Cisco Meraki vs Jimber: SASE for mid-market teams

How does Jimber compare to Cisco Meraki for mid-market SASE?

Jimber is a unified SASE platform that delivers ZTNA, SWG, FWaaS, SD-WAN and agentless device isolation from a single cloud-managed console. Cisco Meraki is a cloud-managed networking platform that extends into SASE through Cisco Secure Connect, combining MX appliances with Umbrella and Duo. Jimber is built for mid-market simplicity and European data sovereignty. Meraki offers ecosystem breadth but requires multiple Cisco products to deliver full SASE.

Cisco Meraki runs your switches, access points, and branch firewalls. It does that well. But when you need Zero Trust access, web security, SD-WAN, and device isolation in one platform, Meraki becomes a gateway into a broader Cisco procurement exercise. You end up licensing Umbrella for SWG, Duo for identity, Secure Connect for the SASE fabric, and MX hardware for every site. That is four products, four billing lines, and configuration spread across multiple interfaces.

Jimber converges all of those functions into a single console with one policy engine. This post compares both platforms across the criteria that matter for distributed European organisations with 50 to 400 users. No vendor rankings. No feature inflation. Just the trade-offs you need to evaluate.

Quick comparison

Does Meraki deliver Zero Trust?

Meraki extends into Zero Trust through Cisco Secure Connect, which layers ZTNA capabilities on top of the traditional MX appliance architecture. Access control uses device posture profiles via Duo, checking OS version, firewall status, and antivirus presence before granting entry. The client-based option runs Cisco Secure Client on managed endpoints. Clientless access provides browser-based connectivity for specific applications.

The challenge is fragmentation. Policies live across Duo for identity, Umbrella for web security, and the Meraki dashboard for network controls. G2 and Gartner Peer Insights reviewers note that the integration sometimes feels bolted on rather than native. Configuring posture-based access requires navigating between different sections of the Cisco stack. When you troubleshoot a failed access attempt, you check the MX logs, the Duo authentication log, and the Umbrella activity log separately.

There is also a licensing consideration. ZTNA capabilities require the Cisco Secure Connect licence, which sits on top of existing MX hardware licences. For a mid-market organisation that already pays for MX Advanced Security, the additional SASE-layer licensing can feel like paying twice for overlapping capabilities.

Jimber’s ZTNA is built into the same platform as the SWG, FWaaS and SD-WAN. A single policy engine handles identity, device posture, and application access. When you create a rule for a user group, it applies consistently across every security function without portal switching. A failed access attempt shows the identity check, the posture result, and the policy decision in one log entry. For a team of three to ten IT staff, that difference is measured in hours per week.

How does SD-WAN compare across sites?

Meraki’s Auto-VPN is genuinely excellent for site-to-site connectivity. Click a few options in the dashboard, and branch offices connect automatically through encrypted tunnels. For organisations already running MX appliances at every location, this is a strong selling point.

The limitation surfaces under load. Activating deep packet inspection on entry-level MX models (MX67, MX68) can cause throughput to drop by 20 to 30 percent. Organisations often end up over-sizing hardware to maintain performance, which inflates the hardware budget. And because Meraki hardware stops functioning when licences expire, every device becomes a recurring cost commitment.

Jimber delivers SD-WAN as part of its unified SASE stack. Application-aware routing steers traffic across broadband, dedicated internet, and 4G/5G links based on real-time conditions. There is no separate hardware licence to maintain, and security inspection does not compete with networking throughput because both run in the cloud. For a deeper look at how SD-WAN fits within SASE architecture, the SASE architecture explained guide covers the full data flow. If you are evaluating whether to keep MPLS alongside SD-WAN, the SD-WAN vs MPLS comparison breaks down the cost and performance trade-offs.

What about IoT, printers and factory equipment?

This is where the gap widens most. Meraki provides visibility into network devices through its dashboard telemetry. You can see what is connected and monitor traffic patterns. But segmenting unmanaged devices, the ones that cannot run a Cisco agent, requires either manual VLAN configuration or integration with Cisco ISE. ISE is an enterprise-grade network access control platform that adds significant complexity and cost. For a mid-market organisation, deploying ISE to segment a few dozen printers and IoT sensors is like hiring a crane to hang a painting.

