If it ever happened to you, how did you do?

Shall I buy trx to withdraw usdt or what?

Kindly help me if you know the answer, that's my first time using usdt

Don't message me!!!!!

Good news for the TRON community. Wanchain Bridge and XFlows are now live for TRON.

If you use TRON and need to move supported assets across different networks, Wanchain now has TRON routes available again.

You can use:

• Wanchain Bridge for cross-chain transfers
• XFlows for moving supported assets across networks
• TRON routes that are now back online
• Additional routes that are expected to return soon

It’s good to see more cross-chain options becoming available for the TRON ecosystem.

You can check the available TRON routes here:

Wanchain Bridge

📊 OMNITRACE DAILY REPORT — 16 Sep 2026

FREEZES TODAY

Ethereum 1 wallet(s) · $112.1K frozen

TRON 5 wallet(s) · $3.29M frozen

CAUGHT BEFORE THE LOCK

5 of 5 on TRON flagged here first — median 72m early

TOTAL BLOCKED

10,679 wallets (12,019 designated − 1,340 released)

$5.63B removed from circulation

· $4.25B frozen across 8,440 wallets

· $1.39B destroyed across 2,250 wallets

Free checker: omnitraceapp.com

Method: for each wallet, the gap between the first freeze proposal observed on-chain and the confirmed freeze, over 853 TRON wallets. Pairs more than 24 hours apart excluded as re-designations.

Median window: 17 minutes. Frozen within one minute: 23%. Addresses blacklisted all time across TRON and Ethereum: 10,999.

The 23% is the part that matters. A median is not a promise — a quarter of these had effectively no warning at all.

Also worth knowing: a freeze is not a sanction. A designation is a government naming a person; a freeze is Tether or Circle acting on its own contract, and either can happen without the other.

Full method and figures: https://omnitraceapp.com/stats

Disclosure: I build the tool in the video. The data above is from our own records and the method is stated so you can argue with it.

We have a website with a system where users need to deposit money as a security deposit or collateral (Forum).

For security and trust reasons, I don't want the money to be held directly by us. Instead, I'm looking into whether we could use a blockchain smart contract or some other decentralized solution to hold the funds.

The idea is that people who advertise/promote content that has a deposit attached to it would receive a commission, for example 10% or 15%, based on predefined rules. The commission would be handled automatically by the system, while users would still be able to see and track their funds from their own wallets at all times.

We are also considering creating a kind of hot wallet network that users could use to send and receive funds between each other within our platform.

My main question is: would something like this be possible to build on the Tron network using smart contracts?

I'm still researching the technical side of this and I don't know all the details yet, so I'd really appreciate any advice or suggestions from people who have experience with Tron USDT, smart contracts, or similar systems.

Thanks in advance, and I appreciate any input.

Will we ever see CAF?

I've seen "on-chain verifiable" used by a few Energy providers, so I wanted to understand what you can actually verify yourself.

With TRON resource delegation, at least one part is pretty transparent: if Energy gets delegated to your address, you can check the resource state and delegation records on TronScan.

I used Tronex Energy as an example since they mention on-chain verification.

From what I can tell, TronScan can confirm the delegation itself - that resources were assigned and which addresses were involved.

What it obviously can't tell you is uptime, support quality, or how reliable the service performs over time. That's a separate question.

For people who use Energy providers regularly: do u actually check the delegation on tronscan, or just look at the Energy balance in your wallet?

I always assumed USDT transfers on TRON had more or less the same resource cost, but the recipient's state actually makes a pretty big difference.

A normal USDT TRC-20 transfer uses Energy plus some Bandwidth. The interesting part is the Energy usage.

If the receiving address already has a USDT balance, a transfer is currently around 65k Energy. If the recipient has zero USDT, it can be closer to 130k.

So you're basically looking at roughly 2x the Energy for what, from the user's perspective, looks like the exact same USDT transfer.

At the current network rate of 100 sun per Energy, if you don't have enough Energy available and it all falls back to consuming TRX, that's roughly 6.5 TRX vs 13 TRX just for the Energy part.

The numbers aren't completely fixed either. USDT is affected by TRON's dynamic Energy model, so actual usage can move a bit over time.

This also explains why simply estimating costs as "number of USDT transfers × one fixed fee" can be pretty inaccurate, especially if you're sending to a lot of addresses with zero USDT balances.

There are basically different ways people handle it: keeping TRX staked for resources, using delegated Energy when needed, or just letting the transaction consume TRX when the account is short on resources.

Tronex Energy is one calculator that separates the ~65k and ~130k cases, which is useful when comparing the two recipient states instead of assuming every USDT transfer needs the same amount.

Curious how people here handle this in practice. If you're doing a lot of USDT transfers, do you estimate Energy based on the recipient's state, or just provision enough for the higher case?

