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REDIS DB Confidential Container

Redis is an open source (BSD licensed), in-memory data structure store used as a database, cache, message broker, and streaming engine. Redis provides data structures such as strings, hashes, lists, sets, sorted sets with range queries, bitmaps, hyperloglogs, geospatial indexes, and streams. Redis has built-in replication, Lua scripting, LRU eviction, transactions, and different levels of on-disk persistence, and provides high availability via Redis Sentinel and automatic partitioning with Redis Cluster.

You can run atomic operations on these types, like appending to a string; incrementing the value in a hash; pushing an element to a list; computing set intersection, union and difference; or getting the member with highest ranking in a sorted set.

To achieve top performance, Redis works with an in-memory dataset. Depending on your use case, Redis can persist your data either by periodically dumping the dataset to disk or by appending each command to a disk-based log. You can also disable persistence if you just need a feature-rich, networked, in-memory cache.

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Description

REDIS DB-SGX: redis­DB Con­fi­den­tial Com­pute Container

enclaive deliv­ers a con­fi­den­tial com­pute vari­ant of redis­DB*, called redis­DB-SGX. This vari­ant runs in Intel SGX enclaves. Intel Secu­ri­ty Guard Exten­sion (SGX) deliv­ers advanced hard­ware and RAM secu­ri­ty encryp­tion fea­tures, so-called enclaves, to iso­late code and data that are spe­cif­ic to each appli­ca­tion. When data and appli­ca­tion code run in an enclave addi­tion­al secu­ri­ty, pri­va­cy, and trust guar­an­tees are giv­en, mak­ing the con­tain­er an ide­al choice for (untrust­ed) cloud environments.

Why REDISDB-SGX images?

Fol­low­ing ben­e­fits come with REDISDB-SGX :

  • con­fi­den­tial com­pute ready
  • con­tain­er escape pro­tec­tion through hard­ware-grad­ed security
  • con­tain­er images are released on a reg­u­lar basis with the lat­est dis­tri­b­u­tion pack­ages available
  • images use the same com­po­nents and con­fig­u­ra­tion approach — mak­ing it easy to switch between for­mats based on your project needs
  • com­pat­i­ble with DevOps best prac­tices (e.g., Dock­er, Dock­er Swarm, Kubernetes)

Fea­tures

  • con­tain­er-in-use encryp­tion and authentication
  • encrypt­ed and authen­ti­cat­ed volume/files
  • remote­ly authenticable
  • con­fi­den­tial key man­age­ment and provisioning

Pre­req­ui­sites

  • Dock­er Engine 20.1.0 or later
  • Dock­er com­pose plu­g­in is recommended
  • Intel SGXv2/x86 archi­tec­ture or later

*Any reg­is­tered trade­marks and right there­in are reserved to the respec­tive own­er. Any use by enclaive is for ref­er­en­tial pur­pos­es only and does not indi­cate any spon­sor­ship, endorse­ment, or affil­i­a­tion between the trade­mark own­er and enclaive.

Installation

Quick­start
Addi­tion­al Resources

 

Repositories

Com­mu­ni­ty Edition

Avail­able versions
 Github repos­i­to­ry
6.0.2–1
Dock­er Hub

Cloud Hosting

Man­aged VM
Series Proces­sor Cores RAM (GB) Data disks (GB) IOPS (GB/s)
DC1s_v2 Intel Xeon‑E 2288G — 3.7GHz/5.0 GHz 1 4 1x50 1x0.5
DC2s_v2 Intel Xeon‑E 2288G — 3.7GHz/5.0 GHz 2 8 2x100 2x0.5
DC4s_v2 Intel Xeon‑E 2288G — 3.7GHz/5.0 GHz 4 16 4x400 4x0.5

Addi­tion­al Links

Ded­i­cat­ed Server
Series Proces­sor Cores RAM (GB) Data disks (GB) IOPS (GB/s)
Advance 1 Intel Xeon‑E 2386G — 3.5GHz/4.7GHz 6 128 4x3.84 1
Advance 2 Intel Xeon‑E 2388G — 3.2GHz/4.6GHz 8 128 4x3.84 5
Advance 6 Intel Xeon Gold 6312U — 2.4GHz/3.6GHz 24 1024 4x3.84 5

Addi­tion­al Links

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