Hello, this is Ryuta Hamamoto from TIMEWELL. Over the past few months I keep hearing the same questions from teams that ship semiconductor materials and precision equipment to India: “What exactly is SCOMET Category 7? Will our quantum or cryogenic items stop shipping?”
I assume you already know Japan’s Foreign Exchange and Foreign Trade Act (FEFTA). India’s SCOMET system is less familiar for most Japanese desks. Below I walk from terminology through Category 7 (created and enforced in October 2025) into what to do next.
What you will learn
- What DGFT’s new SCOMET Category 7 changes, in about three minutes
- What subcategories 7A–7E actually control
- How Category 7 sits as a “beyond Wassenaar” autonomous control alongside the U.S. BIS September 2024 rule
- Four impacts on Japanese companies (materials, equipment, quantum, cryogenics) and five practical steps
- Penalties (life imprisonment + 5× fines) and personal liability risk
Three terms first
| Term | Plain-language meaning |
|---|---|
| SCOMET | Special Chemicals, Organisms, Materials, Equipment and Technologies. India’s dual-use control list, roughly analogous to Japan’s Export Trade Control Order Appended Table 1 |
| IMWG | Inter-Ministerial Working Group. The cross-ministry committee that reviews SCOMET licenses (monthly; MEA, DAE, DRDO, etc.) |
| GAICT | Global Authorization for Intra-Company Transfer. Bulk license for related-party transfers (3-year validity; operational lifeline for foreign manufacturers) |
Takeaway: SCOMET ≈ India’s dual-use list; IMWG = review committee; GAICT = bulk intra-company license.
SCOMET structure (Categories 0–8)
SCOMET is Appendix 3 of Schedule 2 of ITC (HS). Until Category 7, it ran 0–6 and 8:
| Category | Scope | Multilateral mapping |
|---|---|---|
| 0 | Nuclear materials / nuclear-related | NSG-related |
| 1–3 | Chemicals, pathogens, toxins, etc. | Australia Group |
| 4 | Non-Cat0 nuclear equipment/tech | NSG |
| 5 | Aerospace systems | MTCR |
| 6 | Munitions List | Wassenaar |
| 7 | Emerging Technologies (new Oct 2025) | Autonomous (partly beyond Wassenaar) |
| 8 | Special materials, electronics, communications, info security, etc. | Wassenaar Dual-Use List |
DGFT (under the Ministry of Commerce) issues licenses; IMWG does substantive review. Standard review is 2–6 weeks depending on destination and item; complex cases 3–6 months.
India joined MTCR (2016), Wassenaar (December 2017, 42nd member), and Australia Group (January 2018). NSG membership is still open, but practice had largely aligned. Category 7 opens a different chapter.
Why Category 7 exists
Official timeline
- 23 September 2025: DGFT Notification No. 31/2025-26 published
- 23 October 2025: Entry into force
- Transition: essentially none. Exports and shipments from 23 October need new licenses even under pre-existing contracts.
Some media write “Notification 3/2025-26.” The official number is 31/2025-26. Easy to mix up; I still double-check the PDF every time.
International context
- United States: 6 September 2024 BIS Interim Final Rule introduced a plurilateral framework with ECCNs such as 3A901 (cryogenic CMOS ICs), 3D901/3E901 (quantum software/tech), 2B910 (metal additive manufacturing)
- EU: Dual-Use Regulation 2021/821 strengthened quantum/semiconductor controls (2024 supplements)
- Japan: July 2023 semiconductor equipment controls (23 items under FEFTA); quantum-related additions in 2024
India stepped into emerging-tech controls without waiting for Wassenaar consensus. Official language talks about “strengthen management of emerging technologies.” Most observers agree Category 7 also reaches items not yet multilaterally settled.
Takeaway: Category 7 is a sibling of the U.S. September 2024 rule. Autonomous national control, in step with major partners, not a pure dump of a multilateral list.
