Overview
Overview of IBM NS1 Connect Managed DNS
Learn how IBM NS1 Connect delivers the authoritative DNS that makes applications and websites resilient, with intelligent traffic steering and multi CDN optimizaton.
Overview of IBM NS1 Connect Managed DNS
What is Traffic Steering
Simplify HTTPS Management
IBM NS1 Connect Managed DNS is a fully managed, cloud-native DNS and intelligent traffic steering solution designed to help AWS customers overcome the limitations of legacy DNS. By integrating with observability tools like Amazon CloudWatch, NS1 Connect can monitor the health and status of cloud resources in real time, enabling automated traffic steering away from down or deprecated infrastructure. Combined with NS1s ability to ingest data from a variety of sources, this ensures faster, more reliable DNS resolution, reduces application downtime, improves performance, and accelerates time-to-value, freeing teams to focus on strategic growth.
The Essentials Tier is ideal for SMBs, providing up to 80M queries/month, health checks, intelligent traffic steering, HTTPS redirects with primary/secondary DNS support ensuring high application availability and robust business continuity.
The Standard Tier expands these capabilities for larger organizations providing advanced features like spike protection and zone backup/restore while supporting up to 1 billion queries per month, enhanced health monitoring, traffic steering filter chains and HTTPS redirects.
For enterprises demanding peak performance and resilience on a global scale, IBM NS1 Connect Premium is our most advanced solution, tailored and optimized for your needs. Overcome the limitations of single-CDN (SCD) architectures with Real User Monitoring (RUM) based traffic steering, dynamically routing users to the fastest, most reliable endpoints. Further enhance your capabilities with dedicated DNS infrastructure, advanced analytics, and optimized DNS for China. Contact your AWS representative who will work with our expert to ensure you have the optimum solution to meet your needs.
Highlights
- Global anycast network: Primary and secondary DNS built with a fully redundant architecture at 26 locations to meet a 100% uptime SLA.
- Intelligent Traffic steering: Automatically steer traffic across multiple CDNs and cloud providers to optimize for cost, contractual commits, and third-party quality of experience (QoE) metrics.
- API-first Architecture: DevOps ready integrations with Terraform, Ansible and other tools for effortless zone creation and policy updates.
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Dimension | Description | Cost/12 months |
|---|---|---|
Essentials | Includes 30M queries 1000 records 1 Filter Chain 2 Monitors | $1,188.00 |
Essentials Small Bundle | Includes 50M queries 1000 records 1 Filter Chain 2 Monitors | $2,388.00 |
Essentials Large Bundle | Includes 80M queries 1000 records 1 Filter Chain 2 Monitors | $4,188.00 |
Standard-50 | 50M Queries, 1000 Records, 1 Traffic Steering Filter Chains, 2 Monitors, 50 HTTPS Redirects, Spike Protection, Zone Backup/Restore | $4,188.00 |
Standard-150 | 150M Queries, 1000 Records, 3 Traffic Steering Filter Chains, 7 Monitors, 50 HTTPS Redirects, Spike Protection, Zone Backup/Restore | $9,426.00 |
Standard-250 | 250M Queries, 2000 Records, 25 Traffic Steering Filter Chains, 25 Monitors, 50 HTTPS Redirects, Spike Protection, Zone Backup/Restore | $21,106.80 |
Standard-500 | 500M Queries, 5000 Records, 50 Traffic Steering Filter Chains, 50 Monitors, 50 HTTPS Redirects, Spike Protection, Zone Backup/Restore | $31,096.80 |
Standard-1000 | 1Bn Queries, 10000 Records, 100 Traffic Steering Filter Chains, 100 Monitors, 50 HTTPS Redirects, Spike Protection, Zone Backup/Restore | $46,546.80 |
The following dimensions are not included in the contract terms, which will be charged based on your usage.
