Intelligent systems that trade, sense, converse, and connect.

AQS-Cortex is the engine behind every trade — processing millions of signals per minute, managing open positions in real time, and adapting its approach as volatility, trend strength, and liquidity shift. MISS (Multi-Indicator Signal Synthesis) feeds it precise, unified buy and sell signals by combining multiple technical indicators instead of relying on any single one, cutting through noise that a lone indicator would miss.

• Basic. Free 14-day trial. Advanced Market Scanner, MISS indicators, 3 live trades/week, PDT-compliant, unlimited paper trading.
• Pro. Everything in Basic, unlimited live and paper trades, priority signal delivery, SMS alerts.
• Premium. Everything in Pro, plus 3 automated trading bots with fully automated execution via Alpaca.

$500 minimum account balance. Use your own brokerage account — no hedge fund, no lockup periods.

QECI — Quantum-Enhanced Composite Indicators — is in development: next-generation composite indicators built for faster pattern recognition, alongside multi-platform expansion to additional brokerages and markets.

The most advanced robots in the world run their intelligence on-board — and each of those programs built that brain from scratch, with hundreds of engineers and custom silicon. Everyone else can buy the same compute, but still has to build the intelligence on top of it.

ReNAIOS is that intelligence: a complete brain a robot maker can put on their own hardware. Where a control loop needs an answer in milliseconds and a cloud round trip takes a second, and where operators cannot let their data leave the site, it is the difference between a robot that works and one that waits.

• Reacts in microseconds, thinks when it matters. A reflex path answers faster than a nerve impulse; a deliberate path reasons through unfamiliar situations. Never stuck choosing between fast and smart.
• On-device by default, connected by choice. All processing happens on the robot — offline, off-grid, behind a firewall or in a contested environment. When the mission calls for it, ReNAIOS links to other robots, a command center or the cloud over VeriMASH, our secure tunnel for robots, agents and machines, built for industrial and military use — across whatever radio or network is available, without ever depending on it.
• It remembers, and it gets better. Every experience is stored and consolidated between tasks the way sleep consolidates memory — yesterday's slow decision is tomorrow's reflex.
• Learns before it is built. Skills are trained in a physics digital twin using the exact commands the real robot obeys. When the hardware arrives, the brain already knows the job.
• Safe enough to trust with a body. Signed software that refuses tampered code, authentication that fails closed, a tamper-evident record of every decision, and an emergency-stop path that reaches the motors directly.
• Sips power. The whole brain runs on a palm-sized embedded computer — longer missions, smaller batteries, cheaper machines.
• One body of knowledge, any body. The same intelligence drives an arm, a mobile base or a humanoid; the hardware is a configuration, not a rewrite.

The perception, memory, reasoning, safety and simulation layers are running on embedded hardware, with accelerated vision, a physics digital twin the brain drives directly, and a security layer that signs, verifies and audits. Hardware integration is underway with beta partners. VeriMASH fleet networking is built and can be switched on for any deployment where robots, command centers and cloud services need to trust each other without a server in between.

Every autonomous machine will need a brain that is fast, private, safe, learns from experience, and can join a fleet on its own terms. The biggest players are building theirs in-house; the rest of the industry needs one it can buy. We are looking for beta partners with real robots and real problems, and for investors who want to own the brain, not the app.

Offline Oracle processes your documents using AI that runs locally on your Mac. Files, extracted text, searches, conversations, and document summaries remain on your computer instead of being sent to a cloud AI service. Internet access is only needed for Apple purchases, updates, and the approved one-time AI model download.

Work with PDFs, Word and Excel files, CSV data, text documents, Markdown, scanned pages, and common image formats. Offline Oracle can use optical character recognition to extract searchable text from supported scans and images, although results may vary depending on image quality and document layout.

Offline Oracle is designed for Apple Silicon Macs and includes its own local AI server and search model. It uses Mac hardware acceleration and Apple Vision OCR to process documents efficiently without requiring a separate Ollama installation. After the initial AI model setup, document search and conversations run directly on your Mac.

