Fortify Infrastructure
XDR & UEM
Infrastructure is where an intrusion becomes a breach: the lateral hop, the unpatched host, the cloud role nobody audited. Fortify Infrastructure pairs XDR for cross-domain detection with UEM for fleet control, so the same agent that spots the movement is the one that stops it.
The vector
An adversary who lands on one host is not yet a breach. The breach is the next twenty minutes: enumeration, credential harvesting, the lateral hop to something that matters. Every one of those steps is visible — in a different tool, to a different team, at a different time of day.
Signals Split Across Consoles
Endpoint, cloud audit, and network telemetry live in separate tools, so the hop between them — the part that matters — is the part nobody sees.
Patch Windows Measured in Quarters
Known-exploited CVEs stay open for weeks because patching is a scheduled human project rather than a continuous automated one.
Multi-Cloud Risk Nobody Owns
Misconfigured roles, public buckets, and forgotten workloads accumulate across AWS, Azure, and GCP faster than a quarterly review can retire them.
How d2defence fortifies it
XDR ingests endpoint, identity, cloud, and network telemetry into a single stream and applies SIGMA and MITRE ATT&CK patterns to it in flight, before the data is committed to disk. UEM holds the other half: continuous fleet telemetry, hardened baselines, and zero-touch patching across operating systems, so the exposure the detection finds can be closed rather than ticketed.
Detection and response are the same agent. There is no handoff from the tool that noticed to the tool that acts, which is where most of the historical mean time to respond was actually spent.
Capabilities
- Cross-domain threat detection correlating endpoint process trees, DNS, cloud audit trails, and packet flows into one chronological incident
- Multi-cloud risk hunting across AWS, Azure, GCP, and on-premise Kubernetes from a single risk graph
- Unified endpoint control over Windows, macOS, Linux, and mobile through one lightweight agent
- Automated cross-OS vulnerability patching with intelligent rollback triggers and P2P distribution
- Autonomous containment: isolate the host, kill the process tree, block the egress — in under two seconds
What changes operationally
Containment stops waiting on a human to open a second console. Patch latency becomes a continuously enforced SLA instead of a quarterly campaign. And an intrusion that would have spent hours enumerating a flat network meets an estate where every hop is evaluated as it is attempted.