If it isn't lossless,it isn't evidence.
Incident reconstruction depends on byte-perfect telemetry from flight ops, maintenance, and ground systems. A suppressed pattern is not an optimization here - it is lost evidence.
One platform. It dominates on every axis - here and everywhere.
When the record is evidence, lossless is non-negotiable - and Sasquatch keeps hundreds of terabytes a day without the incumbent bill.
Ask in plain language and get root cause in seconds - the failing span, the correlated error, the related deploy - across every signal, no query language.
MITRE ATT&CK-mapped detections, UEBA, and threat intel on lossless retention, in the cloud you already own.
Compressed cold storage that stays instantly searchable - years of retention that answer like last week, at a fraction of hot cost.
OTLP-native; sits in front of Datadog, Splunk, Dynatrace, Grafana, and Elastic. Your dashboards do not change.
Kubernetes, VMs, bare metal, and syslog appliances - wherever telemetry is generated, at any scale.
Higher ratios than columnar formats, with the byte-level recoverability they cannot offer.
What the regulators actually require.
The through-line is evidence preservation: the record that reconstructs an event has to be complete and intact. That is the bar the aviation and aerospace buyer answers to.
ICAO Annex 13
The State must protect and preserve the evidence, including recorder data, for the investigation - the global standard across 193 member states.
FAA recordkeeping (14 CFR)
Maintenance records kept until the work is superseded, and made available to the FAA and NTSB; flight and ATC data recorded for reconstruction.
EASA flight recorders
Recorder-data requirements carried consistently across European operations.
Safety Management Systems
Data-driven safety programs that depend on a complete record - never a sampled one.
Sampling is not an optimization.
Every other tool in the category cuts the bill by throwing telemetry away. In a regulated audit, the event it dropped is the one the investigator asks for.
Events filtered, suppressed, or de-duplicated to shrink the bill. The dropped ones are the ones an investigator asks for.
Every event compressed and kept, SHA-256 verified. The same bill reduction - with nothing thrown away.
An investigation reconstructs an event from the exact telemetry around it. If a pipeline decided some of those events were redundant and dropped them, the reconstruction has a hole - and the hole is the part you needed.
Modern aircraft and operations generate enormous volume - flight-data programs now handle hundreds of terabytes a day - which is why teams are tempted to sample. Lossless compression removes the temptation and the cost at once.
- Criblfilters events
- Edge Deltasuppresses patterns
- GreprML-deduplicates
Lossy by design.
The only lossless option in the category.
Every byte recoverable, SHA-256 verified. Cost reduction without a single event dropped - the one architecture an auditor cannot fault.
The telemetry that has to survive.
Every signal below is kept in full and cryptographically verified - nothing sampled, nothing dropped, nothing summarized away.
Lossless, in your cloud, in front of the stack you run.
Lossless at the edge
EVIDENCE-GRADEEvery sensor event kept and SHA-256 verified, so a reconstruction is complete - no dropped frames in the record.
Tap Out retention
KEEP IT ALL, CHEAPLYHold full-fidelity telemetry for as long as any investigation window could require, searchable at cold cost.
One agent, everywhere
OPS + MAINTENANCEA single edge agent across flight-ops and maintenance systems, on-prem at the airline or airfield data center.
Snowman investigation
RECONSTRUCT FASTAsk what happened around a timestamp and get the correlated telemetry assembled in seconds, not a data pull.
The bill falls. The audit passes. The team keeps shipping.
A shipping product - a multi-environment edge agent, full-signal coverage, and an agentic AI investigation layer. Drop it in; watch the bill fall.
Egress, storage, and query compute drop together - the day the agent boots.
Every byte recoverable, SHA-256 verified. Every audit passes.
Structured for the retention and integrity rules this industry answers to.
Dashboards, alerts, and runbooks are unchanged. Velocity is preserved.
