Introduction
Secure Mode & Confidential · co/core
How co/core's two orthogonal provider guarantees work: Secure Mode (hardware attestation) and the Confidential tier (operator-blind inference).
A Gentle Introduction to Secure Computation
In Fall 2015, I took CS 276, a graduate level introduction to theoretical cryptography. For the final project, I gave a short presentation on secure computation.
I’m not a fan of Deno’s security model | max’s place
this has been bothering me for a while now, so I want to write down my thoughts so I can get it out of my head and move on. we’re gonna talk about how Deno approaches security, specifically with its permissions system, and why I think this approach is fundamentally insecure and misleading.
HEIR: Homomorphic Encryption Intermediate Representation
HEIR is a compiler toolchain for fully homomorphic encryption (FHE). We aim to be the industry-standard compiler for FHE. Application developers, compiler engineers, hardware designers, and cryptography researchers can build upon HEIR to accelerate the research and development of production-strength privacy-first software systems.
Architecture
Overview of Ente's end-to-end encrypted architecture—learn how your data is encrypted on-device, securely shared, and safely stored using cryptography.
Privatemode AI - The always encrypted AI service
Privatemode is the first AI service that protects the confidentiality of your data end-to-end. Use AI without security and privacy worries.
badge.blue — CID-First Attestation Specification
Specification for CID-first attestations on AT Protocol records. Inline and remote cryptographic signatures with replay-attack prevention.
Internxt — Best Encrypted cloud storage & more
Experience the next-gen best encrypted cloud storage for ultimate protection. Secure your files with Internxt’s zero-knowledge technology. Get started for free!
Musings of a Trust Architect: The Gordian Club
ABSTRACT: Unencrypted data isn’t safe. Centralized servers aren’t reliable. Gordian Club offer an alternative: the autonomous cryptographic object (ACO)...
Towards Feasible, Private, Distributed LLM Inference
Exploring how the Secure Transformer Inference Protocol (STIP) protects inputs, outputs, and model weights with lightweight permutations enabling efficient, privacy-safe LLM inference at scale.
Landlock: unprivileged access control — The Linux Kernel documentation
The goal of Landlock is to enable restriction of ambient rights (e.g. global filesystem or network access) for a set of processes. Because Landlock is a stackable LSM, it makes it possible to create safe security sandboxes as new security layers in addition to the existing system-wide access-controls. This kind of sandbox is expected to help mitigate the security impact of bugs or unexpected/malicious behaviors in user space applications. Landlock empowers any process, including unprivileged ones, to securely restrict themselves.
Sharing a safety tool: announcing policyserv
Matrix, the open protocol for secure decentralised communications
Primary | Data Command and Control
Primary - the Zero Trust Control Plane, offers unparalleled security and control for web access. Protect corporate data and secure your workforce without compromising speed and usability.
Secure Minions: private collaboration between Ollama and frontier models· Ollama Blog
Secure Minions is a secure protocol built by Stanford's Hazy Research lab to allow encrypted local-remote communication.