Dimension | Description | Cost/unit |
|---|---|---|
Overage Rate Total Queries (Requests) | Overage Rate Total Queries (Requests) | $50.00 |
Overage Rate DNS Records | Overage Rate DNS Records | $75.00 |
Overage Rate Filter Chains (Resource Units) | Overage Rate Filter Chains (Resource Units) | $103.50 |
Overage Rate Monitors (Jobs) | Overage Rate Monitors (Jobs) | $3.45 |
Overage Rate China Requests | Overage Rate China Requests | $172.00 |
Steering Standard Interaction Overage | Steering Standard Interaction Overage | $20.39 |
GSLB Standard Interaction Overage | GSLB Standard Interaction Overage | $20.39 |
Steering Advanced Interaction Overage | Steering Advanced Interaction Overage | $32.39 |
GSLB Advanced Interaction Overage | GSLB Advanced Interaction Overage | $32.39 |
Enterprise Request Overage | Enterprise Request Overage | $8.27 |
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Customer reviews
Powerful Dynamic DNS Routing, But a Learning Curve for Complex Policies
One situation where it became especially valuable for us was during high-traffic fintech onboarding campaigns and transaction-heavy operational windows where traffic spikes could impact application responsiveness across regions. Instead of relying on static DNS behavior, NS1 Connect allowed us to route traffic dynamically based on latency, health checks, and infrastructure availability. That flexibility helped maintain much more stable user experiences during peak usage periods.
What stood out immediately was the speed and responsiveness of DNS changes. During infrastructure incidents or deployment rollouts, traffic policies could be adjusted very quickly without waiting through slower propagation cycles that we had experienced with older DNS setups. For customer-facing systems where uptime and response consistency directly affect onboarding and transaction completion rates, that operational agility made a real difference.
From a usability perspective, the platform balanced enterprise-grade functionality with a relatively clean operational experience, which helped engineering and infrastructure teams collaborate more effectively during incident handling and rollout planning.
Overall, IBM NS1 Connect delivered strong value by improving traffic reliability, operational flexibility, and infrastructure responsiveness across critical production systems.
Another challenge we experienced was around operational visibility during highly customized routing scenarios. The monitoring and analytics capabilities are strong overall, but when troubleshooting complex traffic behavior across multiple providers, regions, and failover policies, identifying the exact cause of routing anomalies occasionally required deeper manual analysis than expected.
From a UI/UX perspective, the platform is functional and infrastructure-focused, but some administrative workflows still feel more engineered toward experienced network teams than broader operational users. Teams unfamiliar with DNS operations faced a noticeable learning curve during onboarding, especially around advanced policy configuration and automation workflows.
The integrations with cloud and infrastructure ecosystems were valuable, but maintaining consistency across evolving deployment environments and automation pipelines required ongoing operational governance.
In one healthtech workflow, we were managing patient-facing appointment scheduling and teleconsultation systems that experienced highly uneven traffic spikes during specific hours and seasonal campaigns. Before implementing NS1 Connect, traffic routing was relatively static, so when one region or infrastructure cluster became overloaded, users started experiencing slower response times and intermittent service instability. IBM NS1 Connect helped us introduce dynamic traffic steering based on endpoint health and latency conditions, which improved platform responsiveness significantly during peak usage periods.
Another operational benefit came during infrastructure maintenance and unexpected outages. Previously, rerouting traffic during incidents required more manual intervention and slower DNS propagation handling. With NS1 Connect, failover decisions became much more automated and responsive, reducing disruption for end users accessing critical healthcare services.
We also used the platform in fintech-related environments supporting onboarding systems and transaction-heavy customer workflows across multiple cloud regions. During high-volume onboarding campaigns, traffic loads shifted unpredictably between regions, and maintaining low latency became important for customer conversion and operational reliability. NS1 Connect helped distribute traffic more intelligently across infrastructure endpoints instead of relying on rigid DNS policies.
A major advantage operationally was improved visibility into traffic behavior and infrastructure health. Engineering teams could proactively monitor routing conditions, endpoint performance, and failover events before issues escalated into customer-facing incidents.