PIXELS DON’T BYTE
PIXELS DON’T BYTE
Discover the physics that make VISSBOX The Foundational Layer for Endpoint Security.
A patented hardware system that isolates, cleans, and protects: at the speed of light.
VISS Tech
Where physics replaces digital trust
Every aspect of VISSBOX is engineered from first principles to stop attacks before they begin.
Core Security
Physically Separated + Immutable OS + USB Safe Zone. Your Endpoint is shielded from the Network & does not receive payloads.
Usability
Desgined to be Plug & Play – no installation, no drivers, no updates. Works on Windows, Linux, Mac.
Trust and Certification
Secure by Design. Roadmap to formal certification under ISO 15408 NATO Common Criteria. Patent Granted.
Secure by Design. Roadmap to formal certification under ISO 15408 NATO Common Criteria.
Patent Granted.
VISS Tech
Where physics replaces digital trust
Every aspect of VISSBOX is engineered from first principles to stop attacks before they begin.
Core Security
Physically Separated + Immutable OS + USB Safe Zone. Your Endpoint is shielded from the Network & does not receive payloads.
Usability
Desgined to be Plug & Play – no installation, no drivers, no updates. Works on Windows, Linux, Mac.
Trust and Certification
Secure by Design. Roadmap to formal certification under ISO 15408 NATO Common Criteria. Patent Granted.
VISS Tech
Where physics replaces digital trust
Every aspect of VISSBOX is engineered from first principles to stop attacks before they begin.
Core Security
Physically Separated + Immutable OS + USB Safe Zone. Your Endpoint is shielded from the Network & does not receive payloads.
Usability
Desgined to be Plug & Play – no installation, no drivers, no updates. Works on Windows, Linux, Mac.
Trust and Certification
Secure by Design. Roadmap to formal certification under ISO 15408 NATO Common Criteria. Patent Granted.
Three modules. One unhackable boundary
Three modules. One unhackable boundary
Common Use Cases
Common Use Cases
Untrusted Networks
Public WiFi, hotels, airports, trains, cafés, co-working -> the most common place where remote compromises occur.
Untrusted Networks
Public WiFi, hotels, airports, trains, cafés, co-working -> the most common place where remote compromises occur.
Untrusted Networks
Public WiFi, hotels, airports, trains, cafés, co-working -> the most common place where remote compromises occur.
Unknown Attachments
CVs, invoices, PDFs, videos, one-time downloads used in phishing or zero-day exploitation.
Unknown Attachments
CVs, invoices, PDFs, videos, one-time downloads used in phishing or zero-day exploitation.
Unknown Attachments
CVs, invoices, PDFs, videos, one-time downloads used in phishing or zero-day exploitation.
External Device
Using USB sticks, portable drives or peripherals from unknown sources that may carry malware or firmware-based exploits.
External Device
Using USB sticks, portable drives or peripherals from unknown sources that may carry malware or firmware-based exploits.
External Device
Using USB sticks, portable drives or peripherals from unknown sources that may carry malware or firmware-based exploits.
Work from Home
WFH employeees rely on personal WiFi, shared networks & unmanaged environments that increase exposure to compromise
Work from Home
WFH employeees rely on personal WiFi, shared networks & unmanaged environments that increase exposure to compromise
Work from Home
WFH employeees rely on personal WiFi, shared networks & unmanaged environments that increase exposure to compromise
Untrusted Networks
Public WiFi, hotels, airports, trains, cafés, co-working -> the most common place where remote compromises occur.
External Device
Using USB sticks, portable drives or peripherals from unknown sources that may carry malware or firmware-based exploits.
Unknown Attachments
CVs, invoices, PDFs, videos, one-time downloads used in phishing or zero-day exploitation.
Work from Home
WFH employeees rely on personal WiFi, shared networks & unmanaged environments that increase exposure to compromise
Corporate Use Cases
Corporate Use Cases
Off-Site Laptops
Staff operating laptops across mixed locations, including travel, co-working areas & external project environments with limited IT oversight.
Off-Site Laptops
Staff operating laptops across mixed locations, including travel, co-working areas & external project environments with limited IT oversight.
