Inventory, conversion and staged cutover, with a rollback path at every stage — so a bad evening is an inconvenience rather than an outage. We stay until the last host is moved. The migration plan →
HA, quorum, live migration, ZFS replication and Ceph. Redundancy that survives a node going down at 2am, tested rather than assumed.
Deduplicated, client-side encrypted storage with scheduled verify jobs — so a twelve-month window costs less space than a month of nightly fulls.
You are not stuck. This is work we have done before, and we will tell you up front where your own environment is going to fight back — before the cutover window, not during it.
Most networks are configured once by hand and then drift. Automation is what makes the configuration repeatable — the reason a change made on Tuesday can be undone on Wednesday, by whoever is holding the pager.
The same change goes out to more than two hundred devices in a single pass — switches, servers, firewalls, fiber terminals, UPSs, iDRACs, wireless controllers and Ubiquiti radios. Not two hundred logins and a hope.
Aruba, Cisco, Fortinet, Palo Alto, MikroTik and Ubiquiti driven from one playbook set. When a new model joins, it inherits the code instead of demanding its own.
Every run goes against the least-capable device in the fleet first, in check mode, with the diff read before anything is applied. The rollback path exists before the change does.
Cisco, Aruba, Fortinet and Palo Alto deployments — from a single office switch to multi-site VPN and segmented guest networks.
Linux and Windows server management and hardening that has actually been tested rather than assumed.
VE clusters, Backup Server and a migration path off VMware. Real redundancy instead of a single server everyone prays to. Proxmox details →
Self-hosted mail that actually delivers — SPF, DKIM, DMARC and reputation configured correctly, not left at defaults.
Ansible across a multi-vendor fleet — one change to more than two hundred devices, tested before it ships and logged afterwards. How it works →
Zabbix and Grafana observability, alerting that means something, and CrowdStrike-backed endpoint protection.
An IT department without hiring one — monitoring, vendor escalations and a named engineer who knows your environment. How it works →
We look at what exists — topology, hardware and licensing — and tell you plainly what is fragile and what is fine.
Changes happen deliberately, documented as they go, with a rollback path before anything goes live.
You get the diagrams, the credentials and the runbooks. If you ever leave, you leave with everything.
Most networks don’t need replacing. They need finishing.
505 NetworksMost engagements start with a conversation about what is failing and what it would take to stop failing.
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