🔥 @integri_t_e_e kicks off 2025 with major milestones and exciting growth!
🔐 Incognitee expands privacy for DOT on Polkadot Asset Hub and more upgrades roll out.
📈 Governance wins, TEERdays growth, and new SDK releases push Web3 privacy forward.
🔮 The 2025 roadmap promises bigger innovations with expansions to @kusamanetwork, Ethereum, and beyond!
#Polkadot #DOT #Integritee
Oct 08 2024 @Polkadot Ecosystem News
1/ All 5 Agile Cores on @Polkadot this month have been sold, more will be offered next month. https://t.co/PTsH4XnQW5
2/ @Web3foundation introduces the Decentralized Nodes Program to strengthen the @Polkadot network's resilience. Apply by October 31st. https://t.co/oUjUJ4Bzh3
3/ @PolkadotDevs: The Rococo public testnet will be deprecated on Oct 14. Developers should transition to Westend or @PaseoNetwork for future testing needs. https://t.co/OMqwUaj97s
4/ #Polkadot ecosystem hits 32M+ transactions, a record 386.7M on-chain events in September, and 8M+ unique accounts in Q3. Learn more from @paritytech & @dotlake_xyz's data summary. https://t.co/5Q4Av5MPIs
5/ The @Polkadot September digest is here! Check out the latest technologies, partnerships, on-chain activities, and project upgrades. https://t.co/VTLFXk0hSz
6/ @Carbify_io partners with @MoonbeamNetwork to take their carbon credit tokenization platform multichain. https://t.co/GuGSyNEqIL
7/ @peaqnetwork's Q3 recap is live: 67% growth in DePINs, 105% increase in devices, and more. See what's new in the #peaqosystem. https://t.co/uU2wTvDSI2
8/ @AstarNetwork is upgrading to Async Backing and Agile Coretime, thanks to the @Polkadot SDK. https://t.co/OtszDj3BF8
9/ September highlights from @integri_t_e_e: the launch of TEERdays, tech updates, #AI articles, and more. https://t.co/YTBt7Nj6Uh
10/ @Unique_NFTchain introduces NFTs 2.0 CodeCraft Grant Fund, empowering devs and creators to explore the next level of NFTs. Submit your application! https://t.co/20h6FMTLVb
TEE: The Game-Changer for Decentralized AI
Amid the buzz surrounding decentralized AI, there's one narrative that could set deAI apart: Trusted Execution Environments (TEE).
Curious? Let's dive in 🧵
...
— 📌 What is TEE?
TEE is not a novel concept; it's a well-established hardware security technology that we encounter frequently, like when unlocking our phones with a fingerprint securely.
TEE chips (e.g.: Intel SGX) usually feature a secure enclave, where any processing done that involve sensitive data is completely opaque to the main system, ensuring security, encryption at the hardware level, and isolated environment for executing code and processing data.
This isolation ensures that even if the main system is compromised, the data and computations within the TEE remain protected.
...
— 📌 Why TEE is Suitable for AI (And ZK too)?
Amidst the growing anticipation surrounding AI-driven autonomous agents in Web3, concerns about data security arise, prompting a desire for guarantees that each AI model operates securely and preserve privacy.
To deliver high-quality results, AI models require reliable and private user data. But in today’s AI community, sharing data and models creates risks—such as compromised confidentiality and ownership rights.
That’s where TEEs come into play, offering a swift and cost-effective means to ensure reliability without relying on a centralized entity.
In the GPU landscape, NVIDIA's Hopper H100 GPU that widely used to train AI model and in the decentralized GPU projects such as @ionet supports confidential computing, integrating with CPU TEE technologies for secure high-performance computing. This allows secure processing of complex AI and machine learning workloads using GPU power.
TEEs not only boast wide availability but are also notably easier for developers to implement, empowering them to execute more sophisticated computations securely within.
On the flip side, ZK technology, though promising, remains nascent, riddled with potential vulnerabilities from bugs. Additionally, its wider adoption is hampered by substantial computational demands and intricate implementation challenges.
By combining ZK and TEE, a ZK-based blockchain can adopt multi-prover approach that hedge the risk of bugs and vulnerabilities in single-proving systems.
...
— 📌 TEE Challenges
TEEs have great potential but aren't faultless.
Vulnerable or unavailable TEE nodes can disrupt AI models and expose sensitive data. They are prone to rollback attacks due to their stateless nature and reliance on the host for data storage.
Scalability is an issue as transaction volumes grow, especially on public blockchains. Interoperability challenges arise from differing architectures, protocols, and interfaces, making smooth integration with existing blockchain systems crucial.
...
— 📌 Projects Embracing TEEs Technology
➡️ @OasisProtocol
➡️ @MarlinProtocol
➡️ @zero1_labs
➡️ @PhalaNetwork
➡️ @SecretNetwork
➡️ @Polkadot - @integri_t_e_e
➡️ @LeverFi
➡️ @MyCoralApp
➡️ @echooo_wallet
➡️ @super__protocol
➡️ @taikoxyz
➡️ @tokifinance
Many other projects focusing on AI and privacy also implicitly integrate TEEs into their infrastructure.
...
— 🔴| Disclaimer
The information provided in this post is not intended as professional financial or tax advice, and we strongly recommend conducting your own research and consulting with a qualified advisor before making any financial or tax-related decisions.