Physical deep technology

Nova Spectral AI

Nova Spectral AI says it is developing InAs quantum-dot infrared sensor chips on silicon CMOS in India. Its public roadmap remains at ink and device research. [1] company claim

CountryIndia

Disclosure2026-10-27

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Materials to integrated sensor product

Schematic of the company roadmap and unconfirmed external roles.

Complete participants, relationships and sources

Chemical inputs

analysis

Precursor and processing-material category; vendors unknown. [1]

Proposed role only; no named trading relationship is inferred.

Nova current development plan and illustrative imagery

Publication date not recorded; Accessed 2026-11-01

Open original source

CMOS readout wafers

analysis

Readout platform required by the proposed integration. [1]

Proposed role only; no named trading relationship is inferred.

Nova current development plan and illustrative imagery

Publication date not recorded; Accessed 2026-11-01

Open original source

Nova processing

company claim

In-house ink and photodiode process development. [1]

Company-described development work; independently witnessed output and production capacity remain unverified.

Nova current development plan and illustrative imagery

Publication date not recorded; Accessed 2026-11-01

Open original source

Packaging partners

company claim

Planned specialist packaging stage. [1]

Proposed role only; no named trading relationship is inferred.

Nova current development plan and illustrative imagery

Publication date not recorded; Accessed 2026-11-01

Open original source

Future sensor seller

analysis

Nova chip-supply model is an inference, not established sales. [1]

Proposed role only; no named trading relationship is inferred.

Nova current development plan and illustrative imagery

Publication date not recorded; Accessed 2026-11-01

Open original source

Camera or device maker

analysis

Intended buyer and integrator category. [1]

Proposed role only; no named trading relationship is inferred.

Nova current development plan and illustrative imagery

Publication date not recorded; Accessed 2026-11-01

Open original source

Material: chemical inputs

analysis

Chemical inputs → Nova processing

Chemical inputs would support Nova's quantum-dot ink and film-processing work. [1]

What happens: Unidentified chemical suppliers would provide inputs for Nova’s quantum-dot ink and film development.
Why it matters: The planned sensing material must be formulated and deposited before a device can be evaluated.
What follows: Device development follows material preparation; commercial vendors and purchases remain unidentified.

Illustrative relationship; transaction and volume not established.

Nova current development plan and illustrative imagery

Publication date not recorded; Accessed 2026-11-01

Open original source

Material: readout wafer

company claim

CMOS readout wafers → Nova processing

Nova proposes depositing its sensor stack onto standard silicon CMOS readout wafers. [1]

What happens: An unidentified wafer supplier would provide the CMOS readout platform for Nova’s proposed sensor process.
Why it matters: The readout platform is needed to obtain an electrical signal from the sensing array.
What follows: Integration and test structures are roadmap work, rather than an established production supply chain.

Illustrative relationship; transaction and volume not established.

Nova current development plan and illustrative imagery

Publication date not recorded; Accessed 2026-11-01

Open original source

Material: processed die

analysis

Nova processing → Packaging partners

A developed sensor die would pass to a specialist packaging stage in the proposed route. [1]

What happens: A developed sensor die would pass to a specialist packaging stage in the proposed route.
Why it matters: The die must be made suitable for handling and integration into a prototype system.
What follows: Packaging and performance validation would follow; this arrow does not establish an existing subcontract.

Illustrative relationship; transaction and volume not established.

Nova current development plan and illustrative imagery

Publication date not recorded; Accessed 2026-11-01

Open original source

Material: packaged sensor

analysis

Packaging partners → Future sensor seller

A successfully packaged sensor could become the product offered by a future seller. [1]

What happens: A successfully packaged sensor could become the product offered by a future seller.
Why it matters: Packaging is a step towards a usable component, but does not alone establish product readiness.
What follows: Validation and a commercial agreement would still be required before supplying a customer.

Illustrative relationship; transaction and volume not established.

Nova current development plan and illustrative imagery

Publication date not recorded; Accessed 2026-11-01

Open original source

Material: proposed chip supply

analysis

Future sensor seller → Camera or device maker

A future seller could supply packaged Nova sensors to camera or device manufacturers. [1]

What happens: A future seller could supply packaged Nova sensors to camera or device manufacturers.
Why it matters: The buyer would incorporate the sensor into a broader imaging product.
What follows: Customer qualification would determine suitability; current orders and supply volumes are not established.

Illustrative relationship; transaction and volume not established.

Nova current development plan and illustrative imagery

Publication date not recorded; Accessed 2026-11-01

Open original source

Money: potential payment

analysis

Camera or device maker → Future sensor seller

A buyer could pay the future seller for sensors supplied under an agreed contract. [1]

What happens: A buyer could pay the future seller for sensors supplied under an agreed contract.
Why it matters: This arrow represents the possible financial return for product supply, not another physical manufacturing step.
What follows: Actual pricing, credit terms and cash receipts would require evidence of a transaction.

Illustrative relationship; transaction and volume not established.

Nova current development plan and illustrative imagery

Publication date not recorded; Accessed 2026-11-01

Open original source

Information: requirements

analysis

Camera or device maker → Nova processing

Potential device partners could communicate integration requirements to Nova's development team. [1]

What happens: Potential device partners could communicate integration requirements to Nova's development team.
Why it matters: Those requirements would help assess whether a proposed sensor fits the intended system.
What follows: Development and testing could respond to the requirements; no agreed customer specification is established.

Illustrative relationship; transaction and volume not established.

Nova current development plan and illustrative imagery

Publication date not recorded; Accessed 2026-11-01

Open original source

Scope. All upstream suppliers and packaging partners are unnamed. The seller is an inferred future function, not an operating distributor. Diagram does not assert purchase orders.

