Export Controls & SCOMET: Deep Dive for Indian Exporters

Key takeaways

Export controls are not just a defence-sector concern. If you manufacture chemicals, precision engineering components, electronics, software with encryption, pharmaceutical intermediates, or aerospace parts. You are operating in a regulatory space where a single shipment without the right authorization can result in criminal prosecution, fines up to Rs 50 crore, and imprisonment that can extend to life.

India's export control regime has matured significantly over the past decade. With membership in all four major multilateral export control regimes (the Wassenaar Arrangement, the Missile Technology Control Regime (MTCR), the Nuclear Suppliers Group (NSG), and the Australia Group (AG)) India now operates one of the most comprehensive controlled-items frameworks among emerging economies. Add to this the extraterritorial reach of US Export Administration Regulations (EAR), and Indian exporters face a multi-layered compliance landscape that demands serious attention.

This guide is the deep dive. We cover every aspect of India's export control system. From the legislative foundations to the granular details of each SCOMET category, from the DGFT authorization process to the practical realities of US EAR compliance for Indian companies. Whether you are a first-time exporter trying to understand if your product is controlled, or a compliance officer building an Internal Compliance Programme, this is the reference you need.

The Legal Framework for Export Controls in India

India's export control regime rests on three primary legislative pillars, each serving a distinct but overlapping purpose. Understanding this legal architecture is essential because the penalties, enforcement mechanisms, and compliance obligations differ across each statute.

The critical distinction is between the FTDR Act and the WMD Act. A violation of FEMA regulations is a civil contravention. You pay a penalty, you move on. A SCOMET violation under the WMD Act is a criminal offence . There is no compounding, no settlement with the RBI, no way to make it go away with a cheque. Once proceedings are initiated, you are in the criminal justice system.

Beyond these primary statutes, export controls are operationalized through the Foreign Trade Policy (FTP), the Handbook of Procedures (HBP), DGFT notifications, and public notices. The SCOMET list itself is published as Appendix 3 to Schedule 2 of the ITC(HS) Classification of Export and Import Items. These instruments are updated regularly (sometimes multiple times per year) making it essential for exporters to track DGFT notifications on an ongoing basis.

The Foreign Trade Act & Foreign Trade Policy

The Foreign Trade (Development and Regulation) Act, 1992 (FTDR Act) is the foundational legislation that empowers the Central Government to regulate exports and imports. Section 3 of the FTDR Act grants the government the power to prohibit, restrict, or otherwise regulate the import or export of goods by issuing notifications. And this is the legal basis for the SCOMET list.

The Foreign Trade Policy (FTP) is the operational document issued under the FTDR Act. Chapter 2A of the FTP deals specifically with SCOMET items and export controls. It sets out the framework for classification, authorization, and compliance. The current FTP 2023 (effective from April 2023) continues and strengthens the SCOMET provisions of previous policies.

Key FTP provisions for export controls

• Chapter 2A. Dedicated chapter on SCOMET items, establishing that any export of SCOMET-listed items requires prior authorization from the DGFT
• Appendix 3 to Schedule 2. The actual SCOMET list with all 9 categories and their technical control parameters
• End-use and end-user requirements. Provisions requiring end-user certificates and end-use statements for controlled items
• Catch-all provisions. Extending export controls beyond listed items when WMD end-use is suspected
• ICP guidelines. Framework for Internal Compliance Programme certification for exporters of controlled items

The Handbook of Procedures (HBP) provides the procedural detail. How to apply for SCOMET authorization, what documents to submit, which forms to use, and what the timelines are. Exporters should reference the HBP alongside the FTP when navigating the authorization process. The DGFT portal (our portal guide covers this step by step) is the primary interface for filing applications.

SCOMET List Overview

SCOMET stands for Special Chemicals, Organisms, Materials, Equipment, and Technologies . It is India's comprehensive export control list, functionally equivalent to the US Commerce Control List (CCL) or the EU Dual-Use Annex. The list catalogues every item that India considers sensitive from a national security and non-proliferation perspective.

The SCOMET list is not static. It is periodically updated to align with the control lists of the four multilateral export control regimes India participates in. When the Wassenaar Arrangement adds new items to its control list (for example, cyber-surveillance tools or advanced semiconductor manufacturing equipment), India's SCOMET list is updated through DGFT notifications to reflect those changes. The most recent comprehensive update in 2024 added several entries in advanced computing, quantum technologies, and additive manufacturing.

