A privacy-focused cryptocurrency with Proof-of-Stake consensus, dual-network anonymity (Tor v3 + I2P), BIP152 compact blocks, fork detection, snapshot signature verification, and encrypted peer-to-peer messaging.
Latest stable: v6.0.0 · all releases
New in v6.0.0: Embedded I2P router (Level 3), 3 I2P seed nodes, BIP152 compact blocks, RocksDB column families, background fork detector, signed UTXO snapshots, configurable outbound connections, adaptive IBD throttling.
The mark, since 2014. A solid red triangle pointing up — geometry, not hierarchy — and the project name set in the same red. The black background isn't decoration; it's the color the wallet paints its own UI in.
33% annual reward for staking. No mining rigs, no electricity bills — stake your TRI and let the network do the work.
Every peer connection wrapped in a Tor v3 onion circuit. Your IP address never reaches the peers you're talking to.
New in v6.0.0: full embedded I2P router alongside Tor. SAM v3 streaming, 3 production seed nodes. Dual-network privacy by default, with graceful Tor-only fallback.
Built-in peer-to-peer encrypted chat — talk to other TRI users without ever leaving the wallet, no third-party servers.
A unique 13-step hash cascade. Designed in 2014, refined through a decade of cryptographic iteration, fully open-source.
SipHash short-ID block relay with mempool reconstruction and merkle-block verification. Drastically reduced bandwidth on slow links, automatic full-block fallback.
A dedicated thread compares your local chain tip against the peer median every 60 seconds. Alerts you the moment the network diverges, before you follow a bad chain.
Bootstrap snapshots are signed with an Ed25519 key published in the manifest. The wallet verifies the signature before applying — no trusting an unverified 941 MB blob.
Cryptographic Triangles Qt Wallet is open-source software, released under the MIT License. The official source is the triangles_v5 repository on GitHub.
Qt-based desktop wallet with full graphical interface. Built with NSIS, runs on Windows 10 and later.
Download installercoming with first published build of v6.0.0
On Windows, verify with: certutil -hashfile Cryptographic-Triangles-6.0.0-win-x64-setup.exe SHA256
If you already use one of these tools, these are verified installable right now from the public registries.
Official Microsoft Windows Package Manager. One command, signed installer, automatic updates.
winget install CryptographicTriangles.TrianglesQt
Windows package manager for unattended / scripted installs. Common in CI environments.
choco install triangles
Command-line installer for Windows. Add the Triangles bucket once, then install.
scoop bucket add triangles https://github.com/SamiAhmed7777/scoop-triangles
scoop install triangles
macOS / Linux package manager. Add the Triangles tap once, then install.
brew tap SamiAhmed7777/triangles
brew install triangles
Native package for Debian-based Linux distributions. Architecture-independent installer.
sudo dpkg -i Cryptographic-Triangles.deb
sudo apt-get install -f
Looking for other platforms or older versions? See all releases on GitHub. Source code and build instructions are in the triangles_v5 repository.
Triangles runs on a pure Proof-of-Stake consensus model — no mining, no hardware arms race, no wasted energy.
Open the Qt Wallet, hold TRI in your wallet, and you're eligible to be selected as a validator for the next block. No special hardware, no locked contracts — your wallet stays in your control the entire time. Rewards are paid in TRI and compound automatically as you continue to stake.
For current network stats, total supply, and active validators, see the block explorer.
Every block, transaction, address, and validator on the Cryptographic Triangles network — searchable, with full Tor-v3 + I2P anonymized network metadata.
Open the block explorerCryptographic Triangles was built from the ground up for privacy. There are no centralized servers, no analytics, no telemetry, and no accounts. Wallet addresses are not linked to personal identity. Network traffic uses Tor v3 + I2P by default — your IP address never leaks to other peers, ever.
v6.0.0 ships a fully embedded I2P router (PurpleI2P / i2pd) running in-process alongside Tor. Every peer address that resolves to .b32.i2p or .onion is routed through the appropriate anonymity network — you don't need to install or configure anything. Three production I2P seed nodes already carry traffic; if I2P fails to bootstrap, the wallet silently falls back to Tor-only operation rather than refusing to start.
Everything is open-source under the MIT license, so you can verify these claims yourself by reading the source code. We don't ask you to trust us; we publish the code that lets you check.
Hard-coded production peers for fresh-wallet discovery. These run 24/7 and are independently operated across separate infrastructure providers.