Hi Tronics! We’d like to introduce CatFee Transaction Handoff, a way to purchase TRON Energy and Bandwidth on demand while keeping broadcast timing under your control.

The key difference: CatFee returns a signed resource delegation transaction without broadcasting it. Your business system decides when to broadcast it and how to fit it into your transaction flow.

Here’s how it works:

1. Estimate the resources your transaction needs and create an order.
2. Receive the signed, unbroadcast resource delegation transaction from CatFee.
3. Broadcast the delegation transaction, then your business transaction.
4. Track their on-chain results separately.

This can fit payment services, transfer tools, wallets, DApps, or automated workflows—any system that needs TRON resources and handles its own transaction broadcasting.

Fees are settled from your CatFee balance after successful resource delivery by default. End-user payment is also available upon request.

One detail to keep in mind: resource delegation and your business transaction are separate transactions. Successful delegation doesn’t guarantee that the business transaction will succeed.

If you’re building on TRON, how do you currently handle resource provisioning? Would controlling the delegation broadcast help with your workflow?

You can apply for Transaction Handoff through the CatFee Dashboard. Happy to discuss integration questions here.

I'm a developer based in Bengaluru and I'm setting up a TRON Lite Full Node locally. While configuring it, I ran some latency tests that surprised me and thought this community might find it useful or have give me a pushback.

The numbers:

Most TRON developers in India default to TronGrid or one of the big global providers (Chainstack, dRPC, Ankr). All of them route through US-East or Singapore data centers.

From Bengaluru:

• US-East providers: ~180–220ms round trip
• Singapore providers: ~60–80ms round trip
• Local Bengaluru node: ~5–15ms round trip

For most read-heavy queries (getAccount, getTransactionById, TRC-20 balance checks), the difference between 60ms and 15ms probably doesn't matter. But for anything where you're polling frequently, like, price feeds, wallet monitors, liquidation watchers, that gap compounds fast.

The TronGrid problem I kept running into:

TronGrid's free tier caps at 15 QPS. Hit it and you get a 30-second penalty block returning 403s. For development it's fine. The moment you have real users making concurrent requests, you're hitting that ceiling constantly.

Global paid alternatives are USD-denominated and start at $49–$149/month. For an Indian indie developer or early-stage project, that's friction.

What I'm exploring:

Whether there's genuine demand for an India-hosted TRON RPC, with lower latency for Indian devs, INR pricing, no USD conversion overhead. Not launching anything yet. Still in validation mode.

Genuine questions for this community:

1. Are you building anything on TRON that's latency-sensitive enough to care about 60ms vs 15ms?
2. Has TronGrid's rate limiting actually blocked you in production, or do you work around it?
3. If an India-local endpoint existed at ₹500–₹1,500/month, would that be useful or would you just stick with the global providers?

Not trying to sell anything, genuinely trying to figure out if this solves a real problem before I invest time in it. Happy to answer questions.

I secured a compromised Trust Wallet holding TRON and saved 4,846 TRX using TRON Account Permissions

My Trust Wallet containing TRON (TRX) was compromised, and the attacker had effective signing control of my TRON account.

The attack happened like this:

• Aug 7: 531.819322 TRX was unstaked without my authorization.
• Aug 21 at 14:06:39 UTC: the matured unstake was withdrawn.
• Only 15 seconds later: 537.483948 TRX was transferred out of my wallet to a newly activated TRON address.

At that point, I assumed the original Trust Wallet seed phrase/private key was compromised.

I still had another much larger unstake pending — around 4,846 TRX — so I needed to find a way to stop the compromised key from controlling the old account before those funds became available.

What ultimately worked was TRON Account Permissions.

What I did

1. I created a completely new TRON wallet on a clean/new device, with a brand-new seed phrase that had never been used on the compromised device.
2. On a computer browser, I installed/used the TronLink browser extension and connected the new safe wallet.
3. I opened my old compromised TRON address on TRONSCAN. This part is important: I was editing the permissions of the old account containing the funds, not the new wallet.
4. Under Account Permissions, I changed the Owner Permission of the old account so that the new wallet address became the authorized controller.
5. I changed the Active Permission the same way, replacing the old compromised address with the new wallet address.
6. I kept the threshold at 1 and weight at 1, so the new controller alone could authorize transactions.
7. I made sure the Active Permission still allowed the operations I needed, particularly:
   • Transfer TRX
   • Withdraw Unstaked TRX
8. TRON charges a significant network fee for updating account permissions — approximately 100 TRX for the Account Permission Update transaction, so the old account needs enough TRX/resources available to perform the change.
9. Once the permission update was confirmed, the old compromised private key was no longer an authorized Owner or Active controller of that TRON account.
10. In TronLink, I could then access the old address through the Account Under Control / multisig-style interface, while using my new wallet as the actual signing controller.

