BURVK
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$CTXC 1$ is loading 3$ inevitable 💫💫💫 shining star #ai
$CTXC Pump Up & Only UP 🚀🚀🚀
$CTXC easy 1$ so close , 1.34$ easy 2$ inevitable.
10$ to the moon 🚀🚀🚀🚀🚀🚀
10$ to the moon 🚀🚀🚀🚀🚀🚀
$CTXC pump is coming 🚀🚀🚀 1$ easy 2$ inevitable 🤑
$CTXC 🚀🚀🚀🚀🚀
🚀🚀🚀🚀🚀
Cortex Labs
--
🚀 Cortex Project Updates #128
#OPML
1. Solved issues with Unicorn executing cvm:
- Recompiled MIPS dynamic libraries and ELF executable.
- Mapped file system to specific memory addresses.
2. Developed program test steps, rewrote compilation script, parsed C++ results from ELF file.
3. Deployed cvm-runtime to MLVM Unicorn for execution, obtaining checkpoint_final and investigating specific instructions.
#ZkRollup
1. Implemented input across all circuits.
2. Used grand products for queue equality proof.
3. Sorted & deduplicated code decommit requests; added code decompressor for memory unpacking.
4. Processed log queue into specific queues, sorting L1Message logs and storage requests.
5. Built circuit for main VM.
#CortexFullNode
1. Optimized prefetcher heap escape
https://t.co/BeXBq0Iv5x
2. Reduced unnecessary JS bigint compilations
https://t.co/LTOElTS3lj
3. Simplified MaxUint64
https://t.co/55MiFR2kOw
4. Fixed missing state when num is zero
https://t.co/XW1MKm8XJm
5. Restructured dependencies on header
#OPML
1. Solved issues with Unicorn executing cvm:
- Recompiled MIPS dynamic libraries and ELF executable.
- Mapped file system to specific memory addresses.
2. Developed program test steps, rewrote compilation script, parsed C++ results from ELF file.
3. Deployed cvm-runtime to MLVM Unicorn for execution, obtaining checkpoint_final and investigating specific instructions.
#ZkRollup
1. Implemented input across all circuits.
2. Used grand products for queue equality proof.
3. Sorted & deduplicated code decommit requests; added code decompressor for memory unpacking.
4. Processed log queue into specific queues, sorting L1Message logs and storage requests.
5. Built circuit for main VM.
#CortexFullNode
1. Optimized prefetcher heap escape
https://t.co/BeXBq0Iv5x
2. Reduced unnecessary JS bigint compilations
https://t.co/LTOElTS3lj
3. Simplified MaxUint64
https://t.co/55MiFR2kOw
4. Fixed missing state when num is zero
https://t.co/XW1MKm8XJm
5. Restructured dependencies on header
$CTXC
Cortex Labs
--
🚀 Cortex Project Updates #128
#OPML
1. Solved issues with Unicorn executing cvm:
- Recompiled MIPS dynamic libraries and ELF executable.
- Mapped file system to specific memory addresses.
2. Developed program test steps, rewrote compilation script, parsed C++ results from ELF file.
3. Deployed cvm-runtime to MLVM Unicorn for execution, obtaining checkpoint_final and investigating specific instructions.
#ZkRollup
1. Implemented input across all circuits.
2. Used grand products for queue equality proof.
3. Sorted & deduplicated code decommit requests; added code decompressor for memory unpacking.
4. Processed log queue into specific queues, sorting L1Message logs and storage requests.
5. Built circuit for main VM.
#CortexFullNode
1. Optimized prefetcher heap escape
https://t.co/BeXBq0Iv5x
2. Reduced unnecessary JS bigint compilations
https://t.co/LTOElTS3lj
3. Simplified MaxUint64
https://t.co/55MiFR2kOw
4. Fixed missing state when num is zero
https://t.co/XW1MKm8XJm
5. Restructured dependencies on header
#OPML
1. Solved issues with Unicorn executing cvm:
- Recompiled MIPS dynamic libraries and ELF executable.
- Mapped file system to specific memory addresses.
2. Developed program test steps, rewrote compilation script, parsed C++ results from ELF file.
3. Deployed cvm-runtime to MLVM Unicorn for execution, obtaining checkpoint_final and investigating specific instructions.
#ZkRollup
1. Implemented input across all circuits.
2. Used grand products for queue equality proof.
3. Sorted & deduplicated code decommit requests; added code decompressor for memory unpacking.
4. Processed log queue into specific queues, sorting L1Message logs and storage requests.
5. Built circuit for main VM.
#CortexFullNode
1. Optimized prefetcher heap escape
https://t.co/BeXBq0Iv5x
2. Reduced unnecessary JS bigint compilations
https://t.co/LTOElTS3lj
3. Simplified MaxUint64
https://t.co/55MiFR2kOw
4. Fixed missing state when num is zero
https://t.co/XW1MKm8XJm
5. Restructured dependencies on header
$CTXC 1$ easy 2$ inevitable 🚀🚀🚀
$CTXC 1$ easy 2$ inevitable 🚀🚀🚀
$CTXC 1$ is coming just hodl
$CTXC 1$ easy, 3$ is inevitable 🚀🚀🚀🚀
$CTXC 1$ easy 2$ inevitable 🚀 cortex is good project🚀
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