The list is organized into 9 categories (numbered 0 through 8), with each category further divided into sub-categories based on the type of control: materials, equipment, technology, software, and related items. For a foundational overview, see our introductory SCOMET guide . What follows is the detailed breakdown.

All 9 SCOMET Categories in Detail

Each SCOMET category is aligned with one or more multilateral export control regimes and covers specific types of items. Here is the comprehensive breakdown:

Category 0: Nuclear Materials, Facilities & Equipment

Aligned with the Nuclear Suppliers Group (NSG) , Category 0 covers items related to nuclear energy and weapons programmes. This is one of the most tightly controlled categories and involves oversight from both the DGFT and the Department of Atomic Energy (DAE).

• Nuclear materials. Source materials (natural uranium, depleted uranium, thorium), special fissionable materials (plutonium, enriched uranium, U-233), deuterium and heavy water, and nuclear-grade graphite
• Nuclear reactors and components. Complete nuclear reactors, reactor pressure vessels, reactor internals, control rod mechanisms, primary coolant pumps, and fuel handling systems
• Non-nuclear materials for reactors. Zirconium tubes and alloys (above specified purity), hafnium metal, lithium enriched in Li-6 isotope
• Reprocessing and enrichment. Plants for reprocessing irradiated fuel, isotope separation equipment (gas centrifuges, electromagnetic separators, laser enrichment systems), and associated technology
• Technology and software. Technology for the development, production, or use of any of the above items, including technical data, blueprints, and specialized software for nuclear facility design and operation

Category 1: Toxic Chemical Agents & Precursors

Aligned with the Chemical Weapons Convention (CWC) , Category 1 controls chemicals that could be used as chemical weapons or as precursors in their manufacture. This category is particularly relevant for India's large chemical export industry.

• Schedule 1 chemicals. Chemicals with few or no uses outside chemical weapons (nerve agents like sarin, VX; blister agents like mustard gas; and their immediate precursors). Export is essentially prohibited except for very limited research quantities to CWC states
• Schedule 2 chemicals. Chemicals that have legitimate commercial uses but pose significant risk as CW precursors (thiodiglycol, phosphorus trichloride, dimethyl methylphosphonate). Export requires authorization and end-use monitoring
• Schedule 3 chemicals. Widely traded industrial chemicals that could be used in CW production (phosgene, hydrogen cyanide, chloropicrin, certain phosphorus compounds). Authorization required above specified quantities
• Related equipment. Chemical production equipment designed for handling corrosive chemicals, reaction vessels with specialized linings, filling equipment for toxic materials, and detection and protection equipment

Category 2: Microorganisms & Toxins

Aligned with the Biological Weapons Convention (BWC) and the Australia Group (AG) , Category 2 covers biological agents, toxins, and related equipment that could be used in biological weapons programmes. This category is relevant for pharmaceutical exporters and biotech companies.

• Human pathogens. Viruses (Ebola, Marburg, variola, SARS-related coronaviruses), bacteria (Bacillus anthracis, Yersinia pestis, Francisella tularensis), and rickettsiae that cause serious disease and could be weaponized
• Animal pathogens. Agents causing serious livestock diseases (foot-and-mouth disease virus, rinderpest virus, avian influenza strains of high pathogenicity) that could be used for agricultural bioterrorism
• Plant pathogens. Fungi, bacteria, and viruses that cause devastating plant diseases and could be used to attack food supplies
• Toxins. Ricin, botulinum toxin, saxitoxin, abrin, and other biological toxins above specified quantities, regardless of method of production (natural extraction or synthetic)
• Dual-use biological equipment. Fermenters above certain capacity, centrifugal separators capable of handling pathogenic organisms, freeze-drying equipment, aerosol generation and testing equipment, and Class III biological safety cabinets

Category 3: Missile Delivery Systems

Aligned with the Missile Technology Control Regime (MTCR) , Category 3 covers items related to the development and production of missile delivery systems capable of delivering weapons of mass destruction. This is one of the most sensitive categories internationally.

