3 SASE Platform Providers Helping Startups Secure Remote Workforces

That gap rarely looks dramatic on a network diagram. It appears during an incident review when nobody can quickly explain why a contractor’s unmanaged laptop reached a finance application or why traffic from a compromised account wasn’t inspected consistently.

Secure Access Service Edge, or SASE, can narrow that gap by bringing network access and cloud-delivered security controls into the same operating model. The real question isn’t whether a startup needs every feature on a SASE datasheet.

It’s whether the chosen platform can control access, preserve application performance, and remain manageable as headcount doubles.

What Startups Should Expect From a SASE Platform

Remote-work security can’t stop at routing employees through a VPN. Users now connect directly to SaaS platforms, private cloud workloads, developer environments, and third-party services.

A central tunnel may protect some traffic, but it can also add latency and leave awkward policy gaps.

Government guidance reflects the broader operational problem. The UK government notes that remote work introduces additional risks involving information loss, equipment tampering, and targeted compromise. Its remote-working security guidance also stresses that information needs protection regardless of where the user works.

For a startup, a workable SASE deployment should cover five practical needs:

• Identity-aware access to private applications
• Web and SaaS traffic inspection
• Controls for managed and unmanaged devices
• Reliable connections without needless backhauling
• Logs that the internal team or managed provider can investigate

Those requirements sound basic. They aren’t. The awkward part is applying them without giving a small IT team four consoles, conflicting policies, and alerts nobody has time to examine.

1. Fortinet

Fortinet is one option for startups looking to combine networking and security functions within a unified SASE architecture. Its Unified SASE approach brings secure SD-WAN, zero-trust access, secure web gateway, firewall-as-a-service, cloud application controls, and data protection capabilities into a shared architecture.  

That can matter when a business has remote staff today but expects offices, retail sites, development labs, or regional branches tomorrow. The selection discussion doesn’t have to restart every time the operating model changes.

Fortinet also supports agent-based and agentless access patterns. That distinction is useful for startups working with permanent employees, short-term developers, advisers, and external finance teams. Not every user should receive the same software, network reach, or trust level.

When choosing a SASE platform, security leaders should test whether policy administration, traffic inspection, access control, and user-experience monitoring actually behave as one system. 

A shared product label isn’t enough. Ask the team to make a policy change, trace a failed connection, and investigate a suspicious session during the proof of concept.

Fortinet may be worth evaluating where:

• Secure branch connectivity is likely to become important
• The team wants to reduce separate networking and security workflows
• Private applications and SaaS services need different access methods
• IT requires central policy control across remote users and physical sites

The caution is scope. A startup shouldn’t buy a large architecture merely because it may need every component someday. Licensing, deployment sequence, and operational ownership still need a hard look.

2. Barracuda

Barracuda’s SecureEdge platform is another option for startups seeking cloud-managed access controls alongside network protection. 

Its published capabilities include zero-trust network access, secure web access, firewall-as-a-service, and SD-WAN connectivity. 

The potential fit is a lean IT environment that values quick remote deployment and central administration.  Managed service provider support may also appeal to a company that can’t justify an internal network security team yet.

Barracuda may be worth evaluating where:

• Cloud-based security administration is a priority
• Remote users need centrally managed access controls
• SD-WAN and security functions need to work within the same environment
• The organisation expects to rely on managed service support

There’s a catch, though. Ease of rollout shouldn’t become the main buying criterion. The proof of concept needs to test TLS inspection, application identification, policy exceptions, logging depth, and recovery when an endpoint agent fails. Simple administration is useful only if the controls underneath it meet the company’s risk profile.

3. Sophos

Sophos may suit startups that already use its endpoint, firewall, or centrally managed security products. Its SASE model combines SD-WAN with cloud security functions such as secure web gateway, cloud application controls, and zero-trust access.  

The operational appeal is familiarity. A small team may prefer extending an existing security environment rather than introducing another administrative stack.

But does product familiarity justify the decision by itself? No. Existing tooling should earn a place in the architecture through policy consistency, useful telemetry, and workable incident response. 

If the SOC can’t connect an access event to endpoint behavior, the convenience may be thinner than it first appears.

Sophos may be worth evaluating where:

• Existing Sophos security products are already part of the environment
• Endpoint and network security need to be connected
• The IT team wants to extend an existing security management model
• SD-WAN and cloud security controls need to operate together

The evaluation should still consider policy consistency, telemetry, incident investigation, licensing, integrations, and the level of administrative effort required to maintain the environment.

A Practical Evaluation Before Signing

Run the trial against real startup workflows, not a polished vendor demonstration.

Start with a developer using a managed laptop, a contractor on an unmanaged device, and a finance employee connecting from public Wi-Fi. Test access to a private application, a sensitive SaaS platform, and an ordinary web service. 

Then introduce failure: remove device compliance, change the user’s role, interrupt the agent, and simulate stolen credentials.

Australia’s cyber security authority advises remote workers to protect accounts with multi-factor authentication, secure devices, and safeguard connections and information. These controls should appear in the access design, not sit in a separate policy document. 

During testing, record:

1. How long policy changes take to reach users
2. Whether unmanaged devices receive restricted access
3. What the help desk sees when a connection fails
4. Whether logs show identity, device state, application, and action
5. How traffic is handled when the nearest service point is unavailable
6. Which features carry separate licenses or usage charges

Startups should also model the messy month, not the normal one. Think rapid hiring, an acquisition, a new country, or a suspected account takeover. The right platform should still be operable when the team is busy and the facts are incomplete.

For additional context on day-to-day exposure outside the office, ValiantCEO’s article on cybersecurity tips for remote workers discusses risks involving home networks, passwords, and employee devices. Check out the dedicated remote working security guidance aligned with it.  

The Decision Has to Survive Growth

The strongest SASE choice isn’t necessarily the platform with the longest feature list. It’s the one the startup can deploy, monitor, and explain during a real incident.

Fortinet, Barracuda, and Sophos each provide approaches that combine network connectivity with cloud-delivered security capabilities. Their relevance will depend on how closely their capabilities, integrations, management requirements, and commercial models align with the startup's specific environment.

For technology leaders, the business risk is straightforward. Remote access added without consistent inspection and identity controls creates debt, and that debt becomes expensive at exactly the wrong moment. A SASE platform should reduce that uncertainty before growth turns scattered access decisions into an incident-response problem.