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Category 7 content (five subcategories)
As with other categories:
- 7A: Equipment and components
- 7B: Test, inspection, and production equipment
- 7C: Materials
- 7D: Software
- 7E: Technology and know-how
1. Quantum computing (mainly 7A / 7D / 7E)
- Quantum computers and components (qubit modules, quantum processors)
- Cryogenic CMOS ICs for control (U.S. ECCN 3A901 class)
- Quantum software (compilers, error correction, simulators)
- Technology and dedicated test equipment for development, production, and operation
Research vs commercial use boundaries are blurry. SCOMET has thin use-based carve-outs, so licenses are the default for actual export.
2. Advanced semiconductors (mainly 7A / 7B / 7C)
Exact thresholds sit in the revised Appendix 3; scope aligns with advanced tools around U.S. ECCN 2B901 / 3B001 class:
- Advanced-node semiconductor manufacturing equipment
- Some semiconductor design EDA software
- Specified precursors and materials
ISM 2.0 still focuses on mature 28–65 nm nodes, but Category 7 will matter as India moves toward advanced nodes.
3. Cryogenics (mainly 7A / 7B)
- Dilution refrigerators operating at 4K and below
- Cryogenic electronics (cryo-CMOS, HEMT, etc.)
- Related control electronics
If you export dilution refrigerators or cryogenic systems from Japan, I would treat nearly every India shipment as a Category 7 candidate until someone proves otherwise.
4. Additive manufacturing (mainly 7B)
- Metal additive manufacturing equipment for metallurgical uses (U.S. ECCN 2B910 class)
- Related software and technology
India is joining the wider push to treat metal AM as a precision dual-use production path.
5. Specialty materials (7C)
- Isotopically pure silicon (e.g., Si-28)
- Isotopically pure germanium (Ge-72/73/74, etc.)
- Ultra-high-purity fluorides, hydrides (e.g., silane SiH4), and chlorides for semiconductor manufacturing
Quite a few flagship Japanese materials lines sit inside this net.
Takeaway: Quantum, advanced semiconductors, cryogenics, AM, and isotopic materials. Japan’s strength domains were listed together.
Side-by-side: India / U.S. / EU / Japan
| Dimension | India SCOMET Cat 7 | U.S. EAR (BIS) | EU Reg. 2021/821 | Japan FEFTA |
|---|---|---|---|---|
| Legal basis | FTDR Act 1992 / WMD Act 2005 | EAA / IEEPA | Reg. (EU) 2021/821 | FEFTA / Export Trade Control Order |
| Quantum | New 7A/D/E | ECCN 3A901, 3D/E901 (Sep 2024) | Annex I additions (2024) | Appended Table 1 (2024) |
| Advanced semis | 7A/B/C | 3B001 etc. + China add-ons | Annex I 3B001 etc. | Appended Table 1 item 7 |
| Metal AM | 7B | ECCN 2B910 (Sep 2024) | Annex I 2B001 etc. | Appended Table 1 item 2 |
| Isotopic Si/Ge | 7C | Partial 1C002 etc. | Annex I 1C family | Appended Table 1 item 2 |
| In force | 2025/10/23 | 2024/9/6 (quantum from 11/5) | 2021/9/9 (quantum 2024 supplement) | Phased |
| Multilateral fit | Beyond Wassenaar / autonomous | Plurilateral framework | EU common list | Wassenaar/MTCR/AG |
| Extraterritorial reach | Limited | Strong (de minimis, FDPR) | Limited | Controls resident-to-resident cases too |
| Penalty ceiling | Life + 5× fine | Up to 20 years + $1M/violation | Member-state dependent | Up to 10 years + JPY 10M |
Three takeaways:
- Autonomous control of non-Wassenaar items while still a regime participant
- Limited extraterritorial reach compared with U.S. de minimis/FDPR, though re-exports from India are still covered
- GAICT convenience: 3-year related-party simplification is a real operational lever for foreign manufacturers. If I had to pick one India-specific tool to master first, it would be GAICT.
