Understand how open you are

Compliance as code

Understand at a glance your up-to-the-second compliance with a range of security standards. No more waiting months for an expensive audit, now you can see - and prove - compliance at a moment's notice.

Shrug off ransomware attacks

With versioning file systems, automated deployments, read-only backups, and secured golden images, we can create an infrastructure that can recover in minutes from an otherwise devastating ransomware attack.

Kill APTs, no matter how they got in

Advanced Persistent Threats (APTs) are highly resourced attackers that exploit high severity, often zero-day vulnerabilities to get in and stay in, until the time is right for a major attack. The average time between infiltration and discovery of an APT is 145 days, and that only counts the ones that get discovered. With a decomposed, scalable, immutable, rotating architecture we can boot out the most dedicated of attackers within days, without even needing to know they were there.

Stop lateral movement

Attackers get in through your weakest link - no matter what it is - then spread laterally until they hit the good stuff. We use free native services to implement unbreakable segregation between trust zones, so that if an attacker does get in, they're sandboxed and cannot spread.

Eliminate multi-tenancy

Letting multiple clients share one infrastructure is a disaster waiting to happen. Unless you have everything set up perfectly, there will come a time when one client is asking why they're seeing the wrong data - and asking who is seeing theirs. Using infrastructure as code and a decomposed design, we can enable virtual multi tenancy in a series of parallel architectures: all the cost savings of multi-tenancy, all the security of dedicated environments.

Data Sovereignty on a dime

If you have a global client base, you have a global set of privacy, security, and data sovereignty requirements to meet. We can implement a modular architecture that can be deployed to individual regions at will, ensuring your data stays on shore, even if you aren't.

Patch once, patch everywhere

Patch management used to be a major logistical operation, and would always miss a few servers here and there, creating the weakest links that attackers like to look for. By properly implementing infrastructure as code, and with a minimum set of standard, hardened builds, we can make patch management a fully automated process that never misses a target.