Jimber’s NIAC hardware takes a fundamentally different approach. The appliance sits inline between the unmanaged device and the network. Each device gets its own isolation policy: a printer communicates only with the print server, a security camera only with the NVR, a PLC only with its historian. If ransomware compromises the corporate network, it cannot reach devices behind the NIAC boundary.

This matters beyond the factory floor. Mid-market offices have printers, meeting room displays, access control systems and building management controllers that cannot run agents. These devices are the entry points that attackers exploit because nobody segments them properly. Industry data consistently shows that IoT and unmanaged devices account for a growing share of initial compromise vectors. A single compromised printer in a flat VLAN can give an attacker a foothold to scan the entire subnet.

Jimber closes that gap without requiring a separate product or a dedicated network access control platform. The NIAC appliance deploys at the device location and enforces isolation policies from day one. No ISE. No complex RADIUS configurations. No network re-architecture.

How complex is day-to-day management?

Meraki’s networking dashboard is one of the best in the industry. For managing switches, access points, and basic firewall rules, it delivers on its promise of simplicity. Thousands of administrators run Meraki networks without specialist training.

That simplicity erodes when you add SASE. Cisco Secure Connect introduces a separate management layer. Umbrella policies live in the Umbrella dashboard. Duo configurations sit in the Duo admin panel. When an incident occurs, correlating events means switching between three or four consoles, exporting logs from different systems, and manually piecing together what happened.

Jimber operates from one console. Policies, logs, user activity, device posture, and network events all live in the same interface. When something goes wrong, you investigate in one place. When you need to change a policy, you change it once and it applies everywhere. For lean IT teams, fewer consoles means fewer configuration errors and faster incident response.

This is not a minor operational detail. Research consistently shows that human error drives the vast majority of cloud security incidents. Every additional console, every configuration that needs to be synchronised manually, is an opportunity for a mistake. The SASE vendor evaluation framework explains why console consolidation is one of the seven criteria that predicts deployment success.

Is pricing predictable?

Meraki licensing is per-device and per-duration. A three-year Advanced Security licence for an MX appliance covers firewalling, IDS/IPS, and content filtering on that specific box. Adding SASE requires Cisco Secure Connect licences on top. Adding identity requires Duo licences. Adding advanced web security requires Umbrella licences.

The layering creates unpredictability. Mid-market buyers describe the experience as discovering new line items throughout the procurement cycle. Hardware lock-in compounds the issue: if a Meraki licence expires, the hardware stops working entirely. That model protects recurring revenue for Cisco but creates operational risk for the customer.

Jimber prices per user with no bandwidth surcharges, no module add-ons, and no hardware that bricks when a subscription lapses. WAF, NIAC capabilities, and device posture checks are included in the platform price. For service partners reselling to multiple customers, the margin structure is transparent and predictable across all deal sizes. A Belgian wealth management firm that consolidated its fragmented security stack onto Jimber reduced total security costs by 58 percent, primarily by eliminating the licence complexity of multiple overlapping products.

Does European compliance matter for your SASE choice?

Cisco is headquartered in San Jose, California. As a US company, it falls under the CLOUD Act, which allows US authorities to compel access to data stored on Cisco-operated infrastructure, regardless of where that infrastructure is physically located. A Meraki MX in your Brussels office processes data locally, but the cloud management plane, Umbrella DNS logs, and Secure Connect traffic flow through Cisco-operated services.

For organisations subject to NIS2 and GDPR, this creates a documented compliance risk. NIS2 Article 21 requires organisations to assess the security practices of technology suppliers, including jurisdictional exposure. The question is not whether Cisco takes security seriously. It does. The question is whether your compliance documentation can state that your network security data stays exclusively under EU jurisdiction.

Jimber is headquartered in Belgium with data processing within EU borders. No US parent company. No CLOUD Act exposure. For European organisations evaluating SASE sovereignty, the jurisdictional difference is architectural, not cosmetic.

