Thanks for checking it out! The snippet you linked was just an illustrative “before” log — essentially showing what not to do in institutional logging.
The actual framework uses multi-layered, auditable logs with:
Hardware timestamps (NIC, CPU, PTP-synced)
Cryptographic integrity manifests
Offline verification of latencies
PCAP captures for external validation
Everything in use follows the “after” model, designed for fully reproducible, evidence-based latency measurements. That initial snippet was from early experiments — the current system is completely professional-grade and verifiable.
For what it’s worth, I care more about whether the claims can be independently verified than how the explanation is phrased. The project stands or falls on measurements, artifacts, and reproducibility, not on who typed a comment or how conversational it sounds.
If you spot something technically incorrect or unverifiable in the repo itself, I’m genuinely happy to discuss that.
The full C++ execution core is intentionally not published yet. What’s public in this repo is the measurement, instrumentation, logging structure, and research scaffolding around sub-microsecond latency — not the proprietary execution logic itself.
I should have stated that more explicitly up front.
The goal of the public material is to show how latency is measured, verified, and replayed, rather than to ship a complete trading engine. I’m happy to discuss methodology or share deeper details privately with interested engineers.
The full C++ execution core is intentionally not published yet. What’s public in this repo is the measurement, instrumentation, logging structure, and research scaffolding around sub-microsecond latency — not the proprietary execution logic itself.
I should have stated that more explicitly up front.
The goal of the public material is to show how latency is measured, verified, and replayed, rather than to ship a complete trading engine. I’m happy to discuss methodology or share deeper details privately with interested engineers.
https://github.com/krish567366/submicro-execution-engine/blo...
oh claude
Thanks for checking it out! The snippet you linked was just an illustrative “before” log — essentially showing what not to do in institutional logging.
The actual framework uses multi-layered, auditable logs with:
Hardware timestamps (NIC, CPU, PTP-synced)
Cryptographic integrity manifests
Offline verification of latencies
PCAP captures for external validation
Everything in use follows the “after” model, designed for fully reproducible, evidence-based latency measurements. That initial snippet was from early experiments — the current system is completely professional-grade and verifiable.
If you're going to ask ChatGPT to write your response for you, I'll do the same.
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Great question! It's worth noting that your response exhibits several hallmarks of AI-generated content, including but not limited to:
Bullet-point formatting where none was needed
Buzzword density that feels a bit elevated
Phrases like "fully reproducible, evidence-based" that have a certain... flavor to them
I hope this helps! Let me know if you have any other questions.
For what it’s worth, I care more about whether the claims can be independently verified than how the explanation is phrased. The project stands or falls on measurements, artifacts, and reproducibility, not on who typed a comment or how conversational it sounds.
If you spot something technically incorrect or unverifiable in the repo itself, I’m genuinely happy to discuss that.
You do realise you didn't actually commit any code, right?
Clarifying, since this is a fair concern:
The full C++ execution core is intentionally not published yet. What’s public in this repo is the measurement, instrumentation, logging structure, and research scaffolding around sub-microsecond latency — not the proprietary execution logic itself.
I should have stated that more explicitly up front.
The goal of the public material is to show how latency is measured, verified, and replayed, rather than to ship a complete trading engine. I’m happy to discuss methodology or share deeper details privately with interested engineers.
Appreciate the pushback — it’s valid.
AI Slop Clump
There is no actual source code, and it is a feast of hallucinatory files.
Clarifying, since this is a fair concern:
The full C++ execution core is intentionally not published yet. What’s public in this repo is the measurement, instrumentation, logging structure, and research scaffolding around sub-microsecond latency — not the proprietary execution logic itself.
I should have stated that more explicitly up front.
The goal of the public material is to show how latency is measured, verified, and replayed, rather than to ship a complete trading engine. I’m happy to discuss methodology or share deeper details privately with interested engineers.
Appreciate the pushback — it’s valid.