undefined (@AwwSamTech) header
undefined (@AwwSamTech) profile picture

undefined

@AwwSamTech

You're restricted from viewing this profile.

 From the Tech World.
Joined December 2013
  • Tweets132K
  • Following2.3K
  • Followers1.7K
59.5KMedia
Photo by undefined (@AwwSamTech)Photo by undefined (@AwwSamTech)Photo by undefined (@AwwSamTech)Photo by undefined (@AwwSamTech)Photo by undefined (@AwwSamTech)Photo by undefined (@AwwSamTech)Photo by undefined (@AwwSamTech)
undefined retweeted
Ejaaz (@cryptopunk7213) profile picture
Ejaaz
@cryptopunk7213Mar 23
Anthropic fucking killed it (again). biggest ai product launch of the year so far. claude can now control your entire computer autonomously. anything you can do on a computer - claude can. your very own digital employee. - any app, browser, file, spreadsheet, tool claude can intelligently access and operate. - claude controls your entire screen (like a human), no connectors. this is a huge step-up in intelligence. - best part: you can text claude to do things from your phone and it'll do work on your computer! - in the last week anthropic has shipped 9 features that have built up to this: a fully automated digital human. unreal
Claude (@claudeai) profile pictureClaude
@claudeaiMar 23
You can now enable Claude to use your computer to complete tasks. It opens your apps, navigates your browser, fills in spreadsheets—anything you'd do sitting at your desk. Research preview in Claude Cowork and Claude Code, macOS only.
288
463
86
7,924
2,037,994
11 Powerful Visuals About Psychology And Life: 1.
Image from Philosophy Sage (@philosophysage)
11
802
12
6,552
640,411
undefined retweeted
Elon Musk (@elonmusk) profile picture
Elon Musk
@elonmusk13 Dec 2023
Optimus
23,530
32,218
7,078
228,970
46,326,724
undefined retweeted
The Figen (@TheFigen_) profile picture
The Figen
@TheFigen_20 Nov 2023
His family is very patient!
2,241
8,429
1,580
69,250
9,982,889
undefined retweeted
Elon Musk (@elonmusk) profile picture
Elon Musk
@elonmusk20 Nov 2023
29,322
39,640
9,198
405,848
54,538,106
undefined retweeted
Elon Musk (@elonmusk) profile picture
Elon Musk
@elonmusk19 Nov 2023
For the first time, there is a rocket that can make all life multiplanetary. A fork in the road of human destiny.
Image from Elon Musk (@elonmusk)
16,110
27,119
2,991
330,528
48,293,001
IT IN A NUTSHELL 😂
Image from nixCraft 🐧 (@nixcraft)
79
727
73
7,765
537,025
"Dad, what was watching Ben 10 like?"
296
5,766
224
54,412
3,949,957
undefined retweeted
Shadyyee (@chockietee) profile picture
Shadyyee
@chockietee29 Oct 2023
Replying to @Nocapmedia @zerochills
@zerochills
1
26
2
155
85,447
The way these cheetahs race in for a snack 📹jangwasafaris
113
1,408
93
17,294
1,364,391
You think you know somebody 😂
655
4,079
606
44,278
9,184,681
Bro why he take her out like that 😂
1,488
11,296
1,723
141,325
14,362,599
Grow in silence. Here are 9 Lessons From The Book "The Art Of Being Alone": - Thread -
Image from Psyche Wizard (@PsycheWizard)
151
6,265
253
35,549
4,141,253
Imagine having lunch outside and then this happens 😳🤯
2,596
3,876
2,701
49,279
15,309,885
she really was finna get active 💀
1,044
8,063
1,011
137,802
14,061,467
Replying to @NoContextHumans
@NoContextHumans
Image from Glamour❤️👑🤍 (@segzbrown73)
5
53
1
2,138
104,620
Replying to @NoContextHumans
@NoContextHumans
Image from Lohith_Rebel (@Rebelism_18)
17
86
8
3,576
291,044
Maturity is a mindset, not age. Here are 13 signs you are mature: 1. You are not scared to be alone.
Image from ConquerMindsetMoney | Self Mastery (@TheConquerMM)
42
1,386
61
7,907
943,202
undefined retweeted
javinpaul (@javinpaul) profile picture
javinpaul@javinpaul14 Oct 2023
10 System design concepts you should learn. 1. Caching 2. DB Sharding 3. load-balancing 4. replication 5. fault-tolerance 6. high-avaibility 7. Performance 8. scalability 9. Performance 10. Indexing learn more on DesignGuru - bit.ly/3pMiO8g
Image from javinpaul (@javinpaul)
5
321
2
1,286
188,525
undefined retweeted
Sahn Lam (@sahnlam) profile picture
Sahn Lam
@sahnlam14 Oct 2023
Why gRPC is Getting So Popular 🚀 gRPC has exploded in popularity for service-to-service communication. Here's why: - Speed - gRPC is built on HTTP/2 and Protobufs for maximum throughput and minimal latency. Much faster than JSON over HTTP. - Efficiency - The compact Protobuf binary format means smaller payloads than JSON. Less data sent = better performance. - Type Safety - Protobufs are strongly typed, eliminating many bugs. - Polyglot - Write services in many popular languages, the IDL works across them all. - Streaming - gRPC supports bidirectional streaming for real-time data transmission. - Great Ecosystem - Tons of tools exist for code gen, load balancing, monitoring, and more. Of course, gRPC has some drawbacks: - More Complex - Defining Protobuf schemas and setting up gRPC can have a learning curve. - Not Human Readable - Protobufs are binary, so not as easy to troubleshoot as JSON. Debugging tools like grpcurl make it easier to troubleshoot. - Limited Browser Support - gRPC works best for backend microservices, not front-end apps. For most backend use cases, gRPC delivers an efficient, robust and high-performance communication framework perfect for modern microservices. 🏆
The diagram illustrates the overall data flow for 𝐠𝐑𝐏𝐂. Step 1: A REST call is made from the client. The request body is usually in JSON format. Steps 2 - 4: The order service (gRPC client) receives the REST call, transforms it, and makes an RPC call to the payment service. gPRC encodes the 𝐜𝐥𝐢𝐞𝐧𝐭 𝐬𝐭𝐮𝐛 into a binary format and sends it to the low-level transport layer. Step 5: gRPC sends the packets over the network via HTTP2. Because of binary encoding and network optimizations, gRPC is said to be 5X faster than JSON. Steps 6 - 8: The payment service (gRPC server) receives the packets from the network, decodes them, and invokes the server application. Steps 9 - 11: The result is returned from the server application, and gets encoded and sent to the transport layer. Steps 12 - 14: The order service receives the packets, decodes them, and sends the result to the client application.

ALT The diagram illustrates the overall data flow for 𝐠𝐑𝐏𝐂. Step 1: A REST call is made from the client. The request body is usually in JSON format. Steps 2 - 4: The order service (gRPC client) receives the REST call, transforms it, and makes an RPC call to the payment service. gPRC encodes the 𝐜𝐥𝐢𝐞𝐧𝐭 𝐬𝐭𝐮𝐛 into a binary format and sends it to the low-level transport layer. Step 5: gRPC sends the packets over the network via HTTP2. Because of binary encoding and network optimizations, gRPC is said to be 5X faster than JSON. Steps 6 - 8: The payment service (gRPC server) receives the packets from the network, decodes them, and invokes the server application. Steps 9 - 11: The result is returned from the server application, and gets encoded and sent to the transport layer. Steps 12 - 14: The order service receives the packets, decodes them, and sends the result to the client application.

18
320
9
1,807
341,900
Load more