Deterministic cores
3DOF and 6DOF engines are kept separate from product logic and supplied with explicit physical inputs.
Built for the unknown. Engineered for the future.
Black Telum builds physics infrastructure for real-world precision systems. Strikegrid is the first product built on top of it.
01 The company
We build the foundation, then build products on top of it.
Black Telum is a physics-infrastructure company. Our work combines computational physics, numerical software, aerodynamic data systems, simulation operations and product engineering under one architecture.
STRIKEGRID is the first product expression of that foundation. The broader objective is infrastructure that can support many products, environments and integration partners.
Our mission 02 The product layer
STRIKEGRID
for every mission.
STRIKEGRID is the software we put in the operator's hands. It turns Praxis computation, physical data and mission context into an interface built for the task — on equipment, in the field, or on a screen.
Different interfaces. One physical foundation.
Built for
Built for Drones, Snipers, Hunters, Training, Planning, and thousands of missions more.
…and thousands of missions more.
03 The backend
Runtime
The one PRAXIS Engine.
The modular physical runtime behind every Strikegrid product.
PRAXIS separates physical models, environment data, simulation control and product interfaces into independent layers. Products can target different environments and deployment profiles without touching the physics underneath.
Physical data
Aerodynamics · geometry · profiles
Coefficient tables · CFD outputs · versioned inputs Runtime
PRAXIS physical models
Physical models · environment · coordinates Operations
State · control · orchestration
State snapshots · gates · job queues Products
Strikegrid · integrations
Operator software · embedded systems · APIsA model of the world
Atmosphere, wind, gravity, terrain, coordinates and sensor inputs are reusable parts of the system.
Controlled execution
State snapshots, simulation gates and orchestration connect computation to real products and workflows.
04 What we build
The capabilities behind the infrastructure.
Black Telum develops the engineering systems, physical data and experimental methods required to move from an idea to deployable computation. Some capabilities operate inside the production stack; others remain deliberately experimental.
Computational projectile design
We create parametric geometries, simulation-ready meshes and repeatable CFD cases to evaluate designs before committing to physical prototypes.
Aerodynamic data generation
We turn simulation campaigns into structured, validated aerodynamic data that physical models can consume at runtime.
Learned aerodynamic estimation
When authoritative data does not yet exist, experimental learned models can estimate plausible aerodynamic behavior for early exploration and prototyping.
Simulation-driven decision research
We study how systems make decisions across large numbers of physically valid outcomes.
A deeper look at the architecture behind Black Telum: aerodynamic data, deterministic simulation, execution systems and product delivery.
Read the full whitepaper