Mission critical communications for utilities providers.
Roomys provides critical national infrastructure with secure and resilient real time communication across their entire ecosystem to protect against external threats, improve productivity and ensure compliance.
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Data sovereignty for ownership and control -
Unite the office and field-based workforces -
End-to-end encrypted for secure communication
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Decentralised for increased network resilience -
Federation to secure your supply chain discussion -
Built for mission critical and air-gapped environments
Secure and resilient communications.
In an increasingly volatile world, critical national infrastructure (CNI) and utilities providers need to ensure secure and resilient real time communication. Roomys protects against cyberattacks, and ensures reliable mission critical communication during natural or malicious disasters.
Communicate with confidence
Communicate quickly and safely.
Download our info sheet to learn about the six ways Roomys is the right communication solution for critical infrastructure and utilities providers.
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Cascade mission critical messages in real time
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Unify a hybrid workforce and secure the supply chain
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Ownership and sovereignty of your data
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Flexibility and availability
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Compliance to suit your regulatory obligations
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Secure communications to improve productivity
Roomys supports cyber resilience best practice.
Frameworks
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The NIST Cybersecurity Framework (US)
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The National Cybersecurity Assessment Framework Tool (EU)
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The NCSC Cyber Assessment Framework (UK)
Legislations
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PPD-21 (US)
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NIS2 Directive (EU)
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NIS (UK)
Try Roomys.
For large organizations who want to see how Roomys provides secure, real time communications.
Built for Transmission System Operators (TSOs).
The European Network of Transmission System Operators for Electricity uses Roomys for its critical communication
The Wave™: Secure Communications, Q3 2022.
Compare the top 12 secure communications providers and learn why Roomys receives the highest score possible in 14 criteria.
Unpacking the latest Secure Comms Wave.
Watch our CEO Matthew discussing how enterprise IT leaders can make better secure communication decisions ft. guests from Hexagon and Forrester.
Built for mission critical environments.
Roomys is a modern alternative for secure and resilient
communications that combines the best of email, traditional
collaboration tools and messaging apps.
It is based
on a decentralised open standard that delivers data sovereignty,
outstanding network resilience and easy connectivity between
multiple organisations. The entire platform is end-to-end
encrypted, including voice and video.
Roomys for secure and resilient communications.
Secure
The entire Roomys platform is end-to-end encrypted by default
- including voice, video, messages and attachments. Third
parties are unable to view data even if a server or network is
compromised.
Organisations choose where and how to
host their Roomys deployment, ensuring they retain complete
ownership and control of their data. It eliminates the dangers
of data mining, routine surveillance and the threat of
vendor-side malicious insiders.
Resilience
Roomys provides resilient real time communications as it is
based on Matrix, an open network for secure decentralised
communications.
Being decentralised there is no
central point of control within the network. If one server
goes down, other servers on the network can continue to
send/receive messages.
It ensures robust and
resilient communications, built on the self-healing properties
of the internet.
Secure the supply chain.
Utilities companies typically have a distributed workforce, and complex supply chain ecosystems. Messages need to be trusted and shared securely between internal teams, external suppliers, regulators, even members of the public.
Roomys can support closed federation of servers with restricting access to only trusted parties.
Secure border gateways can enforce rules-based networking, and support air-gapped networks
Cross domain gateways provide a hardware solution which further ensures data can be trusted as it passes from low to high side networks.