Proposed system

Nova: a sensing film on silicon

Nova is developing the ink and sensing stack first; CMOS arrays, packaging and pilot fabrication remain targets.

Use Enlarge drawing for detail. The tour caption explains the selected elements.

Step 1 of 4: Develop the sensing material. Static diagram.

Guided reading, not physical motion.

Explore the diagram

Hover or focus an element to preview its evidence. Click or tap to pin it. Select another element or clear the selection to continue.

Choose an element to inspect its evidence.

Step timings allow time to read. They do not represent physical speed or duration.

Develop the sensing material
Nova describes in-house InAs ink and ligand exchange, followed by film uniformity and charge-transport development. Specific chemistry and layers are undisclosed.
Convert light into a signal
The absorbing film and electrical collection functions are supported by independent InAs photodiode research. That paper studied discrete near-infrared devices, not Nova arrays.
Integrate and package
Nova proposes integration on CMOS silicon to read pixels, then a packaged array for evaluation. The company pictures are renders and do not establish a working chip.
Test each transition
The company targets CMOS test structures in 2027, packaged prototypes in 2028 and its own pilot fabrication line in 2029. These are targets, not elapsed development time or completed milestones.

The diagram separates Nova's in-house ink work from a proposed sensing film, electrical collection and CMOS readout. Light enters the absorber; a collected electrical signal would reach the readout. A separate proposed package and dated development gates show what remains to build. Geometry is conceptual and no proprietary layer sequence is specified.

Sources. [1] [10]

Limitations.

No Nova array measurements, raw images, manufacturing yield or delivered product were established.
Ban et al. demonstrate separate near-infrared InAs photodiodes on glass. Their contact stack and results are not attributed to Nova.
Dimensions, layer order, transport materials, pixel count and package design are unspecified.
Website pictures are illustrative. All displayed dates are company targets.

Evidence

company claim. Nova proposes in-house InAs quantum-dot ink, film and charge-transport development followed by integration on CMOS readout. [1]
verified. Independent InAs photodiodes demonstrate that a quantum-dot film with contacts and transport layers can convert absorbed light into an electrical response. [10]
company claim. Nova targets CMOS test structures in 2027, a packaged array prototype in 2028 and its own pilot fabrication line in 2029. [1]
verified. Nova labels its website images as illustrative renders, not actual products or sensor output. [1]

Diagram elements

scope: observed. Proposed sensor development, not a photographed product Footer imagery statement [1] Limitation. Original schematic; no fabricated Nova device established.
ink: company claim. In-house InAs ink and surface processing Lab to Fab: Ink chemistry [1] Limitation. No precursor vendor, chemical recipe or dot size inferred.
film: company claim. Develop a uniform absorbing film and charge transport Lab to Fab: Film deposition and Charge transport layers [1] Limitation. Functional roles only; actual layer materials, order and thickness undisclosed.
light: sourced general mechanism. Absorption and electrical collection in a photodiode PDF page 6, Figure 4a-c and device fabrication [10] Limitation. Independent near-infrared discrete devices, not Nova SWIR performance. Arrow indicates function, not a simulated carrier trajectory.
cmos: company claim. Proposed pixel readout on CMOS silicon Lab to Fab: Integration on CMOS [1] Limitation. No pixel count, dimensions, achieved integration or measured images implied.
package: company claim. Future packaged sensor array and evaluation Roadmap: 2028 packaged prototype [1] Limitation. Package outline is conceptual; no delivered module or accepted pilot established.
gates: company claim. Company target sequence from test structures to pilot fabrication Roadmap: 2027, 2028 and 2029 [1] Limitation. Timing and successful transitions are unverified targets.

Interactive 3D explainer

Proposed architecture: from ink to a signal

Follow material preparation, light absorption and electrical readout. The package is an interpretation of the company concept, not an observed device.

The static explanation below is available without 3D or JavaScript.

Evidence boundary. Proposed architecture. No actual Nova CAD, device measurements or raw sensor output is established. Dimensions, layer order and motion are illustrative.

Static explanation and all component roles

Company concept: a stationary explanatory view, not measured motion.
Material and film: a stationary explanatory view, not measured motion.
Signal path: a stationary explanatory view, not measured motion.
Readout function: a stationary explanatory view, not measured motion.

Quantum-dot ink

The proposed process starts with an InAs nanocrystal ink. The enlarged symbols distinguish material cores from their surface region.

Purpose. Surface chemistry helps determine whether the material can form a useful film.

No Nova recipe, ligand, particle size or synthesis process is specified. The inset is not an atomic model.

company claim | inspected 2026-11-01 | Source 1 | Source 2

Absorbing film

A continuous sensing film would cover the proposed readout area. The enlarged edge indicates a material layer, not isolated pixels of ink.

Purpose. Repeatable coverage is needed before signals across the sensing area can be compared.

Film thickness is exaggerated. Nova coating method, uniformity, yield and actual layer sequence are unknown.

company claim | inspected 2026-11-01 | Source 1 | Source 2

Incident light

An optical cue stops at the absorbing film. A separate square cue represents the electrical response.

Purpose. The sensing layer must respond to incoming light before the circuit can collect a signal.

This is a functional illustration, not measured efficiency, wavelength, photon dynamics or Nova sensor output.

analysis | inspected 2026-11-01 | Source 1 | Source 2

Charge collection

Transport and contact functions connect the sensing layer to readout. Square cues trace that electrical dependency.

Purpose. Absorption alone does not provide a usable pixel signal.

Functional zones only. Nova layer materials, carrier polarity, bias and electrode geometry are not disclosed.

company claim | inspected 2026-11-01 | Source 1 | Source 2

CMOS readout

A symbolic row is addressed and its signal reaches an output marker. This explains spatial readout without inventing an image.

Purpose. Distributed responses need an electrical route into an imaging system.