NexFace is the visual cortex of ReNAIOS: a real-time vision system that helps robots understand the people, objects, and spaces around them.

People naturally recognize familiar faces, notice what is happening around them, and use context to communicate appropriately. NexFace gives robots a similarly thoughtful form of visual awareness — so they can recognize authorized people they know, understand relevant objects and surroundings, and respond more naturally within a trusted environment.

It is not designed to track strangers or turn public spaces into surveillance networks. NexFace is built for consent-based, private, and purpose-driven use: homes, workplaces, care environments, laboratories, and robots that need to safely interact with the people they are meant to assist.

NexFace can receive live RTSP video streams from compatible IP cameras and robot-mounted cameras, converting visual input into useful real-time awareness.

Instead of treating video as passive footage, the system can identify relevant visual events — such as an authorized person entering a room, a known object being moved, an obstacle appearing in a path, or changes in the robot's immediate surroundings. This helps ReNAIOS make safer, more informed decisions without requiring someone to constantly monitor a screen.

Video processing can be configured for local, edge-based operation, allowing the robot to act on visual information while minimizing unnecessary transmission or storage of footage.

NexFace is designed to work as part of the ReNAIOS brain, connecting visual input with communication, navigation, memory, and task planning.

Its vision capabilities may include face recognition for enrolled individuals, object recognition, room and environment awareness, motion detection, and safety-related scene understanding. These detectors work together to help a robot understand not only what it sees, but what may matter in the current moment.

For example, a robot may recognize a person it is authorized to assist, identify an item they are looking for, notice that a doorway is blocked, or adjust its behavior in a shared space. Identity recognition should support respectful interaction — not assumptions about someone's personality, intentions, or character.

Privacy is a core requirement of NexFace, not an afterthought.

Recognition is intended for people who have been deliberately enrolled and authorized within a specific environment. Administrators can control who has access, which cameras are active, what information is retained, and how long it is kept. Wherever possible, processing can remain local to the robot or approved edge hardware.

NexFace is built around a simple principle: a robot should be able to recognize the people it is trusted to help, while respecting the privacy of everyone else.

VeriMASH is a small program you install on each machine you own: servers, robots, gateways, laptops, industrial PCs. They discover each other, check each other's identity in both directions, and form a private encrypted network among themselves. There is no central server to run and no cloud account to create. Connections repair themselves after an outage, without a restart or a site visit. Every trust decision an operator makes is written to a tamper-evident record that you can recheck offline, so you verify it yourself instead of taking the software's word for it.

• No central server, no cloud account. Every machine mints its own identity the first time it starts.
• Self-healing by default. After a partition or an outage, nodes keep retrying on their own and rejoin as soon as the path returns. A dead link that goes quiet is detected and replaced rather than left hanging.
• Works behind NAT and firewalls. A machine that can only dial out still joins the mesh. One outbound UDP port is enough.
• On-demand service links. Expose one service, such as a database, a cache, or a data feed, to one named machine. A VPN opens a whole network; this opens a single door.
• Instant revoke. Withdraw a machine's access and its live connections close immediately, not at the next renewal.
• Tamper-evident trust record. Every admit, revoke, and retire is signed and recorded, and an offline command recomputes the record so it can be audited independently.
• Runs where your fleet runs. Linux on x86 and ARM, macOS, Windows, and containers, from a single-board computer to a rack server.
• Live console. Every node, its health, its links, and its services on one page, with your own names for your own machines.
• One mesh across sites. Automatic discovery on a local network, seeded anchors between sites, a single fleet view over both.
• Picks its own speed. Each link negotiates the fastest safe channel available to it, so bulk transfers and short control messages share the same connection without competing.

[Full description pending — section: PAYMENT FLOW & SETTLEMENT]

[Full description pending — section: API & INTEGRATION]

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