Staff Training · Decision-Making · CAX/CPX

Training that improves
staff performance under pressure

NGC Innovation designs and delivers training programmes that strengthen military staff procedures, decision-making and operational planning -- supported by Computer Assisted Exercises (CAX) and rigorous assessment. Learning objectives connect to measurable behaviours, validated scenarios and repeatable execution.

Training outcomes we target
  • Faster, higher-quality decision cycles (from sensing to directives)
  • Stronger operational planning discipline (OPP / battle rhythm / boards)
  • Staff integration across functions (J/G/S, component, enabling domains)
  • Resilient procedures under time pressure and uncertainty
Computer Assisted Exercises (CAX)

CAX/CPX structures create realistic, measurable training environments to assess decision-making, planning outputs and staff coordination with high repeatability.

Sec. 01

Training services

Modular training services that stand alone or combine into an end-to-end programme: analysis → design → preparation → execution → assessment → improvement.

Procedures

Staff training & procedures

Practical training for headquarters routines and operational effectiveness.

  • Battle rhythm design and governance
  • Boards / bureaus / working groups performance
  • Information management and staff coordination
Decision quality

Decision-making & OPP

Structured improvement of decision quality, speed and traceability.

  • COA development and comparison
  • Risk framing and decision briefs
  • Planning outputs quality gates
Execution

CAX / CPX delivery

End-to-end Computer Assisted Exercise design and execution support.

  • MEL/MIL, inject design and scenario orchestration
  • EXCON structures, roles and runbooks
  • Data capture plan and AAR reporting
Sec. 02

Innovative methodology

We combine exercise craft with analytical methods -- game theory and optimisation models structure realistic competition, resource constraints and decision trade-offs, so outcomes remain relevant to modern operations.

Game-theoretic design

  • Adversarial logic — Red/Blue interaction exposes vulnerabilities and second-order effects
  • Information asymmetry — training under uncertainty, deception and incomplete intelligence
  • Incentives & payoffs — aligning scenario pressure with desired staff behaviours
  • Escalation control — structured dynamics testing thresholds and decision governance
Why it matters

Game structures let training audiences practice operational art and decision-making against adaptive opposition -- rather than rehearsing scripted sequences.

Optimisation-driven planning realism

  • Resource allocation — time, force, sustainment and enabling capabilities under constraints
  • Scheduling & synchronisation — battle rhythm, boards and decision points mapped to effects
  • Trade-space exploration — COA comparison using objective functions & risk constraints
  • Measurement design — KPIs tied to decisions, not only observations
CAX is the "proof environment"

CAX/CPX execution produces repeatable traces -- timelines, inject responses, decisions, outputs -- enabling defensible AARs and targeted improvement plans.

Sec. 03

NATO JWC & JFTC exercise landscape

Our training approach is aligned with the operational/strategic collective training ecosystem led by NATO's Joint Warfare Centre (JWC) and Joint Force Training Centre (JFTC).

JWC (Stavanger) — major exercise evolution

  • TRIDENT JAVELIN and TRIDENT JUNCTURE — high-visibility NATO exercise context
  • STEADFAST JUPITER series — major recurring CPX/CAX activity
  • From 2023 onward, STEADFAST DETERRENCE and STEADFAST DUEL introduced, replacing the earlier STEADFAST JACKAL series with STEADFAST DAGGER

JFTC (Bydgoszcz) — decision-making training focus

  • STEADFAST PYRAMID / PINNACLE — JFTC-led preparation and execution
  • LOYAL LEDA series — flagship corps-level training and evaluation
  • GRIFFIN LIGHTNING — HQ deployment for command post exercise activity

We'll tailor a complete training programme

Share your HQ type, training level, planning doctrine, constraints and evaluation goals -- we'll propose scenario approach, CAX architecture, EXCON design, assessment and AAR outputs.