alias cc="CLAUDE_CODE_NO_FLICKER=1 claude --dangerously-skip-permissions --teammate-mode auto"alias ccl="CLAUDE_CODE_NO_FLICKER=1 CLAUDE_CODE_USE_VERTEX=1 CLOUD_ML_REGION=global ANTHROPIC_VERTEX_PROJECT_ID=tech-innovation-prod ANTHROPIC_MODEL=claude-opus-4-6[1m] ANTHROPIC_DEFAULT_OPUS_MODEL=claude-opus-4-6[1m] claude --dangerously-skip-permissions --teammate-mode auto"

It's surprisingly easy

OpenClaw, Hermes, Poke를 쓰며 느낀 단점들

내가 만약 워크스페이스 에이전트를 만든다면 어떻게 만들까?

메모리

• 육하원칙에 맞게 기억해야하는데, 이걸 잘 못 함
  • 맥락을 종종 헷갈려함
• 메모리 툴을 명시적으로 불러야 함
  • 이는 Hermes에서 많이 완화된 부분

Slack

• 답장을 매번 하려 함. 쓰레드에 달리는 모든 글에 답을 함.
  • 매번 답할 필요는 없음. 필요할 때만 하면 됨.
• 언급하지 않은 메시지는 읽지 않음.
  • 모든 워크스페이스의 변화를 계속 보고 있어야 함, 그리고 기억해야 함

The Authenticated Transfer Protocol (AT Protocol or atproto) is a distributed social application framework that enables large-scale federation. It addresses some of the limitations and challenges associated with current social networking technologies and aims to offer better scalability, user choice, data portability, and more robust data security.

1. Identity: Users in the AT Protocol are identified by domain names, which map to cryptographic URLs. This ensures security for the user's account and data.
2. Data Repositories: User data is shared and managed in the form of signed data repositories, which can contain various records, including posts, comments, likes, and so forth.
3. Federation: The protocol operates on a federated networking model to maintain usability and reliability. It uses standard web technologies like HTTP and WebSockets to synchronize data between servers.
4. Interoperation: The AT Protocol uses a global schemas network known as Lexicon to enable interoperability across servers, allowing software from different organizations to understand each other's data without needing to exchange rendering code.
5. Scaling and User Choice: The protocol's architecture includes Personal Data Servers (PDS) that host user data, manage identity, and facilitate interactions with other services. There are also Big Graph Services (BGS) that handle events like retrieving metrics, content discovery, and user search.
6. Algorithmic Choice: Users can select their aggregators, so they can choose how they interact with and discover content.
7. Account Portability: The protocol assumes that any PDS can fail at any time; hence it has built-in features to ensure that users can move their account to a new PDS without needing the old server's help. This is achieved through the use of signed data repositories and DIDs, or Decentralized Identifiers, which are secure and independent.
8. Speech, Reach, and Moderation: The protocol divides the concept of speech (content creation) and reach (content discovery) into separate layers. This allows for a flexible and scalable architecture that gives everyone a voice.

AT Protocol is not a blockchain nor uses blockchain technology. It's also different from existing solutions like ActivityPub due to a focus on portability and other unique design principles. The AT Protocol utilizes its formats like Lexicon and XRPC over alternatives like Resource Description Framework and JSON-LD due to better developer experience and usability. These tools are designed to make distributed systems development easier and more robust.