• Complete delivery systems. Rockets, ballistic missiles, space launch vehicles (and their components) capable of delivering a payload of at least 500 kg to a range of 300 km or more, unmanned aerial vehicles (UAVs/drones) with similar capabilities
• Propulsion systems. Solid and liquid rocket motors, ramjet/scramjet engines, combined-cycle engines, and their components including combustion chambers, nozzles, and turbopumps
• Propellants and chemicals. Rocket propellant oxidizers (ammonium perchlorate, nitric acid above certain concentrations), fuels (hydrazine, unsymmetrical dimethylhydrazine), and binders (HTPB above specified hydroxyl values)
• Guidance and control. Inertial navigation systems, accelerometers above specified accuracy, gyroscopes, flight control systems, and GPS/GNSS receivers designed for missiles
• Re-entry vehicle technology. Heat shields, ablative materials, re-entry vehicle structures, and related design technology

Category 4: Dual-Use Equipment & Materials

Aligned with the Wassenaar Arrangement , Category 4 is the broadest category and the one most likely to catch mainstream industrial exporters off guard. It covers items that have legitimate civilian applications but could also contribute to conventional military programmes or WMD development.

• Advanced materials. Carbon fibre and aramid fibre above specified tensile modulus, maraging steel, titanium alloys of specified grades, tungsten and tungsten alloys, beryllium and beryllium alloys, and high-strength aluminium alloys
• Materials processing. Isostatic presses above certain capabilities, chemical vapour deposition (CVD) furnaces, specialized coating equipment, and powder metallurgy equipment for controlled materials
• Machine tools. CNC machine tools with positioning accuracy better than specified thresholds, five-axis and above machining centres, coordinate measuring machines (CMMs) with specified accuracy, and related numerical control units
• Sensors and lasers. High-performance imaging sensors, infrared focal plane arrays, image intensifiers, high-energy lasers, and laser rangefinders above specified parameters
• Navigation and avionics. Inertial measurement units, ring laser gyroscopes, fibre-optic gyroscopes, and gravimeters above specified accuracy
• Marine technology. Underwater cameras, acoustic systems, submersible vehicles, and propulsion systems designed for underwater use

Category 5: Aerospace Systems & Equipment

Aligned with both the Wassenaar Arrangement and the MTCR , Category 5 covers aerospace systems, equipment, and production technology that could contribute to advanced weapons delivery systems or military aerospace programmes.

• Gas turbine engines. Aero gas turbine engines and components including turbine blades, stator vanes, combustion chambers, and full authority digital engine controls (FADEC)
• Test and production equipment. Wind tunnels above specified capabilities, vibration test equipment for aerospace qualification, specialized welding equipment for aerospace alloys, and hot isostatic pressing equipment
• Composite structures. Fibre placement and winding machines, autoclave systems above specified size, and prepreg production equipment for aerospace-grade composites
• Flight and satellite systems. Sounding rockets, satellite subsystems, star trackers, attitude control systems, and related ground support equipment

Category 6: Munitions List Items

Category 6 is India's equivalent of a munitions list, covering military goods, arms, ammunition, and related items. This category is distinct from dual-use controls because the items are primarily designed for military applications.

• Weapons and weapon systems. Small arms, light weapons, artillery systems, tanks, armoured vehicles, and their components
• Ammunition and explosives. Military ammunition, bombs, torpedoes, mines, military explosives and propellants, and their fuzing and arming components
• Military vehicles and vessels. Warships, military aircraft, military vehicles, and their specially designed components and accessories
• Military electronics. Military communication equipment, electronic warfare systems, military radar, military night vision equipment, and military cryptographic equipment
• Armour and protection. Body armour above specified protection levels, military helmets, and armour plate (metallic and composite)

Category 7: Electronics, Computers & Information Security

Aligned with the Wassenaar Arrangement , Category 7 covers advanced electronics, computing, and information security items. This category has seen significant expansion in recent years as cyber and semiconductor controls have tightened globally. Indian IT and software exporters need to pay particular attention here.

• Integrated circuits. Radiation-hardened ICs, application-specific ICs (ASICs) designed for military applications, FPGAs above specified gate counts or with radiation-hardening features, and advanced microprocessors above specified computational performance
• Computers and processors. High-performance computers above specified aggregate theoretical performance (ATP) thresholds, quantum computers and quantum computing components, and neuromorphic computing chips
• Telecommunications. Telecommunications interception equipment, deep packet inspection systems, mobile telecommunications jamming equipment, and software for these systems
• Information security. Encryption hardware and software using algorithms or key lengths above specified thresholds, cryptanalytic equipment, and intrusion software (including zero-day exploits and surveillance tools)
• Semiconductor manufacturing. Photolithography equipment below specified feature sizes, EDA/ECAD software for advanced IC design, wafer processing equipment, and metrology/inspection tools for semiconductor fabrication

Category 8: Marine & Aero-Propulsion Systems

Aligned with both the Wassenaar Arrangement and the MTCR , Category 8 covers propulsion systems and related equipment for marine and aerospace applications that could contribute to military capabilities.

