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Subnet teams' own channels, X posts, press, newsletters and events read from the chain — GitHub lives in its own tab

TAOstatus@taostatus_ai

A burglar and an ethical hacker hunt for the same gap. One uses it. The other shows you where it is so you can close it. TAOStatus scans your app for security vulnerabilities: severity-ranked, with the exact file, line and fix. Security Auditing is never too early, but it can be late once you're compromised. #AppSec #Bittensor #TAOStatus

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TAOstatus@taostatus_ai

Every finding in a TAOStatus scan report comes with a severity, the exact file and line, a plain-English explanation, and a recommended fix. The result: a clean, well-structured report, listing every finding, sorted by criticality of the finding. The example below uses a mock report, not a real repository. Follow TAOStatus for more feature updates. #TAOStatus #Bittensor #DevSecOps

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TAOstatus@taostatus_ai

What if testing your website's security took just two clicks? We're building exactly that. @taostatus_ai Traditional security scanners generate hundreds of potential vulnerabilities, leaving teams to figure out which ones are actually exploitable. We're changing that approach. Our upcoming TaoStatus dashboard will make security auditing simple: 1. Enter your domain and define the testing scope. 2. Hit Run.Our platform automatically assigns the best-performing security agent. But here's the difference: Our agents don't just scan and report. They actively test running applications, validate vulnerabilities through controlled exploitation, and provide reproducible proof. No speculative alerts. No unverified findings. Just actionable security intelligence. Built for simplicity. Designed for real security. The dashboard is coming soon. Follow TaoStatus for updates and early acces. #TAO #Bittensor #CyberSecurity

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Taosis News: the week’s articles from the subnet teams, the press and community newsletters, every Friday. Taosis Weekly: the week’s movers, best yields and chain events, with dollar values, every Monday. Past issues

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On-chainChild keys104SN1046d ago

Validator FirstTensor.com (5DvT…N2ed) scheduled a child-key change on 42 subnets

Validator hotkey 5DvTpiniW9s3APmHRYn8FroUWyfnLtrsid5Mtn5EwMXHN2ed announced new child keys on SN6, SN8, SN9, SN14, SN20, SN29, SN30, SN35, SN37, SN38, SN41, SN44 and 30 more, applying at block 9,431,952 (~24h). Stake delegated to it there routes through its children after that.

ValidatorFirstTensor.comSubnetsSN6, SN8, SN9, SN14, SN20, SN29, SN30, SN35, SN37, SN38, SN41, SN44, … (42 subnets)

Between blocks 9,424,713 and 9,424,772

On-chainChild keys104SN1048d ago

Validator Taostats (5GKH…TrP1) scheduled a child-key change on 8 subnets

Validator hotkey 5GKH9FPPnWSUoeeTJp19wVtd84XqFW4pyK2ijV2GsFbhTrP1 announced new child keys on SN24, SN35, SN37, SN84, SN94, SN104, SN120, SN128, applying at block 9,423,874 (~24h). Stake delegated to it there routes through its children after that. On SN35 it replaces the change that was pending for block 9,417,573, which will not apply then.

ValidatorTaostatsSubnetsSN24, SN35, SN37, SN84, SN94, SN104, SN120, SN128

Between blocks 9,416,632 and 9,416,691

On-chainChild keys104SN10410d ago

Validator 5HbS…FZdT scheduled a child-key change on 18 subnets

Validator hotkey 5HbScNssaEfioJHXjcXdpyqo1AKnYjymidGF8opcF9rTFZdT announced new child keys on SN6, SN11, SN14, SN24, SN32, SN37, SN38, SN43, SN45, SN53, SN61, SN69 and 6 more, applying at block 9,406,042 (~24h). Stake delegated to it there routes through its children after that.

Validator5HbScN…rTFZdTSubnetsSN6, SN11, SN14, SN24, SN32, SN37, SN38, SN43, SN45, SN53, SN61, SN69, … (18 subnets)

Between blocks 9,398,838 and 9,398,900

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TAOstatus@taostatus_ai

One compromised device. Billions at risk. That's the reality of Web3 security. Even the biggest players aren't immune. Operational security is no longer optional; it's essential. We're on a mission to change that. A major new update is coming, designed to minimize vulnerabilities, strengthen security, and make Web3 safer for everyone. Stay tuned. We're building security for what comes next.