Grid count and addressing are symbols, not Nova resolution, transistor layout, clock rate or achieved integration.

company claim | inspected 2026-11-01 | Source 1 | Source 2

Future sensor package

The company concept has a recessed carrier, nested rim and fine perimeter connections around the proposed sensing area.

Purpose. A future component must support handling, connection and evaluation in a wider system.

Concept illustration only. No production dimensions, contact count, package material or delivered module is established.

company claim | inspected 2026-11-01 | Source 1

company claim; analysis geometry · Nova Spectral source. Source inspection dates are listed for each component. Publication date is recorded in the dossier source list where established. Every shape is an explanatory simplification; the scene does not establish engineering performance.

Capital, customers and market direction

Money and market

Evidence checked to 2026-11-01. Company finances and wider-market indicators are kept separate.

Finance verification

Incomplete

Not established. The reported seed amount has not been reconciled here against primary closing records, cash receipts and instrument terms.

Reported fundraising elsewhere in the dossier must not become available cash in a model.

analysis

Capital pathway

R&D to pilot fab

The company roadmap proceeds from ink and photodiodes to CMOS integration, a sensor-chip prototype and a pilot fabrication line. [F1]

The 2027-2029 stages are targets, not existing capacity or a costed funded plan.

company claim

Sensing-market signal

USD 228.8m

onsemi reported Q2 2026 Intelligent Sensing Group revenue versus USD 214.6m a year earlier, with reported growth of 7%. [F2]

ISG includes many sensing products. It is not a pure SWIR market or a Nova revenue comparator.

verified

Cash and runway

Not disclosed

Not established. Current cash, committed facilities, monthly cash burn and a funded milestone plan have not been obtained.

A financing announcement is not the cash balance. No runway estimate is shown.

analysis

What the market signal means

A manufacturing thesis still needs a yield curve

A functioning market for image sensors does not establish a market for this developing detector. Investment milestones should connect device performance to wafer uniformity, packaging yield, field validation and paid pilots. [F1] [F2]

Lower-cost aspirations remain unquantified without matched specifications and accepted production yields.

analysis

onsemi Intelligent Sensing Group revenue

Same business segment and quarter in successive years.

USD million. Bars start at zero.

Q2 2025214.6

Q2 2026228.8

Broad sensing segment; not SWIR-only demand or Nova sales. [F2]

Source location: Page 2, Revenue Summary, ISG Q2 2025 and Q2 2026. Reported values; no forecast or startup valuation.

Questions that change the financial case

What cash is required for each step from ink stability to CMOS integration and packaged arrays?
What yield and performance thresholds trigger paid customer evaluations?
Which fabrication steps are outsourced, and what commitments are required before revenue?

Financial overview sources and dates

F1 Nova Spectral development roadmap
Published date not stated · Accessed 2026-11-01
F2 onsemi Q2 2026 earnings exhibit
Published 2026-08-03 · Accessed 2026-11-01

The development

On 27 October 2026, Inc42 reported an INR 21.2 crore seed round led by Shastra VC, with Equirus InnovateX Fund and angels, to expand the team and target a field-ready prototype within 18 months. [2] company claim

Claims and evidence

Nova Spectral AI says it is developing InAs quantum-dot infrared sensor chips on silicon CMOS in India. Its public roadmap remains at ink and device research. [1]
company claim
On 27 October 2026, Inc42 reported an INR 21.2 crore seed round led by Shastra VC, with Equirus InnovateX Fund and angels, to expand the team and target a field-ready prototype within 18 months. [2]
company claim
Shastra's own public update states that it led an approximately USD 2.25 million seed round. Its exact publication date was not established. [3]
company claim
Two commercial directories associate the legal name with CIN U63990UP2026PTC248292 and incorporation on 23 May 2026; current official registry status and voting control remain unverified. [4] [5]
analysis
The company targets CMOS test structures in 2027, a packaged array prototype in 2028 and its own pilot fabrication line in 2029. [1]
company claim
Nanoco's April 2025 publication identifies Anish Priyadarshi as its Device Team Leader and a speaker on quantum-dot SWIR sensing. [8]
verified
Shastra describes a target of up to 100-fold lower sensor cost. No matched performance and cost dataset reviewed here demonstrates that saving. [3]
company claim
The reviewed Wang et al. manuscript concerns ICFO and Qurv's Ag2Te sensor programme. It is not evidence of Nova's InAs device performance or ownership. [7] [1]
analysis
Nanoco describes its own proprietary InAs and InSb quantum-dot material development in August 2025. [9]
company claim
Inc42 reports in-principle approval to incubate at IISc Bengaluru; an executed incubation agreement or institutional confirmation was not reviewed. [2]
company claim
Nova labels its website images as illustrative renders rather than actual products or sensor output. [1]
verified
Ban et al. demonstrate independently fabricated InAs near-infrared photodiodes. Their glass-supported devices do not establish Nova CMOS integration or SWIR performance. [10]
verified