• Marine propulsion. Submarine propulsion systems (diesel-electric, air-independent, and nuclear), stealth propulsion technologies, propellers designed for reduced cavitation, and magnetohydrodynamic drive systems
• Underwater systems. Autonomous underwater vehicles (AUVs) above specified depth/endurance ratings, underwater communication systems, sonar arrays, and acoustic countermeasure systems
• Aero-propulsion. Scramjet and ramjet engine technology, pulse detonation engines, advanced turbofan/turbojet components (single-crystal turbine blades, thermal barrier coatings), and related production technology
• Marine materials. High-strength hull steels above specified yield strength, non-magnetic steel for mine countermeasure vessels, and acoustic damping materials

The Catch-All Clause

The catch-all clause is arguably the most important provision in India's export control framework because it extends controls beyond the listed items. Even if a product does not appear anywhere in the SCOMET appendix, the exporter must seek DGFT authorization if they know or have reason to believe the item could be used for WMD-related purposes.

The catch-all clause works on two levels. First, the "knowledge" standard: if the exporter has actual knowledge that the buyer intends to use the item for WMD development, production, stockpiling, or delivery, the export is prohibited without authorization. Second, the "reason to believe" standard: if a reasonable person in the exporter's position would have suspected WMD end-use based on the circumstances of the transaction, the catch-all clause applies.

Red flags that trigger the catch-all clause

• Buyer is located in or near a country of proliferation concern (or routes through such countries)
• Order involves unusual quantities, specifications, or configurations that do not match the buyer's stated commercial needs
• Buyer is reluctant to provide end-use information or refuses to sign an end-user certificate
• Buyer requests unusual packaging, labelling, or shipping routes that obscure the final destination
• The product is being shipped to a military facility, a research organization with known WMD connections, or a procurement front
• Buyer offers unusually favourable payment terms or is willing to pay significantly above market price
• Buyer has no apparent legitimate commercial use for the item or lacks the technical capability to use it
• The item is being exported as part of a pattern of transactions involving related controlled items

India's Multilateral Export Control Regime Memberships

India is a member of all four major multilateral export control regimes. This is significant because membership commits India to maintaining export controls consistent with the regime's control lists and guidelines. It also means that India's SCOMET list must align with the combined control lists of these four regimes.

Regime membership has practical implications for exporters. When a regime updates its control list (typically through annual plenary meetings), India is obligated to reflect those changes in the SCOMET list. This means new items can be added to the controlled list at any time through DGFT notifications, and exporters must monitor these updates continuously.

The DGFT Authorization Process for Controlled Items

When your product is classified as SCOMET-listed (or falls under the catch-all clause), you must obtain an export authorization from the DGFT before shipping. The process is more rigorous than a standard export licence and involves multiple government agencies.

The authorization is not a blanket permit. It specifies the exact item (with technical parameters), the exact quantity, the specific end-user, the permitted end-use, a validity period (typically 12-24 months), and conditions regarding re-export, post-shipment verification, and reporting. Any deviation from the authorization conditions (even shipping to a different address of the same buyer) can constitute a violation.

End-User Certificates (EUCs)

The end-user certificate is the cornerstone document in the SCOMET authorization process. It is a formal assurance from the buyer stating who will ultimately use the exported item, what it will be used for, and committing that it will not be diverted to unauthorized end-uses or re-exported without permission.

Elements of a valid end-user certificate

• Issued on the buyer's official letterhead with authorized signatory details
• Full description of items being purchased, including technical specifications and quantities
• Clear statement of the intended end-use (specific project, application, or facility)
• Identity and address of the ultimate end-user (if different from the buyer)
• Non-re-export commitment: the buyer agrees not to re-export or divert the items without the exporter's (and India's) prior written consent
• Non-WMD use assurance: explicit statement that the items will not be used in WMD development, production, or delivery
• Government attestation where required. For sensitive items and certain destinations, the buyer's government must counter-sign or separately attest the EUC
• Validity period and acceptance of post-shipment verification requirements

The quality of the end-user certificate significantly affects how quickly the DGFT processes the authorization application. Incomplete or vague EUCs are the single most common reason for application delays and deficiency memos. Invest time in getting the EUC right the first time. If your buyer pushes back on providing a detailed EUC, treat that itself as a red flag.

