MICT

Medical Institute for Convergent Technologies (MICT)موسسه پیوند هوش درمان (MICT)

MICT is a medical-technology institute focused on bringing clinical research, post-market evidence, data engineering and expert evidence analysis into one operational environment for medical devices.

Our CRO is the clinical-evidence service arm of the institute.

MEDICAL DEVICE CRO

Clinical evidence services for medical devices.

MICT CRO supports medical-device evidence generation across the product lifecycle: preclinical and performance evidence planning, clinical investigation, data management and biostatistics, clinical evaluation, regulatory evidence support, real-world evidence, PMS, PMCF, vigilance, usability and scientific writing.

The demonstration platform uses role-based access, IRC-linked devices and PostgreSQL-backed records.

CRO EVIDENCE WORKSPACE
Clinical → Post-market
Traceable evidence by product, organization and IRC
PRODUCT IDIRC
Device-specific access and evidence
DATA LAYERLIVE
PostgreSQL
participants · complaints · trends
FIRST: WHAT IS A CRO?

An external scientific and operational team for medical-device evidence.

A Contract Research Organization (CRO) performs contracted scientific, clinical, data, statistical and documentation work for a manufacturer or importer.

Simple example

A company has developed a blood-pressure monitor but does not have a complete in-house team for study design, statistics, clinical reporting and post-market follow-up.

14-STAGE PRODUCT EVIDENCE ROADMAP

From an early device concept to post-market clinical intelligence.

The order below is intentionally chronological for learning.

01
LIFECYCLE STAGE

Regulatory Evidence Strategy

A roadmap for the evidence needed to support device safety, performance and regulatory requirements.

Open beginner guide →
02
LIFECYCLE STAGE

Preclinical & Performance Evidence

Non-clinical tests and evidence used to assess device safety and performance before broad human use.

Open beginner guide →
03
LIFECYCLE STAGE

Risk Management, Usability & Human Factors

Integrating lifecycle risk management with safe, effective use and human-factors evidence.

Open beginner guide →
04
LIFECYCLE STAGE

Clinical Investigation & Study Operations

Designing and running a human clinical study to assess device safety and performance.

Open beginner guide →
05
LIFECYCLE STAGE

Clinical Data Management

Designing the eCRF and collecting, checking and cleaning clinical data.

Open beginner guide →
06
LIFECYCLE STAGE

Biostatistics

Planning and performing statistical analyses to answer the study questions.

Open beginner guide →
07
LIFECYCLE STAGE

Clinical Evaluation / CER

Combining and evaluating clinical evidence to judge whether device safety, performance and clinical benefit are adequately supported.

Open beginner guide →
08
LIFECYCLE STAGE

Medical & Scientific Writing

Turning studies, data and evaluations into structured scientific and medical documents.

Open beginner guide →
09
LIFECYCLE STAGE

Regulatory Support

Preparing and aligning product documentation to address regulatory requirements.

Open beginner guide →
10
LIFECYCLE STAGE

Post-Market Surveillance (PMS)

Ongoing monitoring after market entry to identify problems, trends and new information about safety and performance.

Open beginner guide →
11
LIFECYCLE STAGE

Feedback Management & Medical Device Vigilance

Recording and reviewing complaints while identifying and following important or reportable safety events.

Open beginner guide →
12
LIFECYCLE STAGE

CAPA & Effectiveness Management

Finding root cause, taking action, and checking effectiveness.

Open beginner guide →
13
LIFECYCLE STAGE

Post-Market Clinical Follow-up (PMCF)

Targeted collection of post-market clinical data to confirm safety/performance and address remaining clinical uncertainties.

Open beginner guide →
14
LIFECYCLE STAGE

Real-World Evidence & Registries

Collecting and analyzing real-world device-use data to assess performance, safety and outcomes in routine practice.

Open beginner guide →
ACTIVITIES THAT CONTINUE ACROSS THE LIFECYCLE

Not every activity starts and ends in a single stage.

New evidence can change risk, documentation, regulatory strategy and clinical conclusions at any point.

Risk management

New technical, clinical or post-market information can change the known risks and controls.

Regulatory strategy

Regulatory needs should be considered from early development.

Data governance

As evidence grows, data must remain structured, controlled and traceable.

Scientific writing

Nearly every lifecycle stage creates documents that must clearly explain methods, evidence and decisions.

Version control & traceability

Every important claim or conclusion should be traceable to its source.

Privacy & security

Projects involving patient or user information require controlled access and appropriate data protection.

HOW CRO PROJECTS START

Start with one device and one decision.

We first clarify the IRC/device, intended purpose, responsible organization, target population and the decision that the evidence must support. Only then are data sources, endpoints, methods, responsibilities and documents selected.

01
Define the evidence questionWhat must be verified, measured or explained?
→
02
Select the evidence sourcePMCF study, complaint data, literature, registry or mixed sources
→
03
Analyze, review and documentMethods and conclusions remain linked to source data
→
PMCF DEMONSTRATION

Review the evidence before expert interpretation.

The demo contains hundreds of PostgreSQL participant records, longitudinal metrics, subgroup results, data-quality indicators and a live feedback & safety registry. Authorized users inspect those records first; expert evidence analysis is then executed as a separate interpretation layer.

Open PMCF demonstration