Blast Planning & Explosives Management
The controlled lifecycle of mine blasting, from authorisation and design through explosives custody, firing and reconciliation.
- Safety and compliance
These applications demonstrate how recognised operational requirements can be translated into explicit models and generated working systems.
They are not presented as universal, off-the-shelf products. Each provides a developed starting point that can be tailored and validated against an organisation’s terminology, responsibilities, controls, reporting requirements and existing systems.
The controlled lifecycle of mine blasting, from authorisation and design through explosives custody, firing and reconciliation.
Keeping contractor people, equipment, permissions and work activities valid throughout an engagement.
The bilingual build of the contractor and site-interface reference application — a title-bar toggle switches the whole interface between English and Arabic (right-to-left).
Principal hazards, critical controls, performance standards and verification, with control health visible by hazard, location and owner.
Worker-exposure monitoring from sampling strategy through results, exceedances and verification.
Emergency plans, roles and resources, with exercises feeding a plan-train-exercise-correct-retest loop.
An auditable chain from a detected ground condition to a decision and eventual return to normal operations.
Hazardous-energy isolation and permit-controlled work, separating identifying, applying, verifying, permitting and restoring.
Sample chain-of-custody through testing, validation and reporting, with results kept distinct from maintenance actions.
Production and sales returns built from operational transactions and reconciled before lodgement.
Exploration tenure and programs through drilling, geology, assays, QA/QC, rehabilitation and reporting.
Disturbed areas followed from disturbance through treatment, monitoring and evidence against closure criteria.
Instrumentation, TARP response, inspections and closure evidence connected to the facility design basis.
Screens and ranks pre-investment exploration opportunities on the strength of geological data, evidence and weighted investment gates.
Tracks tenement obligations, work-programme commitments, approvals, submissions and compliance risk across an exploration portfolio.
Runs exploration programmes and campaigns against evidence, decision gates and capital, with assurance and investor-facing visibility.
Integrates layered geoscience data into ranked exploration targets and screens them against jurisdiction and investment factors — evidence before investment.
Public bridge and culvert manuals turned into a structured asset, inspection, defect and servicing application.
Plant, inspections, work orders, stores, purchasing, fuel and tyres as one connected operational system.
The full lifecycle of an asset from acquisition and allocation through maintenance, renewal and disposal.
Inspect road, identify defect, apply intervention rules, execute works and verify restoration.
Govern AI inventory, ethical risk, oversight, monitoring and reassessment.
Control data requests, intake checks, agreements, validation and acceptance.
Track recommendations, evidence, actions and closure with a clear assurance workflow.
Manage requests, triage, evidence, findings and investigation closure.
Govern ERP transformation readiness, risks, cutover controls and assurance decisions.
Assess control maturity, log issues and drive remediation across critical systems.
Track legacy platforms, risk exposure, replacement pathways and transition priorities.
Coordinate strategic review workstreams, actions, evidence, validation and benefits.
Licences, nominated and actual voyages, authorisation variations and reporting under coastal trading requirements.
Container movements, voyages, demurrage and the operational logic that feeds an invoice.
Coordination of a vessel's arrival, berthing, services and departure across a single port call.
A vessel safety management system covering procedures, drills, inspections, non-conformities and corrective action.
A reference application exploring how critical controls, asset dependencies, assurance exceptions and operational changes can be brought together to support safer critical-infrastructure decisions.
Manage potential claims, entitlement, causation, quantum, evidence, negotiation and dispute escalation from event to resolution.
Manage contractual obligations, notices, deadlines, evidence and approvals across the life of a contract.
Provide a structured legal intake and matter-management layer for requests, risks, counsel, decisions, approvals and legal spend.
Turn legislation, licences, permits, contracts and other legal instruments into structured, auditable compliance obligations.
Organise evidence, events, assertions, witnesses and legal issues into an auditable chronology for litigation and dispute preparation.
Coordinate regulatory requests, evidence collection, privilege review, approvals and formal responses under controlled deadlines.
Track inspection data, thickness readings, corrosion and anomalies to verify the mechanical condition of pressure equipment and piping.
Govern permits to work, isolations, competency and worksite authorisation so concurrent work is controlled and verified before it proceeds.
Assess, approve and verify changes to plant, process and procedures so that risk is evaluated and controls are in place before change is implemented.
Assure the safety-critical barriers that prevent loss of containment — their status, testing, degradation and verification across the facility.
Coordinate simultaneous operations and interfaces between vessels, cranes, wells and facilities so concurrent activities are deconflicted and authorised.
Monitor well barriers, annulus pressures, integrity tests and anomalies to keep every well within safe operating limits.
Plan, execute and evidence commissioning tests with clear hold points and release decisions.
Monitor performance standards, assess compliance and manage obligations and rectifications.
Manage requirements, studies, agreements and obligations across the grid connection lifecycle.
Capture, triage and resolve operational exceptions with governance, escalation and closure assurance.
Coordinate outage requests, constraints and permissions to maintain network security and minimise impact.
Generation assets, inspections, faults, performance and maintenance across a distributed solar site.
Coordinate applications, data flows, events, integrations, schedules, exceptions and governance across the DSLCore ecosystem.
Turn operational events — work orders, supplier invoices, port services — into validated journals, postings and acknowledgements through governed orchestration.
Manage tenants, spatial layers, spatial rules, events, sharing and cross-boundary coordination across a governed multi-tenant GIS.