Cisco Mobile Ad Hoc Networking

Name: Cisco Mobile Ad Hoc Networking
Brand: Cisco

Leader

We securely connect everything to make anything possible.

Est 1984|Valuation $449.2B|Raised $49.2B

LinkedIn 7.6M|Website|Web traffic 11.8M|FTEs 95,663|HQ San Jose, California, US

MarketsEnterprise Networking

Cisco Mobile Ad Hoc Networking screenshot

01Competitive Landscape

Narrative analysis

- Where Cisco's approach is advantageous: when a buyer’s priority is to retain routing, segmentation, QoS, and security policy within a known IOS/IOS XE paradigm while ingesting radio metrics (via DLEP or PPPoE extensions) to influence path selection. - Where dedicated MANET vendors are advantageous: when the buyer prefers a vertically integrated MANET system (radios + mesh behavior + management) rather than engineering router-to-radio sessions and MANET-tuned OSPFv3. - Competitor pricing posture: Some competitors present materials that frame Cisco solutions as relatively more expensive due to hardware, licensing, and support models; such claims should be validated with actual bids and quotes.

	Cisco Mobile Ad Hoc Networking (IOS/IOS XE features)	Rajant Kinetic Mesh	Persistent Systems Wave Relay
Starting Price	Not transparently published; typically quote-based (hardware + licenses + support). Public reseller signals exist for some Cisco embedded router SKUs but are not authoritative.	Not transparently published (typically quote-based via partners).	Not transparently published; program pricing is typically controlled/quote-based.
Typical Use Case	Organizations needing IP routing integration with radio link metrics, already invested in Cisco routing/security; router-to-radio architectures.	Industrial/IIoT mobility where mesh nodes form a resilient fabric with centralized management (BreadCrumb + BC	Commander/enterprise tools).	Tactical/public safety teams requiring a purpose-built MANET system optimized for mobility and RF environments.
Key Strength	Standards-based interfaces (OSPFv3 MANET extensions; DLEP/PPPoE metric exchange), integration into Cisco routing/QoS/security toolchain.	Purpose-built mobile mesh portfolio and management with an integrated ecosystem.	Purpose-built MANET radios widely used in tactical scenarios; designed for mobility and RF conditions.
Key Weakness	Presents as a toolkit requiring integration; unclear packaging/pricing; constraints in DLEP/multicast in some trains; depends on radio interoperability and expert tuning.	Vendor ecosystem dependency; may be less aligned to traditional enterprise routing models.	Vendor ecosystem dependency; integration with enterprise routing/security may require gateways and additional architecture.

01Competitive Landscape

Narrative analysis

Where Cisco's approach is advantageous: when a buyer’s priority is to retain routing, segmentation, QoS, and security policy within a known IOS/IOS XE paradigm while ingesting radio metrics (via DLEP or PPPoE extensions) to influence path selection.
Where dedicated MANET vendors are advantageous: when the buyer prefers a vertically integrated MANET system (radios + mesh behavior + management) rather than engineering router-to-radio sessions and MANET-tuned OSPFv3.
Competitor pricing posture: Some competitors present materials that frame Cisco solutions as relatively more expensive due to hardware, licensing, and support models; such claims should be validated with actual bids and quotes.

	Cisco Mobile Ad Hoc Networking (IOS/IOS XE features)	Rajant Kinetic Mesh	Persistent Systems Wave Relay
Starting Price	Not transparently published; typically quote-based (hardware + licenses + support). Public reseller signals exist for some Cisco embedded router SKUs but are not authoritative.	Not transparently published (typically quote-based via partners).	Not transparently published; program pricing is typically controlled/quote-based.
Typical Use Case	Organizations needing IP routing integration with radio link metrics, already invested in Cisco routing/security; router-to-radio architectures.	Industrial/IIoT mobility where mesh nodes form a resilient fabric with centralized management (BreadCrumb + BC	Commander/enterprise tools).	Tactical/public safety teams requiring a purpose-built MANET system optimized for mobility and RF environments.
Key Strength	Standards-based interfaces (OSPFv3 MANET extensions; DLEP/PPPoE metric exchange), integration into Cisco routing/QoS/security toolchain.	Purpose-built mobile mesh portfolio and management with an integrated ecosystem.	Purpose-built MANET radios widely used in tactical scenarios; designed for mobility and RF conditions.
Key Weakness	Presents as a toolkit requiring integration; unclear packaging/pricing; constraints in DLEP/multicast in some trains; depends on radio interoperability and expert tuning.	Vendor ecosystem dependency; may be less aligned to traditional enterprise routing models.	Vendor ecosystem dependency; integration with enterprise routing/security may require gateways and additional architecture.