CIT Super-Verticals
Applications
CIT supplies the Delta-V emerging technology companies need to carry a promising capability into funded, deployable systems and to put advanced technology where it is needed, when it is needed. Members work their own verticals independently; where capabilities meet, they compound.
NIKET is a member. Q‑SMEC is the capability it brings, and it meets the others across all five Super-Verticals.
Where one capability reaches across the five.
NIKET supplies the materials; the operators in each vertical would deploy them. Read each row as a capability area, and each column as where that capability could extend. The shaded diagonal marks where NIKET is evaluating the platform for that vertical.
| A capability in (row) could extend to (column) | AAA&D | Space & SATCOM | Critical Minerals | Power & Energy | HC, AG, H2O |
|---|---|---|---|---|---|
| AAA&D | FocusUn-jammable magnetometry PNT and tamper-proof, trusted systems. | Navigation and magnetometry materials could transfer to spacecraft PNT. | Magnetic-anomaly detection could sharpen subsurface and ore detection. | Tamper-proof, trusted measurement could harden grid security. | Secure, resilient sensing that could extend to critical public networks. |
| Space & SATCOM | Space-qualified, radiation-hard materials could raise platform survivability. | FocusSelf-contained PNT, field sensing, and photonic comms for payloads. | Remote and orbital sensing could inform exploration and site monitoring. | Satellite-grade comms resilience that could extend to distributed grid assets. | Wide-area sensing that could reach watersheds and farmland. |
| Critical Minerals | Could support the critical-mineral supply behind defense hardware. | Could support the critical-mineral supply behind spacecraft materials. | FocusCondition sensing and detection across critical-mineral chains. | Heavy rotating-asset sensing could map onto turbines and transformers. | Extraction-grade sensing could transfer to pumps and flow monitoring. |
| Power & Energy | Grid-edge power resilience that could extend to fixed and forward installations. | Energy-system sensing could inform spacecraft power management. | Transformer and asset-health methods could transfer to mine electrification. | FocusBelow-substation asset-health sensing and grid resilience. | Below-network visibility could transfer to water distribution. |
| HC, AG, H2O | Trace and environmental sensing could support CBRN awareness. | Environmental and life-support sensing that could extend to crewed missions. | Water and environmental monitoring that could extend around mine sites. | Distributed-network sensing could scale to grid and water convergence. | FocusFaint-signal sensing across distributed water, ag, and health networks. |
AAA&D Super-Vertical
The signals that aircraft and defense systems depend on are the first thing an adversary takes away. Interference and spoofing against satellite navigation have climbed sharply, and in contested environments the measurement a commander acts on has to survive jamming, tampering, and a compromised supply chain. This is the market where trusted measurement and secure communication matter most, and where the physics NIKET builds on is already the industry's chosen answer.
Navigation on the Earth's magnetic field cannot be jammed, spoofed, or switched off, and the leading programs in the field are moving toward it. What has been missing is a material engineered to the size, weight, and power a platform can carry, and one that is tamper-proof by construction. NIKET's framework targets exactly that gap, and it reaches past navigation into the secure communications and computing layers these platforms increasingly need.
Magnetometry and magnetic-anomaly detection for position, navigation, and timing that holds when satellite signals are denied or degraded.
Materials for secure, resilient links that are hard to intercept and hard to deny in a contested electromagnetic environment.
Quantum-information building blocks for on-platform processing where trust and tamper resistance are non-negotiable.
Companies operating in this Super-Vertical
What NIKET could do here
As a separate supplier, NIKET could bring un-jammable magnetometry for position, navigation and timing, and tamper-resistant, trusted measurement, to the operators above.
Use-case designations
A selection is shown. The complete use-case register is shared with partners under engagement; NIKET personnel can arrange access.
Space & SATCOM Super-Vertical
Beyond the reach of a reliable satellite signal, a spacecraft still has to know where it is, which way it is pointed, and that its instruments can be trusted. In low-Earth orbit under contested navigation, and in the cislunar and deep-space regime where satellite navigation is simply unavailable, a reference that travels with the vehicle is worth more than one that depends on an external beacon.
Magnetic-field and quantum sensing give spacecraft a self-contained reference, and the same materials framework extends to the secure communications and on-board computing that payloads increasingly carry. NIKET frames this Super-Vertical around where the physics fits the orbital environment, through the same design-to-manufacture approach that underpins the Q‑SMEC platform.
Field and attitude sensing and self-contained position, navigation, and timing for orbital and deep-space vehicles.
Photonic and quantum-secure communications materials for links between spacecraft, payloads, and ground.
Radiation-aware quantum-information components for autonomous on-board processing.
Companies operating in this Super-Vertical
What NIKET could do here
As a separate supplier, NIKET could bring self-contained magnetic and quantum sensing for spacecraft PNT, with secure-communications and on-board computing materials for payloads.
