primary

Jobs to be Done (JTBD)

for Defence activities (ISIC 8422)

Industry Fit
9/10

The Defence activities industry is a high-fit candidate for JTBD due to its inherent complexity, long procurement cycles, high stakes, and the critical need for innovation that truly addresses evolving threats. Traditional defence procurement often focuses on specifying product features, which can...

Strategic Overview

The Jobs to be Done (JTBD) framework offers a profound lens for the Defence activities industry to move beyond traditional product-centric procurement towards understanding the true, underlying 'jobs' that military and security forces need to get done. This framework emphasizes identifying the functional, emotional, and social needs that drive demand, enabling the development of more effective, adaptable, and innovative solutions. For an industry characterized by high costs, long development cycles, and rapidly evolving threats, shifting focus to 'jobs' rather than just 'products' can unlock new pathways for strategic advantage and resource optimization.

By adopting a JTBD perspective, defence entities can better articulate requirements, foster genuine innovation, and reduce the risk of investing in capabilities that quickly become obsolete. It encourages an outcome-oriented approach, pushing stakeholders to define success in terms of mission accomplishment, deterrence effectiveness, or personnel readiness, rather than merely acquiring the latest hardware. This framework is particularly relevant given the challenges of maintaining technological edge (MD01) and adapting to strategic capability gaps (MD04), as it drives a deeper understanding of underlying needs which can be met through novel, sometimes non-traditional, solutions.

Applying JTBD in Defence activities allows for a re-evaluation of existing systems and future investments. It helps identify unmet needs or 'pain points' in operational contexts, leading to more targeted R&D, improved interoperability, and greater value from procurement. Ultimately, it fosters a culture of problem-solving centered around the warfighter's or national security's true objectives, leading to more resilient and effective defence postures against a backdrop of increasing geopolitical complexity and technological disruption.

4 strategic insights for this industry

1

Beyond Hardware: The 'Job' of Strategic Deterrence

Defence organizations often procure specific weapon systems. JTBD reveals the deeper 'job' is often 'maintaining strategic deterrence' or 'projecting national power.' This insight can lead to innovative solutions beyond traditional platforms, potentially involving cyber capabilities, space assets, or integrated information warfare systems, addressing 'Maintaining Technological Edge' (MD01) by ensuring relevance.

MD01 MD04 PM03
2

Sustainment as a Service: The 'Job' of Operational Readiness

For logistics and sustainment, the 'job' isn't merely to supply spare parts, but 'to keep forces operational and mission-ready in remote and austere environments.' This understanding drives innovation in predictive maintenance, additive manufacturing at the point of need, or modular system designs, directly impacting 'High Lifecycle Costs & Upgrade Burden' (MD01) and reducing 'Supply Chain Inefficiencies' (PM01).

MD01 PM01 PM02
3

Interoperability as a Core 'Job' for Coalition Operations

The 'job' in multinational operations isn't just 'communicating data,' but 'ensuring seamless, secure, and resilient interoperability for effective coalition force projection.' This necessitates a focus on open architectures, common data standards, and adaptable communication protocols, rather than stove-piped national systems, addressing 'Operational Errors and Safety Risks' (PM01) and 'Geopolitical Constraints on Market Access' (MD02) through collaborative design.

PM01 CS01 MD02
4

Talent as a 'Job' to Attract and Retain Expertise

From a human capital perspective, the 'job' is not just 'recruiting soldiers,' but 'attracting, developing, and retaining highly skilled personnel to operate complex systems and adapt to evolving threats.' This can lead to innovations in training methodologies, career progression, and quality of life initiatives, directly tackling 'Talent Shortages in Critical Areas' (MD08) and 'Recruitment Shortfalls & Retention Issues' (CS08).

MD08 CS08

Prioritized actions for this industry

high Priority

Integrate JTBD into Requirements Definition

Shift from specifying technical features to defining the 'job to be done' during the initial phases of defence acquisition. This involves conducting extensive ethnographic research and interviews with warfighters and operational planners to uncover latent and explicit needs, ensuring that procurement efforts are aligned with mission outcomes.