DGFT / IMWG / customs flow
Application flow
- Exporter applies for SCOMET license on DGFT E-COM portal
- System routes to IMWG
- Ministries submit views/NOCs within 30 days
- IMWG monthly meeting
- License issued (standard 2–6 weeks; complex 3–6 months)
Advanced semiconductors often involve Science & Technology / Electronics & IT ministries; quantum involves DAE/DRDO.
Facilitation schemes
- GAICT: related-party bulk transfer; 3 years; quarterly reporting
- GAER (Global Authorization for Export of Repairs): repair-related bulk cover
Late reports or violations risk revocation. ICP is a prerequisite.
Customs link
License numbers link to CBIC ICEGATE. Missing license at export declaration means detention/seizure risk.
Penalties: life imprisonment + 5× fine
Under FTDR Act 1992 and WMD Act 2005:
- Imprisonment: 5 years to life
- Fines: INR 3 lakh–20 lakh (~JPY 540k–3.6M) or 5× goods value, whichever higher
- IEC suspension/cancellation: full trade stop
- Personal liability: directors and compliance officers
- Heavier sentencing when WMD Act applies
This is not a “company pays a fine and moves on” regime. India often presses individual officer liability. Local leadership tends to treat it as personal risk, and honestly that posture is healthier than pretending only the legal entity is on the line.
Impacts on Japanese companies
Four direct impacts
- Exports from Indian subsidiaries: Even 100% Japan-owned entities need DGFT authorization for SCOMET items. GAICT helps only with ICP in place.
- Japan → India exports: Dual check under FEFTA and Indian SCOMET declarations; rewrite contracts.
- Local R&D / tech transfer: Training expatriates or sharing drawings/source code can raise deemed-export-style issues.
- Re-export: Indian entities of Japanese groups shipping to third countries must test Category 7.
Sector snapshot
- Semiconductor equipment: advanced-node tools to India need licenses
- Materials / gases: isotopic Si, ultra-pure fluorides/hydrides/chlorides hit directly
- Quantum / cryogenics: dilution refrigerators, cryo-CMOS, quantum components
- AM tools: metal AM export licenses
- EDA / quantum software: licensing from Japan HQ to Indian affiliates can be tech export
Japan’s strongholds are squarely in scope. That is not abstract policy talk. Materials, tools, quantum, cryogenics: the places Japanese exporters still win work.
Five practical steps
Step 1: Re-run classification
Match each product to the latest SCOMET Appendix 3. Confirm thresholds (qubits, linewidth, purity) from official PDFs with CS and counsel. Do not rely on last year’s spreadsheet.
Step 2: Verify end users
Trace how Indian buyers use items and who sits further downstream. Research institutes, universities, and national labs face stricter review. Paper alone is not enough when the IMWG will dig.
Step 3: Update contracts
English contracts and POs should add end-use confirmation duties, re-export bans, SCOMET marking (HS + Category 7 sub-number), and termination for violations.
Step 4: Build ICP
Document ICP with GAICT in mind: training, internal audit, records (5+ years), named responsible officer. GAICT without an ICP is a paper promise.
Step 5: Use AI agents for throughput
Classification, license triage, and contract review overwhelm manual teams. TIMEWELL’s export-control AI agent TRAFEED cross-maps SCOMET Appendix 3, U.S. EAR, and Japanese FEFTA for first-pass screening. Humans still decide. Instant “likely / unlikely” triage just cuts the pile before people open it.
FAQ
Q1. Do contracts signed before entry into force still need licenses?
As a rule, shipments (actual exports) from 23 October 2025 need licenses, even continuing shipments under old contracts.
Q2. If U.S. EAR also applies, which wins?
Each jurisdiction applies independently. Japan → U.S. → India re-export paths can need FEFTA + EAR + SCOMET, each satisfied.
Q3. Is tech sharing inside an Indian subsidiary licensed?
Sharing among Indian-national employees is generally outside; providing controlled technology to foreign-national expatriates can raise deemed-export issues. Watch upcoming guidelines.
