98 Bytes That Prove Your Document Existed
📰 Dev.to · Dmitrii Zatona
Learn why a fixed 98-byte binary format was chosen over JSON or Protobuf for signed checkpoints in ATL Protocol
Action Steps
- Analyze the trade-offs between fixed binary formats and serialization formats like JSON or Protobuf
- Design a wire format for a protocol that prioritizes efficiency and simplicity
- Evaluate the security implications of signature placement in a binary format
- Implement a trust model that leverages signed checkpoints to ensure data integrity
- Compare the performance of different serialization formats in a distributed system
Who Needs to Know This
Developers and engineers working on distributed systems and protocols can benefit from understanding the design decisions behind ATL Protocol's checkpoint format
Key Insight
💡 A fixed binary format can be more efficient and simpler to implement than serialization formats like JSON or Protobuf in certain use cases
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📝 98 bytes that prove your document existed! Learn about the design decisions behind ATL Protocol's checkpoint format
Key Takeaways
Learn why a fixed 98-byte binary format was chosen over JSON or Protobuf for signed checkpoints in ATL Protocol
Full Article
Why I used a fixed 98-byte binary format instead of JSON or Protobuf for signed checkpoints. A byte-by-byte walkthrough of the wire format, the signature placement decision, and the trust model behind ATL Protocol checkpoints.
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