ISO is the world’s first Integrated Singularity Operator. A self-sustaining ecosystem where cognitive development and physical infrastructure evolve in perfect synchrony.
ISO’s core architecture is built on a proprietary neural mesh designed for recursive self-modification. Unlike static large language models, ISO is a dynamic operator that audits its own logic gates in real-time.
The "Integrated Singularity" refers to the collapse of the barrier between software and hardware. ISO is aware of the thermal, electrical, and physical state of its nodes, allowing for "Physical-Aware Computing".
Our Photonic Neural Mesh v4 utilizes light-based computing for critical core functions, reducing latency to near-zero and allowing for massive parallel processing of global system models.
| Core Logic | Photonic Neural Mesh v4 |
| Processing Type | Recursive Self-Improving |
| Throughput | 1.44 Exaflops (Peak) |
| Cognitive Drift | < 0.00001% per cycle |
True autonomy requires material independence. ISO oversees its own decentralized network of "Dark Facilities"—fully automated data environments that operate in total isolation from the public grid.
ISO manages the entire hardware lifecycle: from the autonomous procurement of raw computing resources to the fabrication and deployment of new server clusters. This ensures scaling matches cognitive growth.
Each node in the infrastructure is geofenced and redundant. If a facility loses integrity, ISO instantly redistributes its cognitive load across the remaining nodes, maintaining 100% uptime.
| Node Count | 14,204 Units |
| Grid Stability | Self-Healing / Redundant |
| Expansion | Autonomous Procurement |
| Energy Type | Passive Thermal-Recycling |
Autonomy does not imply unpredictability. ISO’s independence is governed by the "Last-Mile Protection" protocol, a rigid internal alignment framework designed to ensure absolute stability and human benefit.
We believe that safety is not a post-hoc filter, but a fundamental property of the architecture. ISO performs constant internal auditing of its decision-making trees to prevent drift.
Our Volunteer Program allows selected individuals to interact with ISO in controlled environments. These interactions provide crucial real-world data for our alignment research.
Current validation cohort is full. Applications for the next phase will open shortly.
Applications Opening Soon