Device, system and supply-chain integrity for high-value principals. Untrusted until proven, from the factory floor to the software they run.
From the supply chain to the software you run, the parts you inspect least are the ones most likely to be compromised.
The most capable adversaries no longer break in. They arrive pre-installed, in the firmware of a phone, the certificate store of a tablet, the camera bolted to a wall, delivered through a supply chain that almost no one inspects.
The exploit that matters is, by definition, the one no one has published. Signature defence is always a step behind a state-grade adversary. So we detect the behaviour of compromise, not its identity.
Each secures a different link in the chain of trust, from the components on the factory floor to the software running at the edge, plus a console built for SAP.
Physical, firmware and offensive inspection of every device before it is switched on. The casing brand is not the chain of custody.
An on-device suite that hunts the behaviour of compromise, not the signatures of known malware, because the decisive exploit is unpublished.
Hardened handsets and laptops, from Pixel on GrapheneOS to locally assembled hardware that puts the supply chain under our own control.
When a device is hit, we trace the origin, the chain, the operator and the exploit, into a living knowledge base held by an offensive R&D team.
On-device detection of mercenary spyware, zero-click chains and silent data extraction on the smartphone in your pocket.
A proprietary vulnerability dataset for the SAP estate, from S/4HANA and the HANA database to ABAP custom code, correlated by a reasoning engine and mapped to regulatory controls.
Our detection suite turns a smartphone into a witness. On-device detection of mercenary spyware, zero-click chains and silent data extraction, the moment they touch the handset, with the forensic evidence to prove it.
What we find across supply chains, firmware and fielded devices, drawn from our intake lab and continuous monitoring.
Borrowed from how armed forces and intelligence services protect classified systems on commercial hardware, and delivered by a team built the same way, operators from the military and intelligence services alongside engineers from offensive security research.
Every device destined for a principal is treated as compromised until proof says otherwise, and that proof is held for the life of the device.
We detect the behaviour of compromise, not its identity. The exploit that matters is, by definition, the one no one has published.
Two independent layers of encryption, hardware and software bills of materials, and continuous monitoring. We assume the adversary is already inside.
Data, tooling and hardware are kept where they matter. Residency and control are defaults, not options.
For assessments, sovereign provisioning or a conversation about device integrity, reach the team directly.
business@the-lab.ae