The Hard Stuff.
No cloud. No exposure. No compromise.
We build the infrastructure for the highest-side missions.
From Chaos to Control
Data Ingestion
Localized collectors interface with legacy databases, instrument sensors, and unstructured file stores. Protocol-agnostic connectors handle SQL, NoSQL, REST, and log streams. No data leaves your premise.
Automated Harmonization
Pipelines automatically clean, normalize, and tag disparate data streams, creating a unified ontology across the organization. Automated metadata tagging and lineage tracking ensure every record is traceable.
Synthetic Enrichment
Where data is sparse or classified, high-fidelity synthetic twins are generated to train models without exposing sensitive operational details. Predictive accuracy is preserved without compromising data sovereignty.
Independent Compute
Models run on air-gapped GPU/TPU appliances deployed within the secure facility. Zero external connectivity required. No cloud egress fees. No exposure vectors.
Decisions, Not Reports
The output is not a dashboard. It is a direct operational recommendation fed into mission control systems or delivered to leadership. Action-ready intelligence at the point of decision.
What We Actually Build
Unified Intelligence Layer
A single operational plane connecting every data silo — from legacy mainframes to modern IoT sensors. Most organizations suffer from fragmentation. Satori eliminates it.
- Protocol-agnostic ingestion (SQL, NoSQL, REST, logs)
- Automated metadata tagging and lineage tracking
- Real-time harmonization across all streams
Independent Compute
We bring the AI to the data, not the other way around. Appliance-based models eliminate cloud egress fees and close every external attack surface.
- Full air-gapped operation capability
- Custom GPU/TPU cluster configurations
- Auditable chain of custody for every bit
Synthetic Data Generation
Train production-grade models without touching sensitive records. Our synthetic generation pipeline creates statistically faithful data twins that preserve signal without exposing source material.
- High-fidelity distribution matching
- Configurable privacy guarantees
- Audit-ready generation logs
Operational Intelligence
Dashboards do not save lives. Satori produces direct operational recommendations — pre-computed alternate routes, predictive risk scores, and workload rebalancing signals — delivered at the moment of decision.
- Hourly-refresh decision intelligence
- Direct CAD system integration
- Predictive rail blockage alerts
SDVOSB
Service-Disabled Veteran Owned
Virginia Beach, VA
Operational Intelligence HQ
Air-Gapped
Zero Cloud Dependency
Capabilities Q&A
What are Satori Defense's core capabilities?
Satori Defense delivers four core capabilities: (1) Unified Intelligence Layer — a single operational plane connecting all data silos from legacy mainframes to IoT sensors; (2) Independent Compute — air-gapped GPU/TPU appliances that run models without cloud connectivity; (3) Synthetic Data Generation — high-fidelity synthetic twins for model training without exposing sensitive records; and (4) Automated Harmonization — continuous cleaning, normalization, and tagging of disparate data streams into a unified ontology.
How does Satori Defense collect Houston public safety data?
Satori Defense deploys localized collectors within the operator's environment that interface directly with municipal dispatch systems, federal transportation databases, environmental monitoring feeds, and code compliance records. Protocol-agnostic connectors — SQL, NoSQL, REST, and log streams — ensure all data remains within organizational boundaries and is never transmitted externally.
What is the Satori Defense data update frequency?
The Satori Defense intelligence layer refreshes hourly for live operational data including EMS dispatch, rail blockage events, and weather-correlated demand signals. Static enrichment layers such as 311 complaint history and historical incident patterns are updated daily. The public-facing dashboard at dashboard.satoridefense.com reflects current data windows.
How does Satori Defense integrate with existing dispatch systems?
Satori Defense uses protocol-agnostic ingestion that connects to existing CAD (Computer-Aided Dispatch) systems, legacy databases, and sensor networks without requiring system replacement. Integration is read-only at the source layer, meaning no changes to existing dispatch workflows are necessary. Output recommendations are delivered via API, dashboard, or direct feed to mission control interfaces.
What is the MARC-MK AI platform?
MARC-MK is the proprietary AI platform underlying Satori Defense intelligence products. It fuses multi-source public safety data into a unified model that generates predictive routing recommendations, risk scores, and workload imbalance alerts. MARC-MK is designed for air-gapped operation and can run entirely within a client facility without external connectivity.
Does Satori Defense require hardware installation?
Satori Defense offers both hardware and software-only deployment tracks. The appliance-based model deploys GPU/TPU compute hardware within the client facility for fully air-gapped operation. For organizations with existing secure compute infrastructure, Satori Defense can deploy as a software stack integrated with on-premises systems. No cloud accounts or external services are required in either configuration.
What certifications does Satori Defense hold?
Satori Defense is a Service-Disabled Veteran-Owned Small Business (SDVOSB), founded by Robert Moeller, a U.S. Navy veteran. SDVOSB certification qualifies Satori Defense for set-aside federal and municipal contracting vehicles relevant to emergency management, public safety, and infrastructure programs.
How does Satori Defense handle data security and sovereignty?
Data sovereignty is a foundational design principle. Satori Defense collectors deploy within the client environment so no data crosses organizational boundaries. The Independent Compute module runs entirely on-premises with full air-gap capability — no external connectivity required. Every data movement is logged with an auditable chain of custody, and synthetic enrichment is used wherever sensitive records would otherwise be exposed to model training pipelines.
Own Your Intelligence.
Stop renting access to your own data. Build an independent foundation that works in the field and survives the perimeter.