High-Risk Personnel
Executives, political figures, journalists & legal teams who face targeted phishing, surveillance attempts or remote exploitation.
High-Risk Personnel
Executives, political figures, journalists & legal teams who face targeted phishing, surveillance attempts or remote exploitation.
Self-Service Kiosk
ATMs, ticket machines, check-in terminals & self-checkout devices exposed to public interaction.
Self-Service Kiosk
ATMs, ticket machines, check-in terminals & self-checkout devices exposed to public interaction.
Healthcare / R&D
Healthcare Institutes, R&D labs, chip design, biotech & automotive engineering where workstations hold valuable intellectual property and prototypes.
Healthcare / R&D
Healthcare Institutes, R&D labs, chip design, biotech & automotive engineering where workstations hold valuable intellectual property and prototypes.
Off-Site Laptops
Staff operating laptops across mixed locations, including travel, co-working areas & external project environments with limited IT oversight.
High-Risk Personnel
Executives, political figures, journalists & legal teams who face targeted phishing, surveillance attempts or remote exploitation.
Self-Service Kiosk
ATMs, ticket machines, check-in terminals & self-checkout devices exposed to public interaction.
Healthcare / R&D
Healthcare Institutes, R&D labs, chip design, biotech & automotive engineering where workstations hold valuable intellectual property and prototypes.
Off-Site Laptops
Staff operating laptops across mixed locations, including travel, co-working areas & external project environments with limited IT oversight.
Self-Service Kiosk
ATMs, ticket machines, check-in terminals & self-checkout devices exposed to public interaction.
High-Risk Personnel
Executives, political figures, journalists & legal teams who face targeted phishing, surveillance attempts or remote exploitation.
Healthcare / R&D
Healthcare Institutes, R&D labs, chip design, biotech & automotive engineering where workstations hold valuable intellectual property and prototypes.
Defense & Critical Infrastructure Use Cases
Defense & Critical Infrastructure Use Cases
Classified or Air-Gapped Workstations
Endpoints handling secret or top-secret data that require strict integrity, isolation & protection against remote infiltration.
Classified or Air-Gapped Workstations
Endpoints handling secret or top-secret data that require strict integrity, isolation & protection against remote infiltration.
Mission-Critical Endpoints
Command laptops, mission planning systems, deployed field computers & devices connected to MANET or SATCOM links.
Mission-Critical Endpoints
Command laptops, mission planning systems, deployed field computers & devices connected to MANET or SATCOM links.
Energy, Grid & Industrial Operations
Endpoints used for monitoring & control in nuclear, gas, power grid & manufacturing environments where disruption has serious consequences.
Energy, Grid & Industrial Operations
Endpoints used for monitoring & control in nuclear, gas, power grid & manufacturing environments where disruption has serious consequences.
Industrial Control Systems & SCADA
PLC engineering stations, OT laptops & SCADA HMIs supporting high-impact industrial processes and frequently targeted by attackers.
Industrial Control Systems & SCADA
PLC engineering stations, OT laptops & SCADA HMIs supporting high-impact industrial processes and frequently targeted by attackers.
Classified or Air-Gapped Workstations
Endpoints handling secret or top-secret data that require strict integrity, isolation & protection against remote infiltration.
Mission-Critical Endpoints
Command laptops, mission planning systems, deployed field computers & devices connected to MANET or SATCOM links.
Energy, Grid & Industrial Operations
Endpoints used for monitoring & control in nuclear, gas, power grid & manufacturing environments where disruption has serious consequences.
Industrial Control Systems & SCADA
PLC engineering stations, OT laptops & SCADA HMIs supporting high-impact industrial processes and frequently targeted by attackers.
Classified or Air-Gapped Workstations
Endpoints handling secret or top-secret data that require strict integrity, isolation & protection against remote infiltration.
Energy, Grid & Industrial Operations
Endpoints used for monitoring & control in nuclear, gas, power grid & manufacturing environments where disruption has serious consequences.
Mission-Critical Endpoints
Command laptops, mission planning systems, deployed field computers & devices connected to MANET or SATCOM links.
Industrial Control Systems & SCADA
PLC engineering stations, OT laptops & SCADA HMIs supporting high-impact industrial processes and frequently targeted by attackers.
