Products
BOLT
for bulk supply chains
GEAR
for maintenance
ORB
for mining operations
RACE
for rail supply chains
SOLO
for maritime
VOLT
for energy & utilities
Industries
Bulk Supply Chains
Energy & Utilities
Maritime
Mining
Rail
Technology
Tropofy Platform
Industrial Mathematics
Mathematical Optimisation
Machine Learning
Simulation
Statistical analysis
Customers
Our Customers
Case Studies
News
Latest News
COVID-19
Events
Awards
About
About Us
Careers
Contact
Partners
Enquire Today
Mining Methods
Block Caving
Open Pit Mining
Stoping
Sub-level Caving
Surface Mining
Underground Coal
Modules
Real-time
Operational
Tactical
Strategic
Book Demo
Tactical Module
Industry leading mid term planning and scheduling optimisation tool
Optimality Guarantee
State of the art numerical optimisation based operational solutions
Defensible Planning
Align development, construction and production to strategic plans.
Advanced Analytics
Utilise a combination of analytical methods to best leverage your data.
Blazing Fast
Generate scenarios and solve complex problems within minutes.
Digital Twin
Model complex mining operations, dependencies and constraints to accurately scenario test tactical decisions for all phases of the mine life.
Powerful Scenario Planning
Scenario plan complex tactical mine planning problems to understand how your system may react to changes.
Learn how ORB can transform your mining operations today.
Schedule Demo
Improve Planning Processes
Automate your planning processes to enable your team to focus more on tactical decisions instead of wrangling unruly spreadsheets.
Case Studies
Exceptional outcomes for bauxite operation using automation and optimisation
Read more
Exceptional outcomes for bauxite operation using automation and optimisation
World’s first highly automated short interval control system for hard-rock underground mines
Read more
World’s first highly automated short interval control system for hard-rock underground mines
Reducing uncertainty and improving planning processes with simulation
Read more
Reducing uncertainty and improving planning processes with simulation