Assessment

Topic	Reading and evidence
Product and mechanism	The proposed product is physical sensing hardware: an InAs quantum-dot absorber and charge-transport stack integrated with a CMOS readout. The stated bottleneck is stable ink, uniform films and integration. [1] analysis
Technology evidence	A company roadmap establishes intended work, not a demonstrated Nova array. Ban et al. supply same-material evidence for separate near-infrared InAs photodiodes on glass. Neither that study nor the different Ag2Te programme establishes Nova array sensitivity, lifetime or yield. [1] [10] [7] analysis
Customers and buying process	Defence is the proposed entry market. Require a named evaluation sponsor, agreed environmental tests and procurement milestones before treating interest as demand. [1] analysis
Commercial proof	Not established. No customer acceptance record, paid order, revenue ledger or repeat purchase was reviewed. unknown
Pricing or economics	Treat the 100-fold cost aspiration as a hypothesis. Compare accepted packaged units at matched sensitivity, temperature, frame rate and lifetime; wafer cost alone would be insufficient. [3] analysis
Competitors and substitutes	Conventional InGaAs and other quantum-dot approaches constrain the opportunity. Nanoco has its own InAs programme; ICFO and Qurv demonstrated a different Ag2Te laboratory imager. [3] [9] [7] analysis
Distribution	Not established. No signed OEM, defence integrator, distributor or foundry channel agreement was reviewed. unknown
Intellectual property or defensibility	Prior employer evidence strengthens the experience case but raises an IP diligence question. Nova's assignments, licences, process ownership and freedom to operate remain unestablished. [8] [9] analysis
Manufacturing or operational scaling	The roadmap separates ink research, CMOS test structures, packaging and a later pilot line. Repeatable batch performance, process compatibility and yield must be demonstrated at each transition. [1] analysis
Regulation	Not established. Product-specific substance testing, export classification and defence qualification records were not reviewed. A lead-free description is not evidence of complete safety or compliance. unknown
Capital needs	The round may fund prototype learning, but no instrument schedule, cash receipt, burn rate or pilot-line budget was reviewed. The headline amount does not establish runway. [2] [3] analysis
Key risks	Identity and control remain unresolved. Integration, long-term stability and cost claims are additional risks; the company's illustrative imagery is not validation. [4] [5] [1] analysis
Next falsifiable milestone	A traceable Nova-owned array with externally witnessed test conditions, raw images, dark-current and noise measurements, uniformity and repeatability would materially improve the case. [1] [7] analysis
Team	Nanoco independently corroborates a relevant prior technical role for Priyadarshi. Current staffing, employment commitments and delivery capacity require evidence beyond biographies. [8] [1] analysis
Market	The defence-first plan gives an identifiable initial use case. No defensible addressable-market estimate, customer budget or switching-cost study was reviewed. [1] analysis
Business model	Chip supply is a reasonable inference from the product description. Revenue mix, outsourced manufacturing terms, licensing rights and pricing remain unestablished. [1] analysis

Opinion

Worth following as a sensor manufacturing experiment. The attractive question is whether a domestic quantum-dot process can deliver an accepted SWIR array at a meaningful cost advantage. Seed backing and relevant experience justify investigation, not a claim of commercial readiness.

Limits. Keep eligibility on hold until official identity and independent control are established. Reverse the favourable technical interest if matched-condition tests remove the cost advantage, repeat batches fail, or essential IP is unavailable. Conversely, documented control, owned IP and externally witnessed arrays would strengthen the case. No final ranking or publication clearance is asserted.

opinion

Unknowns

Current MCA extract, shareholder register and control rights linking the website, legal entity and financing recipient.
Executed financing documents, instrument and tranche breakdown, closing date, cash received, valuation and runway.
Nova-specific photodiode and array measurements, raw images, test conditions, ageing data and batch yield.
IP assignments and licences separating Nova's work from prior employers and other quantum-dot programmes.
Named customer trials, acceptance criteria, paid orders and route to procurement.
Executed IISc incubation agreement, facility access, staffing and pilot-line budget.
Product substance, environmental, export and defence qualification evidence.

Reading the labels

Labels distinguish reported evidence, company claims, estimates and analysis. Company claims remain attributed assertions. Sources and dates appear below.

Commercial picture · 2026-11-01

Competition, costs and demand

Commercial context for a development-stage company as of 1 November 2026. Statements remain bounded by disclosed evidence.

Development capital to a potential chip sale

Schematic of disclosed financing and a possible hardware business.

Complete participants, relationships and sources

Seed investors

company claim

Shastra-led seed financing reported. [2] [3]

Reported investment relationship; closing instruments and cash receipt were not inspected.

Reported seed financing

Published 2026-10-27; Accessed 2026-11-01

Open original source

Shastra public investment update

Publication date not recorded; Accessed 2026-11-01

Open original source

Nova development

company claim

Ink, device and integration research. [1]

Company-described development work; independently witnessed output and production capacity remain unverified.

Nova current development plan and illustrative imagery

Publication date not recorded; Accessed 2026-11-01

Open original source

Camera or device maker

analysis

Intended integration and buying category. [1]

Proposed role only; no named trading relationship is inferred.

Nova current development plan and illustrative imagery

Publication date not recorded; Accessed 2026-11-01

Open original source

End operator

analysis

Potential user of the integrated product. [1]

Proposed role only; no named trading relationship is inferred.

Nova current development plan and illustrative imagery

Publication date not recorded; Accessed 2026-11-01

Open original source

Money: seed finance

company claim

Seed investors → Nova development

The reported seed financing supports Nova's sensor-development programme. [2] [3]

What happens: The reported seed financing supports Nova's sensor-development programme.
Why it matters: The company is still developing the materials and devices needed before a sensor can be sold.
What follows: Ink, device and integration work must progress; financing does not establish production-ready hardware.

The round is reported and investor-corroborated; instrument, tranche timing and cash receipt remain unverified.

Reported seed financing

Published 2026-10-27; Accessed 2026-11-01

Open original source

Shastra public investment update

Publication date not recorded; Accessed 2026-11-01

Open original source

Material: proposed sensor

analysis

Nova development → Camera or device maker

After validation, Nova could supply a proposed sensor to a camera or device manufacturer. [1]

What happens: After validation, Nova could supply a proposed sensor to a camera or device manufacturer.
Why it matters: The manufacturer would need a sensing component to incorporate into a complete product.
What follows: Integration and qualification would precede a product offer; no supply transaction is established.

Illustrative relationship; transaction and volume not established.

