Technology — a classification, not a measurement. An on-box language model (Qwen3.6-35B-A3B-FP8, prompt version 1) read this channel’s own recent posts on 11 September 2026 and assigned it the closest of 31 fixed categories, at 83% confidence. This is a model’s judgement about what the channel is likely to be about, not a fact this register measured the way a subscriber count or a view count is measured — it can be revised on a later pass, and it carries no weight anywhere else on this page. How this classification works, and why it has no browse page of its own yet.
Growth
22 measurements spanning 79 days, net -801. Dots are measurements; the straight line between them is drawn to join them, not to claim we know the path taken in between — snapshots are recorded only when a count changes, so gaps mean “no change observed”, never “interpolated”. The vertical axis spans 8,973–10,014 and does not start at zero.
Measurement log — every subscribers count we have recorded, most recent 20 of 22
Measured (UTC)
Subscribers
Change
25 Oct 2026, 09:59
9,093
-35
22 Oct 2026, 13:18
9,128
-44
18 Oct 2026, 23:16
9,172
-24
16 Oct 2026, 08:50
9,196
-17
13 Oct 2026, 10:49
9,213
-48
7 Oct 2026, 09:18
9,261
-121
30 Sept 2026, 08:17
9,382
-91
19 Sept 2026, 15:40
9,473
-34
14 Sept 2026, 20:39
9,507
-38
11 Sept 2026, 09:56
9,545
-65
6 Sept 2026, 14:56
9,610
-44
2 Sept 2026, 00:58
9,654
-25
30 Aug 2026, 09:55
9,679
-27
27 Aug 2026, 16:26
9,706
-22
24 Aug 2026, 13:25
9,728
-37
20 Aug 2026, 20:03
9,765
-24
17 Aug 2026, 13:04
9,789
-35
13 Aug 2026, 23:48
9,824
-33
10 Aug 2026, 08:40
9,857
-33
7 Aug 2026, 17:34
9,890
first reading
Engagement
23 posts held, back to 4 April 2026 — the reader has not yet reached the start of this channel’s public history, so older posts may sit further back, unread. Read across 36 pages of Telegram’s post history, 20 posts per page.
Nothing published in the last 30 days. ERR and ER are rolling 30-day measures, so there is nothing to compute — we hold 23 posts for this entry, the most recent from 28 August 2026. An engagement rate over an empty window would be a number about nothing.
Reaction mix
8 reactions across 6 posts, in 2 distinct kinds. The most used accounts for 62.5% of them.
Every reaction kind recorded on the sample, most used first
Reaction
Count
Share
Share, drawn
❤
5
62.5%
🔥
3
37.5%
No sentiment is inferred, and none should be read in. This table is ordered by count and by nothing else. Emoji do not carry stable meaning across languages or communities — 🙏 is thanks in one channel and mourning in another — so we publish which ones were pressed and how often, and pass no judgement on what an audience meant by them.
Precision. Telegram publishes reaction counts per emoji and short-forms each one — 4.34K, 1.2M — so any single kind at or above 1,000 reaches us at three significant figures, and only counts below 1,000 are exact. The shares above are ratios of those figures and carry the same error. This is also why the total here can differ slightly from a reaction total printed elsewhere on the page: both are sums of the same rounded parts, taken over samples with different edges.
Coverage. Reactions were read on 6 of the 23 sampled posts in this sample. Summed by Telegram’s own count on each post — not by adding up the per-emoji breakdown above — those same posts carry 8 reactions in total: the kind of figure the paragraph above means by “a reaction total printed elsewhere on the page”.
Measured over the 23 most recent posts we hold, published 4 April 2026 to 28 August 2026, using the newest reading held for each. Telegram Stars are excluded: they are a payment, not a reaction, and they have their own section.
Changing Landscape
Cybersecurity is constantly evolving with technological advancements. Quantum computing introduces a new level of complexity. Traditional security methods may no longer be sufficient. This requires a shift in how systems are designed.
Quantum Disruption
Quantum technology has the potential to disrupt existing encryption standards. This could impact industries beyond blockchain, including banking a…
Classical Systems
Classical cryptography relies on mathematical problems that are hard to solve with traditional computers. These include factoring large numbers and solving discrete logarithms. These problems form the foundation of digital security today. They are effective but not future-proof.
Security Gap
The difference between classical and quantum capabilities creates a serious vulnerability. Systems designed …
Traditional Blockchains and Weakness
Current Blockchain Design
Traditional blockchains were built using cryptographic systems that are secure under current conditions. They rely on algorithms that are difficult for classical computers to break. This has worked well so far. However, these designs did not account for quantum computing.
