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Critical Technology is the capacity to discover, make, deploy and control the technologies on which security and prosperity now depend. In the National Capability Framework it is one of three domains in the hard dimension of national power, organised into 10 technology families (capability groups) and 47 capabilities.
Introduction
Technology has returned to the centre of statecraft. Semiconductors, artificial intelligence, quantum, biotechnology, advanced materials and space now shape military balance, economic security and the terms of alliance as much as industrial competitiveness. Governments talk of chip sovereignty, sovereign AI and energy independence, and export controls, investment screening and research-security regimes have become routine instruments. The question has shifted from which nations publish most in a field to which nations can actually produce, field and withhold a technology when it matters.
The framework answers that question with one rule: a technology is not a capability. The capability is a nation's capacity to do four things with it, and every capability in the domain is read across these four layers at the indicator level, in this order:
- Discover: research strength in the technology family.
- Make: frontier production and the know-how to manufacture at the leading edge.
- Deploy: adoption and diffusion through the economy and the state, read as diffusion rather than revenue.
- Control: position in the supply chain and the leverage that position confers, including chokepoints others depend on.
This matters because the four layers often diverge. A nation can lead in research but depend on others to fabricate, or hold a narrow equipment chokepoint that gives it leverage far beyond its size. The Netherlands in lithography and Taiwan in leading-edge fabrication are the obvious cases; China's command of rare-earth separation is another, where control of processing, not the deposits themselves, is the source of power.
The domain is also defined by what it does not hold. Platforms and device classes are assets and register at the indicator layer, not as capabilities. Policy instruments are levers on capability rather than capability, and intent is excluded: dual-use capacity is recorded as capacity, with its employment classified wherever it occurs. The seams with neighbouring domains are drawn deliberately so that the same evidence is read under two lenses without being counted twice.
Neighbouring domain | What sits there | What Critical Technology holds |
|---|---|---|
Strategic Infrastructure | Physical plant: fabs, laboratories, data and computing centres, launch complexes, reactors, production works | The process technology and know-how |
National Security | Operational employment: cyber and electromagnetic operations, missile and counter-uncrewed defence, military use of autonomy and space | The technology base |
Human Capital | The people: research workforce, digital and AI skills, doctoral training; the aggregate research enterprise | Position within named technology families |
Economic domains | Commercialisation, industrial scale-up, trade in technology goods | Diffusion at the deploy layer |
Governance & Integrity | Export controls, investment screening, research-security machinery as instruments | The leverage they exercise, at the control layer |
The sections below set out each of the 10 capability groups and their capabilities, with the framework's definition and boundary conditions for each. Every definition takes the form 'the capacity to…', so that capability is kept distinct from resources, performance and outcomes.
Advanced Materials & Manufacturing
The capacity to design, make and scale the materials and manufacturing processes on which advanced industry and defence depend, from structural composites to energetic chemistry and the additive, precision and process technologies that turn matter into product.
Boundary conditions. Holds materials and manufacturing technology as national capacity. Industrial production at scale belongs to the economic domains and to Strategic Infrastructure's manufacturing capabilities; mining and commodity processing operations to Strategic Infrastructure's Resource Infrastructure, with processing, substitution and recycling technology reading across this group's capabilities at the control layer; munitions production and stockpiles to National Security and Strategic Infrastructure, with the underlying chemistry held here.
Structural & Composite Materials
The capacity to design, produce and qualify structural materials, advanced composites, alloys and protective armour systems, that carry load, save weight and withstand extremes across aerospace, defence and industry.
Boundary conditions. Covers the materials and their qualification, absorbing the protection node; the platforms built from them register under other domains, and armour as fielded equipment is an indicator under the force capabilities of National Security.
Functional Materials & Coatings
The capacity to engineer materials and surfaces that do something, respond, adapt, protect, sense or heal, from stimulus-responsive materials to multifunctional engineered coatings.
Boundary conditions. Covers functional materials and engineered surfaces; the devices that exploit them, sensors, actuators and electronics, sit with the sensing, robotics and semiconductor groups.
Nanomaterials & Metamaterials
The capacity to engineer matter at the nanoscale and to design materials whose structure, not their chemistry, gives them properties nature does not supply.
Boundary conditions. Covers nanoscale engineering and structured materials; their applications read across the domain, from semiconductors to sensing to therapeutics, and register under the capabilities they enable.
Superconducting, Magnetic & Photonic Materials
The capacity to produce the superconducting, magnetic and photonic materials that underpin high-field magnets, quantum and fusion machines, power systems and photonics.
