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Nederlands
$
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I will design high availability dhcp failover and disaster recovery
Over deze dienst
A single point of failure in your DHCP infrastructure can halt your entire business operation, bringing user connectivity and production to a standstill.
As a Senior Information Technology Systems Engineer who has managed 24/7 refinery operations and successfully reduced downtime by 40%, I design and deploy resilient, fault-tolerant DHCP architectures. I ensure that your IP lease allocation remains uninterrupted, even during catastrophic server failures.
What I deliver:
- DHCP Failover implementation in Load Balance or Hot Standby mode
- Geographically separated Primary DC and Disaster Recovery (DR) infrastructure
- Seamless DHCP scope replication and synchronization
- Failover simulation and DR testing
- Comprehensive infrastructure health checks
Stop risking network outages. Message me to build a high-availability infrastructure that keeps your business running 24/7
Server:
Windows-server
Besturingssysteem:
Windows
Mijn portfolio
Veelgestelde vragen
Will implementing failover cause network IP conflicts?
No. When configured correctly in Load Balance or Hot Standby mode, the servers communicate to ensure duplicate leases are never issued.
Do I need new hardware for this?
You need at least two Windows Servers (virtual or physical) to implement failover.
What happens during a DR failover simulation?
We will force a controlled outage on the primary server during a maintenance window to verify the secondary server successfully assumes lease responsibilities without disrupting endpoints.
Is this for Windows Server or Linux?
This gig specifically covers Microsoft Windows Server DHCP failover architectures.
Can you help with multi-VLAN environments?
Yes, I can configure IP helper addresses/DHCP relays to ensure scopes function across complex routing environments.
What is the difference between Load Balance and Hot Standby?
Load balance shares the leasing load 50/50 (ideal for single sites). Hot Standby keeps one server passive until the primary fails (ideal for remote branch/DR scenarios).
