Your ERP stores the financial records, customer information, inventory counts, payroll history and more that your team needs to run your business day-to-day, every day. However, responsibility over that data and where it lives is typically divided between multiple parties, which inevitably creates silos where crucial details can be lost – including for your cybersecurity. This division was easier to overlook when accounting software was installed in a server onsite in a back closet somewhere and could be reliably segregated from the other parts of your network; the age of the Internet and virtually perpetual cloud connections have changed that fundamentally.
When you work with separate vendors supporting different parts of your technology stack, this data security challenge only compounds and can lead to severe consequences if hackers uncover a gap anywhere between your IT supply chain and your local attack surface. Continue reading below to learn how choosing a single ERP and cybersecurity vendor allows you to consolidate these responsibilities and streamline how your outsourced technology support works:
Why ERP Security Does Not Stop at the Application Itself
The gap between application security, infrastructure security and network security is more impactful today than perhaps ever before. The modern business IT ecosystem is often a tangled web of digital solutions, endpoints and networks, with quite a few teams not even being aware of every software that lives in their servers, or what they connect to. Between turnover, departmental silos and misconfigurations, the different levels of data hygiene and cybersecurity policies required for keeping the information stored in an Enterprise Resource Planning application can be too easily obfuscated from end users to the C-suite, to even your IT team.
In practice, an ERP system is not simply software running on top of otherwise unrelated infrastructure – maintaining effective security depends on multiple layers, including:
- The servers and operating system the application runs on, including patch timing and version compatibility
- Identity and access controls, from multi-factor authentication (MFA) to how privileged accounts are issued and retired
- Endpoints and workstations that connect to the software
- Network protection and intrusion monitoring
- Backup platforms, and whether restoration has actually been tested
- Cloud and hosting configuration
Studies have shown that the biggest cybersecurity differentiator among various ERP systems is the ability to adapt to emerging cyber threats quickly, including frequent and faster patching. This has historically been one of the top gaps that hackers exploit in enterprise business management applications, yet continues to be a constant source of breaches against this type of software.
Where Gaps Between Software and Cybersecurity Vendors Appear Most
That boundary between technology assets, from applications and connectors to networks and infrastructure, is where problems tend to hide between vendors. A managed IT provider watching firewalls and intrusion attempts will lack visibility into application-level permission structures, while an ERP consultant managing user access will similarly lack visibility into network traffic. Neither will be positioned to catch gaps outside of their contracted purpose, and many will not want to – thus starting the finger-pointing and blame game when a cybersecurity issue arises that puts your entire software stack at risk.
Territorial Silos
Split responsibility turns troubleshooting into a drawn-out relay race between vendors. One partner investigates their piece, rules it out and points to the other vendor, who then has to start their own investigation from scratch. Each provider optimizes within their own narrow scope, and by the time the issue is traced to whichever gap it fell into, it has often already disrupted your operations.
Esoteric Applications
Not all software is built the same, and vendors that do not understand your specific ERP or the integrated applications, middleware, servers or other assets your technology stack relies on will inevitably have difficulty in identifying or diagnosing cybersecurity issues. A generalist provider can apply a standard patch, network rule or configuration change without recognizing how it interacts with your software’s specific version, customizations or connected integrations, turning a routine update into a new point of failure.
Lack of Defined Accountability
Separate vendors have separate incentives, which typically do not include absorbing a cost or an oversight that belongs to somebody else, leaving your business with the burden of figuring out where an issue began and where another could begin. Without a defined map of accountability over who owns what in your technology stack, you are left with effectively less support than you started out with at best, and at worst will need to play a game of Telephone between two disputing partners.
How a Single ERP and Cybersecurity Vendor Closes the Support Gaps
Consolidating ERP support and cybersecurity oversight under one vendor closes the gap that split responsibility leaves open. One team with visibility into both the application and the layers around it can trace a problem end to end instead of stopping at the edge of their own scope, and that same visibility works just as well for prevention as it does for troubleshooting.
The NIST Cybersecurity Framework 2.0 organizes cybersecurity outcomes into six functions: Govern, Identify, Protect, Detect, Respond and Recover. Applying that structure to an ERP environment only works when one party can see across every layer the framework touches, from user roles and integration permissions through network monitoring and incident response:
From Reactive Troubleshooting to Proactive Management
A single vendor managing both software and IT needs can shift from responding to incidents after they surface to identifying the patterns that lead to them. When one team sees your network, your servers and your ERP application together, they can catch an unusual access pattern or a suspicious configuration change before it escalates into a disruption, rather than discovering it after the fact during a diagnostic back-and-forth between two separate providers.
This proactive posture depends on sustained, continuous oversight rather than occasional periodic checkpoints scheduled once a year. Annual compliance scans or point-in-time assessments capture a snapshot of your security posture, but they do not replace the ongoing detection, analysis and remediation that a single, continuously engaged vendor is positioned to provide.
One Point of Accountability
Consolidation also resolves the accountability problem in a direct and lasting way, not just a temporary one. When one vendor owns both your ERP support and your cybersecurity oversight, there is no second provider to redirect responsibility toward when something goes wrong at the boundary between infrastructure and application.
This same consolidation extends to cost management as well, not only to accountability for security incidents. Working with separate providers for ERP and security often means absorbing charges from one vendor for problems the other vendor caused, with little visibility into where your overall technology spend is actually going. A single vendor relationship consolidates that spend, giving you a clearer picture of what you are paying for and why across your entire technology stack.
Get ERP and Cybersecurity Support from One Partner with SWK Technologies
Splitting ERP support and cybersecurity oversight across separate vendors leaves the seam between application and infrastructure unmonitored by design, not by accident. SWK Technologies supports your ERP implementation and your broader IT and cybersecurity needs under one relationship, so the team troubleshooting your Sage ERP or Acumatica environment has the same visibility into your network and security posture as the team defending it.
Contact SWK here to learn how a single-vendor relationship for your ERP and cybersecurity needs can close the gaps that split vendor support leaves behind.