Boundary conditions. Covers the enabling materials; the machines built on them sit with their own capabilities across the quantum, energy and connectivity groups, and rare-earth and speciality supply reads at this capability's control layer.
Energetic Materials
The capacity to research, formulate and produce energetic materials, propellant and explosives chemistry, at the quality and scale national programmes require.
Boundary conditions. Covers the chemistry and its production technology; munitions manufacture and magazine depth belong to National Security's sustainment and industrial capabilities, and explosives plants to Strategic Infrastructure.
Additive & Precision Manufacturing
The capacity to make parts that could not be made before and to finish them to tolerances that decide performance: additive manufacturing and high-precision production technology.
Boundary conditions. Covers the manufacturing technology; its industrial diffusion reads at the deploy layer, and the factories themselves belong to Strategic Infrastructure.
Advanced Chemical & Process Manufacturing
The capacity to design and run advanced chemical and process manufacturing, continuous-flow synthesis, process intensification and the scale-up technology that turns laboratory chemistry into industrial supply.
Boundary conditions. Covers process technology; chemical plants belong to Strategic Infrastructure, and pharmaceutical production technology is shared with Biomanufacturing, classified by what is being made.
Energy Technologies
The capacity to develop and command the technologies that store, carry and generate energy, and to direct energy as effect, from storage chemistry and sustainable fuels to advanced nuclear, fusion and directed energy.
Boundary conditions. Holds energy technology as national capacity; the operating fleet, grids, plants, storage installations and fuel systems, belongs to Strategic Infrastructure's Energy Infrastructure, and energy markets and transition economics to the economic domains. The seam is technology versus installed system: a storage chemistry is held here, a grid-scale storage fleet there.
Batteries & Energy Storage
The capacity to develop and produce electrochemical and electrical energy storage, cell chemistries, capacitive storage and the manufacturing technology behind them, at the frontier of density, safety and cost.
Boundary conditions. Covers storage technology from chemistry to cell and pack manufacture; grid-scale installations belong to Strategic Infrastructure, and battery-materials supply reads at the control layer, shared with the materials group.
Hydrogen, Ammonia & Sustainable Fuels
The capacity to produce, carry and use hydrogen, ammonia and sustainable fuels, electrolysis, synthesis, storage and end use, as energy carriers at national scale.
Boundary conditions. Covers the fuel technologies; production plants and distribution belong to Strategic Infrastructure, and fuel markets to the economic domains.
Next-Generation Solar & Renewables
The capacity to advance next-generation solar and renewable generation technology, new cell architectures, conversion frontiers and the manufacturing processes that set cost and efficiency.
Boundary conditions. Covers generation technology; the installed renewable fleet belongs to Strategic Infrastructure, and manufacturing scale reads at this capability's make and control layers.
Advanced Nuclear & Fusion
The capacity to design, build and fuel advanced nuclear systems, next-generation and small modular reactors, fusion, and the fuel-cycle and waste technologies that sustain them.
Boundary conditions. Covers reactor, fusion and fuel-cycle technology; operating plants, enrichment and waste facilities belong to Strategic Infrastructure's Nuclear Generation, weapons matters to National Security, and the latency read runs across that seam as established there.
Directed Energy Technologies
The capacity to master directed energy, high-energy lasers, high-power microwaves and the beam control, power and thermal technologies behind them.
Boundary conditions. Covers the technology base; employment as a weapon or defeat mechanism belongs to National Security's strike, shield and counter-uncrewed capabilities.
Semiconductors & Advanced Computing
The capacity to design, fabricate, tool, package and compute: the semiconductor value chain end to end, and the high-performance and AI computing built on it.
Boundary conditions. Holds the technology of the value chain; the fabrication plants, packaging works and computing centres as facilities belong to Strategic Infrastructure, chip trade and industrial outcomes to the economic domains, and control instruments to governance, with the leverage they exercise recorded at this group's control layer. Design tools, fabrication processes, equipment and materials are each held as capacities in their own right because each is a distinct point of national position in one chain.
Semiconductor Design & EDA
The capacity to design leading-edge semiconductors and to command the design layer itself, electronic design automation (EDA), intellectual-property cores and verification, on which all design depends.
Boundary conditions. Covers design and design tooling; fabrication sits with the next capability, and design strength and tool dependence read at this capability's make and control layers respectively.
Advanced Semiconductor Fabrication
The capacity to fabricate semiconductors at or near the leading edge: the process technology, yield mastery and production know-how of advanced nodes.
