mwadhwa

7 ms·

1.
Old Valuations Die Hard – when will the downturn end?(whoisnnamdi.substack.com)
1 points by mwadhwa 4y ago|0 comments
2.
by mwadhwa 4y ago
Key/Route Discovery, Credential Issuance/Presentation, Secure Channel Handshakes and Message Routing that is decoupled from transport protocols have been our main focus. We chose to build the more reliable e2ee strategy first - Re
3.
by mwadhwa 4y ago
Thanks for trying out the examples: 1. No benchmarks yet. We'd welcome contributions & research in that area. 2. Here's an example of using the TCP transport without using an Inlet / Outlet. https://github.com&
4.
by mwadhwa 4y ago
Great question! I led the design of Ockam. I am somewhat familiar with Wiregaurd and not at all familiar with OpenZiti. All tools that are helping us build application that have much much smaller vulnerability surfaces are awesome!! Some th
5.
Rust: Safe borrowing across FFI with Diplomat(qnnokabayashi.github.io)
2 points by mwadhwa 4y ago|0 comments
6.
by mwadhwa 5y ago
Checkout this guide I published today. It walks through the code to do the secure tunneling part in ~20 lines of Rust, using Ockam a library to create end-to-end encrypted secure channels https://github.com/ockam-network&#x2
7.
by mwadhwa 5y ago
Great question! We're thinking about Ockam Routing, Transports, Streams and SecureChannels as composable building blocks for end-to-end encryption. This allows us to provide end-to-end encryption along a route that may look like this:
8.
by mwadhwa 5y ago
Great observations! Data removal from Kafka for GDPR compliance is trivial in this setting. You just purge your keys. There are also key rotation and revocation protocols that are part of Ockam and we're making them simple to use from
9.
by mwadhwa 5y ago
Also, about malicious software at the endpoint ... Ockam Vaults can be backed by Hardware and Vault implementations are pluggable. So Key Storage and Cryptographic Operations can be delegated off the primary the processor. So far we've
10.
by mwadhwa 5y ago
We have a little bit and are watching the development of techniques like computing on Homomorphically Encrypted data, Multi-party Computation and Zero Knowledge Proofs with great interest. For example, the credentials functionality in Ockam
11.
by mwadhwa 5y ago
Some examples would be: 1. Alice is the controller of a machine in a factory, Bob is a remote worker controlling the machine from home. (there could be thousands of Alice, one Bob) 2. Alice is an internal system in Enterprise Data Center 1,
12.
by mwadhwa 5y ago
Some examples would be: 1. Alice is the controller of a machine in a factory, Bob is a remote worker controlling the machine from home. (there could be thousands of Alice, one Bob) 2. Alice is an internal system in Enterprise Data Center 1,
13.
by mwadhwa 5y ago
If you're interested, please checkout some early code examples from the video, in Elixir on Github. We're working on much simpler Rust APIs for Ockam Streams for a release in few weeks. https://github.com/ockam-net
14.
Show HN: End-to-End Encryption through Kafka, with Ockam(youtube.com)
6 points by mwadhwa 5y ago|1 comments
15.
Show HN: Ockam – Tools for end-to-end encryption, in Rust(github.com)
10 points by mwadhwa 5y ago|1 comments
16.
by mwadhwa 5y ago
Here's a step-by-step guide with code examples if you want to try everything from the walkthrough on your own: https://github.com/ockam-network/ockam/tree/develop/document...
17.
Show HN: End-to-End Encrypted Secure Channels in Rust with Ockam(youtube.com)
2 points by mwadhwa 5y ago|1 comments
18.
Show HN: Ockam Workers – An Actor Model Implementation in Rust(youtube.com)
5 points by mwadhwa 6y ago|0 comments
19.
by mwadhwa 6y ago
Hey everyone! Ockam is collection Rust and Elixir libraries for end-to-end encrypted, mutually authenticated communication between edge devices and cloud services. Ockam Workers and Ockam Routing Protocol are building blocks that help us ac
20.
by mwadhwa 6y ago
We are building open source SDKs is multiple languages, for multiple environments to enable the following 3 things: 1. Generate, store & use secret cryptographic keys safely - in hardware or behind a tighter security boundary. There are