Joined January 2021
- Tweets 2,688
- Following 15
- Followers 143,261
- Likes 2,320
744 Photos and videos
Pinned Tweet
Mar 24
We're bringing @teamxata to the world.
Agentic execution for onchain perpetuals. Trade an idea once and watch it happen across @HyperliquidX @Aster_DEX @Lighter_xyz
Engineered for agents with a machine trading API. Built for humans with XATA Copilot. Turn thought into trade:
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May 26
We are excited to support @lifiprotocol Intents as a solver for cross-chain intents.
Open solver networks are a big step toward better chain abstraction: faster execution, better routes, and simpler UX.
Start swapping and bridging on @teamxata
May 26
Introducing LI.βFI Intents.
Infrastructure for apps, wallets, and neobanks to:
β’ Enable stablecoin payments
β’ Access real-world assets
β’ Tap into compliant onchain liquidity
Built for enterprises bringing financial products onchain.
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Thanks @TheDFIRReport for flagging this EtherRAT/TukTuk on-chain C2 activity.
Our Transaction Sanitizer now filters out the reported Ethereum addresses, and weβll continue adding protections as more C2 wallets/contracts are discovered and shared. Grateful for collaboration across the security community.
cc @tayvano_
May 11
Flash Alert: EtherRat and TukTuk C2 End in The Gentleman Ransomware
In April, we observed an intrusion that began with a malicious MSI masquerading as Sysinternals RAMMap and ended in domain-wide deployment of The Gentlemen ransomware.
The intrusion featured EtherRAT, Ethereum-based EtherHiding C2 configuration, TryCloudflare tunnels, GoTo Resolve, Rclone exfiltration to Wasabi, and a newer malware framework named TukTuk.
TukTuk stood out for its resilient C2 design, using SaaS and cloud platforms such as ClickHouse and Supabase, with support for Ably, Dropbox, GitHub Issues, direct HTTP, Slack, and Arweave-based dead-drop configuration retrieval.
Detection opportunities included!
β‘οΈ Full report is linked in the replies.
#ThreatIntel #ThreatHunting #DigitalForensics
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May 14
To Automata community:
We hear the concerns around the recent Binance delisting announcement, especially from long-time supporters.
Binance has been an important venue, and we do not take this lightly. The announcement is significant, but it does not change the work we are here to do.
2026 is our Year of the Agent: Attestation β Trust β Relay β Execution.
Since launching XATA (@teamxata) in April, that roadmap has already been moving from thesis to product. XATA, our agentic execution layer for onchain perps, has crossed $10M in trading volume.
This is the work ahead of us: agents that do not ask for trust, but prove it through secure, verifiable execution.
Markets change. Infrastructure keeps compounding.
To our community, developers, partners, and long-term supporters: thank you for staying with us.
Automata will keep building.
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May 11
Automata provides one of the most comprehensive verifier stacks for TEEs, from Intel SGX/TDX to AMD SEV-SNP and AWS Nitro Enclaves
Verify the integrity of any hardware-bound workload directly onchain:
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Automata DCAP Dashboard is the industryβs first solution built to remove the manual pain of attestation infrastructure setup and meet developers where they already work.
β verify environments reliably
β monitor platform health
β integrate trusted compute into existing apps
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Automate onchain collateral management for Intel SGX/TDX with Automata's DCAP Dashboard, in use by @unichain @StoryProtocol and more: dcap.ata.network
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XATA has crossed over $10 million in trading volume
Trade perps across Hyperliquid, Aster and Lighter
x.ata.network
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Apr 30
Developers donβt have to deal with different attestation flows or measurement models with Automata Linux:
Apr 28
Most TEE workflows force developers to become infra and security experts
Automata Linux standardizes execution across TEEs using a common TPM interface, making execution consistent and verifiable by default
β Define a workload once
β Run across TEEs
β Verify continuously
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Apr 28
Most TEE workflows force developers to become infra and security experts
Automata Linux standardizes execution across TEEs using a common TPM interface, making execution consistent and verifiable by default
β Define a workload once
β Run across TEEs
β Verify continuously
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Apr 28
Onchain TEEs with @puffer_unifi and DCAP Attestation
Canβt overstate what a pleasure it has been working with the visionary folks over at Puffer
Apr 28
No shared standard for how TEEs connect to Ethereum. Projects are reinventing the same wheel.
This ERC-733 changes that.
1. attestation layer: how trust is established between a TEE and Ethereum on-chain.
2. replication layer: how enclaves pass keys and state to each other safely.
3. interoperability layer: how TEEs connect to external networks without exposing data to host operators.
@puffer_unifi is already implementing the attestation layer.
On-chain TEE attestation via @AutomataNetwork DCAP which is already in the UniFi stack today. Multi-TEE proving across Intel TDX and AMD SEV (two independent hardware manufacturers), attacker must compromise both. Proof aggregation across multiple independent TEE clients before L1 settlement.
I think ERC-733's security maturity model is also the part worth paying attention to. Stage 0 means developer controls everything. Stage 3 means trust fully distributed across hardware and governance. Actually most projects are still at Stage 0.
UniFi is building toward Stage 3 β TEE today, TEE ZK tomorrow.
Standardization is how TEE infrastructure goes from interesting to institutional grade. π‘
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Apr 28
DCAP Attestation is a core primitive for verifiable, hardware-backed trust across the stack
Excited for more tremendous work ahead with @sparsity_xyz @socrates1024 and others including @PhalaNetwork @OasisProtocol to push the space forward
Apr 28
@AutomataNetwork has been a key contributor to ERC-733 β their work on on-chain attestation is foundational to making TEE EVM trustless.
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Automata Network retweeted
Apr 28
Grateful to the @AutomataNetwork team for the deep engineering work on on-chain DCAP attestation β foundational pieces that made ERC-733 possible. π
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Apr 27
Attested devices anchor AI to reality
β’ Every action tied to real hardware
β’ Every output verifiable at the source
β’ No more black-box agents
Proof of Machinehood uses universal standards (Apple, Android, TPM) to provide verifiable identities for every device onchain.
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Apr 26
Proof of Machinehood verifies that a machine action comes from a real-world, attested source:
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Apr 26
Generate a unique device attestation recorded onchain. Establish an ongoing identity for every device.
PoM allows systems to trust a machine and its actions over time: pom.ata.network
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Apr 24
The recent launch of ZCAM by @SuccinctLabs is a massive validation for a thesis we have held for a long time: in an AI-generated world, the only real anchor for truth is hardware.
Here is why their approach matters and where the tech goes next.
Apr 23
Today, we're launching ZCAM, an iPhone camera app to Prove Whatβs Real.
ZCAM cryptographically signs photos and videos at the moment of capture. Anyone can independently verify the content came from a real device and hasn't been altered or AI-generated.
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Apr 24
PoM is a portable, verifiable proof of authenticity.
Anyone can request an attestation to validate a device's integrity before interaction. Use cases cover a wide surface area:
β Sybil resistance
β Agent accountability
β Verified automation
β Trusted data pipelines
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Apr 24
We love seeing this growing focus on hardware provenance. Solving the AI trust crisis requires verifiable attestation and TEE infrastructure.
Automata built this exact foundation, and we are always open to chat with teams driving the space forward: pom.ata.network
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