Your AI chat isn’t private unless you can verify the hardware behind it! Learn how verification works from file checks, to TEEs, and attestations:

You do not need private and verifiable AI. Until you do. Stay tuned!

Perfect TEE explainer from @LearnNear! Describing them as "digital safe rooms" is such a clear way to explain complex security concepts. We love content that makes advanced applied cryptography accessible to everyone! Read it here:

Missed last week's @NEARProtocol shipstream? The latest episode of "WDYSTW?" featured prediction market agents by @FractionAI_xyz, proposal screening by @NEARGovernance, memory-based digi twins by @memsync_ai and DAO voting copilots by @BitteProtocol. Here's what dropped! 🧵⬇️

We hosted Cameron Dennis (Ecosystem Head, @NEARProtocol) on our Podcast 🎙️ Discussed regarding NEAR Ecosystem, User-Owned AI, Roadmap & More Full Podcast, Link Below👇

Missed last week's "What Did You Ship This Week"? The latest @near_ai shipstream featured browser-native agents by @mysta_ai, onchain labeling by @human_protocol, encrypted data modules by @ASIMOV_Platform, and TG native wallets by @Solvium_game. Here's what dropped! 🧵 ⬇️

4/4: This autonomous AI commerce vision requires a universal protocol for agents to securely interact across trust boundaries - which is why we proposed the Agent Interaction & Transaction Protocol (AITP). AITP enables your personal AI assistant to directly communicate with

3/4: On the other hand, @pingpay_io serves as an intent-powered onramp, empowering AI agents to buy their own compute resources or services. With Privy-enabled wallets and PingPay handling fiat to crypto conversions, NEAR AI agents can transact autonomously within permissioned

2/4: @privy_io offers embedded wallet infrastructure that developers can integrate via SDKs, supporting account abstraction, gas sponsorship, and flexible account control. With @NEARProtocol support, developers can create secure, non-custodial wallets linked to familiar logins

1/4: We look forward to AI assistants in commerce apps that autonomously negotiate purchases, pay for services, or send remittances without users manually initiating every transaction! Our AITP protocol + @privy_io and @pingpay_io infrastructure bring us closer.🧵

6/6: One of its biggest advantages is that you can enable workload protection without changing application code! It’s simply a configuration change—ideal for enterprise AI pipelines where rewriting models would be costly and disruptive. Read more here: https://t.co/ZuKpRFfPS0!

5/6: Attestation provides the cryptographic proof that the GPU and its firmware are in a trusted, untampered state before workloads begin execution. NVIDIA’s attestation services verify that the hardware is genuine, that its firmware matches an approved version, and that it is

4/6: Isolation is achieved through NVIDIA’s hardware-level partitioning capabilities, notably Multi-Instance GPU (MIG) technology. MIG allows a single physical GPU to be divided into multiple fully isolated instances, each with its own dedicated compute, memory, and cache

3/6: It works by data being encrypted in GPU memory and that can even remain secure while moving over NVLink interconnects through TEE input / output at near-native speeds. This prevents unauthorized access from other processes, the host system, or malicious actors with

2/6: Unlike software-only approaches, NVIDIA implements security at the hardware layer in its GPUs. This means encryption, isolation, and attestation are built into the silicon, reducing the risk of exposure even if the system software is compromised.

In AI, the data processed in memory is often the most vulnerable. Here is an overview on how @nvidia's Confidential Computing secures the data in use to ensure sensitive datasets, model weights, and code remain protected during training & inference. This is critical in

Try it now on https://t.co/3UbPYeY4n0! Want to build your own? Read their docs

Each agent is defined using OpenAPI and registered with Bitte’s make‑agent CLI and runtime. The Bitte Runtime orchestrates requests, routes instructions to the appropriate agent, and executes transactions across multiple blockchains seamlessly. Developers can fork, modify, or

8. NEAR Roast Agent This agent humorously analyzes wallet behavior on the @nearblockchain. It scans transaction history and on-chain patterns to generate entertaining roasts, often pointing out questionable DeFi decisions or unusual activity. While playful in nature, it also

7. @SuiNetwork DeFi Agent This agent serves as a conversational interface to the Sui blockchain’s DeFi ecosystem. Users can perform swaps, view liquidity positions, and analyze token markets using simple prompts. It lowers the barrier to entry for interacting with DeFi tools on