AUDIT
Stitch every signal from your code, your secrets, your runtime and your platform into one timeline, so you can reconstruct what happened, prove it to a reviewer, and enrich the SIEM you already run.
No credit card. Your first events are correlated in minutes.
The correlation problem
Application logs sit in one tool, runtime alerts in another, secrets access in a third, and the platform audit trail in a fourth. Each system records its own slice of the truth, with its own clock, its own identifiers, and its own retention policy. When something goes wrong, somebody opens five tabs and starts the puzzle from scratch.
Meanwhile the people who need the answer fastest, the on-call engineer, the SOC analyst, the compliance reviewer, spend hours stitching timestamps by hand. The longer the reconstruction takes, the colder the trail gets and the harder it is to prove what actually happened.
What is cross-stack correlation?
Cross-stack correlation is the practice of unifying every security and operational signal an application produces, source code findings, secrets access, runtime detections, platform actions, into a single timeline with shared identifiers and a shared clock, so any event can be traced end to end. ByteHide Audit is that timeline. It ingests the records the rest of the platform already emits, links them by application, environment and user, and gives every team the same view of what happened, who saw it, and what changed in response.
What Audit does
Audit is five capabilities that share one event store, one access model and one audit trail:
Cross-stack Correlation
Link findings from code, secrets, runtime and platform into one event timeline keyed by application, environment and user.
Learn moreRuntime Forensics
Reconstruct what happened in production with a full event timeline you can scrub, filter and export for review.
Learn moreLog Management
Centralize application logs with retention, search and role-based access, with the same identifiers as every other signal.
Learn moreCompliance
Audit-ready records you can hand to a reviewer, with retention policies, access logs and exports that match the question being asked.
Learn moreSIEM Integration
Forward enriched, correlated events to the SIEM and observability tools you already run, so application context lands where your analysts work.
Learn moreCross-stack Correlation
Audit links every signal the platform produces, a Code finding, a Vault read, a Shield protection event, an App Runtime detection, by the same application, environment, user and request, so the trail between them is one query instead of five. When a runtime alert fires, you see the secret access that preceded it, the deploy that changed the code, and the platform action that closed it out, in the order they happened.
Runtime Forensics
Every runtime event lands in a forensic timeline you can scrub by application, environment, user and time. Filter to the host, the request, the secret or the user that matters, export the slice the reviewer asked for, and keep the full record for the retention window your policy requires. Nothing is summarized away by default.
Log Management
Audit centralizes application logs with the same identifiers and the same access model as the rest of the platform, so a log line is one click away from the secret read, the runtime event and the platform action it relates to. Retention is policy-driven, access is role-based, and search runs against the structured fields the rest of the platform already emits.
Compliance
Audit keeps an immutable record of every event the platform produced, with retention windows aligned to the framework you report against and exports shaped to the question being asked. RBAC controls who can read what, the access log records every read, and the report you hand to an auditor is the same one you used to fix the issue.
SIEM Integration
Audit forwards correlated, application-aware events to Splunk, Sentinel, Elastic, Datadog and the other tools your analysts already use, so the application layer lands next to the infrastructure layer with the same identifiers. Keep your existing pipelines and dashboards, add the context they never had.
vs SIEM and observability
Infrastructure SIEM and observability platforms see the network, the hosts and the cloud control plane. They were not built to follow a secret read into a runtime detection into a platform action, and they do not carry the application context that makes those events make sense. Audit covers the layer they miss and forwards what it learns into the tools you already operate.
Application layer
Application layer
Hosts and network
Keep your SIEM and your observability stack. Audit feeds them the application layer they were never built to capture.
Use cases
ENGINEERING
When an alert fires at 3 a.m., the on-call engineer needs to know what changed, who touched what, and when, without opening five consoles. Audit gives them one timeline keyed to the application and the user, with the runtime event, the secret access and the platform action in the order they happened.
SECURITY
When a reviewer asks who accessed which credential, who triggered which protection, or what the platform did about it, Audit hands back an immutable record with retention windows and access logs that match the framework you report against. No spreadsheet archaeology, no exports rebuilt from screenshots.
REGULATED
When the SOC works in Splunk, Sentinel or Elastic, Audit forwards correlated, application-aware events into the same pipeline. Analysts keep the dashboards they already trust, and gain the application context the infrastructure layer never carried.
Audiences
Developers
One timeline per application, with the runtime event, the secret read, the deploy and the platform action linked together. No more chasing the cause across five tools.
Security and SOC
Correlated, application-aware events forwarded to Splunk, Sentinel, Elastic and Datadog, with role-based access and an audit trail on every read.
Leadership and compliance
Immutable records with retention policies aligned to the frameworks you report against, and exports shaped to the question being asked.
Audit is the evidence layer of the ByteHide platform. App Runtime protects the applications you ship, Code finds the issues in your source, Vault keeps every credential out of reach, and Audit keeps the record across all of it. One account, one console, one engine across the whole lifecycle.
Code
Find issues early
Static and software-composition analysis whose findings link to the runtime events Audit captures.
Logs
Audit
The forensics and correlation layer that turns evidence from every product into one timeline. You are here.
Code
SCA · SAST
Secrets
Vault
Shield
Code shielding
ADR
Runtime
Agentic
AI agents
Logs
Audit
Shared dashboard
One platform, one account
Code, App Runtime, Agentic Runtime, Shield, Vault and Audit share the same account, the same console, and the same engine.
Start with Audit. Grow into the platform.
Not scattered alerts. Start free, no credit card. Your first events are correlated in minutes.