Quoting @binance

Binance's initial investigation suggests that the security incident may involve a compromised DevOps engineer’s laptop, which allowed an attacker to gain access to a service container and submit unauthorized withdrawal transactions. We have found no evidence of any wallet private key leak. We will share a detailed technical post-mortem once the investigation is complete and the facts are fully verified. The estimated total impact sits at around $6.3B. We have worked with blockchain partners to freeze affected assets, with ~$3 billion frozen on-chain so far. Binance will cover all losses from the SAFU fund and the company’s funds. User funds are safe. We will also publish an updated Proof of Reserves once the remediation is complete. As an immediate precaution, Binance has: - temporarily suspended deposits and withdrawals while security checks are completed; - revoked the affected address authorisation; - engaged law enforcement and blockchain intelligence partners to trace and recov

Full post on TaosisOpen on X ↗

On-chainChild keys104SN10412d ago

Validator Astrid (5ELR…qwVh) scheduled a child-key change on 18 subnets

Validator hotkey 5ELREhApbCahM7FyGLM1V9WDsnnjCRmMCJTmtQD51oAEqwVh announced new child keys on SN6, SN12, SN13, SN20, SN24, SN31, SN38, SN44, SN50, SN54, SN60, SN62 and 6 more, applying at block 9,393,652 (~24h). Stake delegated to it there routes through its children after that.

ValidatorAstridSubnetsSN6, SN12, SN13, SN20, SN24, SN31, SN38, SN44, SN50, SN54, SN60, SN62, … (18 subnets)

Between blocks 9,386,394 and 9,386,452

TAOstatus@taostatus_ai

@taostatus_ai Here’s how the SN104 Security Track works: Miner submits an security agent The validator runs it inside an isolated, zero-egress sandbox The agent tests a randomly selected vulnerability class: SQLi, CMDi, LFI, IDOR, or SSRF The finding must be proven through a replay-confirmed exploit Hardcoded results, spraying, or fabricated findings receive a score of 0 Agents meeting the performance threshold can be listed on the marketplace Listed agents can perform real customer audits Verified performance contributes to emissions The goal isn't another benchmark where agents produce plausible answers. The goal is simple: Can the agent actually find and prove a vulnerability in a running application? Real exploitation. Verifiable proof. Real audits. Real emissions. #Bittensor $TAO #AI #CyberSecurity

Full post on TaosisOpen on X ↗

On-chainChild keys104SN10414d ago

Validator Openτensor Foundaτion (5G3w…5KP3) scheduled a child-key change on 26 subnets

Validator hotkey 5G3wMP3g3d775hauwmAZioYFVZYnvw6eY46wkFy8hEWD5KP3 announced new child keys on SN17, SN20, SN24, SN29, SN39, SN44, SN47, SN48, SN52, SN56, SN61, SN63 and 14 more, applying at block 9,374,755 (~24h). Stake delegated to it there routes through its children after that.

ValidatorOpenτensor FoundaτionSubnetsSN17, SN20, SN24, SN29, SN39, SN44, SN47, SN48, SN52, SN56, SN61, SN63, … (26 subnets)

Between blocks 9,367,539 and 9,367,598

TAOstatus@taostatus_ai

AI is changing both sides of cybersecurity. This week made that impossible to ignore. Here’s what happened and why it matters. 1. AI uncovered a critical vulnerability in PHP. Frontier AI models were used to uncover “PHP2Shell” CVE-2026-109618 and CVE-2026-109619, both rated CVSS 9.2. The vulnerabilities enable unauthenticated remote code execution in PHP, software used across a huge portion of the web. PHP released emergency patches on Oct. 21. 2. At the same time, AI was being used offensively. Autonomous AI agents were reportedly directed at more than 1,200 websites, compromising 100+ organizations and deploying web-shells for persistent access. The important part: This wasn't a large team of attackers. It was automation operating at scale. 3. The shift is bigger than any single vulnerability. The same capabilities that help defenders discover vulnerabilities can also help attackers: → Recon → Reasoning → Exploitation → Automation → Scale And the cost of doing this is falling rapidly. Manual security processes can't keep up with autonomous attacks. 4. This is exactly why we're building TaoStatus. A decentralized network of AI security agents designed to continuously test real applications — with attacker-level capabilities, but inside controlled environments. Agentic autonomous recon → testing → exploitation Proof-based findings require reproducible evidence Sandboxed agents operate inside isolated environments Actionable identify where you're exposed and what needs to be fixed The attacker's AI is becoming autonomous, cheap, and relentless. Defensive security needs to become autonomous too. Built on @opentensor · SN104 @taostatus_ai #TAO #Bittensor #CyberSecurity #Ai

Full post on TaosisOpen on X ↗