Nova current development plan and illustrative imagery

Publication date not recorded; Accessed 2026-11-01

Open original source

Money: potential chip payment

analysis

Camera or device maker → Nova development

A device manufacturer could pay Nova for sensors under a future supply agreement. [1]

What happens: A device manufacturer could pay Nova for sensors under a future supply agreement.
Why it matters: This is a possible chip-sales revenue route, separate from the development funding arrow.
What follows: Pricing, quantities and delivery obligations would need to be agreed; no such revenue is established.

Illustrative relationship; transaction and volume not established.

Nova current development plan and illustrative imagery

Publication date not recorded; Accessed 2026-11-01

Open original source

Material: integrated camera

analysis

Camera or device maker → End operator

A device manufacturer could deliver an integrated camera or system to an end operator. [1]

What happens: A device manufacturer could deliver an integrated camera or system to an end operator.
Why it matters: The operator needs a usable system, rather than the unintegrated sensor component alone.
What follows: The system would need validation for its intended use; no downstream delivery is established.

Illustrative relationship; transaction and volume not established.

Nova current development plan and illustrative imagery

Publication date not recorded; Accessed 2026-11-01

Open original source

Scope. No executed chip purchase, licence, named customer or end-user payment is established.

Competitors and substitutes

Evidence and unresolved questions for competitors and substitutes.

Topic	Evidence and scope
Nanoco, United Kingdom	Nanoco develops InAs and InSb quantum-dot materials and sells materials, development services and licences. [9] [12] company claim Materials supplier model differs from Nova's proposed finished sensor chip. No supplier relationship to Nova is established.
onsemi and SWIR Vision Systems, United States	onsemi acquired the CQD infrared sensor company in July 2024. This is an established alternative technology route. [13] verified Different absorber and product specifications; no matched performance comparison is claimed.
Qurv, Spain	CQFoundry targets CMOS-compatible CQD sensor manufacturing processes. [17] company claim Project participation or public support does not prove profitable production.
InGaAs or existing cameras	Conventional InGaAs is the stated infrared alternative. Buyers could retain existing imaging when redesign cost outweighs added capability. [1] analysis No purchase survey or switching-rate evidence obtained.

Funding and capital

Evidence and unresolved questions for funding and capital.

Topic	Evidence and scope
Nova seed, October 2026	Inc42 reported INR 21.2 crore on 27 October; Shastra confirms leading an approximately US$2.25m seed round with Equirus InnovateX Fund and angels. [2] [3] company claim Reported equivalents describe one round. Instruments, closing documents, tranche timing and cash receipts were not inspected.
Competitor acquisition	onsemi reports approximately US$20.5m cash consideration for SWIR Vision Systems in July 2024. [16] verified Acquisition consideration is neither venture funding into Nova nor a comparable valuation multiple.
Competitor project budget	Qurv discloses a EUR 2.7m budget for CQFoundry during 2025-2026. [17] company claim Programme budget is not established as equity, a grant paid to Qurv, or cash received.
Runway and commitments	Not established. Nova cash balance, debt, grant receipts, monthly spending, valuation and committed future funding remain unverified. Not established Unavailable in the inspected evidence.

Costs and comparable scope

Evidence and unresolved questions for costs and comparable scope.

Topic	Evidence and scope
Cost aspiration	Shastra describes a target of up to 100-fold lower sensor cost. [3] company claim No matched image quality, temperature, wavelength, frame rate, lifetime, production volume or test yield supports that saving.
Delivered customer cost	Not established. A comparable 2026 Indian price for accepted packaged arrays, optics, readout, calibration and integration was not obtained. No wafer-only saving is presented as a system saving. Not established Unavailable in the inspected evidence.
Nova CAPEX, OPEX and working capital	Not established. A pilot-line equipment list, throughput, yield, precursor cost, staff costs, wafer commitments, inventory and payment terms were not obtained. Not established Unavailable in the inspected evidence.
Nanoco capital-spending context	Nanoco reports UK group tangible-asset purchases of GBP 282,000 in FY2025 and GBP 1,466,000 in FY2024. [12] verified Nominal reporting-year cash purchases, not a new fab quote. Excludes intangible purchases and leases; no capacity denominator or Nova cost estimate. See the financial series for accounting scope.

Supply chain and route to market

Evidence and unresolved questions for supply chain and route to market.

Topic	Evidence and scope
Materials and wafers	Nova describes in-house ink formulation followed by film processing on CMOS readout wafers. [1] company claim Precursor, wafer and equipment vendors are not identified.
Packaging	Specialist packaging partners are in the prototype roadmap. [1] company claim A planned partner role is not a signed supplier contract.
Distribution and seller	Not established. No distributor, licensing contract, sales channel agreement or confirmed chip seller beyond Nova's stated product ambition was established. Not established Unavailable in the inspected evidence.
Supplier diligence	Control of surface chemistry matters to InAs detector behaviour in published laboratory work. Supplier specifications and repeatability therefore need testing. [10] analysis Other laboratory, near-infrared discrete devices. No Nova recipe or vendor qualification inferred.

Drivers and opportunities

Evidence and unresolved questions for drivers and opportunities.

Topic	Evidence and scope
Domestic capability	Nova positions local infrared chip development as its initial proposition. [2] company claim Domestic content, procurement preference and secured state demand are not established.
Integration thesis	Depositing a sensing film on silicon readout could reduce reliance on separately assembled detector arrays. [1] analysis Nova has not supplied the yield or cost data needed to prove the advantage.
Multiple end markets	The company identifies industrial inspection, automotive and consumer electronics as longer-term targets. [1] company claim An application list is not customer adoption or a quantified market.

Topic

Evidence and scope

Domestic capability

Nova positions local infrared chip development as its initial proposition. [2]

company claim

Domestic content, procurement preference and secured state demand are not established.

