESTNET v0.1.0 IS LIVE! The world’s first multi-node Proof-of-Space-and-Time testnet built from scratch in Go. Deterministic consensus Real-time block propagation Multi-node synchronization github.com/ArchivasNetwor… Each block carries: Challenge (from VDF) Difficulty

Archivas is looking for: Early farmers to test the network Go developers for P2P networking Feedback on consensus design Node operators for testnet Questions welcome!

We are now looking for early participants. Farmers to test the network Go developers to help improve peer-to-peer networking Feedback on consensus design Node operators to expand the testnet Archivas exists to demonstrate that fair, efficient, and permissionless consensus is

🎉 ARCHIVAS v1.1.1 — HOTFIX DEPLOYED All systems are stable and operational. Fixes POST /submit — request handling corrected POST /submitTx — works perfectly with archivas-wallet send Explorer — updated for v1.1.0 API format Both node servers — redeployed & synced Improvements