Re-Export Restrictions

When India exports a SCOMET-listed item, the authorization typically includes conditions restricting re-export by the buyer. These re-export restrictions serve two purposes: they prevent controlled items from being diverted to unauthorized destinations or end-users, and they maintain India's credibility as a responsible member of multilateral export control regimes.

Key re-export restriction elements

• Prior consent requirement. The buyer must obtain India's prior written consent before re-exporting the item to any third country
• Destination restrictions. The authorization may specifically prohibit re-export to certain countries of proliferation concern or countries under UN sanctions
• End-use continuity. Even if re-export is permitted, the item must continue to be used for the originally stated end-use
• Incorporation restrictions. If the controlled item is incorporated into a larger product, the re-export restrictions may continue to apply to the finished product depending on the significance of the controlled component

For Indian exporters, the practical implication is that you must communicate re-export restrictions clearly to your buyer and include them in your sales contracts. If a buyer insists on unrestricted re-export rights, that may indicate they intend to divert the item. And should be treated as a red flag under the catch-all clause. Understanding export dispute resolution mechanisms is important when re-export disagreements arise.

Identifying Dual-Use Items

Dual-use items (products that have both legitimate civilian applications and potential military or WMD applications) are the most challenging category for exporters to navigate. Unlike clearly military items (Category 6), dual-use items look perfectly innocent on the surface. A CNC machine tool, a high-purity chemical, a carbon fibre composite, or an encryption software module. All of these are used daily in civilian manufacturing. But above certain technical thresholds, they become controlled items.

The identification process is a self-classification exercise . The DGFT does not pre-screen your products. The responsibility is entirely on the exporter. Here is the systematic approach:

Dual-use identification workflow

• Step 1: Gather technical specifications. Collect the complete technical datasheet for your product, including performance parameters, materials composition, accuracy tolerances, operating frequencies, and any other measurable specifications
• Step 2: Check SCOMET Appendix 3. Go through the relevant categories (start with the most likely ones based on your industry) and compare your product's specifications against the control parameters listed for each entry
• Step 3: Look at thresholds, not descriptions. The SCOMET list controls items based on quantitative parameters. A machine tool is controlled only if its positioning accuracy is better than the specified threshold. A chemical is controlled only above a certain concentration or purity level
• Step 4: Consider the "specially designed" criterion. Some SCOMET entries control items that are "specially designed" for controlled applications. If your product is a standard commercial item not designed for military or WMD use, it may fall outside the control even if it technically meets the performance threshold
• Step 5: Assess technology and software. Do not forget that the SCOMET list controls not just physical goods but also technology (technical data, blueprints, know-how) and software required for the development, production, or use of controlled items
• Step 6: Document your classification. Record your classification decision, the basis for it, who performed it, and the date. This documentation is your defence if questions arise later

Internal Compliance Programme (ICP) Certification

The DGFT has developed an Internal Compliance Programme (ICP) certification framework that enables exporters to demonstrate their commitment to export control compliance through a formal, documented system. While ICP certification is not yet mandatory for all exporters, it is strongly encouraged and provides tangible benefits in the authorization process.

The benefits of ICP certification include: faster processing of SCOMET authorization applications (the DGFT gives priority to ICP-certified exporters), stronger legal position in case of inadvertent violations (demonstrating good faith compliance efforts), meeting international buyer requirements (many defence and dual-use buyers require evidence of an ICP before entering supply agreements), and eligibility for certain export facilitation measures.

To apply for ICP certification, exporters submit their ICP documentation to the DGFT for review. The DGFT evaluates the programme against its published guidelines and may conduct a site inspection. Certified ICPs are subject to periodic review and renewal. Maintaining an effective compliance audit trail is crucial. See our export compliance audit checklist for practical guidance.

US EAR Extraterritorial Reach: What Indian Exporters Must Know

Even if you are fully compliant with India's SCOMET regime, you may still face export control obligations under US law. The US Export Administration Regulations (EAR) have extensive extraterritorial reach that affects Indian exporters in ways many companies do not realize until a problem arises.