Boundary conditions. Covers process technology and fabrication capacity as capability; the fabrication plant as a facility belongs to Strategic Infrastructure's Production Systems, and mature-node capacity reads at the same layers with different weights.
Semiconductor Equipment & Materials
The capacity to build the machines and supply the materials that make chipmaking possible: lithography, deposition, etch and metrology equipment, photoresists, wafers and speciality chemicals and gases.
Boundary conditions. Covers the equipment and materials layer of the chain, the point of maximum chokepoint leverage, read chiefly at the control layer; equipment factories belong to Strategic Infrastructure, and materials chemistry is shared with the materials group.
Advanced Packaging & Heterogeneous Integration
The capacity to assemble, package and integrate semiconductors at the frontier: advanced packaging, chiplet architectures and heterogeneous integration, where system performance is increasingly won.
Boundary conditions. Covers packaging and integration technology; assembly plants belong to Strategic Infrastructure, and the migration of frontier value into this stage reads across its make and control layers.
Compound & Power Semiconductors
The capacity to develop and produce compound, wide-bandgap and power semiconductors, the device families that carry power electronics, radio frequency and extreme environments.
Boundary conditions. Covers compound and power device technology; its applications read under the energy, connectivity and defence capabilities, and its materials base is shared with the materials group.
High-Performance & AI Computing
The capacity to build and operate computing at the frontier: supercomputing, AI training and inference at scale, and the accelerator and system architectures that deliver them.
Boundary conditions. Covers computing capability as capacity; the centres as facilities belong to Strategic Infrastructure's data and compute capability, access to frontier compute reads at the deploy and control layers, and the models trained on it sit with Artificial Intelligence.Critical Technology
8 Oct 2026 · @Patrick
Critical Technology is the capacity to discover, make, deploy and control the technologies on which security and prosperity now depend. In the National Capability Framework it is one of three domains in the hard dimension of national power, organised into 10 technology families (capability groups) and 47 capabilities.
Introduction
Technology has returned to the centre of statecraft. Semiconductors, artificial intelligence, quantum, biotechnology, advanced materials and space now shape military balance, economic security and the terms of alliance as much as industrial competitiveness. Governments talk of chip sovereignty, sovereign AI and energy independence, and export controls, investment screening and research-security regimes have become routine instruments. The question has shifted from which nations publish most in a field to which nations can actually produce, field and withhold a technology when it matters.
The framework answers that question with one rule: a technology is not a capability. The capability is a nation's capacity to do four things with it, and every capability in the domain is read across these four layers at the indicator level, in this order:
- Discover: research strength in the technology family.
- Make: frontier production and the know-how to manufacture at the leading edge.
- Deploy: adoption and diffusion through the economy and the state, read as diffusion rather than revenue.
- Control: position in the supply chain and the leverage that position confers, including chokepoints others depend on.
This matters because the four layers often diverge. A nation can lead in research but depend on others to fabricate, or hold a narrow equipment chokepoint that gives it leverage far beyond its size. The Netherlands in lithography and Taiwan in leading-edge fabrication are the obvious cases; China's command of rare-earth separation is another, where control of processing, not the deposits themselves, is the source of power.
The domain is also defined by what it does not hold. Platforms and device classes are assets and register at the indicator layer, not as capabilities. Policy instruments are levers on capability rather than capability, and intent is excluded: dual-use capacity is recorded as capacity, with its employment classified wherever it occurs. The seams with neighbouring domains are drawn deliberately so that the same evidence is read under two lenses without being counted twice.
Neighbouring domain | What sits there | What Critical Technology holds |
|---|---|---|
Strategic Infrastructure | Physical plant: fabs, laboratories, data and computing centres, launch complexes, reactors, production works | The process technology and know-how |
National Security | Operational employment: cyber and electromagnetic operations, missile and counter-uncrewed defence, military use of autonomy and space | The technology base |
Human Capital | The people: research workforce, digital and AI skills, doctoral training; the aggregate research enterprise | Position within named technology families |
Economic domains | Commercialisation, industrial scale-up, trade in technology goods | Diffusion at the deploy layer |
Governance & Integrity | Export controls, investment screening, research-security machinery as instruments | The leverage they exercise, at the control layer |
The sections below set out each of the 10 capability groups and their capabilities, with the framework's definition and boundary conditions for each. Every definition takes the form 'the capacity to…', so that capability is kept distinct from resources, performance and outcomes.
