Rust crates to build secure by design applications for any environment – from highly scalable cloud infrastructure to tiny battery operated microcontroller based devices.
Ockam Rust crates are a library of tools to build secure by design applications for any environment – from highly scalable cloud infrastructure to tiny battery operated microcontroller based devices. They make it easy to orchestrate end-to-end encryption, mutual authentication, key management, credential management, and authorization policy enforcement – at massive scale.
No more having to think about creating unique cryptographic keys and issuing credentials to your fleet of application entities. No more designing ways to safely store secrets in hardware and securely distribute roots of trust.
- Create end-to-end encrypted, authenticated secure channels over any transport topology.
- Create secure channels over multi-hop, multi-protocol routes over TCP, UDP, WebSockets, BLE, etc.
- Provision encrypted relays for applications distributed across many edge, cloud and data-center private networks.
- Make any protocol secure by tunneling it through mutually authenticated and encrypted portals.
- Bring end-to-end encryption to enterprise messaging, pub/sub and event streams - Kafka, Kinesis, RabbitMQ etc.
- Generate cryptographically provable unique identities.
- Store private keys in safe vaults - hardware secure enclaves and cloud key management systems.
- Operate scalable credential authorities to issue lightweight, short-lived, revokable, attribute-based credentials.
- Onboard fleets of self-sovereign application identities using secure enrollment protocols.
- Rotate and revoke keys and credentials – at scale, across fleets.
- Define and enforce project-wide attribute based access control policies. Chose ABAC, RBAC or ACLs.
- Integrate with enterprise identity providers and policy providers for seamless employee access.
Please click the diagram to see a bigger version.
Ockam Rust crates provide the above collection of composable building blocks. In a step-by-step hands-on guide let’s walk through each building block to understand how you can use them to build end-to-end trustful communication for any application in any communication topology.
The first step is to install Rust and create a cargo project called
hello_ockamWe’ll use this project to try out various examples.
curl --proto '=https' --tlsv1.2 -sSf https://sh.rustup.rs | sh
Next, create a new cargo project to get started:
cargo new --lib hello_ockam && cd hello_ockam && mkdir examples \
&& cargo add ockam r3bl_ansi_color && cargo build