Pico adds LDA NeoTap X support to Corvil Analytics 10.2

Corvil Analytics 10.2 will ingest metadata from LDA’s NeoTap X, including high-precision timestamps and sequence data, to support latency analysis, market reconstruction and AI workflows.

Pico and LDA Technologies announced Corvil Analytics 10.2 will support LDA’s NeoTap X aggregation technology. The update lets firms ingest NeoTap X metadata, including high-precision timestamps and per-port sequencing, into Corvil’s analytics pipeline for latency analysis, market data reconstruction and AI workflows.

The integration preserves metadata generated at the network edge and delivers timestamp-accurate, integrity-validated packet-level data to analytics and automation systems.

NeoTap X embeds metadata into packet streams inside the aggregation layer rather than relying on downstream reconstruction. It supplies precise timestamps, per-port sequencing, checksum monitoring and port-speed visibility, and is designed to handle up to 400Gbps of aggregate bandwidth.

By carrying metadata alongside captured packets, the system enables downstream tools to detect aggregation-layer packet loss, verify packet ordering and identify ingest-quality issues that are often hard to reconstruct after aggregation or loss.

Jarrod Yuster, founder and CEO of Pico, noted the integration enables customers to feed analytics and AI workflows with high-fidelity, timestamp-accurate and integrity-validated data, reinforcing Corvil Analytics as a trusted source for trading, risk and operational teams.

Vahan Sardaryan, CEO of LDA Technologies, described NeoTap X as introducing an industry-first level of visibility into packet flows by embedding comprehensive metadata at the point of capture, and added the collaboration lets Corvil Analytics fully leverage that data.

Pico plans to include NeoTap X support in the forthcoming Corvil Analytics 10.2 release. The companies indicated the feature targets financial firms that operate high-volume, low-latency trading environments and require precise network metadata for real-time monitoring, post-event investigations and automated analytical workflows.

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