Advanced Materials & Manufacturing
The capacity to design, make and scale the materials and manufacturing processes on which advanced industry and defence depend, from structural composites to energetic chemistry and the additive, precision and process technologies that turn matter into product.
Boundary conditions. Holds materials and manufacturing technology as national capacity. Industrial production at scale belongs to the economic domains and to Strategic Infrastructure's manufacturing capabilities; mining and commodity processing operations to Strategic Infrastructure's Resource Infrastructure, with processing, substitution and recycling technology reading across this group's capabilities at the control layer; munitions production and stockpiles to National Security and Strategic Infrastructure, with the underlying chemistry held here.
Structural & Composite Materials
The capacity to design, produce and qualify structural materials, advanced composites, alloys and protective armour systems, that carry load, save weight and withstand extremes across aerospace, defence and industry.
Boundary conditions. Covers the materials and their qualification, absorbing the protection node; the platforms built from them register under other domains, and armour as fielded equipment is an indicator under the force capabilities of National Security.
Functional Materials & Coatings
The capacity to engineer materials and surfaces that do something, respond, adapt, protect, sense or heal, from stimulus-responsive materials to multifunctional engineered coatings.
Boundary conditions. Covers functional materials and engineered surfaces; the devices that exploit them, sensors, actuators and electronics, sit with the sensing, robotics and semiconductor groups.
Nanomaterials & Metamaterials
The capacity to engineer matter at the nanoscale and to design materials whose structure, not their chemistry, gives them properties nature does not supply.
Boundary conditions. Covers nanoscale engineering and structured materials; their applications read across the domain, from semiconductors to sensing to therapeutics, and register under the capabilities they enable.
Superconducting, Magnetic & Photonic Materials
The capacity to produce the superconducting, magnetic and photonic materials that underpin high-field magnets, quantum and fusion machines, power systems and photonics.
Boundary conditions. Covers the enabling materials; the machines built on them sit with their own capabilities across the quantum, energy and connectivity groups, and rare-earth and speciality supply reads at this capability's control layer.
Energetic Materials
The capacity to research, formulate and produce energetic materials, propellant and explosives chemistry, at the quality and scale national programmes require.
Boundary conditions. Covers the chemistry and its production technology; munitions manufacture and magazine depth belong to National Security's sustainment and industrial capabilities, and explosives plants to Strategic Infrastructure.
Additive & Precision Manufacturing
The capacity to make parts that could not be made before and to finish them to tolerances that decide performance: additive manufacturing and high-precision production technology.
Boundary conditions. Covers the manufacturing technology; its industrial diffusion reads at the deploy layer, and the factories themselves belong to Strategic Infrastructure.
Advanced Chemical & Process Manufacturing
The capacity to design and run advanced chemical and process manufacturing, continuous-flow synthesis, process intensification and the scale-up technology that turns laboratory chemistry into industrial supply.
Boundary conditions. Covers process technology; chemical plants belong to Strategic Infrastructure, and pharmaceutical production technology is shared with Biomanufacturing, classified by what is being made.
Energy Technologies
The capacity to develop and command the technologies that store, carry and generate energy, and to direct energy as effect, from storage chemistry and sustainable fuels to advanced nuclear, fusion and directed energy.
Boundary conditions. Holds energy technology as national capacity; the operating fleet, grids, plants, storage installations and fuel systems, belongs to Strategic Infrastructure's Energy Infrastructure, and energy markets and transition economics to the economic domains. The seam is technology versus installed system: a storage chemistry is held here, a grid-scale storage fleet there.
Batteries & Energy Storage
The capacity to develop and produce electrochemical and electrical energy storage, cell chemistries, capacitive storage and the manufacturing technology behind them, at the frontier of density, safety and cost.
Boundary conditions. Covers storage technology from chemistry to cell and pack manufacture; grid-scale installations belong to Strategic Infrastructure, and battery-materials supply reads at the control layer, shared with the materials group.
Hydrogen, Ammonia & Sustainable Fuels
The capacity to produce, carry and use hydrogen, ammonia and sustainable fuels, electrolysis, synthesis, storage and end use, as energy carriers at national scale.
Boundary conditions. Covers the fuel technologies; production plants and distribution belong to Strategic Infrastructure, and fuel markets to the economic domains.
Next-Generation Solar & Renewables
The capacity to advance next-generation solar and renewable generation technology, new cell architectures, conversion frontiers and the manufacturing processes that set cost and efficiency.
