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Binary Systems, Inc. Cryptocurrency

Don’t trust. Verify.
Then keep it between us.

Bitcoin, Ethereum and Monero were built on an idea Binary Systems has always worked by: you shouldn’t have to rent your trust. Hold your own keys. Run your own node. Keep your own infrastructure on hardware you control. We support all three chains, Monero above all for privacy, and we understand them from the protocol up.

Talk to us. Discreetly. Three chains, three jobs

Your keys Your nodes Your infrastructure

01 Why a privacy company cares about money

A public ledger is a permanent record. Of everything.

Bitcoin and Ethereum are transparent by design. Every transaction, amount and address is published to every node, and kept for as long as the chain exists. That is what lets anyone verify the ledger without asking permission. It also means anyone can study it.

An address is a pseudonym, not privacy. Link one address to a name, through an exchange, an invoice or a delivery, and the history around it can be followed in both directions: who paid you, how much, how often, and where the money went next. For a business, that can expose suppliers, margins, payroll and treasury to competitors and strangers.

We keep our clients’ secrets. A company that does that shouldn’t publish its books to the world, and neither should yours.

02 Three chains, three jobs

We support Bitcoin, Ethereum and, especially, Monero.

Each was built for a different job. Knowing which one fits, and why, starts with how each one actually works.

Bitcoin coin

Bitcoin

Sound settlement

The original, and the most conservative. Miners compete under proof of work, hashing block headers with double SHA-256 until one falls below the network’s target. Coins live as unspent transaction outputs (UTXOs): each payment consumes earlier outputs and creates new ones.

Its supply is fixed at 21 million coins, and its strength is verification: a full node independently checks every block and every transaction against every rule, from the genesis block forward. Lightning, a payment-channel network built on top, is the layer for fast payments.

  • Proof of work
  • SHA-256
  • UTXO model
  • 21M supply
  • Lightning

Ethereum coin

Ethereum

Programmable settlement

A shared computer. Smart contracts are programs stored on chain and executed by every node in the Ethereum Virtual Machine (EVM), with each step metered in gas. State is held in accounts, each with a balance and, for contracts, code and storage.

Ethereum isn’t mined. Since The Merge in September 2022 it has been secured by proof of stake: validators lock up ether as collateral and can lose part of it for breaking the rules.

  • Smart contracts
  • EVM
  • Account model
  • Proof of stake

Our emphasis

Monero coin

Monero

Private by default

Monero is the chain we favor for security, because it is private by default. Every transaction is confidential, so no one stands out for choosing privacy.

Ring signatures
Hide the sender: each input is signed with CLSAG among a ring of 16 possible outputs, 15 of them decoys.
Stealth addresses
Hide the receiver: every payment goes to a fresh one-time address, so a published address never appears on chain.
RingCT
Hides amounts behind cryptographic commitments, with Bulletproofs+ range proofs that still prove no coins were created from thin air.
Dandelion++
Obscures network origin: each new transaction first passes quietly through a short random chain of peers, then is broadcast, so observers can’t easily tell which node it came from.
RandomX
A CPU-friendly, ASIC-resistant proof of work that keeps mining decentralized.
Tail emission
Blocks arrive about every two minutes, each with a permanent 0.6 XMR reward plus fees, so miners stay paid to secure the chain.

Private, and still auditable. When a business needs to show its books, a view key allows selective disclosure: an auditor or compliance team can see incoming payments, without being able to spend a thing.

03 We run our own

We mine Monero. On our own premises.

We don’t talk about blockchain infrastructure from a slide deck. We mine Monero on our own on-premise hardware, using decentralized P2Pool pooling against our own self-hosted, fully synced Monero nodes. No third-party pool operator, no custodian: rewards go straight to our own wallet. We operate every layer ourselves, which is how we know what it takes to run blockchain infrastructure you actually control.

  • HardwareSelected, built, maintained and repaired in house.
  • PowerPlanned, distributed and monitored for loads that run around the clock.
  • CoolingHeat is the real workload. Airflow and thermals are engineered, not improvised.
  • NetworkSegmented, firewalled and watched. Nothing is exposed that doesn’t have to be.
  • NodesRedundant, self-hosted Monero nodes. Our nodes verify every block ourselves.
  • PaymentsOur own self-hosted payment servers for Bitcoin, Ethereum and Monero. Payments settle directly to us, with no third-party processor or custodian.

How much, how many and where stays with us. Discretion applies to our infrastructure too.

04 For businesses that work in crypto

We help you design, build and run it yourself.

Through Binary Systems Professional Services, the engineers who run our own infrastructure help you build yours. Every engagement is tailored, confidential, and ends with you holding the keys.

Self-hosted full nodes

Bitcoin, Monero and Ethereum nodes on your own hardware, so your balances and payments are checked by software you run, not reported to you by someone else’s API.

Accept crypto without a custodian

Private infrastructure for receiving payments directly to wallets you control, with no third party holding your funds or your customer data. It’s how we take payment ourselves.

Key management and OpSec

Practical key generation, storage, backup and recovery practices, and the operational security habits around them, sized to your organization.

Hardened on-premise hosting

Servers, network and physical environment designed for infrastructure that has to stay up and stay private, inside walls you choose.

Network privacy

Tor- and I2P-aware designs, so your nodes and wallets don’t announce your location or your business to the network they talk to.

Pay us the same way

We accept Bitcoin, Ethereum and Monero for our services, settled through our own self-hosted payment servers. No processor in the middle. Payment details are arranged directly with our sales team.

05 Depth

Blockchain, from the protocol up.

The parts that matter when the system is yours to run.

Hash functions and Merkle trees
A cryptographic hash turns any input into a fixed-size fingerprint; change one bit and the output changes completely. Transactions are hashed in pairs up a Merkle tree, and the single root commits to every one of them, so inclusion can be proven with a short path of hashes.
Consensus: PoW vs. PoS
Proof of work makes rewriting history cost real energy and hardware: nodes follow the valid chain with the most accumulated work. Proof of stake puts capital at risk instead: validators vote with staked collateral and can be slashed for provably dishonest behavior.
UTXO vs. account model
Bitcoin keeps a public set of unspent outputs that are consumed whole and replaced with new ones, including change. Monero also spends outputs, but nobody can see which ones have been spent: one-time key images block double-spends without revealing which output was used. Ethereum keeps a global state of accounts and balances that transactions update in place.
Mempool and fees
Valid transactions wait in each node’s own mempool until a block includes them. Block space is scarce, so those building blocks generally favor transactions that pay more per unit of space or gas.
Cryptography
Bitcoin signs with ECDSA and, since the Taproot upgrade, Schnorr signatures, both over the secp256k1 curve. Monero’s keys, one-time addresses and ring signatures live on edwards25519, a twisted Edwards curve birationally equivalent to Curve25519 (the curve behind Ed25519).
Finality and reorgs
On proof of work chains, finality is probabilistic: a competing branch with more work can replace recent blocks in a reorg, and each confirmation makes that less likely. Ethereum adds explicit finality: once a block is finalized (about 13 minutes), reverting it would require validators holding at least one-third of all staked ETH to break the protocol’s rules, and that stake gets slashed.

Talk to us. Discreetly.

Tell us what you want to own: the node, the keys, the payment flow or the room it all runs in. The conversation stays confidential, and so does whatever we build together.

We accept Bitcoin, Ethereum and Monero, settled through our own self-hosted payment servers. No processor in the middle.

Email sales@binary-systems.com Call 972-238-9146