Hardware‑Isolated Remote Access: a Modern Road‑map to Secure, Audit‑Ready Connectivity

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Hardware‑Isolated Remote Access: a Modern Road‑map to Secure, Audit‑Ready Connectivity

The convenience that made remote access software take off a decade ago is now its biggest liability. MITRE ATT&CK shows how always-on clients leave a standing invitation for attackers. Every new agent means another open port, another set of credentials, and another countdown to the next critical vulnerability. For organizations under NIS2 or simply tired of breach notifications, that risk no longer makes sense.

What if the target system stayed untouched?

BifrostConnect flips the model by keeping all remote access software off the target. Our hardware gateway sits between technician and device, capturing keyboard, video and mouse traffic in silicon and routing it over Ethernet, WiFi or LTE — on a separate data path that never touches the production network. Because the gateway operates independently of the OS, it stays live during boot, BIOS flashes and software failures.

Two ways to connect, with zero software on the asset:

- Browser-based technician access

- Or a lightweight agent on the technician side (e.g. for Direct Tunnel)

In both cases, the system under repair stays agent-free — a core part of the mitigation strategy we’ve submitted to MITRE ATT&CK.

Two ways to connect — with zero software on the asset:

- Network isolation that actually isolates: traffic runs on a management link

- No patch race: no software on the asset means fewer vulnerabilities to manage

- BIOS-level reach: reinstall or recover even when OS is down

- Physical kill switch: unplug and it’s gone

- Audit logs built-in: session trails ready for NIS2 documentation

Compliance, built in:

NIS2 requires “robust remote access & privileged control.” Hardware-based isolation delivers that by default: traffic segregation, just-in-time access and immutable logs, baked into the appliance, not bolted on later.

Our nudge to MITRE..

We’ve formally proposed hardware KVM as a mitigation in MITRE ATT&CK — highlighting clientless target access, out-of-band networking and time-limited sessions. It’s already deployed in critical infrastructure, regardless of when it gets listed.

It pays for itself — fast:

Yes, a gateway costs more up front than another VPN license. But the first time you avoid a technician flight or breach response retainer, the ROI is obvious. Every saved truck-roll adds to the bottom line.

The “install-an-agent-everywhere” approach is done. There’s a better way now.

Discover How You Can Establish Zero Trust Access to Your Equipment

Get in touch with one of our experts today.

Explore related resources

BifrostConnect Blog

BifrostConnect's Blog

Hardware‑Isolated Remote Access: a Modern Road‑map to Secure, Audit‑Ready Connectivity

Hardware‑Isolated Remote Access: a Modern Road‑map to Secure, Audit‑Ready Connectivity

What if the target system stayed untouched?

Two ways to connect, with zero software on the asset:

- Browser-based technician access

- Or a lightweight agent on the technician side (e.g. for Direct Tunnel)

In both cases, the system under repair stays agent-free — a core part of the mitigation strategy we’ve submitted to MITRE ATT&CK.

Two ways to connect — with zero software on the asset:

- Network isolation that actually isolates: traffic runs on a management link

- No patch race: no software on the asset means fewer vulnerabilities to manage

- BIOS-level reach: reinstall or recover even when OS is down

- Physical kill switch: unplug and it’s gone

- Audit logs built-in: session trails ready for NIS2 documentation

Compliance, built in:

NIS2 requires “robust remote access & privileged control.” Hardware-based isolation delivers that by default: traffic segregation, just-in-time access and immutable logs, baked into the appliance, not bolted on later.

Our nudge to MITRE..

We’ve formally proposed hardware KVM as a mitigation in MITRE ATT&CK — highlighting clientless target access, out-of-band networking and time-limited sessions. It’s already deployed in critical infrastructure, regardless of when it gets listed.

It pays for itself — fast:

Yes, a gateway costs more up front than another VPN license. But the first time you avoid a technician flight or breach response retainer, the ROI is obvious. Every saved truck-roll adds to the bottom line.

The “install-an-agent-everywhere” approach is done. There’s a better way now.

Discover How You Can Establish Zero Trust Access to Your Equipment

Explore related resources

NIS2’s 10 Core Requirements – And Where to Begin

Hardware‑Isolated Remote Access: a Modern Road‑map to Secure, Audit‑Ready Connectivity

When there is no Rulebook for ‘Secure  Remote Access’ – Transparency should always come before trust

Why Traditional VPN and RDP Solutions Fail NIS2 Compliance

Why Supply Security Is Suddenly Everyone’s Problem

Book a Demo

BifrostConnect Blog

BifrostConnect's Blog

Hardware‑Isolated Remote Access: a Modern Road‑map to Secure, Audit‑Ready Connectivity

Hardware‑Isolated Remote Access: a Modern Road‑map to Secure, Audit‑Ready Connectivity

What if the target system stayed untouched?

Two ways to connect, with zero software on the asset:

- Browser-based technician access

- Or a lightweight agent on the technician side (e.g. for Direct Tunnel)

In both cases, the system under repair stays agent-free — a core part of the mitigation strategy we’ve submitted to MITRE ATT&CK.

Two ways to connect — with zero software on the asset:

- Network isolation that actually isolates: traffic runs on a management link

- No patch race: no software on the asset means fewer vulnerabilities to manage

- BIOS-level reach: reinstall or recover even when OS is down

- Physical kill switch: unplug and it’s gone

- Audit logs built-in: session trails ready for NIS2 documentation

Compliance, built in:

NIS2 requires “robust remote access & privileged control.” Hardware-based isolation delivers that by default: traffic segregation, just-in-time access and immutable logs, baked into the appliance, not bolted on later.

Our nudge to MITRE..

We’ve formally proposed hardware KVM as a mitigation in MITRE ATT&CK — highlighting clientless target access, out-of-band networking and time-limited sessions. It’s already deployed in critical infrastructure, regardless of when it gets listed.

It pays for itself — fast:

Yes, a gateway costs more up front than another VPN license. But the first time you avoid a technician flight or breach response retainer, the ROI is obvious. Every saved truck-roll adds to the bottom line.

The “install-an-agent-everywhere” approach is done. There’s a better way now.

Discover How You Can Establish Zero Trust Access to Your Equipment

Explore related resources

NIS2’s 10 Core Requirements – And Where to Begin

Hardware‑Isolated Remote Access: a Modern Road‑map to Secure, Audit‑Ready Connectivity

When there is no Rulebook for ‘Secure Remote Access’ – Transparency should always come before trust

Why Traditional VPN and RDP Solutions Fail NIS2 Compliance

Why Supply Security Is Suddenly Everyone’s Problem

Book a Demo

Hardware‑Isolated Remote Access: a Modern Road‑map to Secure, Audit‑Ready Connectivity

Hardware‑Isolated Remote Access: a Modern Road‑map to Secure, Audit‑Ready Connectivity

Hardware‑Isolated Remote Access: a Modern Road‑map to Secure, Audit‑Ready Connectivity

When there is no Rulebook for ‘Secure  Remote Access’ – Transparency should always come before trust