Boundary conditions. Covers generation technology; the installed renewable fleet belongs to Strategic Infrastructure, and manufacturing scale reads at this capability's make and control layers.
Advanced Nuclear & Fusion
The capacity to design, build and fuel advanced nuclear systems, next-generation and small modular reactors, fusion, and the fuel-cycle and waste technologies that sustain them.
Boundary conditions. Covers reactor, fusion and fuel-cycle technology; operating plants, enrichment and waste facilities belong to Strategic Infrastructure's Nuclear Generation, weapons matters to National Security, and the latency read runs across that seam as established there.
Directed Energy Technologies
The capacity to master directed energy, high-energy lasers, high-power microwaves and the beam control, power and thermal technologies behind them.
Boundary conditions. Covers the technology base; employment as a weapon or defeat mechanism belongs to National Security's strike, shield and counter-uncrewed capabilities.
Semiconductors & Advanced Computing
The capacity to design, fabricate, tool, package and compute: the semiconductor value chain end to end, and the high-performance and AI computing built on it.
Boundary conditions. Holds the technology of the value chain; the fabrication plants, packaging works and computing centres as facilities belong to Strategic Infrastructure, chip trade and industrial outcomes to the economic domains, and control instruments to governance, with the leverage they exercise recorded at this group's control layer. Design tools, fabrication processes, equipment and materials are each held as capacities in their own right because each is a distinct point of national position in one chain.
Semiconductor Design & EDA
The capacity to design leading-edge semiconductors and to command the design layer itself, electronic design automation (EDA), intellectual-property cores and verification, on which all design depends.
Boundary conditions. Covers design and design tooling; fabrication sits with the next capability, and design strength and tool dependence read at this capability's make and control layers respectively.
Advanced Semiconductor Fabrication
The capacity to fabricate semiconductors at or near the leading edge: the process technology, yield mastery and production know-how of advanced nodes.
Boundary conditions. Covers process technology and fabrication capacity as capability; the fabrication plant as a facility belongs to Strategic Infrastructure's Production Systems, and mature-node capacity reads at the same layers with different weights.
Semiconductor Equipment & Materials
The capacity to build the machines and supply the materials that make chipmaking possible: lithography, deposition, etch and metrology equipment, photoresists, wafers and speciality chemicals and gases.
Boundary conditions. Covers the equipment and materials layer of the chain, the point of maximum chokepoint leverage, read chiefly at the control layer; equipment factories belong to Strategic Infrastructure, and materials chemistry is shared with the materials group.
Advanced Packaging & Heterogeneous Integration
The capacity to assemble, package and integrate semiconductors at the frontier: advanced packaging, chiplet architectures and heterogeneous integration, where system performance is increasingly won.
Boundary conditions. Covers packaging and integration technology; assembly plants belong to Strategic Infrastructure, and the migration of frontier value into this stage reads across its make and control layers.
Compound & Power Semiconductors
The capacity to develop and produce compound, wide-bandgap and power semiconductors, the device families that carry power electronics, radio frequency and extreme environments.
Boundary conditions. Covers compound and power device technology; its applications read under the energy, connectivity and defence capabilities, and its materials base is shared with the materials group.
High-Performance & AI Computing
The capacity to build and operate computing at the frontier: supercomputing, AI training and inference at scale, and the accelerator and system architectures that deliver them.
Boundary conditions. Covers computing capability as capacity; the centres as facilities belong to Strategic Infrastructure's data and compute capability, access to frontier compute reads at the deploy and control layers, and the models trained on it sit with Artificial Intelligence.
Artificial Intelligence
The capacity to build, apply and govern artificial intelligence: the models, their application across the economy and the state, and the safety, security and evaluation capacity that makes them usable.
Boundary conditions. Holds AI technology as national capacity. The compute it trains on sits with Semiconductors & Advanced Computing, the data-centre estate with Strategic Infrastructure, the skills base with Human Capital, diffusion through the economy at this group's deploy layer with economic outcomes in the economic domains, and military employment with National Security, where AI registers as a means. Regulation and international rules belong to the governance domain, with the evaluation capacity that informs them held here.
Machine Learning & Foundation Models
The capacity to train, tune and field machine learning at the frontier, foundation and general-purpose models, and the model families across language, vision and science built on them.
Boundary conditions. Covers model development as capacity; frontier compute access reads at the control layer through the semiconductor group, and the research workforce through Human Capital, with field position read here.
Applied AI & Advanced Analytics
The capacity to apply AI and advanced analytics across the economy and the state, turning models and data into decisions, products and services at scale.
