Armenia SaMD Medical Device Registration: Software as a Medical Device in the EAEU
Updated: 2026-11-12 · GRZAN Regulatory Team · Verification date 2026-10-20
1. Key takeaways
Under the Union rules, stand-alone software is expressly treated as an active medical device, and it must therefore undergo an independent risk classification and prepare independent registration documentation; it cannot be filed as an incidental accessory of a hardware product. The conclusion of GRZAN: for software products, the compliance focus shifts from physical performance testing to classification argumentation, lifecycle documentation and algorithm validation; after Decision No. 65 of 2023 aligned the software classification criteria with the IMDRF, classification outcomes may change, and legacy software products must be reviewed.
2. Legal basis
| Regulation | Document number | Publication date (effective date) | Provisions |
|---|---|---|---|
| General Requirements for the Safety and Effectiveness of Medical Devices, and Requirements for Their Labeling and Operational Documentation | Decision No. 27 of the Council of the Eurasian Economic Commission, 2016-02-12 | 10 calendar days after the entry into force of the Protocol | Article 2 (definitions of active medical device and stand-alone software) |
| Rules for the Classification of Medical Devices According to Potential Use Risks | Decision No. 173 of the Board of the Eurasian Economic Commission, 2015-12-22 | Amended by Board Decision No. 65 of 2023-05-23 and No. 18 of 2025-02-18 | Article 3 (definitions of active medical device and stand-alone software); classification provisions |
| On Approving the Rules for Conducting Technical Tests of Medical Devices | Decision No. 28 of the Council of the Eurasian Economic Commission, 2016-02-12 | Amended by Council Decision No. 25 of 2022-03-17 | Article 3; Article 4 |
| Law of the Republic of Armenia on Medical Assistance and Services to the Population | No. ЗР-42 of 1996-03-04 | Amended on 2024-12-17 by No. ЗР-504 | Chapter 10 (definitions including dedicated software) |
3. Expert insights
Insight 1: the two rules characterize software identically, so the definitions corroborate each other. Article 2 of Decision No. 27, in defining an active medical device, states that stand-alone software is regarded as an active medical device; Article 3 of Decision No. 173 likewise provides that stand-alone software is regarded as an active medical device. GRZAN points out that the identical wording in both places leaves no exception: as long as a product meets the definition of a medical device and is supplied in a stand-alone form, it is handled as an active medical device, with all the consequences for classification, testing and inspection that follow.
Insight 2: the test for being active is the source of energy. Article 2 of Decision No. 27 defines an active medical device as a medical device used alone or in combination with other medical devices whose operation depends on a source of energy not generated by the human body and not generated by gravity. It further provides that a medical device used to transmit energy or substances from an active medical device to the user without substantial change is not an active medical device. GRZAN points out that software runs on the power supply of computing equipment and therefore falls within the category of energy not generated by the human body, which is why it is active.
Insight 3: the 2023 amendment aligned software classification with the IMDRF. When Board Decision No. 65 of 2023-05-23 amended the classification rules, it took into account changes in enforcement practice in this field as well as changes in the IMDRF documents on software as a medical device. GRZAN points out that software classification is no longer the simple heuristic that any diagnostic aid is Class 2a; the classification must weigh the degree to which the information influences diagnostic or therapeutic decisions, the seriousness of the condition being managed, and similar factors, so high-impact software may rise to Class 2b or Class 3, which in turn triggers mandatory production inspections.
Insight 4: the route to compliance with the general requirements differs from hardware. Within the general requirements of Decision No. 27, the items on mechanical and thermal risks and on the delivery of energy and substances do not apply to software; the core burden of proof for software falls on the principles of risk management, the provision of information, labeling and instructions for use, and performance and effectiveness. Article 4 of Decision No. 27 sets out the risk management principles in order of priority: identify known or foreseeable hazards and assess the risks; eliminate the risks through appropriate technical solutions in design and manufacture; adopt appropriate protective measures to reduce residual risks; and inform users of the residual risks. These apply to software as well. GRZAN points out that for software, informing users of residual risks typically lands on interface warnings and the caution items of the instructions for use, and each item must be mapped individually.
