Desktop and web applications, process automation, algorithmic AI trading, payment operations under human approval, monitoring and reporting. We design the architecture, write the code, and keep the system under watch.
What the systems actually connect to: the compute they run on, the chains they settle on, the venues they reach, and the transport that moves value between them.
NETWORKEthereum
NETWORKArbitrum
NETWORKBase
NETWORKPolygon
NETWORKBNB Chain
NETWORKAvalanche
NETWORKSolana
NETWORKX Layer
NETWORKHyperEVM
NETWORKPlasma
NETWORKInkNETWORKEthereumNETWORKArbitrumNETWORKBaseNETWORKPolygonNETWORKBNB ChainNETWORKAvalancheNETWORKSolanaNETWORKX LayerNETWORKHyperEVMNETWORKPlasmaNETWORKInk
AI COMPUTEFirebird
STABLECOINCircle USDC
STABLECOINTether USDT
TRANSPORTCircle CCTP
TRANSPORTLayerZero
TRANSPORTChainlink CCIP
INTENTSNEAR Intents
VENUEOKX
VENUEBinance
VENUEBybit
VENUEKraken
AI COMPUTEFirebirdSTABLECOINCircle USDCSTABLECOINTether USDTTRANSPORTCircle CCTPTRANSPORTLayerZeroTRANSPORTChainlink CCIPINTENTSNEAR IntentsVENUEOKXVENUEBinanceVENUEBybitVENUEKrakenQubit Laboratory LLC holds the state certificate of a high-technology software developer, issued by the Ministry of High-Tech Industry and Artificial Intelligence.
Firebird.aiAI compute infrastructure, ArmeniaThe Ministry of High-Tech Industry and Artificial Intelligence of the Republic of Armenia
Applications and the automation behind them. From the first sketch to an installer your team double-clicks — or to a process that has been running unattended for months, with a log a person can audit.
Desktop applications, web apps, internal tools and back offices. Electron, Next.js, local databases, signed releases with auto-updates.
Recurring operations run end to end: APIs, databases, schedules, retries, alerts. Every run leaves a record that says what happened and when.
Payment flows with ceilings, allowlists and an approval queue in front of them. Keys stay with the client, and a payment that would fail is simulated before a person is asked to sign it.
Real-time dashboards, alerts the moment a number leaves its range, and reporting an accountant can actually use. LLM agents connected over MCP where they measurably save hours.
Trading systems built end to end: signals, execution on exchanges and on-chain, risk limits and monitoring around both. The model makes the call, a person sets the boundaries.
An exchange layer over dozens of liquidity providers: the route assembles itself, the best available price is put together, and the fee stays minimal. A decentralised exchange of our own is being built on top of it.
Named systems and what each one does — the part that can be said in public.
Nobody buys automation. They buy the night when the phone stayed silent. Below is one such night, failure and recovery included.
THE FAILURE LINE IS HERE ON PURPOSE · A SYSTEM IS WORTH WHAT IT DOES WHEN SOMETHING BREAKS
Every wallet provider governs the wallets it issued. None of them can tell a business what happened across all of them, and none of them produce something an accountant can file. Wallet Orchestrator closes that gap.
One view across providers and chains, a ledger organised around clients, and an approval queue in front of every payment. Self-custody: keys live in an encrypted container on your own machine and open only for the moment of a signature.
Not open to everyone. Every company is checked before a pilot starts, and the first cohort is ten to fifteen partners. What we ask in return: your chart of accounts, your jurisdiction, and your worst reconciliation week.
A second line of work: trading software we built and run on our own capital, licensed to clients who run it on theirs. Everything below describes the shape of the system. What it trades stays inside.
SCHEMATIC VIEW · NO LIVE DATA, NO POSITIONS, NO STRATEGY SHOWN
Models and agents read market and operational state around the clock, weigh the options and act inside limits set in advance. Every decision lands in a log a person can read afterwards.
Routing across decentralised venues and networks: quotes compared live, every transaction simulated before it is signed, keys kept in self-custody from beginning to end.
Centralised exchanges over official APIs: scoped keys, withdrawals off by default, order and position state reconciled continuously against our own books.
A high-frequency, fully automated system, assembled and calibrated end to end by our own hands and running on independent decentralised servers. Data arrives in parallel streams and the call is made by PROJECT CORE — an AI «consciousness» trained on more than 10,000 hours of live trading. Our computing infrastructure brings each decision down to milliseconds, and every action passes through risk algorithms wired into the system before it reaches execution. It runs day and night, 24/7, across decentralised and centralised markets at once, joining and processing data from many sources. The operators of the system watch it around the clock and keep tuning the algorithms.
The share and the risk profile follow the strategies deployed and are settled in a direct conversation.
An internal tool of the studio, now open and bedding in — and the foundation for an exchange of our own.
Just launched and running in: routing is open to use, the exchange itself is being built on top of it, and each part opens as it becomes ready.
The term is stated up front. The conversation starts with what we take first.
Tell us what you run. We'll tell you how we would build it.
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