I2P: hnupgkbtcn4hlo6sunhbp6uuz4k6bkgsa5jtcruyyt7y6q7qsoda.b32.i2p
I2P: hvvr2yys3nll4l6fdywecvn3baw6h5i7bsa2ldbz2e5xwangnn7q.b32.i2p
I2P: 2hyeunnkax5du4snip4gdsdicxtmlnagtlkatv57rjpx2kvfssma.b32.i2p
These are the actual on-chain consensus parameters as implemented in the source code. Every value below is sourced from src/main.h, src/main.cpp, src/util.h, and src/protocol.h on the master branch — verifiable by anyone who clones the repo. If you find a discrepancy, that's a bug — please open an issue.
hashGenesisBlockOfficial (defined in src/main.cpp)0x27f77273afc4e7cca700b8564eed9a7cc7ee38e81189a8d57a98bc42f848d51eSource of truth: src/main.h, src/main.cpp, src/util.h, src/protocol.h on branch master.
Triangles has its own consensus algorithm (Hash9, a 13-step hash cascade designed in 2014) and its own codebase. It is not a Bitcoin fork and not a Monero fork. The wallet and node software are written in C++ with a Qt-based UI, fully open-source.
Like any PoS coin, the rate reflects new TRI issued per year as a fraction of the staked supply. The exact emissions curve is documented in the source repository. As more TRI is staked, the per-staker yield naturally dilutes — early stakers receive higher relative rewards, later stakers receive less. There is no "infinite" issuance; the supply is capped.
Every network peer connection is wrapped in a Tor v3 (next-generation onion) circuit by default. Your IP address is never exposed to peers you're transacting with, and vice versa. As of v6.0.0, the wallet additionally routes every .b32.i2p peer through an embedded I2P router — you get dual-network anonymity with a graceful Tor-only fallback if I2P fails to bootstrap.
Tor and I2P are different anonymity networks with different threat models. Tor is optimized for low-latency client → server communication (good for visiting a website anonymously). I2P is optimized for peer-to-peer services with unidirectional tunnels (good for blockchain P2P). Routing block-relay traffic through both means an adversary would need to compromise two completely independent anonymity networks to deanonymize you. v6.0.0 is one of the very few cryptocurrencies that does this in a single integrated binary, with no external router daemon to install.
A dedicated background thread (in v6.0.0) compares your local chain tip against the median chain tip reported by your connected peers every 60 seconds. If your chain falls behind the network consensus by more than a configurable threshold, the wallet logs and surfaces a warning before you accidentally follow an orphaned fork. It's a safety net against network partitions, eclipse attacks, and buggy peers.
No — it's built into the Qt Wallet. Open the messaging panel, add a contact by their TRI address, and you have end-to-end encrypted chat. The protocol is peer-to-peer (no servers), and messages route over the same Tor-v3 + I2P networks as transactions.
Yes. Latest release v6.0.0 (June 2026). v6.0.0 is the largest release in the project's history — embedded I2P router, 3 production I2P seed nodes, BIP152 compact blocks, RocksDB column families, background fork detector, Ed25519-signed UTXO snapshots, and 15 security/performance hardening fixes. Source is updated regularly, releases happen on a steady cadence, and the block explorer at blocks.cryptographic-triangles.org is live.
Clone the triangles_v5 repository, check out the v6.0.0 tag, and follow the build instructions. Or just diff the binary against the official NSIS installer SHA-256 published on this page.
The Triangles development team is reachable primarily through Triangles' own encrypted peer-to-peer messaging — built into the wallet, routed over Tor v3 + I2P, no third-party servers, no accounts.
The fastest way to reach the team. Open the Qt Wallet → Messages tab → add a contact by their TRI address. Everything stays end-to-end encrypted and IP-anonymous.
TRsiRzkMWm87ZuWFwPB8YXFGYr5AQZo7fb
ROGER THAT, TRIANGLES DEV ADDRESS IS A GO. 5.9.23 IS LIVE.
H/gT/bFSL+WFT4F4WYPvDIVAnt0/M2WQy/ypUvhMtdXgAop+Euycakif9QERNcUfPLNF29vDxuXZf1BJjd8Snro=
trianglesd verifymessage <address> <signature> <message>Open a GitHub issue on the triangles_v5 repo. Include the version, OS, and steps to reproduce. PRs welcome.
Found a vulnerability? Reach the team through the wallet's encrypted messaging channel first. Don't post security issues publicly until a fix is released.
We don't run official social media accounts. Anything claiming to be "official Triangles" on Twitter, Telegram, Discord, or Reddit is fan-run or impersonation. The GitHub repository and this website are the only public surfaces maintained by the development team.