Use-case designations
A selection is shown. The complete use-case register is shared with partners under engagement; NIKET personnel can arrange access.
Critical Minerals Super-Vertical
Mining, Processing, Supply Chain
Demand for critical minerals is climbing while ore grades fall and every ton costs more energy than the last. A mine's largest losses do not show up on a gauge. The bearing that fails next shift, the high-grade ore trucked to the waste dump, and the grinding circuit drawing half the site's energy with a fault too faint for a standard sensor to catch are all measurements a mine cannot currently make. Critical Minerals is the Super-Vertical where NIKET is running a live feasibility study right now — in mining specifically — so it doubles as working proof rather than a projection.
As fleets go autonomous, there is no operator in the cab to notice the sound of a machine about to fail, and telemetry is only as good as the signal it can read. NIKET's framework is built to resolve the exact signal current instruments discard as noise, and to carry that into the materials and detection problems that run the length of a critical-mineral and critical-manufacturing supply chain.
Condition-based maintenance, grade control, and comminution and grinding-circuit monitoring at signal levels standard sensors miss.
Resilient sensing-to-control links for autonomous haulage and remote or underground operations.
Detection and materials work across critical-mineral extraction and critical-manufacturing supply chains.
Companies operating in this Super-Vertical
What NIKET could do here
This is the furthest along: NIKET's live feasibility study sits in the mining layer, evaluating faint-signal condition sensing, grade control and detection for critical-mineral operations.
Use-case designations
A selection is shown. The complete use-case register is shared with partners under engagement; NIKET personnel can arrange access.
Power & Energy Super-Vertical
The grid was built for the last century and is being asked to carry the next one. Data centers and artificial intelligence alone will nearly double their electricity draw by 2030. Below the substation, the distribution grid is largely blind. A large transformer averaging four decades in service, now with a replacement lead time measured in years, often has no continuous way to warn an operator that it is failing until it already has.
Existing systems poll the network in seconds and watch the bulk system, but the one measurement that would catch a critical asset failing an hour, a day, or a week earlier is the one nobody is taking. NIKET's framework is engineered from first principles to that measurement, and it extends into the secure communications and edge computing that a modern, resilient grid depends on.
Transformer and asset-health monitoring and below-the-substation visibility that warns before failure, not after.
Secure, resilient links for distributed grid assets and critical energy infrastructure.
Edge processing materials for real-time analysis where the grid actually lives.
Companies operating in this Super-Vertical
What NIKET could do here
As a separate supplier, NIKET could bring below-substation asset-health sensing and resilient links that flag a critical asset failing before it does.
Use-case designations
A selection is shown. The complete use-case register is shared with partners under engagement; NIKET personnel can arrange access.
HC, AG, H2O Super-Vertical
Public health, water infrastructure, and agriculture share a common problem. The systems that keep people fed and safe run on aging equipment and long, largely un-instrumented networks, where the failures that matter most begin as signals too faint for standard sensing to catch. These are among the critical-infrastructure sectors where a small measurement, made early, changes the outcome.
The same capability that resolves faint magnetic signatures of machines, flows, and materials maps onto pump and pipeline condition, public-health-adjacent sensing, and agricultural equipment and process monitoring. As with Space, this Super-Vertical is framed around where the physics fits rather than a fielded system, and it is the broadest of the five.
Water-infrastructure monitoring for pump and pipeline condition, plus agricultural equipment and process sensing.
Resilient links across long, distributed water and agricultural networks.
Edge analysis for early detection where the infrastructure is remote or unattended.
Companies operating in this Super-Vertical
What NIKET could do here
As a separate supplier, NIKET could bring faint-signal sensing for pump and pipeline condition, and monitoring across long, distributed water, agriculture and public-health networks.
Use-case designations
A selection is shown. The complete use-case register is shared with partners under engagement; NIKET personnel can arrange access.
Every figure on this page, traced.
Critical Minerals. Lithium demand up about 30% in 2024, energy accounting for 85% of battery-metal demand growth, and an approximately 30% copper supply shortfall projected by 2035, from the IEA Global Critical Minerals Outlook 2025, iea.org. Comminution consuming about 50% of mine-site energy, from CEEC, ceecthefuture.org.
Power & Energy. Data-center electricity rising from 485 TWh in 2025 to 950 TWh in 2030, from the IEA, 2025, iea.org. U.S. power-outage cost of $121B in 2024, major outages up 29%, and $6,031 per commercial customer per outage, from ORNL and DOE, Mar 2026, ornl.gov. Large power transformers averaging 38 to 40 years with lead times near 120 weeks, from the DOE Large Power Transformer Resilience Report, 2024, energy.gov.