About us
Telefono Sicuro, part of Secure Group, is the global leader in mobile secure encrypted communications. Our mission is to protect the privacy of our clients, by providing solutions for secure communications. We are based in Tbilisi, Georgia, while our R&D center is located in Sofia, Bulgaria. We employ the best talents for designing and developing state of the art encrypted communication solutions for individuals and enterprises.
What Makes Us Stand Out
Private, Fast, Always-on Network
Ownership and control for highly available services
Secure Group’s infrastructure is at the heart of Telefono Sicuro’s services. Without it, the Secure Phone wouldn’t work, and your information would not be safe. In other words, our infrastructure makes your secure communication reliable and possible.
Our strategy regarding infrastructure is consistent from day one – ownership and control for reliable and secure services. Not only in terms of physical components, but the entire process of management as well. This approach allows us to diminish the role of third-parties and set the company’s infrastructure so that it can scale infinitely, never crash, and move information at high speed over our fiber optic connection ring.
- High Availability
- Infinitely Scalable
- 20 Gbps Optic Fiber Connection
- No Data Retention
- Mobile Operator
- Networking
- Storage
- Servers
- Virtualization
- Operating System
- Middleware
- Runtime
- Data
- Applications
- Mobile Operator
- Networking
- Storage
- Servers
- Virtualization
- Operating System
- Middleware
- Runtime
- Data
- Applications
STEP 1 – The Journey Starts with Your Request
Secure from the Start
As a user of Secure Phone you expect to hit the “Send” button and your request (message) to land securely in the mailbox of the intended recipient. However, before your request reaches its final destination, it goes on a journey connected to a lot of behind-the-scenes work. Work involving people, technology, and processes to secure the travel of your information to our servers.
We designed an ecosystem that eliminates all weak points and closes all backdoors to deliver the safe flow of users’ information; from the company’s custom encrypted device, Secure Phone, encrypted apps, secured network traffic, to being your data provider with the Secure SIM card.
- Multi-IMSI for the best connectivity
- Unlimited data anywhere you go
- No roaming or other fees
End-to-End Encrypted Communication
SECURE
OS
AES-128 bit
Custom Recovery
Highly tuned kernel
Mandatory Encryption
STEP 2 - Your Request Meets Our Inspection
DDoS Attacks Protection
Your request needs to pass the inspection of Secure Group’s multi-tier Advanced Security Network Operations Center (ASNOC) before it proceeds. At the ASNOC, we rely on a combination of processes, technology, and people to assess threats in real-time. Secure Group’s experts share intelligence and resources to perform security device monitoring and alerting. Also, at the ASNOC we have capabilities for advanced threat detection and real-time incident response, containment, and remediation.
Start to Finish Security Operations
Secure Group fights security incidents and potential breaches by covering the whole threat lifecycle, all the way from initial detection to final resolution.
- Real-time incident response, breach containment and remediation
- Low detection-to-cleanup time with retrospective security
- Enterprise firewall & quality of service (QoS) functionalities for smarter and deeper inspection
- No process latency
- 3 TbpsScrubbing Capacity
- 50 MsMinimal Latency
- 24/7Continuous Scanning
STEP 3 – Your Request Reaches Our Servers
Secure, Scalable and Highly Available Servers
Controlled Server Access
Secure Group’s experts use token-based authentication to log to the servers. This method offers an additional layer of security to the username/password one. It is much like when you want to send a money transfer, but in addition to your password, you need to provide one more authentication method.
Everything connected to Secure Group’s servers happens with security in mind. Secure Group organized its server structure in a way that allows infinite scalability and high availability, which in return delivers seamless user experience. All traffic inside the network flows through the company’s encrypted fiber-optic ring and touches only encrypted hard drives and storage
BGP Connection Redundancy
Encrypted Fiber Connectivity
- Encrypted multiple hard drives
- Expandable storage
- Cluster organization
- Redundant power supply
Our servers are arranged in cluster formation to guarantee never-failing performance. This organization allows our machines to create hot redundancy i.e. multiple servers with the same function (mail, for example) mirror each other and distribute the workload among themselves. Also, we ensure high availability with multiple hard drives and infinitely scalable storage area.
- Modular approach
- Add servers on demand
- Multiple data centers
- Predictive analysis
Our modular approach allows the company experts to add servers and insert more blades with storage on demand for higher performance. Moreover, we avoid service and network failures by employing 24/7 prediction analysis and maintaining three data centers.
- Dedicated Servers
- Secure Mail
- Secure Voice
- Secure Chat
Our dedicated email, chat and voice servers can handle a considerable amount of traffic for a high delivery rate, as well as provide an always-on availability of the company services.
Our Data Centers
Multiple Secure Data Centers
Secure Group has three data centers. To enhance security, all locations feature a Building Management System (BMS), access control with RFID cards, radio security, 24/7 video surveillance and on-site security.
Moreover, to make Secure Group’s services reliable and accessible at all times, the physical locations feature a class A main electrical feed with 3,4 MW backup generators and cooling Modules N+1 Redundant Chillers.
Undisclosed Locations
- BMS system for real-time parameters monitoring
- Class A main electrical feed with 3,4 MW backup generators
- Cooling Modules N+1 Redundant Chillers