Deepfield solution

Name: Deepfield solution
Brand: Nokia

Deepfield is a software platform that ingests and correlates IP network telemetry with vendor-managed internet-context feeds to deliver network and subscriber intelligence, traffic analytics, and automated DDoS detection and mitigation orchestration.

Est 1865|Valuation $57.8B|Raised $9.1B

LinkedIn 419K|Website|FTEs 78,005|HQ Espoo, Uusimaa, FI

MarketsWeb Application & API Protection (WAAP)Security Service Edge (SSE)Security Information and Event Management (SIEM)Enterprise Networking

Platform CoversThreat Intelligence Platforms Network Detection & Response (NDR)Infrastructure Monitoring

01Competitive Landscape

| Aspect | Nokia Deepfield | Cloudflare Magic Transit | Radware DefensePro | |--------|-----------------|--------------------------|--------------------| | Starting Price | Published pricing generally requires a vendor quote or enterprise negotiation | Published pricing generally requires a vendor quote or enterprise negotiation | Published pricing generally requires a vendor quote or enterprise negotiation | | Most suitable for | ISPs, IXPs, and hosting providers seeking network-layer analytics integrated with DDoS automation and IP-telemetry enrichment | Organizations seeking cloud-based DDoS scrubbing and BGP-based protection delivered from a global edge network | Enterprises and providers preferring dedicated on-prem mitigation appliances and an appliance-centric control model | | Key strengths | Correlation of operator telemetry with vendor-provided internet context feeds; option to enforce mitigation in-network via supported routers; analytics that rely on flow-based telemetry rather than DPI | Global anycast scrubbing capacity and mitigation close to traffic source; managed service model reduces on-prem infrastructure needs | Established appliance-based mitigation approach with on-prem control and integration with Radware ecosystem | | Key weaknesses | Limited public peer reviews specific to the product; product-specific security/compliance attestations are not clearly published; can require significant integration effort in heterogeneous environments | Requires traffic steering/BGP integration and introduces dependency on a third-party edge network; potential cost considerations | Appliance-centric scaling can be costly and may require additional analytics tooling for ISP-grade traffic visibility | - Narrative analysis - Architectural differentiation - Nokia Deepfield emphasizes combining IP telemetry with vendor-provided internet context to provide observability and security capabilities and, when integrated with vendor routers, the ability to enforce mitigation close to traffic sources. - Cloudflare Magic Transit emphasizes shifting DDoS mitigation to a global edge network to absorb attacks outside the customer network. - Radware DefensePro emphasizes dedicated mitigation devices and appliance-based control. - Where alternatives can be operationally simpler - Organizations seeking rapid deployment with minimal on-prem analytics infrastructure may find cloud-scrubbing approaches operationally simpler. - Organizations preferring a traditional appliance model and established vendor community support may prefer Radware or other appliance vendors. - Pricing comparison (practical reality) - All three vendors typically require enterprise negotiation. Cloud providers sometimes provide more standardized packaging than traditional telecom vendors, but this varies by deal and required capacity. - Comparative customer testimonials - No credible, directly comparable user quotes (Deepfield vs Cloudflare/Radware) were identified in accessible public review sources.

01Competitive Landscape

Aspect	Nokia Deepfield	Cloudflare Magic Transit	Radware DefensePro
Starting Price	Published pricing generally requires a vendor quote or enterprise negotiation	Published pricing generally requires a vendor quote or enterprise negotiation	Published pricing generally requires a vendor quote or enterprise negotiation
Most suitable for	ISPs, IXPs, and hosting providers seeking network-layer analytics integrated with DDoS automation and IP-telemetry enrichment	Organizations seeking cloud-based DDoS scrubbing and BGP-based protection delivered from a global edge network	Enterprises and providers preferring dedicated on-prem mitigation appliances and an appliance-centric control model
Key strengths	Correlation of operator telemetry with vendor-provided internet context feeds; option to enforce mitigation in-network via supported routers; analytics that rely on flow-based telemetry rather than DPI	Global anycast scrubbing capacity and mitigation close to traffic source; managed service model reduces on-prem infrastructure needs	Established appliance-based mitigation approach with on-prem control and integration with Radware ecosystem
Key weaknesses	Limited public peer reviews specific to the product; product-specific security/compliance attestations are not clearly published; can require significant integration effort in heterogeneous environments	Requires traffic steering/BGP integration and introduces dependency on a third-party edge network; potential cost considerations	Appliance-centric scaling can be costly and may require additional analytics tooling for ISP-grade traffic visibility

Narrative analysis
- Architectural differentiation
  - Nokia Deepfield emphasizes combining IP telemetry with vendor-provided internet context to provide observability and security capabilities and, when integrated with vendor routers, the ability to enforce mitigation close to traffic sources.
  - Cloudflare Magic Transit emphasizes shifting DDoS mitigation to a global edge network to absorb attacks outside the customer network.
  - Radware DefensePro emphasizes dedicated mitigation devices and appliance-based control.
- Where alternatives can be operationally simpler
  - Organizations seeking rapid deployment with minimal on-prem analytics infrastructure may find cloud-scrubbing approaches operationally simpler.
  - Organizations preferring a traditional appliance model and established vendor community support may prefer Radware or other appliance vendors.
- Pricing comparison (practical reality)
  - All three vendors typically require enterprise negotiation. Cloud providers sometimes provide more standardized packaging than traditional telecom vendors, but this varies by deal and required capacity.
- Comparative customer testimonials
  - No credible, directly comparable user quotes (Deepfield vs Cloudflare/Radware) were identified in accessible public review sources.

Aspect

Nokia Deepfield

Cloudflare Magic Transit

Radware DefensePro

Starting Price

Published pricing generally requires a vendor quote or enterprise negotiation

Most suitable for

ISPs, IXPs, and hosting providers seeking network-layer analytics integrated with DDoS automation and IP-telemetry enrichment

Organizations seeking cloud-based DDoS scrubbing and BGP-based protection delivered from a global edge network

Enterprises and providers preferring dedicated on-prem mitigation appliances and an appliance-centric control model

Key strengths

Correlation of operator telemetry with vendor-provided internet context feeds; option to enforce mitigation in-network via supported routers; analytics that rely on flow-based telemetry rather than DPI

Global anycast scrubbing capacity and mitigation close to traffic source; managed service model reduces on-prem infrastructure needs

Established appliance-based mitigation approach with on-prem control and integration with Radware ecosystem

Key weaknesses

Limited public peer reviews specific to the product; product-specific security/compliance attestations are not clearly published; can require significant integration effort in heterogeneous environments

Requires traffic steering/BGP integration and introduces dependency on a third-party edge network; potential cost considerations

Appliance-centric scaling can be costly and may require additional analytics tooling for ISP-grade traffic visibility