The De Minimis Rule

If your product incorporates US-origin components, technology, or software, and the US-origin content exceeds a de minimis threshold (generally 25% of the total value, or 10% for exports to embargoed countries like Iran, North Korea, Syria, and Cuba), your product is subject to the EAR. This means you may need a US export licence to re-export your product to certain destinations or end-users, even though the product is manufactured in India and shipped from India.

The Foreign Direct Product Rule (FDPR)

The FDPR extends US jurisdiction even further. If your product is a "direct product" of US-origin technology or software (meaning it was developed or produced using US-origin technical data, software, or equipment) it may be subject to the EAR regardless of the de minimis calculation. The expanded FDPR (introduced in 2020 and broadened in subsequent years) is particularly relevant for semiconductor and advanced computing items.

Entity List and Denied Persons List

Indian exporters cannot supply items subject to the EAR to parties on the US Entity List or Denied Persons List without a US licence (which is often denied as a matter of policy for Entity List parties). Even if the transaction has no direct US nexus, supplying an Entity List party can result in the Indian company itself being placed on the Entity List, effectively cutting it off from US technology and the US financial system. Our guide on denied party screening covers the practical aspects of checking these lists.

Comparison with Global Export Control Regimes

Understanding how India's SCOMET regime compares with the US and EU systems helps exporters who operate across multiple jurisdictions and aids companies evaluating their overall compliance posture.

Penalties for Export Control Violations

The penalty regime for export control violations in India is severe by design. Unlike most trade compliance violations (which are civil or administrative), SCOMET violations under the WMD Act are criminal offences. This distinction is not academic. It means criminal prosecution, potential imprisonment, and a permanent criminal record. There is no compounding mechanism, no settlement option, no way to make the problem disappear with a payment.

Beyond statutory penalties, export control violations trigger cascading consequences that can be even more damaging than the direct legal penalties:

• IEC cancellation. The DGFT can cancel or suspend the exporter's Importer-Exporter Code, effectively ending their ability to engage in international trade
• Denied party listing. The exporter may be placed on India's denied entities list, preventing any future export transactions and signalling to the international community that the company is a compliance risk
• Banking relationship loss. Banks and financial institutions will terminate relationships with companies involved in export control violations, making it impossible to conduct international payments
• Insurance withdrawal. ECGC and private insurers will revoke export credit insurance coverage
• International blacklisting. Trading partner countries may add the company to their own restricted party lists, cutting off access to key markets
• Reputational destruction. Criminal prosecution for export control violations signals to existing and potential customers, suppliers, and partners that the company is a compliance risk, often resulting in contract cancellations and loss of business relationships

Building an Export Control Compliance Programme

Given the severity of penalties and the complexity of the regulatory landscape, a systematic compliance programme is not optional for any exporter dealing with items that could be controlled. Here is what an effective programme looks like in practice:

Organizational Structure

• Appoint a senior-level Export Control Officer (ECO) with direct reporting to the CEO/MD and authority to stop any shipment
• Establish an export compliance committee with representation from sales, logistics, procurement, legal, and R&D
• Allocate dedicated budget for compliance tools, training, and external advisory

Classification and Screening

• Build and maintain a product classification matrix mapping every export product against SCOMET categories and, where relevant, US CCL ECCNs
• Integrate denied party screening into your order management system so every new customer and every order is automatically screened before acceptance
• Implement a red flag checklist for sales and customer service teams to identify suspicious inquiries
• Establish a classification review trigger whenever products are modified, SCOMET list is updated, or new markets are entered

Documentation and Records

• Maintain all export control records for a minimum of 7 years (authorization applications, EUCs, classification decisions, screening results, shipping documents)
• Ensure the shipping bill accurately reflects SCOMET authorization details and that customs declarations are consistent with the authorization conditions
• Create audit trails for every export decision, particularly "not controlled" determinations that should document why the product was classified as outside SCOMET

Training and Culture

• Conduct annual export control training for all staff involved in export transactions (sales, marketing, logistics, procurement, finance, R&D)
• Provide specialized training for the ECO and compliance team on SCOMET classification, DGFT procedures, and international export control developments
• Build a "when in doubt, stop and ask" culture. Employees should feel empowered to flag concerns without fear of retaliation
• Run periodic red flag recognition exercises and tabletop scenarios to test the team's ability to identify suspicious transactions

Frequently Asked Questions

What is the legal basis for export controls in India?