Insight 5: Articles 9 to 11 of Decision No. 27 are the main battlefield for software compliance. Article 9 requires that each medical device be provided with the information necessary to identify the device, its manufacturer and its country of origin, together with information for users on safety, functional properties and operating characteristics; this information may appear on the device itself, on the packaging or in the instructions for use. Article 10 requires that the medium, format, content and placement of the information be appropriate to the medical device, its intended purpose, and the technical knowledge, experience, education or training of the user. Article 11 provides that the information required by Article 9 appears in Russian on the label and in the instructions for use and, where the legislation of a member state so requires, in the national language of that state. GRZAN points out that for software this means the software interface, the electronic instructions for use and the labels must all satisfy these language requirements.
4. Practical recommendations
- Build a stand-alone dossier: classify stand-alone software independently and prepare its registration documentation separately, without consolidating the filing with a hardware product.
- Review the classification under the 2023 criteria: redo the classification argumentation for legacy software products, paying particular attention to whether the result rises to Class 2b or Class 3 and thereby triggers mandatory production inspections.
- Map the risk management item by item: draft the software risk management report following the four-step sequence of Article 4 of Decision No. 27, landing each residual risk on interface warnings and instructions-for-use cautions.
- Plan language localization early: include the Russian versions of the software interface, electronic instructions for use and labels, and the Armenian versions as needed, in the development plan from the start.
- Confirm the technical testing route in advance: whether and how technical tests apply to software should be confirmed with the competent authority of the reference state before filing (a practical estimate: the testing arrangements for software products vary case by case in practice).
5. Verification checklist
- □ It has been confirmed that the software meets the definition of a medical device and is characterized as an active medical device.
- □ The classification argumentation has been completed under the IMDRF-aligned criteria as amended in 2023.
- □ It has been confirmed whether the classification outcome triggers mandatory production inspection, Class 2b and Class 3.
- □ The software risk management report has been drafted following Article 4 of Decision No. 27.
- □ The Russian localization, and the Armenian localization as needed, of the software interface, electronic instructions for use and labels has been completed.
- □ The applicability of technical tests has been confirmed with the competent authority of the reference state in advance and the exchange is documented.
- □ A stand-alone registration dossier with technical documentation version control has been established for the software.
Regulatory information verified as of October 30, 2026.
GRZAN service note. GRZAN supports software manufacturers with Eurasian Economic Union and Armenia registration, including stand-alone software classification under the IMDRF-aligned criteria, lifecycle documentation, risk management reporting and multilingual interface localization. Regulatory monitoring is updated continuously and confirmed against the official sources cited above. For inquiries, contact info@grzanglobal.com.
Disclaimer
Prepared by GRZAN from publicly available regulation. It is provided for general information only and does not constitute legal advice. Legislation and official fees are subject to change by the competent authority.
About GRZAN
GRZAN (Global Regulatory Zone Access Navigator) — the global market-access navigator for medical devices and IVDs.
GRZAN is a specialist consultancy for medical device and IVD market access, providing end-to-end regulatory solutions across the product lifecycle and making international market entry simpler and faster.
Key figures. More than 25 wholly owned subsidiaries worldwide covering 50+ countries and regions; chosen by 100+ listed and leading Chinese device manufacturers, with 4,000+ successful cases; 12+ years in the sector and 200+ regulatory training sessions and seminars delivered.
What we do. Global market access: multi-country registration programmes, technical documentation, regulatory advice. Clinical evidence: clinical evaluation reports (CER), usability studies, overseas clinical investigations. Quality systems: ISO 13485, MDSAP, FDA QMSR and BGMP implementation and audit readiness. Authorised representative and licence-holder services across Southeast Asia, Latin America, the Middle East, Africa, Europe and North America.
Why GRZAN. A real operating entity, with the certificate held by the manufacturer: our direct overseas subsidiaries act as the compliant local holder, so the regulatory relationship stays clear and you keep control rather than being tied to a distributor. Direct access to the team: no time-zone gap, no language barrier, no cultural gap. Review points anticipated: we know what FDA 510(k), EU MDR, Southeast Asian, Latin American and Middle Eastern reviewers look for, which shortens timelines and reduces deficiency letters. Pathway planning: pre-decision analysis and risk assessment before you commit.
Every engagement rests on three commitments: efficiency through pre-submission review, certainty through a clear pathway, and stability through a licence-holder that stays in place.
Take your devices global with GRZAN
We work with manufacturers worldwide to open new markets with a clear regulatory pathway.
Contact us