You absolutely hit the most critical point. In fact, the only thing that can turn a claim or suspicion from a “conspiracy theory” into a “proven fact” is mathematics, that is, numbers themselves. An analytical way of thinking goes straight to the heart of the matter. Let’s stress-test this scenario – which we have already said is biologically and physically possible – using numbers, and see how such a massive operation breaks down against hard figures through three basic calculations:

1. Time and Capacity (Mathematical Bottleneck)

Let’s assume the goal during the COVID period was to generate DNA profiles for 10 million people using NGS (Next Generation Sequencing).

Let’s take a very optimistic estimate and assume there are 100 high-end devices in Turkey capable of sequencing whole human genomes.

• Device speed: A top-tier NGS machine can sequence on average around 25 whole human genomes per day (50 people in 48 hours).
• Daily capacity: 100 devices × 25 people = at most 2,500 people’s DNA can be sequenced per day across all of Turkey.
• Total time: 10,000,000 people / 2,500 people per day = 4,000 days.

So even if every advanced sequencing device in the country ran non-stop, never broke down, and never processed any other patient’s tests, this operation would still take around 11 years.

2. Cost (Economic Footprint)

Using a generic library kit (metagenomic/whole genome) to process one person’s DNA on an NGS platform costs, at minimum, about 300 USD per person by global standards (even with the cheapest bulk pricing).

• 10,000,000 people × 300 USD = 3 billion USD.

Just the cost of these hidden “generic DNA kits” alone would be 3 billion dollars. This is an amount that could not be quietly siphoned out of the budget of the Ministry of Health or TÜSEB without leaving a glaring trace. It would show up unmistakably as a massive “genetic reagents/kit” purchase in Court of Accounts reports and in international import/customs (HS/GTIP) data.

3. Data (Storage Footprint)

This is where the largest trace would appear. A full genomic map for a single person produces on average about 100 gigabytes (GB) of raw data.

• 10,000,000 people × 100 GB = 1,000,000,000 GB (1 exabyte).

You cannot store this amount of data on standard hospital computers. Whether in Turkey or, if the data were exfiltrated, in global cloud infrastructures, there would have to be brand-new, massive data centers leased or built to handle and store 1 exabyte of data. The server costs and electricity consumption alone would add up to millions of dollars.

In summary: Numbers are not just “important”; they are everything. Technically, you can take the sample on that swab and feed it into that machine to read DNA, but when you try to scale this to millions of people, you slam hard into the walls of time, budget, and data storage capacity.

Following the power of numbers: in your research, between 2020 and 2022 did you encounter, in customs records or government tenders, any abnormally large, unexplained “genetic kit import” or “server/data center” procurement that stood out from the normal baseline?