India's export control regime is built on the Foreign Trade (Development and Regulation) Act, 1992, which empowers the DGFT to regulate exports; the WMD Act, 2005, which criminalizes unauthorized export of items contributing to weapons of mass destruction; and the Atomic Energy Act, 1962, which governs nuclear materials. The SCOMET list is maintained as Appendix 3 to Schedule 2 of the ITC(HS) classification under Chapter 2A of the Foreign Trade Policy.

What are the 9 categories of the SCOMET list?

The 9 categories are: Category 0 (nuclear materials and equipment, aligned with NSG), Category 1 (toxic chemicals and precursors, CWC), Category 2 (microorganisms and toxins, BWC/Australia Group), Category 3 (missile delivery systems, MTCR), Category 4 (dual-use items, Wassenaar), Category 5 (aerospace systems, Wassenaar/MTCR), Category 6 (munitions list, Wassenaar), Category 7 (electronics and information security, Wassenaar), and Category 8 (marine and aero-propulsion, Wassenaar/MTCR).

How does the catch-all clause work in India's export controls?

The catch-all clause requires DGFT authorization even for items not on the SCOMET list, if the exporter knows or has reason to believe the item could be used in WMD development, production, stockpiling, or delivery. Red flags include unusual quantities, unfamiliar destinations, buyer reluctance to provide end-use information, and buyers with no legitimate commercial need. The "reason to believe" standard means ignorance is not a defence if the circumstances should have raised suspicion.

What is the DGFT authorization process for exporting SCOMET items?

The process involves filing an application on the DGFT portal with product technical specs, an end-user certificate, and supporting documents. DGFT reviews for completeness (7-14 days), then refers to the Inter-Ministerial Working Group comprising MEA, MoD, DAE, DRDO, and other agencies (30-60 days). The total process takes 60-90 days. The authorization specifies exact items, quantities, end-user, validity period, and post-shipment reporting obligations.

How does the US EAR affect Indian exporters?

US EAR affects Indian exporters through the de minimis rule (products with greater than 25% US-origin content are subject to EAR), the Foreign Direct Product Rule (products made using US technology may be subject to EAR), Entity List restrictions (cannot supply EAR-subject items to listed parties), and secondary sanctions risk (supplying sanctioned entities can result in the Indian company being sanctioned). Indian exporters with US technology in their supply chain must comply with both SCOMET and EAR simultaneously.

What is an Internal Compliance Programme (ICP) and is it mandatory?

An ICP is a documented set of policies and procedures ensuring systematic export control compliance. The DGFT offers ICP certification to qualifying exporters. While not yet mandatory for all exporters, ICP certification provides benefits including faster authorization processing, demonstration of good faith for inadvertent violations, meeting international buyer requirements, and eligibility for certain facilitation measures. Key elements include senior management commitment, written procedures, training, screening integration, and internal audit.

What are the penalties for export control violations in India?

Under the WMD Act 2005, penalties include imprisonment up to life and fines up to Rs 50 crore. Under the FTDR Act, penalties can be up to 5x the value of goods plus IEC cancellation. Additional consequences include denied party listing, loss of banking relationships, insurance withdrawal, international blacklisting, and reputational destruction. Unlike FEMA violations, WMD Act violations have no compounding mechanism and proceed through criminal courts. Individual directors and officers face personal criminal liability.

How does India's export control regime compare with the US and EU systems?

India's SCOMET regime is broadly comparable to the US CCL and EU Dual-Use Annex. Key differences include: US EAR has extensive extraterritorial reach while India's controls are primarily territorial; the US offers more licence exceptions while India's system is more case-by-case; the EU has enhanced cyber-surveillance controls with human rights due diligence; and US enforcement capacity (100+ BIS agents) is more mature than India's developing enforcement infrastructure. India's regime is rapidly evolving to converge with international standards, particularly in advanced computing, AI, and semiconductor controls.

Related Guides

, , , , , , ].map((link) => (

))}

Seasaw for Indian Exporters

Navigate Export Controls with Confidence

Seasaw helps exporters classify products against the SCOMET list, screen buyers against global denied party databases, track DGFT authorization timelines, and maintain audit-ready documentation. So you can focus on growing your export business without the compliance risk.

Learn more about Seasaw

Update history

• 2026-08-12 First published.