Regulatory Excellence, engineered with care.

Regulatory documentation, traceable from requirement to evidence.

Medical device and IVD regulatory consulting for manufacturers entering the EU, US and India.

Biological evaluation and toxicological risk assessment, quality systems, technical documentation and market access.

Led by Tanish Kamdar, an engineer turned regulatory specialist, from Delhi.

Requirements-to-evidence traceability matrix Traceability matrix · GSPR → verification → evidence Each requirement row resolves to the document that holds its proof. Requirement Method Evidence Status GSPR 1 · Safety and performanceRisk analysisRMF-01 §4 GSPR 10.1 · Chemical propertiesChemical characterisationCC-07 GSPR 10.2 · BiocompatibilityBiological evaluationBER-02 · TRA-02 GSPR 14.1 · Electrical safetyIEC 60601-1 testingTR-60601-1 GSPR 17.2 · Software lifecycleIEC 62304 recordsSDP-03 · SVR-03 GSPR 23.4 · Instructions for useUsability summativeUEF-05 Clause 7.3.7 · Design verificationVerification planDVP-01 Excerpt from a redacted technical file. Document identifiers are illustrative.
A requirements-to-evidence traceability matrix: each requirement row connects through a verification method to the document that holds its evidence. One highlighted row shows the path from a general safety and performance requirement to a test report.

Tanish Kamdar

Founder and Principal Consultant

  • Graduate Certificate in Medical Device Regulatory Affairs, National University of Singapore
  • B.Tech, Electronics and Communication Engineering
  • Four years in semiconductor design verification before regulatory affairs
About the founder

Where are you right now?

Start from the problem in front of you. Each entry names the first deliverable, its scope and the page that explains it.

Eight service pillars, one traceable file

Every pillar feeds the same technical file. Biological evaluation leads because it is where the practice is deepest; the others carry the file from strategy to post-market.

Flagship 06 Biological evaluation, toxicological risk assessment and E&L A laboratory has proposed a full battery; a reviewer has asked for a toxicological risk assessment; a material changed and nobody knows what that means for the file. The answer in every case starts with endpoint selection under ISO 10993-1:2025 and ends with a document a toxicologist on the other side can follow line by line. Biological evaluation plan and report (ISO 10993-1:2025) Toxicological risk assessment (ISO 10993-17:2023) Extractables and leachables study design (ISO 10993-18:2020+A1:2022) Breathing-gas-pathway evaluation (ISO 18562-1 to -4:2024) Discuss your biological evaluation →

All services and how they connect

Methodology

Nine steps, each with a named output

From a scoping call to post-implementation monitoring, every engagement follows the same lifecycle. Each step produces something you can read, and every statement in every deliverable is traced to the requirement or source that justifies it.

  1. Scoping call
  2. Applicability assessment
  3. Gap assessment
  4. Roadmap
  5. Development
  6. Technical review and traceability verification
  7. Implementation support
  8. Submission and audit readiness
  9. Post-implementation monitoring
Read the methodology
The nine-step engagement lifecycle as a ring 01Scoping call 02Applicability 03Gap assessment 04Roadmap 05Development 06Technical review andtraceability verification 07Implementation 08Submission readiness 09Monitoring Every step produces something you can read. Statements traced to requirement or source.
The nine engagement steps drawn as a ring, with the technical review and traceability verification step emphasised.

Tell us where you are. We will tell you what comes first.

A 30-minute scoping call, complimentary, to understand your device, markets and constraints. A written scope follows within three working days.