Integration thesis

Depositing a sensing film on silicon readout could reduce reliance on separately assembled detector arrays. [1]

analysis

Nova has not supplied the yield or cost data needed to prove the advantage.

Multiple end markets

The company identifies industrial inspection, automotive and consumer electronics as longer-term targets. [1]

company claim

An application list is not customer adoption or a quantified market.

Blockers and technical risk

Evidence and unresolved questions for blockers and technical risk.

Topic	Evidence and scope
Material to device	Ban et al. demonstrate that surface treatment changes InAs photodetector behaviour. [10] verified The work studies different near-infrared laboratory devices, not Nova SWIR arrays.
Scale and compatibility	Nova lists film uniformity, transport layers and CMOS compatibility as development steps. [1] company claim No process window, wafer map, ageing test or accepted production yield was obtained.
Commercial concentration example	Nanoco's FY2025 report describes loss of a major customer and substantial licence income. [12] verified This is a peer risk example, not evidence that Nova has the same customer concentration.
Control, rights and qualification	Not established. Current official company control, IP assignments, freedom to operate, export classification and product qualification remain unverified. Lead-free wording alone does not establish safety or compliance. Not established Unavailable in the inspected evidence.

Demand and adoption evidence

Evidence and unresolved questions for demand and adoption evidence.

Topic	Evidence and scope
Development milestone	Nova targets a field-ready prototype, with packaged arrays and pilots later in its roadmap. [1] company claim Targets are not demonstrations, paid trials or deliveries.
Investor interest	The seed announcement establishes investor interest in development. [2] [3] analysis It does not establish a buyer budget or user acceptance.
Paid adoption and public appetite	Not established. Named paid orders, acceptance tests, trial conversion, revenue, procurement surveys and relevant public-attitude studies were not obtained. Not established Unavailable in the inspected evidence.

Topic

Evidence and scope

Development milestone

Nova targets a field-ready prototype, with packaged arrays and pilots later in its roadmap. [1]

company claim

Targets are not demonstrations, paid trials or deliveries.

Investor interest

The seed announcement establishes investor interest in development. [2] [3]

analysis

It does not establish a buyer budget or user acceptance.

Paid adoption and public appetite

Not established. Named paid orders, acceptance tests, trial conversion, revenue, procurement surveys and relevant public-attitude studies were not obtained.

Not established

Unavailable in the inspected evidence.

Buyers, users and payers

Evidence and unresolved questions for buyers, users and payers.

Topic	Evidence and scope
Intended buying organisations	Camera and device manufacturers are invited to discuss partnerships. [1] company claim No purchase agreement, tender award or named original-equipment buyer was established.
Integration before end use	A chip would sit within a camera or sensing product before an operator uses its output. [1] analysis Illustrative downstream roles only; integration responsibility and revenue split are unknown.
Who pays	Not established. The contracting buyer, ultimate budget holder, warranty payer and distributor margin remain unknown. Not established Unavailable in the inspected evidence.
Acquirers	Not established. No potential acquirer has disclosed interest in Nova. The onsemi precedent is category context only. Not established Unavailable in the inspected evidence.

Public-company context · 2026-11-01

Listed companies around this market

Listed competitors selected for quantum-dot sensing relevance. Financial scales and product boundaries differ; no private-company valuation is inferred.

A listed company's share price reflects its whole business. It does not establish demand for this startup, a supplier relationship or a private valuation.

Nanoco Group

Competitor · analysis

Competing InAs quantum-dot material development; the current official About page identifies LSE:NANO. [9] [11] [12] [15]

Materials and licensing model differs from Nova's chip ambition. No supply relationship is established.

View Nanoco Group on TradingView. External price data may be delayed or unavailable; filing evidence is shown below.

Revenue

Nanoco consolidated group under UK-adopted international accounting standards; annual periods ended 31 July. Total reported revenue. Units: GBP thousand.

Period	Reported value	Filing and evidence
2023-08-01 to 2024-07-31	7,874 GBP thousand	2025-11-26 · verified Printed page 98, consolidated statement of comprehensive income, Revenue row; GBP thousands [12]
2024-08-01 to 2025-07-31	7,618 GBP thousand	2025-11-26 · verified Printed page 98, consolidated statement of comprehensive income, Revenue row; GBP thousands [12]

Quantum-dot materials group, not a complete sensor startup; total revenue is largely licence income. No capacity-adjusted benchmark.

Product revenue

Nanoco consolidated group under UK-adopted international accounting standards; annual periods ended 31 July. Sale of goods, excluding services and licences. Units: GBP thousand.

Period	Reported value	Filing and evidence
2023-08-01 to 2024-07-31	408 GBP thousand	2025-11-26 · verified Printed page 111, note 4, Products sold row; GBP thousands [12]
2024-08-01 to 2025-07-31	131 GBP thousand	2025-11-26 · verified Printed page 111, note 4, Products sold row; GBP thousands [12]

Quantum-dot materials group, not a complete sensor startup; total revenue is largely licence income. No capacity-adjusted benchmark.

Tangible asset purchases

Nanoco consolidated group under UK-adopted international accounting standards; annual periods ended 31 July. Positive magnitude of group cash outflow for tangible fixed-asset purchases; excludes intangible purchases and leases. All capital expenditure is in the UK. Units: GBP thousand.

Period	Reported value	Filing and evidence
2023-08-01 to 2024-07-31	1,466 GBP thousand	2025-11-26 · verified Printed page 101, group cash flows, Purchases of tangible fixed assets: (1466) and (282); page 111 geography; GBP thousands [12]
2024-08-01 to 2025-07-31	282 GBP thousand	2025-11-26 · verified Printed page 101, group cash flows, Purchases of tangible fixed assets: (1466) and (282); page 111 geography; GBP thousands [12]

Quantum-dot materials group, not a complete sensor startup; total revenue is largely licence income. No capacity-adjusted benchmark.

