Cocos aTLS now binds attestation to the TLS session 🔐
That means:
• stronger relay-attack protection
• more robust attested connections
👉 https://t.co/rzIRU32Mad
#ConfidentialComputing#TEE#TLS
Why does vTPM matter inside a Confidential VM? 🔐
In Cocos AI, vTPM is part of the trust chain inside the CVM, enabled through Coconut-SVSM.
That helps extend trust into the guest environment.
👉 https://t.co/uUODdGvJeq
#ConfidentialComputing#TEE
Confidential workloads on Google Cloud — with more than just infra 🔐
Cocos AI adds:
• an agent inside the CVM
• Docker, Wasm, Python, and ELF runtimes
• provisioning, hardening, and integrity monitoring
👉 https://t.co/PNbKUnWmob
#ConfidentialComputing#GoogleCloud#TEE
Less exposure inside the CVM 🔐
In Cocos AI:
• SSH is disabled
• Docker uses Ramdisk
That means less persistent state inside the guest.
👉 https://t.co/pZcMf5fgq7
#ConfidentialComputing#TEE
What makes a Confidential VM trustworthy beyond the TEE? 🔐
In Cocos AI, trust also includes:
• vTPM inside the CVM
• measured boot
• Linux IMA
That means guest state can be measured and verified end to end.
👉 https://t.co/uUODdGvJeq
#ConfidentialComputing#TEE
Confidential workloads across private cloud, Google Cloud, and Azure 🔐
Cocos AI supports:
• private and public cloud
• more flexibility
• an easier path to confidential workloads
👉 https://t.co/PNbKUnWmob
#ConfidentialComputing#TEE#CloudComputing
Why build EOS with Buildroot? 🔐
In Cocos AI, a smaller guest OS means:
• less attack surface
• lower footprint
• faster CVM boot
For confidential VMs, minimalism is part of security.
👉 https://t.co/PNbKUnWmob
#ConfidentialComputing#TEE
Encrypted algorithms and datasets as OCI images 🔐
In Cocos AI, resources use:
• OCI registries
• attestation-gated keys
• decryption only in the TEE
That makes OCI artifacts usable for confidential workloads.
👉 https://t.co/qmNgSOvYRO
#ConfidentialComputing#OCI#TEE
12 months of engineering.
2 major product launches in 4 weeks.
0 compromises on data privacy.
We’re excited to announce the Public Beta of Cube AI v0.1.0 — our open-source framework for hardware-secured, confidential LLM inference. 🧵🧊
Full story:
https://t.co/kSSaH7rf5c
🚀 The 𝗠𝗮𝗴𝗶𝘀𝘁𝗿𝗮𝗹𝗮 𝗜𝗼𝗧 𝗣𝗹𝗮𝘁𝗳𝗼𝗿𝗺 website just got a full revamp.
✨ New look
📚 Docs integrated into the main site
🧭 Cleaner navigation
⚡ Better developer journey
Explore it here 👇
https://t.co/LXQWW8Uz0P
#IoT#OpenSource#DeveloperExperience
#IoT dashboards are not enough.
Your platform must react in real time.
Rules engines turn telemetry → automation → real infrastructure.
Great write-up from the team 👇
https://t.co/grsG4Sz15o
🛡️ Data privacy + AI = trust without compromise. Learn how Confidential Computing and TEEs protect your LLM prompts from prying eyes — even in the cloud → https://t.co/lGsQQn6gcY #ConfidentialComputing#AI
🚀 The most deployed open-source IoT platform in the world — now available as a fully managed cloud service.
➡️ https://t.co/LXQWW8Uz0P
🔌 MQTT • CoAP • HTTP • WebSocket
🆓 Apache-2.0 • No lock-in
#IoT#SaaS#OpenSource#MQTT#EdgeComputing
Eric Nyariki will be graduating with a PhD. in Mathematics from @pauisti in the #JKUATPAUJune2023Grad ceremony. Your ability to think critically, analyze data, and develop innovative solutions will make you an asset to any team. ^DP
@StandardKenya