Addresses Challenges
MD01 MD04 PM01
medium Priority

Establish Cross-Functional 'Job' Teams

Form interdisciplinary teams comprising operational users, engineers, logisticians, and acquisition specialists. These teams would be mandated to define, analyze, and innovate around specific 'jobs,' fostering a holistic understanding of requirements and enabling more agile and integrated solution development.

Addresses Challenges
MD07 PM03 CS01
long Priority

Adopt Outcome-Based Contracting Models

Transition from traditional fixed-price or cost-plus contracts, which often incentivize feature delivery over outcome, to contracts that reward providers based on how effectively their solution helps the defence organization achieve a defined 'job.' This incentivizes true innovation and efficiency.

Addresses Challenges
MD01 MD03 FR01
medium Priority

Leverage Dual-Use Technologies for Civilian 'Jobs'

Investigate how civilian technologies addressing similar 'jobs' (e.g., resilient communication, autonomous logistics, data analytics) can be adapted for defence. This can accelerate innovation cycles and reduce costs by tapping into commercial R&D, addressing 'High Development Costs & Risks' (MD04) and 'Limited Market Access for New Entrants' (MD06).

Addresses Challenges
MD04 MD06 IN03

From quick wins to long-term transformation

Quick Wins (0-3 months)
  • Conduct JTBD workshops with frontline personnel for specific mission sets (e.g., urban warfare, humanitarian aid) to identify unmet functional, emotional, and social needs.
  • Pilot a JTBD-focused requirements gathering process for a small, non-critical procurement project.
  • Train acquisition personnel and program managers on JTBD principles and methodologies.
Medium Term (3-12 months)
  • Incorporate JTBD analysis into the formal doctrine for capability development and R&D prioritization.
  • Develop 'job stories' or 'job cards' as part of the initial program documentation, supplementing traditional requirements specifications.
  • Establish dedicated 'job innovation cells' or task forces within defence R&D to explore unconventional solutions to defined 'jobs'.
Long Term (1-3 years)
  • Institutionalize JTBD as a core strategic framework for all major defence procurements and capability development programs.
  • Shift organizational culture towards outcome-centric thinking, rewarding innovation that solves 'jobs' efficiently rather than just delivering new products.
  • Develop robust data analytics to track how well new capabilities fulfill their intended 'jobs' over their lifecycle.
Common Pitfalls
  • Confusing 'jobs' with 'solutions' or 'product features,' leading to superficial application of the framework.
  • Resistance to change from established bureaucratic processes and traditional acquisition mindsets.
  • Difficulty in translating abstract 'jobs' into concrete, measurable defence requirements and technical specifications.
  • Over-reliance on internal perspectives without sufficient external validation from commercial or allied defence sectors.

Measuring strategic progress

Metric Description Target Benchmark
Operational Effectiveness Index (OEI) A composite score measuring how effectively new capabilities contribute to achieving specific mission 'jobs' (e.g., success rates in simulated exercises, speed of response). 15% improvement in OEI within 3 years for new systems compared to legacy.
Capability Realization Time (CRT) The time taken from identifying a 'job' to deploying a validated solution that addresses it, focusing on agility and responsiveness. 20% reduction in CRT for critical capabilities over 5 years.
Lifecycle Cost-per-Job Fulfilled Total lifecycle cost (acquisition, sustainment, upgrades) divided by a quantifiable measure of the 'job' delivered (e.g., per-unit deterrence capability, per-hour operational availability). 10% cost reduction per unit of 'job' delivered compared to previous generations.
Innovation Pipeline Diversity Score Measures the breadth of different solution types (e.g., hardware, software, services, process improvements) being explored to address key 'jobs,' indicating non-traditional thinking. Increase solution diversity by 25% within pipeline initiatives.