Why Many Organizations Are Reevaluating Their MFT Readiness

Data exchange has quietly become one of the most critical layers of modern IT infrastructure. Every day, organizations move large volumes of sensitive information between partners, cloud platforms, internal systems, and external services. These transfers support everything from revenue operations to regulatory reporting.

Yet many companies still rely on file transfer platforms designed for static, on-premises environments that no longer accurately reflect how data actually move today. a very different era.

As data volumes grow, architectures become more distributed, and cyber threats increasingly target data exchange paths. The limitations of traditional or legacy Managed File Transfer (MFT) environments are becoming harder to ignore. What once worked reliably now struggles to keep pace with modern operational and security demands.  

In many organizations, legacy MFT deployments struggle with:

• Performance bottlenecks
• Fragmented security controls
• Automation that is heavily dependent on scripts

These issues are not isolated. Rather, they reflect a broader shift across the MFT market.

According to Precedence market research, the global MFT market was valued at around $2.4–2.5 billion in 2025 and is projected to grow to more than $7 billion by 2035, with an expected CAGR (Compound Annual Growth Rate) of roughly 10 to 11%.

This growth is driven less by basic file transfer needs and more by increasing cybersecurity risks, regulatory compliance requirements, and the growing complexity of hybrid IT environments, according to Fortune Business Insights.

Market analysis from Data Bridge also shows strong adoption in banking and financial services, healthcare, and government sectors, which have become major drivers of modernization in MFT, where MFT platforms are routinely used to move regulated and high-value data at scale.

As a result, many organizations are reevaluating their MFT strategy and exploring modern platforms such as GoAnywhere MFT and Globalscape EFT, both part of the Fortra file transfer ecosystem.

What today’s organizations are looking for from their MFT solution

1 . Performance that supports modern operations

As organizations exchange increasingly large datasets across hybrid environments, transfer performance becomes an operational requirement, not a nice-to-have feature.  

Acceleration technologies, such as Fortra’s FileCatalyst, can enable multi‑gigabit transfer speeds. In standalone deployments, FileCatalyst can achieve speeds of up to 10 Gbps in properly tuned environments, depending on infrastructure, tuning, and network conditions.  

FileCatalyst Service delivers accelerated transfers at multi‑gigabit speeds as well—typically up to ~4–5 Gbps per stream—while preserving centralized governance, centralized auditing, and enterprise security controls.

Because the FileCatalyst Service is embedded directly into Fortra’s GoAnywhere MFT solution, organizations gain high-speed, UDP-based acceleration for very large files and massive directories over long-distance or high-latency networks, without introducing a separate operational toolset.

Additional performance support 
Transfers also benefit from guaranteed delivery, checkpoint restart, compression, and integrity verification, and can be fully orchestrated, monitored, and audited as part of standard GoAnywhere and Globalscape workflows.

Some traditional MFT deployments still rely primarily on standard protocols without dedicated acceleration, such as in GoAnywhere. While adequate for smaller workloads, these architectures may struggle to maintain consistent performance when transferring very large files or operating across high-latency networks.

Modern MFT platforms also evolve architecturally. Active-active clustering allows workloads to be distributed across nodes while supporting automatic failover and high availability. 

“Organizations that depend on older MFT architectures sometimes compensate for their performance limitations by adding infrastructure layers, capabilities that modern platforms, such as those from Fortra MFT, increasingly deliver natively,” said Ed Ybarra, Associate Product Manager, Development, Fortra MFT.

2. Security designed to act before incidents occur

File transfer infrastructure has become a growing target for cyberattacks. This is largely because file transfer sits at the intersection of sensitive data, external connectivity, and implicit trust.  

These systems routinely move large volumes of regulated and proprietary information, everything from financial records to personal data to intellectual property, between internal systems and external partners, often over internet-facing services.  

As a result, they represent a high-value attack surface for cybercriminals seeking maximum impact from a single compromise.

Industry analysis highlights that MFT platforms are increasingly viewed as critical security checkpoints within enterprise data exchange architectures, particularly as ransomware and supply chain attacks continue to grow.

Managed file transfer platforms are also attractive targets because they typically operate with elevated privileges and broad access across environments.

