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XelisVault · Nerva worldlive · block syncing

Private cash, mined on ordinary computers.

NERVA is digital cash forked from Monero in 2018, engineered so that only CPUs can mine it: no GPUs, no ASICs, no pools. Ring signatures hide the sender, RingCT hides the amount, one-time addresses hide the receiver. This world is your window onto the network, with a live explorer, telemetry and payment links.

Height
Hashrate
difficulty ÷ 60s
Difficulty
Transactions
all time
Reward
0.3 XNV
per block, forever
Supply
XNV, tail emission
Live from the public explorer API · refreshed every ~12s · no server in between
Chain
syncing blocks…
01 · The idea

Proof-of-work is essentially one-CPU-one-vote

Satoshi Nakamoto · Bitcoin whitepaper

NERVA launched on 1 May 2018 as a fork of Monero built on a single conviction: when mining can be industrialised, money becomes centralised. GPUs, ASICs and mining pools quietly turn one-CPU-one-vote into one-datacenter-one-vote. NERVA simply refuses that future.

Its CryptoNight-Adaptive algorithm is re-tuned whenever hardware starts drifting toward dominance. The v6 revision, activated in hard fork v13, widens the memory-latency gap that keeps GPUs and ASICs unprofitable. Miners work solo through their own full node, so there is no pool operator to trust and no hashrate rental market to fear.

Privacy is inherited from the CryptoNote lineage. Ring signatures, RingCT and one-time addresses mean an observer sees neither who sent, nor who received, nor how much. The chain is a crowd, not a ledger of names.

Rows of industrial server racks in a datacenter corridor
Industrial racks: the centralisation NERVA is built against
Launched
1 May 2018
Forked from
Monero (CryptoNote)
Algorithm
CryptoNight-Adaptive v6
Supply
~18.44M XNV mined by early 2021
Emission
0.3 XNV per block, forever
Premine
1% (180,000 XNV)
02 · Privacy by default

The chain is a crowd, not a ledger of names

Ring signatures

Every transaction is signed by a ring of five possible spenders. The real signer is computationally indistinguishable from the decoys the wallet picks automatically from the chain.

RingCT amounts

Amounts are sealed with Pedersen commitments. The network proves no coins were created out of thin air without ever seeing a balance.

One-time addresses

Each transfer derives a unique stealth address on the receiver side. Addresses cannot be reused, so nothing links two payments to the same person.

There is no transparent mode to opt out of. Every transaction is private, for everyone, by default.

ring
5 possible signers · 1 real · 0 observers
03 · Mining
Macro photograph of the underside of a CPU, golden pins and capacitors
A commodity CPU: the only mining rig NERVA needs
GPU and ASIC resistant

Secured by ordinary computers

CryptoNight-Adaptive v6 is tuned for the CPU in the device you are reading this on. LWMA difficulty retargets smoothly every block, and solo mining requires running a full node, tying security directly to decentralisation. No pool operator stands between you and the network, and the hardware you already own is competitive.

Algorithm
CryptoNight-Adaptive v6
Hard fork
v13 · July 2026 · block 4,320,000
Difficulty
LWMA, smooth retarget
Block time
60 seconds
Coinbase maturity
spendable after 20 blocks
Transfers
spendable after 10 blocks
Premine
1% (180,000 XNV)
Pools
deliberately pointless

Mining runs through the official CLI or NervaOne; this interface itself only reads the chain.

04 · How this world works

Everything runs client-side: nothing to hack, nothing to custody

The Nerva side of XelisVault is an independent window onto the network, built in the spirit of the protocol itself: no accounts, no tracking, no keys, no third-party scripts. Here is exactly what happens under the hood.

01
Read-only, key-free

This interface talks straight to the public NERVA explorer API (api.nerva.one) from your browser. It never holds a seed, a spend key or a view key. There is nothing here to steal.

02
Live, not cached theatre

Height, difficulty, blocks and the mempool are polled every few seconds, the same public feed the official explorer uses. The block ticker at the top of this page is the actual chain.

03
Stateless payment links

NervaLink invoices live entirely inside their URL. The pay page watches the chain for your invoice reference and follows it from the mempool to 10 confirmations, with no account, no database and no server.

Honest limitations · read this

RingCT amounts are encrypted. Payment detection confirms that your invoice reference appeared on-chain with enough confirmations; it cannot read the exact amount paid. Your wallet (NervaOne or the CLI) shows the amount paired with the reference for final reconciliation. Recent wallet versions may require enabling long payment ids for URI payments, so the pay page always offers the plain address as a fallback.

Server racks with network equipment and status lights
Your browser is the client. There is no server in the middle
Under the hood
data source
api.nerva.one (public, CORS-open)
polling
~10s feed, ~120s chart
wallet exposure
none: read-only
analytics
none: zero trackers
build
static, deploys on Vercel

Two protocols. One standard: privacy

You are standing in the Nerva world of XelisVault. The Xelis world holds the confidential BlockDAG platform: xUSD, VLT, VaultSwap and the vault app itself. Cross back any time; the gate remembers nothing.

Live explorer