Still Have Questions?
Still Have Questions?
Learn how VISSBOX transforms your security stack from software defense to physical enforcement. Discover why governments, enterprises, and critical infrastructure operators see VISSBOX as The Foundational Layer for Endpoint Security.
Physics, Not Promises
Learn how VISSBOX transforms your security stack from software defense to physical enforcement. Discover why governments, enterprises, and critical infrastructure operators see VISSBOX as The Foundational Layer for Endpoint Security.
Physics, Not Promises
What is VISSBOX in one sentence?
A hardware isolation system that enforces endpoint security through physics instead of software
Is this just a data diode?
No. VISSBOX extends the principle of one-way data flow to full endpoint isolation, making it applicable to any PC or industrial control system. Plus, you can interact with it!
Do I need a security background to join?
Not necessarily. We hire curious builders who care about impact and precision; from electrical engineering to design to automation.
Where is VISS based?
Where is VISS based?
What is VISSBOX in one sentence?
A hardware isolation system that enforces endpoint security through physics instead of software
Is this just a data diode?
No. VISSBOX extends the principle of one-way data flow to full endpoint isolation, making it applicable to any PC or industrial control system. Plus, you can interact with it!
Do I need a security background to join?
Not necessarily. We hire curious builders who care about impact and precision; from electrical engineering to design to automation.
Where is VISS based?
Where is VISS based?
What is VISSBOX in one sentence?
A hardware isolation system that enforces endpoint security through physics instead of software
Is this just a data diode?
No. VISSBOX extends the principle of one-way data flow to full endpoint isolation, making it applicable to any PC or industrial control system. Plus, you can interact with it!
Do I need a security background to join?
Not necessarily. We hire curious builders who care about impact and precision; from electrical engineering to design to automation.
Where is VISS based?
Where is VISS based?
What is VISSBOX in one sentence?
A hardware isolation system that enforces endpoint security through physics instead of software
Is this just a data diode?
No. VISSBOX extends the principle of one-way data flow to full endpoint isolation, making it applicable to any PC or industrial control system. Plus, you can interact with it!
Do I need a security background to join?
Not necessarily. We hire curious builders who care about impact and precision; from electrical engineering to design to automation.
Where is VISS based?
Where is VISS based?
How is VISSBOX different from Antivirus or EDR solutions?
Traditional tools rely on detection. VISSBOX relies on physics. It doesn’t scan or guess; it enforces a one-way optical boundary that malware cannot cross.
What happens if a malicious file is opened?
Untrusted files run only inside the sacrificial Victim Module. Even if infected, they cannot persist, spread, or touch your real system. The Victim Module wipes clean at every reboot.
Can attackers still gain system privileges or move laterally?
No. The protected endpoint has no inbound path, no executable surface, and no lateral connectivity. Every attack dies in the disposable layer.
How does VISSBOX affect my workflow?
It doesn’t. You work as usual, but everything risky happens inside a hardware-isolated zone that resets to zero each time it powers off.
What is the advantage of VISS Technology?
What is the advantage of VISS Technology?
Does VISSBOX replace existing security software?
No. It complements it. VISSBOX enforces physical trust underneath existing software protections, strengthening every other layer.
Is VISSBOX certified for defense or critical infrastructure use?
VISSBOX follows the Security by Design principles and is planned to undergo the ISO 15408 (Common Criteria) path until EAL5+ to receive NATO CONFIDENTIAL / NATO SECRET-level assurance. The patented design meets the highest operational standards. Some Sub-Components are already certified up to to NATO SECRET.
What happens if an attacker persists?
They cannot. Every reboot restores a verified clean state. Persistence is impossible; every attack restarts from zero. Hardware as the New Firewall VISSBOX in the Cybersecurity Stack
How is VISSBOX different from Antivirus or EDR solutions?
Traditional tools rely on detection. VISSBOX relies on physics. It doesn’t scan or guess; it enforces a one-way optical boundary that malware cannot cross.
What happens if a malicious file is opened?
Untrusted files run only inside the sacrificial Victim Module. Even if infected, they cannot persist, spread, or touch your real system. The Victim Module wipes clean at every reboot.
