Quantum computing poses a significant threat to cybersecurity primarily due to its potential to break widely used cryptographic algorithms. The aim of this study is to analyze the evolution of cyberthreat risks, particularly from the angle of telecoms companies and to highlight the crucial importance of strengthening their cybersecurity in this changing context.
It seeks to answer the following questions:
- What is the impact and evolution of cybercrime?
- Why is telco cybersecurity crucial in a digital society?
- How are cyberthreats currently managed and mitigated?
- How can the development of Quantum computing disrupt current cybersecurity?
- What initiatives are governments and telcos taking in the race for Quantum computing?
- What solutions are available to protect an organization in the Quantum era?
- What is the market potential for Quantum-safe cryptography solutions?
Table of Contents
1. Executive Summary
2. Consumer e-SIM ecosystem
3. e-SIM M2M / IoT ecosystem
4. Telecom operators and e-SIM manufacturers
5. e-SIM use cases
6. I-SIM
7. Market sizing
1. The Stake of Cybercrime
2. The Importance of Telcos Cybersecurity
3. Cryptography and Threat Mitigation
4. Future Challenge in Cybersecurity
5. The Quantum Computing Race
6. Post-Quantum Solution Providers
7. Market Sizing
8. Recommendations for Telcos
Samples
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Companies Mentioned
- 1Qubit
- Airbus
- AIT
- Alice & Bob
- ANSSI
- AT&T
- AWS
- BT
- Cisco
- CryptoExperts
- CryptoNext Security
- Deutsche Telekom
- D-Wave
- Entrust
- ESA
- Fujitsu
- GSMA
- HPE
- IBM
- IDQuantique
- InfiniQuant
- Inria
- Intel
- IonQ
- ISARA
- KETS
- KPN
- Linux
- Lumen
- MásMovil
- Microsoft
- NASA
- NIST
- NSA
- NTT
- NVIDIA
- Optus
- Orange
- PASQAL
- PQshield
- PsiQuantum
- Quantinuum
- Quintessence Labs
- QuantumCTek
- QuantumXchange
- QNU Labs
- QuSecure
- Rigetti
- SandboxAQ
- SK Telecom
- SoftBank
- SQC
- Telefónica
- Telstra
- Thales
- TheGreenBow
- T-Mobile
- Toshiba
- Verizon
- Vodafone
- Xanadu
Methodology
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