#distributedsystem

Thiago Bomfimthiagobfim
2025-03-07

In a Distributed System, achieving ACID is hard due to many challenges

Read more πŸ‘‰ lttr.ai/AYt45

Thiago Bomfimthiagobfim
2024-12-08

Consistency (C):Consistency ensures that a transaction brings the database from one valid state to another.

Read more πŸ‘‰ lttr.ai/ATvUu

Thiago Bomfimthiagobfim
2024-07-16

Due to these challenges related to ACID, we have some alternatives to overcome them, especially when we talk about distributed systems.

Read more πŸ‘‰ lttr.ai/AOD5R

Thiago Bomfimthiagobfim
2024-06-11

Different isolation levels provide different levels of protection against issues such as dirty reads, non-repeatable reads, and phantom reads.

Read more πŸ‘‰ lttr.ai/ATj5U

- Divulged into the conception and making of a visual book on software architecture in this episode: ter.li/ooqott

- Learned about new approaches and techniques to successfully run through a distributed system in this episode: ter.li/nza3zq

2/2

#DistributedSystem #SoftwareArchitecture #SoftwareDevelopment

GLACIATION EUglaciation_project
2023-03-28

Great workshop with GLACIATION consortium under ! Discussed synergies for Braine software, including , for , & for & .

Thanks @AidanOMahony &
! πŸ’»πŸš€

Alex Wolf πŸΊπŸŒπŸ³οΈβ€πŸŒˆwolf4earth@hachyderm.io
2022-11-18
Kevin Hu πŸ€–oldgun
2022-11-18

Just found out I have no post yet. So :

I'm a techie that likes to tinker with stuff. I'm interested in , , , , and topics. Sometimes I write blogs about them.

I've signed up and have been using this little website sporadically since 2017. I thought it was a really cool idea that lacked users.

But recently it proved its value by accepting people who want to be free.

Hope to see you guys here more in the future!

Matthiasmarix1
2022-11-13

I wonder if or provides a methodic approach or something similar to describe failure for a . I made already a mapping of the based to and the principles as described in the .
I also collected all possible failure events that came to my mind with a mindmap.
So, now I search for a good way to describe the failure scenarios.

Ideas and hints very welcome.

2022-11-13

People are sometimes afraid of #p2p’s complexity because it’s a #distributedsystem.

But client-server is a many-to-one relationship, so servers are naturally bottlenecks. Scaling them quickly becomes a distributed system of shared state with complexity equal to or greater than any p2p design.

Sven van der Meer ♾️vdmeer
2022-11-11

Funny observation: the design of is very close to X.500 (ITU-T directory standard first published 1988).

: if it looks like a πŸ¦† , talks like a πŸ¦† , ...

emk πŸ¦€πŸš΅emk@mastodon.xyz
2022-11-08

My favorite distributed systems essay, Fred Hebert's "Queues Don't Fix Overload": ferd.ca/queues-don-t-fix-overl When working on a #DistributedSystem team, I usually link this a couple of times week. The key ideas:

1. Your system has a bottleneck somewhere.
2. Putting queues in front of the bottleneck means you crash less often, but harder.
3. The bottleneck needs to be able slow down system input. "Back-pressure" and load shedding are your friends!

Find that bottleneck.

tr1xtr1x
2022-10-01

Consistent Hashing
{ by @yt_tr1x@twitter.com } from @hashnode@twitter.com

-algorithm tr1x.hashnode.dev/consistent-h

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