Recent supply chain attacks against widely used MFT products demonstrate how, when vulnerabilities are exploited, attackers can bypass traditional perimeter defenses and gain direct access to data in motion or at rest, without needing to compromise individual endpoints.

In these scenarios, a successful attack against file transfer infrastructure can expose data from dozens or even hundreds of downstream organizations at once, making it a force-multiplier for financially motivated and extortion-driven threat actors.  

Modern platforms increasingly incorporate proactive security capabilities.

For example, threat-intelligence features such as Globalscape’s Threat Brain can block connections based on reputation indicators including:

• IP addresses
• Domains
• URLs
• Email sources

Additional protections may include ICAP-based inspection or DLP integrations designed to detect malware or prevent potential data leakage during file transfers.

“In some MFT environments, security controls remain primarily reactive and rely on external monitoring or perimeter defenses rather than embedding threat intelligence directly into the file transfer platform,” noted Ybarra. “With proactive threat intelligence built-in, organizations can be assured that the IP addresses confirmed once, are continually re-affirmed as safe with each connection.”

3. Automation that reduces operational complexity

Automation is another area where many organizations are reassessing their MFT strategy.

“In traditional MFT deployments, complex workflows often rely on extensive scripting developed and evolved over many years. While flexible, these environments can become increasingly difficult to maintain as integrations expand and operations scale, “ added Ybarra. “More modern MFT platforms provide the kind of structured automation frameworks designed to simplify orchestration of increasingly complex workflows.”

Typical capabilities include:

• Visual workflow design
• Remote execution agents
• Extensive libraries of predefined tasks

Together, these features help reduce reliance on error-prone ad hoc scripts while accelerating integrations with internal systems and external partners. 

In many legacy MFT environments, automation logic is distributed across scripts, schedulers, and external tools, making troubleshooting and maintenance significantly more complex.

4. Integration with modern cloud ecosystems

Enterprise data exchange increasingly spans SaaS platforms, cloud services, and on-premise infrastructure.

Modern MFT solutions therefore emphasize native connectors for widely used services such as AWS, Azure, Google Cloud, Salesforce, SharePoint, and Box.

Market analysis from Mordor Intelligence shows that the adoption of hybrid cloud infrastructure is one of the primary drivers behind the modernization of MFT platforms. By contrast, in many traditional implementations, similar integrations may require custom scripts or third-party connectors, increasing operational complexity and maintenance effort.

5. Supporting regulatory and compliance requirements

Regulatory pressure continues to increase as organizations exchange larger volumes of sensitive data.

Industries such as finance, healthcare, and government rely heavily on MFT platforms because they provide centralized governance, auditability, and controlled data movement across systems and partners.

Modern platforms include capabilities designed to support compliance with standards such as:

• GDPR
• HIPAA
• PCI DSS
• SOX
• SOC 2

These capabilities typically include detailed auditing, reporting, traceability, and role-based access controls.

Competitive traps organizations should evaluate

When assessing MFT modernization strategies, organizations often encounter several challenges associated with older platforms.

Trap 1 — Security by patching

Some platforms rely heavily on frequent patch cycles or external security layers rather than embedding proactive threat intelligence within the transfer platform itself.

Trap 2 — Automation by scripting

Workflows built around years of accumulated scripts may appear flexible but can significantly increase operational risk and maintenance complexity.

Trap 3 — Scalability through infrastructure expansion

When performance or availability challenges arise, some architectures require additional servers or external components instead of scaling natively within the MFT platform.

Global MFT Capability Comparison 

Fortra’s Industry-Leading File Transfer Solutions

GoAnywhere MFT vs. Globalscape EFT

Why Organizations are Modernizing MFT

As data exchange becomes central to digital operations, organizations are rethinking the role of file transfer infrastructure.

Platforms that combine high-performance transfer acceleration, proactive security capabilities, structured automation, and broad cloud ecosystem integration are increasingly viewed as foundational, not optional.

For organizations evaluating their next step in MFT modernization, the objective is straightforward: build a data exchange environment that is faster, more secure, and capable of supporting today’s hybrid scale without becoming tomorrow’s liability.