Boundary conditions. Covers application and diffusion capacity, the deploy layer made explicit as a capability; sector outcomes belong to the economic domains, and government adoption reads here with the machinery of government itself in governance.
AI Safety, Security & Evaluation
The capacity to evaluate, secure and align AI systems: testing and evaluation, robustness against attack and misuse, and the standing institutions that assess frontier models.
Boundary conditions. Covers the technical safety, security and evaluation capacity; regulation and international governance belong to the governance domain, and cyber defence of AI systems is shared with the protective cybersecurity capability.
Quantum Technologies
The capacity to command the second quantum revolution: computation, communication, sensing and metrology, and the cryptography that survives it.
Boundary conditions. Holds quantum technology as national capacity; the enabling materials, cryogenics and photonics are shared with the materials group, the specialist workforce with Human Capital, and the migration of national systems to quantum-resistant cryptography reads at the deploy layer with the systems themselves across Strategic Infrastructure and National Security.
Quantum Computing
The capacity to build and operate quantum computers, hardware platforms, error correction, and the algorithms and software that will extract advantage from them.
Boundary conditions. Covers quantum computation as capacity; its enabling materials sit with the materials group, and its eventual cryptanalytic consequence is the threat model against which Post-Quantum Cryptography is held.
Quantum Communication
The capacity to communicate with quantum states, quantum key distribution, quantum networks and the path toward quantum-secure links at national scale.
Boundary conditions. Covers quantum communication technology; the fibre and satellite infrastructure it rides on belongs to Strategic Infrastructure, and classical quantum-resistant cryptography is the neighbouring capability.
Quantum Sensing & Metrology
The capacity to measure the world at quantum precision, sensing, timing and metrology beyond classical limits, for navigation, detection and science.
Boundary conditions. Covers the quantum sensing frontier; its fielded applications read under Sensing, Timing & Navigation and the defence capabilities they serve, classified by technology here and by employment there.
Post-Quantum Cryptography
The capacity to develop, standardise and migrate to cryptography that withstands quantum attack, the algorithms, the implementations and the national transition of systems that must stay secret for decades.
Boundary conditions. Covers the cryptographic capability and the migration capacity; the systems being migrated belong to their own domains, and the migration's progress is this capability's deploy-layer indicator. Retained in this group on the logic that the threat, the timeline and the national programmes that own the response are quantum ones.
Connectivity, Cyber & Trust Technologies
The capacity to carry, secure and trust information: the optical and wireless frontier, the networks that survive infrastructure loss, the technologies that defend systems and data, and the technologies that establish digital trust.
Boundary conditions. Holds communications, cyber and trust technology as national capacity; the deployed networks belong to Strategic Infrastructure's Communications & Digital Infrastructure, cyber and electromagnetic operations to National Security with the technology base held here, and standards position reads at the control layer with the diplomacy of standards in the influence domain.
Advanced Optical Communication & Photonics
The capacity to advance optical communication and photonics, fibre systems, free-space optics and the photonic components that set the speed and capacity of networks.
Boundary conditions. Covers the optical technology frontier; deployed fibre and subsea systems belong to Strategic Infrastructure, and photonic materials are shared with the materials group.
Advanced Wireless Communication
The capacity to lead in advanced wireless, current and next-generation mobile systems, non-terrestrial networks and the radio technologies and standards positions that shape them.
Boundary conditions. Covers wireless technology and standards position; deployed mobile networks belong to Strategic Infrastructure, spectrum allocation to governance, and vendor position in network equipment reads at the make and control layers.
Resilient & Infrastructure-Independent Networks
The capacity to communicate when infrastructure fails or is denied: mesh and self-organising networks, undersea and hostile-environment communication, and links that need no fixed network.
Boundary conditions. Covers infrastructure-independent communication technology, absorbing the undersea node; military employment sits with National Security's command and communications capability, and civil resilience use with the resilience domain.
Protective Cybersecurity Technologies
The capacity to develop the technologies that protect systems and data, defensive tooling, secure architectures, detection and response technology, and the security engineering beneath them.
Boundary conditions. Covers the protective technology base; defensive operations belong to National Security's Defensive Cyber Operations, the protected infrastructure to Strategic Infrastructure, and the security workforce to Human Capital. The seam is technology versus operation: the tool is held here, its employment there.
Privacy, Identity & Trust Technologies
The capacity to establish digital trust: privacy-enhancing technologies, digital identity, cryptographic and distributed systems of record, and the technologies that let strangers transact and states verify.
