Schrodinger Technologies
Information Security and Privacy Services
Schrodinger Technologies presents a homomorphic encryption algorithm called ‘Phantom’. The algorithm ensures data confidentiality, integrity, and privacy protection for data in transit. The algorithm will generate only zero-bit traffic flow (there are no 1s and 0s bits traffic flow!), making data traffic resistant to malicious interception attempts e.g. eavesdropping and tampering attacks. The Phantom homomorphic algorithm is quantum-safe encryption. Also, the Phantom algorithm incorporates deception technology, enabling a ‘hack-the-hacker’ approach to protect data in transit.
What does the captured encrypted traffic look like?
Traditional Encryption
01110011011001001100101010101011100101100110101101011010110101100110111000101010101001010001011101110001010101010010
0111001101100100110010101010101110010110011010110101101011010110011011100010101010100101000101110111000101010101
Capture now, crack later
Phantom Encryption
0000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
Captured, but..
nothing to see nothing to crack
Technology Use Cases
The Phantom encryption algorithm was designed to protect data-in-motion for environments with different levels of data sensitivity. In all of the below examples of emerging technologies, traditional encryption, and hashing protocols are still being used.
SECURE BLOCKCHAIN SERVICES
This is a system of distributed ledgers for recording transactions between two parties in a way that makes it difficult or impossible to change or cheat the system.
The blockchain platform can offer a wide range of digital products and services, such as cryptocurrency, crypto wallets, and smart contracts. However, it continues to rely on and utilize traditional encryption and hashing protocols. The Phantom encryption algorithm can be used with Blockchain networks to add better encryption security to data transmissions across the blockchain networks.
SECURE CLOUD TECHNOLOGIES
The Phantom algorithm finds another good application in cloud computing deployment and service models. Since customers' data always flows in and out and across the cloud.
The Phantom algorithm can play an essential role in enhancing data-in-motion traffic security and privacy for various cloud services like Infrastructure-as-a-Service, Platform as-a-service and Software-as-a-service
SECURE AI/ML
It is likely that these distinguished technologies will change the way we live soon. Artificial intelligence and machine learning are based on algorithms that analyze large amounts of data for correlations, predictions, and decision-making.
Considering that we rely on AI and ML algorithms to predict and decide, it is essential to protect the confidentiality, integrity, and privacy of these data flows feeding in and out of these systems from unauthorized access, exposure and compromise.
SECURE IOT
IoT involves connecting, collecting, and exchanging data with other devices and systems over an unsecured public internet. Our world is full of IoT applications today, from healthcare to wearable devices, smart homes and smart cities.
The IoT adoption is highly dependent on its security. However, IoT security and privacy are more challenging than traditional cybersecurity due to its large attack surface. It is possible for bad actors to intercept and manipulate sensitive Internet-Of-Things input or output traffic in motion. The Phantom algorithm will provide better security and privacy controls for the Internet of Things traffic.
SECURE CELLULAR COMMUNICATION (5G)
The radio waves carry data and travel in the air. Mobile handsets send and receive radio signals to and from telecom towers.
Today, there is a potential threat of traffic capture over-the-air interface cellular communication link while using conventional encryption. Eavesdropping and data flow leakage attacks will be prevented. Applying the Phantom encryption algorithm will greatly improve the security and privacy of data flows against eavesdropping and data leakage attacks.
SECURE AUTONOMOUS COMMUNICATION DRIVING
Autonomous vehicles are set to revolutionize the auto industry and transform assembly lines. Automakers will need to prioritize cybersecurity when designing cars
as vehicles are now becoming like computers-on-wheels, connected to the Internet through 5G technology. The Vehicle-to-Everything (V2X) protocol enables communication between connected vehicles and the Internet. This technology improves vehicle telematics, and autonomous driving systems, and provides an immersive cockpit experience for drivers. Regulators are emphasizing the need to safeguard user privacy and prevent malicious adversaries from tracking or reconstructing drivers' journey data. To protect the privacy and security of V2X communication data, it is essential to implement measures such as the Phantom encryption Algorithm.
SECURE FINTECH TRADING
The mathematical-proven encryption algorithm can be used in digital banking and financial technology (The Fintech). Basically, Fintech involves trading financial products and providing banking services without third parties. Financial technology automates financial services delivery
with specialized software and algorithms. There are countless examples of banks and customers data traffic, such as money transfers, payments, borrowing, and buying insurance. The confidentiality, integrity, and privacy of this type of Fintech data-in-motion traffic must obviously be highly protected. The Phantom encryption algorithm can provide the higher level of protection required.
SECURE SATELLITE COMMUNICATION
Whether it's navigation, TV broadcasting, weather forecasting, climate monitoring, or commercial aviation, satellites play an important role. Even, the Internet-of-Things (IoT) devices can use satellite communication links. It is crucial that satellite communication
sent around the world is not intercepted by adversaries. Using the Phantom encryption algorithm, satellite communications can be protected from eavesdropping and tampering attacks
Technical Benefits
Technology agnostic
Digital data security and privacy enablement
Deception technology enablement
Secure in-band encryption key exchange
Tamper-proof data-in-motion
Protection against data-in-motion interception attack
Business Benefits
Law, regulatory and contractual compliance on data protection issues
Cost savings
Innovation enablement and new revenue streams
Brand image enhancement
Increases customer trustworthiness in products and services
Ensures competitiveness
Investors attraction
Our Mission
Through our innovative encryption technologies, we are committed to:
Safeguard the digital world by providing cutting-edge data protection solutions
Protect the Confidentiality, Integrity and Privacy for data-in-motion
Ensure organizations data is protected against Quantum de-cryption attacks
Work with industry partners to implement effective data security technologies, for safer digital ecosystem.
Together, let us shape a future where data privacy is paramount, and data remains protected against leakage and unauthorized access; ensuring a safer digital landscape for all.
Videos Library
Phantom Algorithm and Proof-of-Concept
What is the Phantom Encryption Algorithm (part 1 of 3)
Phantom Algorithm Proof-of-Concept – (PoC) **PREVIEW** (part 2 of 3)
Phantom Algorithm Proof-of-Concept (PoC) **COMPLETE DEMO** (part 3 of 3)
About Us
Schrodinger Technologies operates as an independent commercial company focused on developing privacy enablement technologies through the use of cryptography for digital data communication. We’re passionate about solving real-world digital data security and privacy challenges using innovative cryptography technologies and techniques that will shape the future of data communication across different markets.
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