Zero Trust Security
ZTNA only works when
you can see
every device behind it
Zero trust is not an access policy. It is a commitment that no device, user, or connection is trusted until its posture is verified. 4Remote provides the device and network visibility that makes that commitment real, and feeds posture signals directly to your ZTNA provider.
How it works
From blind spot to signal
4Remote discovers, assesses, and enriches device and network context, then delivers that context as posture signals to your existing ZTNA platform. Your access policies become smarter without ripping out the tools you already have.
Discover
4Remote maps every device on every network, including home office routers, unmanaged endpoints, and shadow IT assets that endpoint agents never see.
Assess
Device posture is evaluated against known CVEs, patch levels, OS version, and network risk. Every finding is scored and prioritized in real time.
Signal
Enriched posture signals are fed to your ZTNA provider. Where the provider supports it, non-compliant devices can be automatically blocked from accessing protected resources.
Capabilities
The visibility layer your ZTNA needs
ZTNA platforms enforce access. 4Remote provides the ground truth about what is actually on the network, making those enforcement decisions accurate.
Agentless discovery
No agent required. 4Remote discovers devices across corporate, remote, and home networks without relying on endpoint software that can be bypassed or simply not installed.
Home network visibility
Remote workers connect from home networks you have never seen. 4Remote maps those networks, identifies shared and unmanaged devices, and surfaces the risks your ZTNA policy cannot account for without this data.
CVE-to-device mapping
4Remote links active CVEs directly to the specific devices carrying them. Your ZTNA policy can then factor in vulnerability status, not just identity or location, when making access decisions.
Continuous posture assessment
Device posture is not a snapshot. 4Remote monitors continuously, so posture signals sent to your ZTNA provider reflect the current state of the device, not the state it was in at last check-in.
ZTNA provider integration
4Remote feeds enriched posture data to leading ZTNA platforms. Where the provider supports policy-driven blocking, 4Remote can trigger automated access restriction for non-compliant or high-risk devices.
AI-assisted risk prioritization
Not every finding is equal. 4Remote uses AI to rank risks by severity and business context, so your security team focuses on the devices and vulnerabilities most likely to be exploited.
ZTNA ecosystem
Works with the ZTNA platforms you already use
4Remote does not replace your ZTNA provider. It makes your ZTNA provider smarter by supplying the device and network context that those platforms cannot discover on their own. Where the provider supports it, posture signals can trigger automated access blocking.
4Remote augments Prisma Access posture checks with agentless visibility across remote networks, covering gaps no endpoint agent can reach.
4Remote adds network-level visibility to Twingate's private access model, surfacing risks on the networks users connect from before access is granted.
4Remote enriches Tailscale's WireGuard mesh with device posture and network risk context, scoring every node before it joins your tailnet.
We work with the ZTNA you already have. Tell us your stack and we'll wire 4Remote's posture signals into your access policies.
Get in touchProvider capabilities vary. Posture signal delivery and automated blocking depend on the API and policy framework of each platform. Contact us to discuss your specific ZTNA environment.
Posture signals and blocking
Give your ZTNA policy something real to act on
Most ZTNA platforms can block access for non-compliant devices. The problem is they only know about the devices they manage. A remote worker with an unpatched router, a shared household device, or shadow hardware on the same network is invisible to their policies.
4Remote closes that gap. Our platform discovers what exists, assesses what is risky, and sends that intelligence as structured posture signals to your ZTNA provider. Where the provider supports automated blocking, that workflow fires without manual intervention.
Device patch level
Current OS version, outstanding patches, and known CVE exposure, per device, in real time.
Network risk context
Risk score of the network the device is connected from, including shared devices and exposed services on the same subnet.
Unmanaged device presence
Detection of unmanaged or unrecognized devices on the same local network as the connecting user.
Shadow IT and rogue hardware
Discovery of assets that were never enrolled in MDM or registered with IT, regardless of what network they appear on.
Policy-triggered blocking
Where your ZTNA provider supports it, 4Remote can trigger automated access restriction when a device or network crosses a defined risk threshold.
Use cases
Where 4Remote and ZTNA work together
Zero trust initiatives stall when the visibility foundation is missing. These are the scenarios where 4Remote unblocks them.
Distributed remote workforce
Hundreds of employees working from home networks you have never seen. 4Remote maps each home environment, scores the risk, and feeds that context to your ZTNA access policy before access is granted.
VPN replacement programs
Moving off VPN onto ZTNA requires confidence that every connecting device is known and assessed. 4Remote provides that asset intelligence layer so your VPN-off program does not trade one blind spot for another.
Compliance-driven zero trust
Frameworks including NIST SP 800-207, ISO 27001, and DORA require continuous verification of device state. 4Remote provides the evidence your compliance program needs and feeds it directly into your enforcement layer.
Insider threat reduction
Compromised credentials alone are not enough to complete an attack if the device behind them is flagged as high-risk before access is granted. 4Remote adds a device posture layer that slows lateral movement from the start.
Why this matters
You cannot enforce zero trust on a device you do not know exists
The most common zero trust gap is not policy configuration. It is asset blindness. Organizations deploy ZTNA, enforce MFA, and invest in endpoint detection, but leave the networks remote employees connect from entirely unmonitored.
In 2022, that gap cost LastPass an estimated $53 million. An unpatched personal device running CVE-2020-5741 was the initial foothold. The device was never in any ZTNA policy, any MDM enrollment, or any vulnerability scanner's scope. It did not need to be. It just needed to be on the same network as someone with access.
4Remote exists to close that gap. Not by replacing the tools you have, but by giving them the ground truth they need to work.
Source: 4Remote Knowledge Hub — lastpass-breach-analysis
Get started
Make your ZTNA investment complete
4Remote takes about 30 minutes to deploy. In that time, it will surface devices on your network you did not know existed and start feeding posture signals to your ZTNA platform. Talk to our team to see it in action.
Work with Us
Talk to our team
Whether you want to see 4Remote in your own environment, talk through pricing, explore a partnership, or ask us something else entirely, we're ready to respond. Tell us what you need and the right person will come back to you directly.
- Request a demo. Deployed into your real environment with results visible in the first scan
- Talk to sales. Straight answers on pricing, editions, and what fits your organisation
- Partner enquiry. Routed to our channel team to discuss reseller, MSP, MSSP, or white-label options
- Contact us. Any other question, answered by someone who knows the product
- UK and US coverage. Real people responding across both time zones