Boundary conditions. Covers trust technology as a family; national identity and payment systems built on it belong to Strategic Infrastructure and governance, and financial applications to the economic domains.
Sensing, Timing & Navigation
The capacity to know where, when and what: precision timing, navigation that survives denial, and the imaging, radio and acoustic sensing that perceive the world across every medium.
Boundary conditions. Holds sensing, timing and navigation technology as national capacity; fielded military sensors and their employment belong to National Security, satellite navigation constellations to the space capabilities of other domains, and the quantum sensing frontier sits with Quantum Technologies, reading here as it matures into fielded timing and navigation.
Precision Timing & Atomic Clocks
The capacity to keep and distribute time at precision, atomic clocks, timing networks and the national time base on which navigation, communications, finance and power all silently depend.
Boundary conditions. Covers timing technology and the national timing capacity; the systems that consume it belong to their own domains, and holdover under satellite denial is the capability's hardest test.
Resilient Positioning & Navigation
The capacity to navigate when satellites cannot be trusted: inertial systems, gravitational and magnetic-field navigation, and the alternative positioning technologies that work under denial.
Boundary conditions. Covers resilient positioning technology, absorbing the gravitational and magnetic sensing nodes as navigation modalities; satellite constellations belong to the space capabilities of other domains, and navigation warfare to National Security.
Advanced Imaging & Photonic Sensing
The capacity to see beyond the visible: multispectral and hyperspectral imaging, photonic sensing and the electro-optical technologies that turn light into information.
Boundary conditions. Covers imaging and photonic sensing technology; intelligence exploitation of imagery belongs to National Security, and photonic components are shared with the connectivity and materials groups.
Radar & Radiofrequency Sensing
The capacity to sense with radio: radar across bands and apertures, passive radio-frequency sensing, and the detection technologies that find what moves, including the fastest things that fly.
Boundary conditions. Covers radar and radio-frequency sensing technology, holding the sensing residue of the retired hypersonic tracking node; the defensive systems that act on the track belong to National Security's shields, and electronic warfare to its electromagnetic capability, with the shared radio-frequency technology base read here.
Acoustic & Undersea Sensing
The capacity to sense with sound: sonar, acoustic arrays and the undersea sensing technologies on which undersea warfare, seabed awareness and ocean science all rest.
Boundary conditions. Covers acoustic and undersea sensing technology; undersea warfare and surveillance operations belong to National Security's maritime capabilities, and ocean-observing infrastructure to Strategic Infrastructure.
Robotics & Autonomous Systems
The capacity to build machines that act: robotics, the autonomy that directs them, uncrewed and collaborative systems at scale, and the interfaces that join humans to machines.
Boundary conditions. Holds robotics and autonomy as technology capacity; military employment of uncrewed systems belongs to National Security, where they register as a cross-cutting means under the capabilities they serve, industrial deployment reads at this group's deploy layer with production in the economic domains, and the models that animate autonomy sit with Artificial Intelligence.
Advanced Robotics
The capacity to design and manufacture advanced robots, manipulation, locomotion, industrial and humanoid platforms, and the actuation and control technology beneath them.
Boundary conditions. Covers robotic technology and its manufacture; deployment density across the economy is the deploy-layer read, and military robotics registers under National Security's force capabilities.
Autonomous Systems & Trusted Autonomy
The capacity to make machines decide: autonomy software, perception and planning, assurance and certification, and the trusted-autonomy technology that lets systems act without a hand on them.
Boundary conditions. Covers autonomy as technology; the governance of autonomous weapons belongs to the governance domain, their employment to National Security, and the underlying models to Artificial Intelligence.
Uncrewed & Collaborative Systems
The capacity to build uncrewed systems at scale and make them work together: air, ground, surface and underwater platforms, swarming, and the production ecosystems that turn designs into mass.
Boundary conditions. Covers uncrewed-systems technology and its production ecosystem, absorbing the underwater platform node; specific platforms are asset classes registering at the indicator layer, and military employment sits with National Security under the capabilities each system serves.
Human-Machine Interfaces
The capacity to join humans and machines: brain-computer and neural interfaces, augmented and immersive interaction, and the human-performance technologies at the boundary of person and system.
Boundary conditions. Covers interface technology; medical applications are shared with the biotechnology group, classified by purpose, and the ethics and regulation of human enhancement belong to the governance domain.
