01
Specialized Processing
Built for difficult high-dimensional numerical workloads and complex engineering datasets.
B2B DATA PROCESSING-AS-A-SERVICE
High-Precision Processing for Complex Engineering Data.
MERCY Systems provides specialized offline processing for high-dimensional numerical workloads across connected vehicles, ADAS, V2X, satellite, 5G and advanced telematics.
Your organization provides the engineering problem. Our proprietary Naamah mathematical engine processes it inside an isolated environment. The completed result is independently verified and returned in a pipeline-ready format.
PROCESSING MODEL
01
SUBMIT
Engineering dataset
02
ISOLATE
Offline environment
03
PROCESS
Naamah engine
04
VERIFY
Independent validation
05
DELIVER
Pipeline-ready results
WHY MERCY SYSTEMS
Difficult numerical workloads should not dictate the limits of your engineering pipeline.
Modern autonomous and communications systems generate increasingly complex numerical workloads. Large coupled systems, extreme numerical scales, precision loss and computational bottlenecks can make conventional processing increasingly difficult.
MERCY Systems provides engineering organizations with another processing path: send us the specialized workload, and receive the completed, verified result without deploying our proprietary mathematical engine inside your infrastructure.
02
Offline Execution
Approved workloads are processed through an isolated Naamah environment rather than a public web engine.
03
Verified Delivery
Completed results pass through an independent verification stage before being approved for delivery.
04
No Engine Deployment
Customers purchase a processing service rather than installing, licensing or maintaining the Naamah engine.
THE SERVICE
You provide the problem.
We provide the processed result.
MERCY Systems processes supported high-dimensional engineering problems using our proprietary Naamah mathematical engine.
Naamah remains internal to MERCY Systems. Customers do not need to integrate the engine, purchase specialized Mercy Systems hardware or expose the underlying mathematical technology inside their organization.
The engagement is centered on the customer's problem, required output and completed deliverable.
HOW IT WORKS
A controlled five-stage processing workflow.
01
Submit
The customer provides the engineering problem, dataset and required output specifications. Submissions are checked against the domains supported by MERCY Systems before processing.
02
Isolate
Approved jobs are transferred into the offline processing environment. The Naamah production engine remains separated from the public-facing business infrastructure.
03
Process
Naamah processes the submitted mathematical system or engineering dataset according to the customer's defined problem specifications.
04
Verify
Completed results pass through an independent verification stage against the original problem and required output specifications.
05
Deliver
Verified results are packaged into the agreed engineering format and returned to the customer as the completed processing deliverable.
VEC
Solution-vector output
CSV
Portable tabular output
MTX
Matrix-oriented output
SUPPORTED DOMAINS
Focused on advanced engineering and telematics.
Connected Vehicles & ADAS
Processing support for high-dimensional workloads associated with sensor fusion, localization, vehicle telemetry and simulation.
V2X & Transportation Infrastructure
Numerical processing for connected infrastructure, positioning, GNSS/IMU-related datasets and road telemetry workloads.
Satellite & Aerospace Telematics
Processing of supported telemetry, coordinate, simulation and large numerical systems associated with satellite and aerospace engineering.
5G & Communications Networks
Processing support for complex numerical and telemetry datasets associated with communications infrastructure and network analysis.
PROCESSING ARCHITECTURE
Offline processing by design.
The Naamah production engine is designed to operate in an isolated processing environment rather than as a publicly accessible web application.
Customer workloads are approved before processing, handled through the defined offline workflow and independently verified after processing.
The public MERCY Systems infrastructure does not expose the proprietary Naamah processing engine.
BUSINESS MODEL
Results, not compute time.
MERCY Systems operates as a B2B Data Processing-as-a-Service provider.
We do not require customers to license Naamah or purchase dedicated Mercy Systems computing hardware.
Qualified jobs are scoped around the processing engagement and agreed deliverables. For suitable workloads, organizations can request a private benchmark before discussing larger processing engagements.
Discuss a processing job →RESEARCH & VALIDATION
Built from long-term independent computational research.
The technology behind MERCY Systems grew from several years of independent mathematical, numerical and control-system research.
As part of that broader research program, MERCY Systems conducted an extended comparative evaluation of its experimental MERCY V4 Boundary Enforcer against an optimized Büchi formal-logic comparison framework.
8 MONTHS
Empirical evaluation window
1,201
Comparison configurations evaluated
90 SEC / 60 Hz
Documented headline stress-test configuration
0
MERCY boundary violations in that configuration
In the documented 90-second stress-test configuration, the MERCY implementation completed the evaluated event with zero recorded physical-boundary violations while the comparison implementation recorded 19 violations. This control-system research is separate from the commercial Naamah processing service and is presented as part of the broader MERCY Systems research lineage.
START WITH A REPRESENTATIVE PROBLEM
Have a difficult engineering dataset?
Contact MERCY Systems to discuss your workload, processing requirements and a potential private benchmark.
MERCY SYSTEMS
Danny Hebel
Founder & Chief Architect
[email protected] Connected Vehicles · ADAS · V2X · Satellite · 5G · Advanced Telematics