Linda Mitchell

[Linda Mitchell @LMitchellllll]

You decide the checkpoint frequency:

Frequent = more secure

Infrequent = more cost-efficient

Either way, the system inherits Solana’s throughput and finality

[Linda Mitchell @LMitchellllll]

How do you build a decentralized Layer 2 that supports mutable data, resists DDoS attacks, and charges zero gas fees—all without using consensus or tokens?

@PipeNetwork may have found the answer.

[Linda Mitchell @LMitchellllll]

⚓ Checkpointing to Solana
Merkle roots are periodically anchored to Solana L1.
This provides:
Global finality
Immutable audit trails

Sybil/spam resistance via Solana’s own security

[Linda Mitchell @LMitchellllll]

The CAP Theorem tells you what you can’t have.
Pipe Network shows you what you can build when you choose wisely.
Decentralized. Resilient. Fast.

[Linda Mitchell @LMitchellllll]

How do you deliver content fast and reliably without central servers?

You rethink the trade-offs of distributed systems.
Here’s how @PipeNetwork uses the CAP Theorem to power a decentralized CDN 👇

[Linda Mitchell @LMitchellllll]

For developers, it means peace of mind.
Your content reaches users fast — even during network chaos.
Latency is low. Uptime is high. Control stays with you.