Biotechnology & Health Technologies
The capacity to read, write, make and deploy biology: genomics and biological data, engineering biology, biomanufacturing, radioisotope medicine, and the therapeutics and countermeasures that protect the population.
Boundary conditions. Holds biotechnology as national capacity; the health system that delivers care belongs to Human Capital, hospitals, laboratories and stockpiles to Strategic Infrastructure, biological defence to National Security, the industry's economic weight to the economic domains, and the governance of biology, biosafety and research oversight, to the governance domain. Dual-use capacity is recorded as capacity, with employment classified where it occurs.
Genomics & Biological Data
The capacity to read and hold biology at national scale: sequencing, genomic analysis and the biological datasets that are becoming strategic assets in their own right.
Boundary conditions. Covers sequencing and biological-data capacity; population health data governance belongs to the governance domain, health outcomes to Human Capital, and data-holding concentration reads at the control layer.
Synthetic Biology & Genetic Engineering
The capacity to write biology: engineering organisms and biological systems, gene editing, design tools and the platform technologies that turn biology into an engineering discipline.
Boundary conditions. Covers engineering biology as capacity; its manufacturing expression sits with Biomanufacturing, its therapeutic expression with the therapeutics capability, and its misuse potential with National Security's defensive capability and the governance domain's oversight.
Biomanufacturing
The capacity to make with biology: fermentation, cell and gene production platforms, vaccine and biologics manufacture, and the bioprocess technology that turns biological designs into supply.
Boundary conditions. Covers biomanufacturing technology and capacity; the plants belong to Strategic Infrastructure, product markets to the economic domains, and sovereign production of countermeasures reads at this capability's make layer with the products under the therapeutics capability.
Nuclear Medicine & Radioisotope Technologies
The capacity to produce and apply medical radioisotopes and radiation technologies, isotope supply, radiopharmaceuticals, and the therapy and imaging systems that depend on a fragile global chain.
Boundary conditions. Covers radioisotope and radiation-medicine technology; research reactors and processing facilities belong to Strategic Infrastructure, clinical delivery to Human Capital's health system, and supply concentration is the control-layer read that justifies the node.
Advanced Therapeutics, Vaccines & Medical Countermeasures
The capacity to develop and field advanced therapeutics, vaccines and medical countermeasures, new modalities, antimicrobials, and the development-at-speed capability that pandemics and biological threats demand.
Boundary conditions. Covers therapeutic and countermeasure technology through development and approval; stockpiles belong to Strategic Infrastructure, defence against deliberate biological threats to National Security's CBRN Defence, delivery to the population to Human Capital, and regulatory capacity to governance, with development speed the capability's defining test.
Space Technologies
The capacity to master the technologies of reach, speed and presence beyond the atmosphere: launch and reusability, advanced propulsion through hypersonic flight, and the satellite and constellation technologies that put systems on orbit.
Boundary conditions. Holds space and high-speed flight technology as national capacity; launch complexes and ground segments belong to Strategic Infrastructure, spacecraft on orbit register as its assets, operational use of space to National Security's Space Operations, and the space economy to the economic domains. The seam is technology versus operation: the ability to build and launch is held here, what the systems then do is held there.
Space Launch & Reusable Systems
The capacity to build launch systems and make them reusable, vehicles, engines and the launch-cost frontier that reusability moved.
Boundary conditions. Covers launch vehicle and reusability technology; spaceports and ranges belong to Strategic Infrastructure, assured access as an operational outcome to National Security's space group, and commercial launch position reads at the make and control layers.
Advanced Propulsion & Hypersonic Systems
The capacity to propel flight at the frontier: advanced air-breathing and rocket propulsion, hypersonic flight technologies, and the propulsion systems that decide speed, range and endurance in air, sea and space.
Boundary conditions. Covers propulsion technology across regimes, absorbing the underwater propulsion node; hypersonic weapons and their defeat belong to National Security's strike and shield capabilities, and engine manufacture at scale to Strategic Infrastructure and the economic domains.
Satellite & Constellation Technologies
The capacity to design and produce spacecraft: satellite buses and payloads, constellation architectures, in-orbit servicing, and the manufacturing technology that turned satellites from artisanal to serial.
Boundary conditions. Covers spacecraft technology and manufacture; the spacecraft on orbit register as Strategic Infrastructure's assets, their services and defence as National Security's capabilities, and constellation economics with the economic domains.
Sources
- Brothers, P. (2026) National Capability Framework, v0.2, CC BY 4.0. Definitions and boundary conditions taken from the framework's published data (framework.json).