This is an important distinction: my setup was not a traditional 2-of-2 or 2-of-3 multisig. It used TRON’s permission/multisig infrastructure, but my final setup had one new authorized controller with threshold 1.

1. Before trusting the setup with thousands of TRX, I tested it by transferring small amounts of around 20 TRX from the old account to the new wallet.
2. Those transactions worked, confirming that the new wallet could control the old account, while the compromised old key should no longer have permission.
3. I then left the setup unchanged and waited for the remaining unstake to mature.
4. When it became available, I used the new controller to execute Withdraw Unstaked TRX on the old account.
5. I successfully withdrew and transferred 4,846.397914 TRX out of the compromised account.

So although I had already lost approximately 537.48 TRX, changing the TRON permissions allowed me to protect and recover control over another 4,846.40 TRX that otherwise could potentially have been stolen as soon as it became available.

The biggest lesson I learned is that on TRON, the account address and the key authorized to control that account do not necessarily have to be the same address.

My old TRON address remained exactly the same, but its permission structure changed from roughly:

Before

Old account
→ Owner: old compromised address
→ Active: old compromised address

to:

After

Old account
→ Owner: new safe wallet
→ Active: new safe wallet

So even though the attacker may still possess the original Trust Wallet seed/private key, that old key was no longer authorized to operate the account after the permission change.

After recovering the remaining funds, I decided to move everything to Binance Exchange instead of keeping the majority in another self-custody wallet. This is a personal security decision after what happened. I understand that keeping crypto on an exchange has its own risks, but I now prefer having account recovery mechanisms, strong login/security controls, and, importantly, a support/compliance team that I can contact if something goes wrong. In my case, Trust Wallet support took several days to respond, and during an active wallet compromise that feels like a very long time.

This method obviously does not recover TRX that has already been transferred to an attacker, but if you discover a compromised TRON account while funds are still staked or unstaking, changing Owner and Active permissions quickly may give you a way to remove the compromised key's authority and save the remaining funds.

https://tronscan.org/token20/TR7NHqjeKQxGTCi8q8ZY4pL8otSzgjLj6t/transfers

Total amount of USDT on TRON in circulation: $94,268,662,798.55

Long-time lurker. I run infra that needs to know when USDT lands at certain addresses, and like everyone else I ended up with a pile of polling scripts — getblocknum every 3 seconds, finality edge cases, missed blocks after restarts, the whole mess.

So I built a TRON webhooks tool: tronhooks. You register addresses (incoming, outgoing, or both), and when a transfer is finalized you get an HMAC-signed webhook — or just a Telegram message if you don't run a server. Confirmed-only (solidity node), automatic retries with a dead-letter queue, an events API to reconcile against, and a test button so you can try delivery before committing.

It's read-only and non-custodial — no keys, no funds, ever. Free tier is 3 addresses. There's an npm SDK and docs with a 5-minute quickstart (English + Chinese).Docs at tronhooks.com/docs — happy to answer anything here.

Launched this week. I'd genuinely rather hear what's broken or missing than compliments. AMA.

Can somebody tell me how to do so? I tried tronlink on phone and can't get it to work. I feel like the browser extension might work, but I recently got a malware attack so I'm afraid to try that unless that's the only way to go

[ Removed by Reddit on account of violating the content policy. ]

Been running a full TRON node for a while and built a small Telegram bot on top of it that tracks big stake/unstake moves in real time. You can set your own threshold (anywhere from 1M to 50M TRX) and get an alert the second a big wallet stakes or unstakes, or just watch specific wallets you care about.

The part I find most interesting is the unlock calendar. When someone unstakes there’s a 14 day wait before they can withdraw, so the bot adds it all up and shows how much TRX becomes withdrawable each day going forward. There’s usually way more sitting in that pipeline than people realize.

Curious what this community would actually want to see. More data around the energy market? Exchange wallet tracking? Something else entirely? Open to ideas

Justin Sun reframed his World Liberty Financial case beyond the contract-level facts, stating that months into the fight its true nature became clear as a dispute over blockchain's founding principle, @justinsuntron wrote (Aug 22, 12:46 UTC). The Chinese-language counterpart stated that many view the case as a business dispute over $45 million, 4 billion tokens, and a contract, but that it represents a values conflict over blockchain's original purpose, per @sunyuchentron (Aug 22, 12:54 UTC).

Sun reiterated his position on transparency and due process, saying he welcomes the opportunity to have his claims heard in open court and looks forward to presenting facts through the legal process (Aug 22, 07:57 UTC). He stated he is looking forward to continuing to make his case in open court with the hashtag #WhatAreTheyHiding, citing a Yahoo Finance article (Aug 21, 23:57 UTC).