Calculated comparisons

FY2024 product revenue / total revenue: 5.18% analysis · calculated, rounded to 2 decimal places

100 × 408 ÷ 7,874. Product revenue / Revenue, period ending 2024-07-31. [12]

Derived revenue mix. Licences dominate the denominator; this is not sensor demand or Nova margin.

FY2025 product revenue / total revenue: 1.72% analysis · calculated, rounded to 2 decimal places

100 × 131 ÷ 7,618. Product revenue / Revenue, period ending 2025-07-31. [12]

Derived revenue mix. Licences dominate the denominator; this is not sensor demand or Nova margin.

ON Semiconductor

Competitor · analysis

Owns SWIR Vision Systems and develops CQD infrared sensors. Official 2026 results identify Nasdaq: ON. [13] [14]

Much larger, diversified group. Acquisition does not imply interest in Nova or a supplier relationship.

View ON Semiconductor on TradingView. External price data may be delayed or unavailable; filing evidence is shown below.

Revenue

ON Semiconductor consolidated US GAAP annual results, calendar years. Revenue as reported. Units: USD million.

Period	Reported value	Filing and evidence
2024-01-01 to 2024-12-31	7,082.3 USD million	2026-02-09 · verified Unaudited consolidated statements of operations, Year Ended columns, Revenue row; USD millions [14]
2025-01-01 to 2025-12-31	5,995.4 USD million	2026-02-09 · verified Unaudited consolidated statements of operations, Year Ended columns, Revenue row; USD millions [14]

Diversified semiconductor group; no SWIR-only financials or comparable sensor-production capacity.

Property, plant and equipment spending

ON Semiconductor consolidated US GAAP annual results, calendar years. Positive magnitude of cash outflow for acquisition of property, plant and equipment. Excludes business acquisitions. Units: USD million.

Period	Reported value	Filing and evidence
2024-01-01 to 2024-12-31	694 USD million	2026-02-09 · verified Unaudited consolidated statements of cash flows, Year Ended columns, Payments for acquisition of property, plant and equipment; USD millions [14]
2025-01-01 to 2025-12-31	341.2 USD million	2026-02-09 · verified Unaudited consolidated statements of cash flows, Year Ended columns, Payments for acquisition of property, plant and equipment; USD millions [14]

Diversified semiconductor group; no SWIR-only financials or comparable sensor-production capacity.

Calculated comparisons

FY2024 capital spending / revenue: 9.8% analysis · calculated, rounded to 2 decimal places

100 × 694 ÷ 7,082.3. Property, plant and equipment spending / Revenue, period ending 2024-12-31. [14]

Derived from positive spending magnitudes. Group capital intensity is not a Nova fab budget.

FY2025 capital spending / revenue: 5.69% analysis · calculated, rounded to 2 decimal places

100 × 341.2 ÷ 5,995.4. Property, plant and equipment spending / Revenue, period ending 2025-12-31. [14]

Derived from positive spending magnitudes. Group capital intensity is not a Nova fab budget.

Competitive landscape · 2026-11-01

Who else solves this?

Alternatives to Nova Spectral AI infrared-sensor development: quantum-dot sensor programmes, quantum-dot material supply and established InGaAs detectors.

Comparison lens. The closest technology competition is CQD-on-CMOS integration. A materials supplier is not a finished-sensor competitor at the same supply-chain stage. InGaAs sets an available-product baseline; lower cost for Nova is unproven without yield, reliability and volume pricing. analysis

Direct competitor · USA; international semiconductor markets

onsemi / SWIR Vision Systems

Colloidal-quantum-dot SWIR imaging technology acquired for integration with CMOS sensors.

Difference: Competes on the same broad CQD route with access to an established semiconductor organisation.
Maturity: onsemi announced completion of the acquisition in July 2024; the release describes integration plans, not proof every proposed chip is shipping.
Economics: Lower cost and higher volume are company objectives. Matched sensor pricing, manufacturing yield and Nova unit costs are unavailable.
Funding / ownership: Owned by onsemi following the completed acquisition. The inspected announcement does not disclose transaction price or dedicated development budget.

Acquisition and resources do not prove superior sensitivity, qualification or product-level economics.

analysis

Sources and dates

onsemi acquisition of SWIR Vision Systems (published 2024-07-02; accessed 2026-11-01)

Direct competitor · International materials supplier; supply locations not audited here

Nanoco SWIR materials

SWIR colloidal-quantum-dot materials, including discussion of InAs and InSb alternatives to lead sulphide.

Difference: Competes in material chemistry and could also occupy a supplier role. Finished-sensor and material sales are not equivalent markets.
Maturity: Manufacturer describes commercial material classes and its development capabilities; customer qualification is application-specific.
Economics: Material price is only one input; deposition, yield, readout integration and packaging determine finished-sensor cost. No matched quotation.
Funding / ownership: Nanoco is the named developer; current financing and cash are not inferred from the technical article.

Commercial PbS market examples in the article do not prove Nanoco or Nova has qualified every lead-free formulation.

analysis

Sources and dates

Nanoco SWIR quantum-dot materials (published 2025-08-05; accessed 2026-11-01)

Direct competitor · Spain

Qurv CQFoundry

Industrial research programme for scalable CQD image-sensor processes compatible with CMOS and 200 mm wafers.

Difference: Shares Nova integration and manufacturing challenges, including uniformity, defect control and deposition.
Maturity: The disclosed project runs in 2025-2026. A manufacturing research programme is not proof of high-volume qualified shipments.
Economics: No sensor price, achieved yield or Nova-comparable cost is disclosed.
Funding / ownership: Qurv lists a EUR 2.7 million project budget under PERTE Chip. This is not company cash, valuation or lifetime equity funding.

