A 19-year-old Japanese student built a trading bot with Claude Code in 2 days.
Used his iPad as a second monitor.
First night: $6,732 profit.
Starting capital: $68.
Total profit so far: $750,000.
Here's how it works:
The bot scans over 50 markets simultaneously.
Syncs live BTC data from Binance every second.
Spots price errors before humans even notice.
The edge is pure speed + pattern recognition.
While traders stare at charts trying to predict the next move, his bot is already executing on mispricing across dozens of markets.
No guessing.
No emotions.
No hesitation.
Just Claude Code logic finding gaps that close in seconds.
He built the entire system in 48 hours:
→ Claude Code handles the trading logic
→ Binance API feeds real-time BTC data
→ iPad displays multi-market monitoring
→ Executes trades when arbitrage windows open
The system runs 24/7.
Every price dislocation = profit opportunity.
Most people are still trading manually, refreshing charts, second-guessing entries.
Meanwhile this 19-year-old engineering student turned $68 into $750K by letting Claude Code do what humans can't: process 50 markets instantly and execute without fear.
Why are people still trading manually?
💡 I'm giving away the exact Claude Code setup for free.
24 hours only.
To get it:
1️⃣ Comment "Fable"
2️⃣ Like and Repost
3️⃣ Follow
@LearnWithSubhan
I'll DM you the complete setup.
The DeepSafe official website https://t.co/yMpktKjLyQ has been fully updated. The newly designed interface and features are now live. We invite you to explore and experience our latest developments.
Stay tuned as we are about to launch our new #CRVA participation program. More details will be revealed soon.
#CRVA achieves off-chain decentralized verification through advanced technologies such as #ZKP (Zero-Knowledge Proof), #MPC (Multi-Party Computation), and Ring-VRF.
This design not only ensures the security and privacy of the verification process but also enables efficient order matching based on the 'FIFO' principle through a distributed order book, effectively eliminating price slippage. The application of MPC and TEE (Trusted Execution Environment) maintains transaction speed while preserving data privacy and the decentralized nature of the system. Therefore, CRVA can be viewed as a bridge connecting DEX and CEX—it provides users with the security and transparency of a DEX through decentralized off-chain verification mechanisms, while delivering a smooth experience comparable to CEX thanks to efficient transaction processing and matching speeds.
In other words, CRVA combines the core advantages of decentralization with the efficiency of centralized systems, creating a secure, efficient trading environment that doesn't require trust in third parties.
@binance@cz_binance@heyibinance
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📢 CRVA Nodes Upgrade Notice
The latest on-chain version, version 38, corresponding to image V0.12.19, is now available. All nodes must be upgraded by Mar 15th to ensure seamless operations.
Image Version:
bnk-occlum-keyring-dcap:v0.12.19
Upgrade Contents:
The PeerId of the device in the network is now related to the sgx device and code, eliminating the need for manual configuration
Non-sgx devices cannot join the p2p network
Optimized message processing and task execution efficiency
Enhanced device anonymization strategy
Important Notes:
Before startup, you need to add the new configuration for generating secure prime numbers:
[prime_factory_config]
threads = 5
target = 500
<threads>: The number of threads that will be utilized during initialization of the new version. This will occupy CPU resources for a period of time. To avoid using all available CPU resources, this value can be adjusted accordingly (default uses all threads).
<target>: The target quantity of secure prime numbers to generate. For actual operation, it's better to set this value slightly higher, recommended between 100 and 1000. Larger values will increase CPU utilization time during initialization (default value is 500).
Important Addition to Configuration Documentation:
Please note that in the current network configuration, do not enable the <is_autonat> option. Enabling this option may cause startup failures due to initial connection rejections.
We deeply regret the recent cyberattack on @Bybit_Official. We believe that the Bybit team will address this challenge effectively and restore stable operations swiftly.
This incident serves as a critical reminder: The security design of cold wallets and multi-signature systems urgently demands innovation. To address this, DeepSafe has launched a decentralized multi-sig security solution for CEX. This solution combines security with flexibility, eliminating potential vulnerabilities in existing cold wallet systems.
For more details👇
https://t.co/SeTpnodAW2
Security is the cornerstone of trust, and evolution is the only way forward
We express deep concern over the Bybit cold wallet hack, and sincerely hope Bybit can overcome this challenge soon. This incident is not just a devastating blow to a single platform but serves as a wake-up call for the entire Web3 ecosystem—when the industry becomes obsessed with functional innovation while neglecting foundational defense, all participants will ultimately pay the price. History repeatedly proves that negligence in security essentially amounts to overdrawing user trust.
The root cause of this attack extends far beyond the technical vulnerability itself. It lies in the industry's long-standing cognitive trap: blindly worshipping the myth of "cold storage" physical isolation, reducing multi-sig mechanisms to mere formalistic procedures while turning a blind eye to human vulnerabilities in the signing process; relying on fragile manual review defenses while refusing to build systematic automated verification systems; and still using static solutions to counter dynamic threats in an era where attack vectors are evolving across layers. If security continues to be viewed as a "compromisable cost" rather than an "unshakeable foundation," the cycle of disasters will never end.
This is precisely why DeepSafe has chosen to reconstruct the security paradigm through technical rationality. The #CRVA (Crypto Random Verification Agent) builds a dynamic defense through three mechanisms: Zero-Knowledge Proofs (#ZKP) verify real-time consistency between user intent and on-chain data, eliminating the possibility of frontend address manipulation inducing malicious signatures at the source; Multi-Party Computation (#MPC) fragments private keys across dynamically rotating verification nodes, rendering single-point infiltration completely ineffective; and Ring-VRF rotate CRVA every ten minutes, depriving attackers of any anchor points for long-term infiltration.
We deeply understand that no technology can provide absolute perfect defense, but the industry's responsibility lies in making attack costs exceed potential returns. DeepSafe has opened access to all Web3 projects—this isn't about commercial competition but about the logic of survival. When every citadel in this dark forest builds cryptographic walls, predators' ambitions will ultimately perish on the stake of costs. We urge practitioners to stop self-sedating with "pseudo-security" and view the iteration of defense systems as a core mission equally important as protocol functionality. Only then can Web3 truly break free from the "trust trap" and make freedom and security two sides of the same coin.
True decentralization never compromises on security.