How do MSPs and service partners fit in?

Meraki has one of the largest channel programmes in networking. Partners get access to a proven product portfolio, marketing support, and a brand that IT buyers recognise. The trade-off is that managing multiple Cisco products across multiple customer environments requires navigating different portals and licence structures.

Jimber’s platform is multi-tenant by design. A service partner manages all customer environments from a single console with shared policy templates, role-based access, and transparent pricing that makes quoting predictable. New customers onboard through zero-touch provisioning: ship the controller, plug it in, and it pulls its configuration from the cloud. For partners building managed SASE practices, that speed translates into faster billing cycles and less custom work per customer.

Who should choose Jimber

Jimber fits organisations that want full SASE without assembling it from multiple products. The ideal profile looks like this.

You run 50 to 400 users across two or more sites and need consistent security policies without per-site hardware stacks. Your environment includes devices that cannot run agents, whether that is printers, IoT sensors, cameras or industrial equipment. Your IT team has three to ten people who need to manage networking and security without dedicating someone full-time to a single vendor’s ecosystem. You operate under NIS2, GDPR or DORA and need your security platform to stay under EU jurisdiction by default. You work with a service partner and want a platform that makes multi-tenant management straightforward.

If you are already deep in the Cisco ecosystem with ISE, Catalyst switches, and Firepower firewalls across hundreds of sites, Meraki and Secure Connect provide continuity. But continuity with an increasingly complex stack is not the same as simplicity. For the mid-market organisations that Jimber serves, the architectural clean break, one vendor, one console, one policy engine, removes layers of operational overhead that Cisco’s ecosystem approach introduces.

The pattern we see most often: organisations that started with Meraki for networking simplicity and then found themselves pulled into the broader Cisco security ecosystem as requirements grew. Each new requirement added another product, another licence, another dashboard. Jimber reverses that trajectory. You start with one platform and it stays one platform as your requirements expand.

For comparison against other enterprise SASE vendors, see how Jimber compares to Zscaler, Cato Networks, Palo Alto Prisma Access, and Cloudflare One.

Frequently asked questions

Can I migrate from Meraki to Jimber without downtime?

Yes. Jimber supports phased migration. You can run both platforms in parallel during transition, starting with ZTNA for remote users and expanding to SD-WAN and site connectivity as you decommission MX appliances at each location. Most mid-market migrations complete within four to eight weeks.

Does Jimber replace Meraki switches and access points?

No. Jimber is a SASE platform, not a switching or Wi-Fi vendor. You can keep Meraki switches and access points for local networking while replacing the security and WAN stack with Jimber. The MX appliance is the component that becomes redundant when Jimber’s ZTNA, SWG, FWaaS and SD-WAN take over.

What happens to my Meraki hardware if I switch to Jimber?

Meraki hardware continues to function as long as the licence is active. During migration, you can maintain licences on devices you still use and let licences expire on devices you decommission. Jimber’s cloud-managed controllers replace the MX for SD-WAN and security, which means you stop renewing those specific licences.

Does Jimber support the same device posture checks as Duo?

Jimber includes native device posture verification that checks OS version, disk encryption, endpoint protection status, and device management state. If your organisation uses a specific identity provider, Jimber integrates via SAML and OIDC. You do not need a separate product for identity-based access control.

How does Jimber handle sites without reliable internet?

Jimber’s SD-WAN supports link bonding across broadband, dedicated internet and 4G/5G connections with automatic failover. For sites with unreliable connectivity, the platform steers traffic across the best available path in real time. The SD-WAN explained guide covers how application-aware routing works in detail.

Is Jimber suitable for organisations with OT environments?

This is one of Jimber’s strongest differentiators. NIAC hardware provides inline isolation for devices that cannot run agents, including PLCs, HMIs, SCADA terminals and industrial sensors. The IT-OT bridge secures factory networks without disrupting production or requiring agents on equipment that does not support them.

Ready to see how Jimber compares for your specific environment? Book a demo and walk through your current Meraki setup, your compliance requirements and the migration path that fits your team’s capacity.