Exploit Powered
Proprietary techniques deliver full system privilege
Controlled Deployment
Designed for secure, on-premises environments with full custody of data
Advanced Threat Detection
Detect sophisticated threats that evade conventional approaches where they hide
Use attacker techniques to detect attacker presence
Operate at the same system privilege level where sophisticated threats execute, beyond the constraints of the OS sandbox, enabling detection otherwise inaccessible to defenders.
When attackers have root, defenders require root
Detect and validate artifacts conventional methods miss, even those intentionally hidden or erased, by analyzing disk, memory, and live system behavior.
DFFIND acts as a force multiplier for security teams
Repeatable, scalable privileged access.
Automated detection paired with advanced manual introspection abilities reduces weeks of manual effort to minutes.
Data custody enforced by design.
DFFIND operates strictly offline and on-premises, ensuring sensitive data never leaves secure environments.
Built for the threats that hide.
Designed for sophisticated adversaries targeting their persistence mechanisms, evasion strategies, and low-level system manipulation
Built by security researchers to serve defenders.
DFFIND is backed by ongoing research that adapts to changes in modern mobile operating systems.
Recover traces adversaries attempt to erase.
Engineered to surface artifacts that remain after attempts to erase activity, even when traces are intentionally minimized.
Operational Environments
A compromised device is an operational failure, not an IT ticket.
Routine assurance for the people adversaries target first.
Not compromising on safety requires diligence.
Your secrets are only as safe as your partners' devices.
Consent-based Detection, informed by exploitation research.
Dataflow Forensics operates as part of the Dataflow Security Group, alongside its sister organization Dataflow Security.
Within the group, Dataflow Security focuses on advanced vulnerability research across modern operating systems and platforms. Dataflow Forensics translates those discoveries into operational capabilities used by government agencies on unlocked devices.
One team advances vulnerability research. The other operationalizes those discoveries into unsandboxed detection capabilities deployed in the field.
Detecting compromise requires complete access. Protecting the device owner's privacy is built into the platform.
Automated, policy-driven redaction ensures agencies can verify device integrity while minimizing exposure to non-relevant personal data.
PII remains masked unless explicitly required.
