Most of your customers already run endpoint protection. Many have EDR, and a growing number pay an MDR provider to watch it. That’s the baseline insurers and auditors now expect.
So here’s the question worth asking. Your customer’s EDR may detect the threat. But what protects their critical data, governs the AI running on their endpoints, and ensures they can recover when prevention fails?
EDR does the job it was built for. The open question is what surrounds it.
The pressure falls mostly on smaller organizations. Where Verizon knew the victim’s size, 96% of ransomware victims in its 2026 Data Breach Investigations Report were SMBs, according to IndustryWeek’s summary of the report.
Teams talk about “stopping ransomware” as if it were a single event. It’s at least four: detection, containment, data protection and recovery.
Signature-based tools catch known malware. Behavioral engines flag suspicious activity. EDR gives analysts the telemetry to investigate and respond. Deception and file concealment try to deny attackers a target, and containment controls try to stop a process that has already started encrypting. Backup protection and validated restores decide what happens when everything else falls short.
Each layer answers a different question, and each needs an owner. Prevention, containment and recovery are separate outcomes, and few single products cover all three equally well.
Recovery deserves a closer look. In a vendor-agnostic Sophos survey of IT leaders at organizations with 100 to 5,000 employees, 94% of those hit by ransomware said attackers tried to compromise their backups, and 57% of those attempts succeeded. The data is from early 2024 and covers mid-size organizations, so read it as a directional signal for the market.
Ransomware resilience. Verizon reports that 69% of organizations hit in 2025 didn’t pay a ransom, up from the year before, and it credits better preparedness. That’s progress, and it depends on victims being able to restore without paying.
AI governance. IBM’s 2026 Cost of a Data Breach Report found shadow AI involved in 43% of the security incidents it studied, up from 20% a year earlier. Those incidents averaged $5.39 million, against $4.99 million for breaches overall. IBM’s sample is 602 breached organizations across 16 countries, so treat the numbers as a directional signal for SMBs.
Part of the challenge is where the AI runs. Coding assistants read source repositories. Local language models and agents read whatever files their user can open. Arms Cyber argues that locally running models produce no observable network signal, which limits network-layer tools such as CASB. Some EDR and DLP products do watch process and file activity, and their coverage of local AI tooling varies, so ask each product how it handles it.
Recoverability. Having backups and restoring operations are two different things. Attackers know it, which is why backup consoles, repositories and agents are targets. Insurance-readiness guides published in 2026 by MSP-side firms such as Consilien and UnderDefense list restore-tested, immutable backups next to EDR and MFA among the controls underwriters ask about. Check your customer’s actual carrier questionnaire before you promise anything.
Picture a lightweight layer that sits on top of the EDR your customer already runs. It does three jobs. Protect reduces ransomware exposure and contains suspicious behavior. Govern monitors and enforces AI usage policy. Recover protects restore points and improves readiness.
|
Need |
EPP / EDR |
Complementary layer |
Where they overlap |
|
Ransomware |
Signature and behavioral prevention (EPP); detection, investigation and response (EDR) |
Data concealment, decoys, containment of unauthorized encryption |
Behavioral detection; some EDR suites add rollback |
|
AI at the endpoint |
Process and file telemetry; coverage of local AI tools varies by product |
Per-endpoint AI inventory, file-scope policy, AI-to-file audit trail |
DLP and CASB cover data movement and cloud AI services |
|
Backup and recovery |
Usually outside scope; some suites add rollback |
Protection of restore points from deletion and tampering |
Backup platforms offer their own immutability and isolation |
For SMBs and the partners who secure them, the appeal is practical. One agent and one console instead of three. Consistent visibility. A phased rollout that starts with the problem that hurts most. And the existing EDR investment stays in place, which spares you a rip-and-replace conversation.
Deployment details decide whether that works. Two agents that both hook the file system can conflict, so test compatibility with the customer’s EDR before any rollout. Check operating system coverage, performance on older hardware, policy overlap and who owns day-to-day tuning. One added layer improves resilience. Defense in depth still applies.
Arms Cyber’s Raven platform is one example of this architecture. A single lightweight sensor for Windows, Linux and macOS, three modules, and a “Conceal, Adapt, Restore” approach. Arms Cyber's Raven works as an overlay beside existing EDR and XDR tools, and that detections can flow to its own dashboard, Splunk, Microsoft Sentinel or another SIEM.
ARP (AI Ransomware Protection) is the Protect layer. It hides critical files with Stealth Directories, watches for encryption behavior and file-entropy changes instead of relying on signatures, and plants decoys that expose an attack as it runs. Arms Cyber’s stated goal is to keep the number of real files touched to a minimum.
APE (AI Policy Enforcement) is the Govern layer, launched by Arms Cyber on June 4, 2026. It builds a per-endpoint inventory of AI tools and local models, lets administrators scope what each AI process may read (denying a coding assistant the credential store, for example), and logs which AI process touched which file. Arms Cyber positions that log as evidence for auditors and insurers.
ADR (AI Data Resilience) is the Recover layer. It conceals backup restore points, places decoys that look like backups, and blocks deletion or unhooking of the real ones. ADR sits beside the backup platform. The backup software still creates and manages the backups, and ADR protects what it produces.
Why providers should pay attention
For a reseller or MSSP, the layer maps to services you can package and renew:
Those sit naturally beside existing managed endpoint, MDR and backup offerings.
Then there’s your own exposure. A serious customer incident costs you emergency hours, extra support load, an unhappy customer and sometimes a contract dispute or a reputation hit. Legal responsibility, where it exists, comes from your contract, your service obligations, the jurisdiction and the facts of the case. Ask your counsel how your agreements treat controls you recommended and the customer declined.
On the commercial side, Arms Cyber has been building its channel for this. With differentiated partner levels, in some scenarios a pay-as-you-grow model for larger MSSPs, deal registration and product bundles, with partners keeping ownership of sales and support.
Four questions open it:
A ransomware resilience assessment is a natural starting point. In most environments it surfaces the AI and recovery questions on its own.
Your customers already paid for EDR. Helping them get more resilience out of it is a service you can sell, deliver and renew.
If you want to see how Raven’s approach fits a customer you already protect, ask your Digital Logistix team about a Raven walkthrough.