Q4. Does GAICT remove individual licenses entirely?
For covered items, companies, and destinations, yes. But quarterly reporting is mandatory and gaps can revoke the grant.
Q5. Are research/academic quantum uses exempt?
Use-based carve-outs are limited. Unlike clearer EU/Japan fundamental-research exemptions, SCOMET generally still requires licenses for actual export.
Q6. Can individuals be punished, not only companies?
Yes. Directors and compliance officers face criminal exposure. India is relatively aggressive on officer liability.
Q7. How does this relate to India Semiconductor Mission (ISM)?
ISM 2.0 targets mature 28–65 nm nodes; Category 7 targets advanced nodes, quantum, and cryogenics. Short-term collision is limited; advanced-node migration will make SCOMET central.
Latest developments as of July 2026
Japan–India economic-security cooperation is becoming more concrete. At the 16th annual summit on 2 July 2026, both sides issued a joint declaration covering semiconductors, critical minerals (rare earths), clean energy, ICT (submarine cables), and pharmaceuticals, with roughly ¥2 trillion of investment (Japan–India summit press conference (Prime Minister’s Office, 2 July 2026)). Semiconductors, quantum, and advanced materials overlap Category 7’s new scope, so cooperation and tighter export control are running in parallel. More tech transfer and joint research will make pre-checking SCOMET applicability a default. Overall picture: Japan–India summit 2026 and economic security.
If you want to improve export-control operations or classification efficiency, review the TRAFEED service catalog (PDF) or contact us.
Summary: Category 7 hits Japan’s strength domains
If you only remember three things:
- The clock was short. Notified 23 September 2025; in force 23 October 2025. About one month’s notice. Shipments after the effective date need licenses even under older contracts.
- The net is Japan-shaped. Quantum, advanced semis, cryogenics, AM, isotopic materials. That is where many Japanese exporters still compete.
- Personal liability is real. Life imprisonment, 5× fines, IEC cancellation, and officer exposure sit on the statute books.
Autonomous “beyond Wassenaar” control, parallel to the U.S. September 2024 rule. GAICT and a working ICP are the practical levers for groups with Indian subsidiaries.
“Is it on the list?” is no longer enough. If you want India’s emerging-tech market, Category 7 readiness is a management precondition, not a desk-only chore.
Related articles
- India export regulation 2026
- BIS Affiliates Rule (50% rule) complete guide
- AI regulation and export control 2026
About TRAFEED
TRAFEED is an export-control AI agent that cross-references SCOMET, U.S. EAR, Japanese FEFTA, and the EU Dual-Use Regulation for first-pass item applicability, license information packing, and contract review. METI-aligned and multilingual, so Indian subsidiaries and local entities can use the same bar as HQ.
If you need a fast Category 7 applicability read or cleaner ICP throughput for Indian entities, start from the TRAFEED page. Export control is less about “whether” and more about how fast and accurately you can run the same check twice.
References
Official (Government of India)
- DGFT SCOMET page: https://www.dgft.gov.in/CP/?opt=SCOMET
- Appendix 3 List of SCOMET Items (official PDF): https://content.dgft.gov.in/Website/append3_0.pdf
- FTP 2023 Chapter 10 (SCOMET provisions)
- HBP 2023 Chapter 10 (procedures)
Commentary / law firms
- Trilegal “Category 7 inclusion” (2025)
- ELP Law “SCOMET Update 2025”
- Dhruva Advisors “DGFT aligns SCOMET List” (October 2025)
- India Briefing “SCOMET Category 7: India Export Compliance Guide”
U.S. / comparative
- US BIS Sept 2024 Interim Final Rule (Covington & Burling analysis)
- US BIS Sept 2024 Rule (Mayer Brown analysis)
- Stanford FSI “Japan's Export Control on Quantum Technology”
- CFR “Export Controls: Balancing Tensions Between US and Indian Priorities”
GAICT / compliance
- Lexology “SCOMET Update 2024 GAICT”
- NASSCOM “Revised GAICT Policy”