Project aims must not be presented as achieved mass production.

analysis

Sources and dates

Qurv CQFoundry industrial research programme (published date not stated; accessed 2026-11-01)

Established supplier · Japan-based manufacturer; US product catalogue

Hamamatsu InGaAs area sensors

Hybrid InGaAs photodiode arrays with CMOS readout for NIR and SWIR imaging.

Difference: An established material and integration route competing for machine-vision and spectroscopy design-ins. Nova must demonstrate application-specific advantage.
Maturity: Current catalogue lists area sensors for industrial and scientific imaging.
Economics: Prices and delivery require supplier contact; no substantiated cost multiple versus Nova is available.
Funding / ownership: Hamamatsu supplies the sensors; detector-programme investment is not disclosed in the catalogue.

Compare wavelength range, noise, pixel count, packaging and qualification under matched conditions, not material labels alone.

analysis

Sources and dates

Hamamatsu InGaAs area-sensor catalogue (published date not stated; accessed 2026-11-01)

Coverage limits. Bounded primary-source comparison, not an exhaustive census or independent performance test. Product-specific funding, current cash, contract pricing and head-to-head outcomes are unknown unless explicitly stated. Adjacent tools may complement the company rather than replace it.

Sources

1
Nova Spectral AI company, team and development roadmap
company | Published undated | Accessed 2026-11-01
2
Inc42 original funding report with founder quotation
independent_reporting | Published 2026-10-27 | Accessed 2026-11-01
3
Shastra VC public investment update
investor | Published undated | Accessed 2026-11-01
4
Zauba company directory
secondary_registry_directory | Published undated | Accessed 2026-11-01
5
IndiaFilings company and director directory
secondary_registry_directory | Published undated | Accessed 2026-11-01
6
ICFO record of separate Ag2Te research
research_institution | Published 2024-01-03 | Accessed 2026-11-01
7
Wang et al., Ag2Te photodetectors and image sensors, author manuscript v2
paper | Published 2024-09-18 | Accessed 2026-11-01
8
Nanoco identifies Priyadarshi as Device Team Leader
former_employer_competitor | Published 2025-04-08 | Accessed 2026-11-01
9
Nanoco competing InAs and InSb material programme
competitor | Published 2025-08-05 | Accessed 2026-11-01
10
Ban et al., InAs photodiodes; accepted 20 August 2024
primary research paper | Published undated | Accessed 2026-11-01
11
Nanoco identity and current LSE:NANO listing
company | Published undated | Accessed 2026-11-01
12
Nanoco 2025 annual report, authorised for issue 21 November
annual report | Published 2025-11-26 | Accessed 2026-11-01
13
onsemi acquisition of SWIR Vision Systems
company | Published 2024-07-02 | Accessed 2026-11-01
14
onsemi FY2025 official results and financial statements
company financial statements | Published 2026-02-09 | Accessed 2026-11-01
15
Nanoco RNS: Annual Report and Accounts publication, 26 November 2025
regulatory announcement | Published 2025-11-26 | Accessed 2026-11-01
16
onsemi 2024 annual report: acquisition note
annual report | Published undated | Accessed 2026-11-01
17
Qurv CQFoundry 2025-2026 project budget
competitor project disclosure | Published undated | Accessed 2026-11-01

Nova Spectral AI

Nova current development plan and illustrative imagery

Chemical inputs

Nova current development plan and illustrative imagery

Nova current development plan and illustrative imagery

CMOS readout wafers

Nova current development plan and illustrative imagery

Nova current development plan and illustrative imagery

Nova processing

Nova current development plan and illustrative imagery

Nova current development plan and illustrative imagery

Packaging partners

Nova current development plan and illustrative imagery

Nova current development plan and illustrative imagery

Future sensor seller

Nova current development plan and illustrative imagery

Nova current development plan and illustrative imagery

Camera or device maker

Nova current development plan and illustrative imagery

Nova current development plan and illustrative imagery

Material: chemical inputs

Nova current development plan and illustrative imagery

Nova current development plan and illustrative imagery

Material: readout wafer

Nova current development plan and illustrative imagery

Nova current development plan and illustrative imagery

Material: processed die

Nova current development plan and illustrative imagery

Nova current development plan and illustrative imagery

Material: packaged sensor

Nova current development plan and illustrative imagery

Nova current development plan and illustrative imagery

Material: proposed chip supply

Nova current development plan and illustrative imagery

Nova current development plan and illustrative imagery

Money: potential payment

Nova current development plan and illustrative imagery

Nova current development plan and illustrative imagery

Information: requirements

Nova current development plan and illustrative imagery

Chemical inputs

Nova current development plan and illustrative imagery

CMOS readout wafers

Nova current development plan and illustrative imagery

Nova processing

Nova current development plan and illustrative imagery

Packaging partners

Nova current development plan and illustrative imagery

Future sensor seller

Nova current development plan and illustrative imagery

Camera or device maker

Nova current development plan and illustrative imagery

Material: chemical inputs

Nova current development plan and illustrative imagery

Material: readout wafer

Nova current development plan and illustrative imagery

Material: processed die

Nova current development plan and illustrative imagery

Material: packaged sensor

Nova current development plan and illustrative imagery

Material: proposed chip supply

Nova current development plan and illustrative imagery

Money: potential payment

Nova current development plan and illustrative imagery

Information: requirements

Nova current development plan and illustrative imagery

Nova: a sensing film on silicon

Develop the sensing material

Explore the diagram

Nova: a sensing film on silicon

1. InAs ink

2. InAs absorbing film

Incident light

3. CMOS pixel readout

4. Package

Company targets

Develop the sensing material

Convert light into a signal

Integrate and package

Test each transition