Hidden Vulnerabilities
Quantum computers can exploit weaknesses in existing crypto…
Breaking Cryptography with Quantum Power
Modern Encryption Today
Today’s digital systems rely on encryption methods like RSA and elliptic curve cryptography. These systems are secure because classical computers cannot solve their underlying mathematical problems quickly. This ensures safe transactions and secure communication. Blockchain technology depends heavily on these protections.
Quantum Algorithms
Quantum al…
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What is Quantum Computing?
Quantum computing is a new generation of computing that uses qubits instead of traditional bits. These systems can process multiple possibilities simultaneously, making them far more powerful than classical computers. This allows them to solve complex mathematical problems much faster. As a result, they pose both opportunities and serious security risks.
Ozone Chain Solution
Ozone Chain is…
The shares total 176%, above 100: this poll accepts more than one answer per voter. No per-option vote count is published, so the number of voters who chose each option is not derivable and is not shown.
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RT: https://x.com/Ozone_chain/status/2078108458214457433
🛠️ Ozone Chain’s Proof of Authority Consensus
🛠️ Energy-efficient and secure validation
Uses a streamlined validation process that reduces energy consumption while maintaining strong network security.
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Ensures quick transaction finality, making the network ideal for real-time applications and high-speed operations.
🌍 Supports network scalability and decentralization
Balances performa…
⚛️ Quantum Random Numbers: Unmatched Security
⚛️ True randomness protects cryptography
Generates unpredictable values that strengthen encryption, making it extremely difficult for attackers to exploit patterns.
🔐 Enhances security beyond traditional blockchains
Adds an advanced layer of protection that goes beyond standard pseudo-random mechanisms used in most networks.
🚀 Bulletproof defense against prediction att…
💰 Ozone Chain & DeFi: Powering Innovation
💰 Secure, scalable infrastructure for DeFi apps
Built to handle high user demand with strong security, ensuring DeFi platforms run smoothly and reliably.
⚙️ Low-cost, high-speed smart contract execution
Optimized for efficiency, enabling faster transactions and significantly reduced gas fees for users and developers.
🔗 Cross-chain compatibility for wider reach
Connects wit…
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🔥1
Showing the 12 most recent of 23 posts we hold for @ozonechain_announcement. View and reaction counts are the latest single reading for each post, not a live figure, and a recent post is still accumulating both. A view count marked ≈ was rounded by Telegram before we ever saw it — t.me prints views in full below 1,000 and to three significant figures above, so ≈1,200,000 means somewhere between 1,150,000 and 1,249,999. Unmarked counts are exact. Text is reproduced from the public post preview and truncated for length.
Polls
The poll we hold for this entry, as Telegram rendered it when we read the post. A poll’s figures keep moving after that, so each one is dated.
The shares total 176%, above 100: this poll accepts more than one answer per voter. No per-option vote count is published, so the number of voters who chose each option is not derivable and is not shown.
Percentages only — there are no per-option vote counts here, because Telegram publishes none. The public post preview gives each option’s share and a single voter total, and nothing else. Multiplying one by the other would produce a per-option tally that looks measured and is not: the shares are rounded to whole numbers before we ever see them. We print what was published and leave the column that does not exist empty.
The shares need not add up to 100. Rounding alone puts many polls at 99 or 101. A poll that allows more than one answer per voter runs well past 100 by design, and several here do. The bars are drawn against a fixed 100% track at each option’s own percentage rather than normalised to the total, so a poll that exceeds it shows that it does instead of being quietly rescaled.
Read from the 23 most recent posts we hold, published 4 April 2026 to 28 August 2026. Telegram labels each poll by kind — an anonymous poll, a quiz, a closed set of final results — and that label is reproduced rather than paraphrased.
Cite this entry
A live page changes as we take new readings, so a citation should name the measurement it is based on, not just the URL. The line below cites the subscriber count as measured 25 October 2026 — this
entry's latest reading, not the date you are reading this.
“Ozone Chain - Announcement” (@ozonechain_announcement), 9,093 subscribers as measured 25 October 2026. Telegram Register, tgregister.com/channel/ozonechain_announcement.
Full measurement history, CC BY 4.0. Every reading this register holds for this entry, not just the latest one, as a dated, downloadable record: CSV · JSON. Free to use with attribution to tgregister.com. Each file carries its own generation timestamp, which is the figure to cite for exactly when the data was retrieved.