Can attackers still gain system privileges or move laterally?
No. The protected endpoint has no inbound path, no executable surface, and no lateral connectivity. Every attack dies in the disposable layer.
How does VISSBOX affect my workflow?
It doesn’t. You work as usual, but everything risky happens inside a hardware-isolated zone that resets to zero each time it powers off.
What is the advantage of VISS Technology?
What is the advantage of VISS Technology?
Does VISSBOX replace existing security software?
No. It complements it. VISSBOX enforces physical trust underneath existing software protections, strengthening every other layer.
Is VISSBOX certified for defense or critical infrastructure use?
VISSBOX follows the Security by Design principles and is planned to undergo the ISO 15408 (Common Criteria) path until EAL5+ to receive NATO CONFIDENTIAL / NATO SECRET-level assurance. The patented design meets the highest operational standards. Some Sub-Components are already certified up to to NATO SECRET.
What happens if an attacker persists?
They cannot. Every reboot restores a verified clean state. Persistence is impossible; every attack restarts from zero. Hardware as the New Firewall VISSBOX in the Cybersecurity Stack
How is VISSBOX different from Antivirus or EDR solutions?
Traditional tools rely on detection. VISSBOX relies on physics. It doesn’t scan or guess; it enforces a one-way optical boundary that malware cannot cross.
What happens if a malicious file is opened?
Untrusted files run only inside the sacrificial Victim Module. Even if infected, they cannot persist, spread, or touch your real system. The Victim Module wipes clean at every reboot.
Can attackers still gain system privileges or move laterally?
No. The protected endpoint has no inbound path, no executable surface, and no lateral connectivity. Every attack dies in the disposable layer.
How does VISSBOX affect my workflow?
It doesn’t. You work as usual, but everything risky happens inside a hardware-isolated zone that resets to zero each time it powers off.
What is the advantage of VISS Technology?
What is the advantage of VISS Technology?
Does VISSBOX replace existing security software?
No. It complements it. VISSBOX enforces physical trust underneath existing software protections, strengthening every other layer.
Is VISSBOX certified for defense or critical infrastructure use?
VISSBOX follows the Security by Design principles and is planned to undergo the ISO 15408 (Common Criteria) path until EAL5+ to receive NATO CONFIDENTIAL / NATO SECRET-level assurance. The patented design meets the highest operational standards. Some Sub-Components are already certified up to to NATO SECRET.
What happens if an attacker persists?
They cannot. Every reboot restores a verified clean state. Persistence is impossible; every attack restarts from zero. Hardware as the New Firewall VISSBOX in the Cybersecurity Stack
How is VISSBOX different from Antivirus or EDR solutions?
Traditional tools rely on detection. VISSBOX relies on physics. It doesn’t scan or guess; it enforces a one-way optical boundary that malware cannot cross.
What happens if a malicious file is opened?
Untrusted files run only inside the sacrificial Victim Module. Even if infected, they cannot persist, spread, or touch your real system. The Victim Module wipes clean at every reboot.
Can attackers still gain system privileges or move laterally?
No. The protected endpoint has no inbound path, no executable surface, and no lateral connectivity. Every attack dies in the disposable layer.
How does VISSBOX affect my workflow?
It doesn’t. You work as usual, but everything risky happens inside a hardware-isolated zone that resets to zero each time it powers off.
What is the advantage of VISS Technology?
What is the advantage of VISS Technology?
Does VISSBOX replace existing security software?
No. It complements it. VISSBOX enforces physical trust underneath existing software protections, strengthening every other layer.
Is VISSBOX certified for defense or critical infrastructure use?
VISSBOX follows the Security by Design principles and is planned to undergo the ISO 15408 (Common Criteria) path until EAL5+ to receive NATO CONFIDENTIAL / NATO SECRET-level assurance. The patented design meets the highest operational standards. Some Sub-Components are already certified up to to NATO SECRET.
What happens if an attacker persists?
They cannot. Every reboot restores a verified clean state. Persistence is impossible; every attack restarts from zero. Hardware as the New Firewall VISSBOX in the Cybersecurity Stack