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Lab

October 2026

Unlocking High-Speed
for Encrypted Networks

New Keys Lab (NKL) is transforming network performance
and security with its patented encryption technology that
streamlines the key exchange process, eliminating the need for
compute-intensive asymmetric keys or pre-shared keys (PSKs).

Unlocking High-Speed for Encrypted Networks

New Keys Lab (NKL) is transforming network performance and security with its patented encryption technology that streamlines the key exchange process, eliminating the need for compute-intensive asymmetric keys or pre-shared keys (PSKs).

The Need

Encryption keys sizes and generation frequency is growing

  • Data in transit is increasing
  • Increased key generation demands greater computing power

Computing resources for key exchanges (e.g., Diffie-Hellman, etc.)

  • Pre-shared keys (vulnerable)
  • Encryption time increases with larger key sizes, impacting speed
  • Scalability - asymmetric computing resources create bottlenecks, limiting maximum hardware performance

Impact on Organizations

  • RSA or RSA-like protocols are implemented across ALL current network systems
  • Encrypted networks requiring acceleration and performance often necessitate additional dedicated hardware
  • Energy and efficiency – a layer of computational demand is required to support these protocols

The Need

Encryption keys sizes and generation frequency is growing

  • Data in transit is increasing
  • Increased key generation demands greater computing power

Computing resources for key exchanges (e.g., Diffie-Hellman, etc.)

  • Pre-shared keys (vulnerable)
  • Encryption time increases with larger key sizes, impacting speed
  • Scalability - asymmetric computing resources create bottlenecks, limiting maximum hardware performance

Impact on Organizations

  • RSA or RSA-like protocols are implemented across ALL current network systems
  • Encrypted networks requiring acceleration and performance often necessitate additional dedicated hardware
  • Energy and efficiency – a layer of computational demand is required to support these protocols

NKL’s Solution

Patented Software-Only Cryptographic Technology

  • Using symmetric keys generator to eliminate key exchange to gain performance acceleration
  • Enables to avoid pre-shared keys on current security protocols (IKEv2, TLS, etc.)

Benefits of NKL's Solution

  • Accelerates performance
  • Handles high throughput and provides lowest hardware latency

Organization deployment

  • Compatible with standard security protocols provided via kernel modules or SDKs
  • Each organization has unique keys generator and configuration

Asymmetric Encryption/Decryption

Save asymmetric resources

NKL’s Solution

Patented Software-Only Cryptographic Technology

  • Using symmetric keys generator to eliminate key exchange to gain performance acceleration
  • Enables to avoid pre-shared keys on current security protocols (IKEv2, TLS, etc.)

Benefits of NKL's Solution

  • Accelerates performance
  • Handles high throughput and provides lowest hardware latency

Organization deployment

  • Compatible with standard security protocols provided via kernel modules or SDKs
  • Each organization has unique keys generator and configuration

Asymmetric Encryption/Decryption

Save asymmetric resources

Core Features & Advantages

NKL transforms network security and performance, optimizing encrypted communications for unparalleled speed, security, and scalability.

Current Practice

Symmetric & Asymmetric key (1024 bit - 4096 bit)

NewKeyslab

Symmetric keys only 128 bit - 20,480 bit (OTP)

High latency

Accelerates encrypted communications and handles high throughput

Key exchange – MITM weak point

Zero-trust networks with identifying endpoints

High computation

Optimized cryptographic operations that reduce computational overhead

Hardware and energy demand

Maximized hardware efficiency extends the capabilities and lifespan of existing hardware

Core Features & Advantages

NKL transforms network security and performance, optimizing encrypted communications for unparalleled speed, security, and scalability.

Current Practice

Symmetric & Asymmetric key (1024 bit - 4096 bit)

NewKeyslab

Symmetric keys only 128 bit - 20,480 bit (OTP)

High latency

Accelerates encrypted communications and handles high throughput

Key exchange – MITM weak point

Zero-trust networks with identifying endpoints

High computation

Optimized cryptographic operations that reduce computational overhead

Hardware and energy demand

Maximized hardware efficiency extends the capabilities and lifespan of existing hardware

Challenge & Solution

Patented Software-Only Cryptographic Technology

Eliminates Power-Hungry Asymmetric Encryption – Maximizes Hardware Efficiency

Challenge & Solution

Patented Software-Only Cryptographic Technology

Eliminates Power-Hungry Asymmetric Encryption – Maximizes Hardware Efficiency

Market Opportunity

The rise of IoT devices, AI applications, cloud computing, and emerging computing technologies has created a tremendous demand for high-speed, efficient, and secure networks.

NKL provides a solution that optimizes encryption and enhances network performance, effectively addressing key industry pain points with targeted strategies.

Market Opportunity

The rise of IoT devices, AI applications, cloud computing, and emerging computing technologies has created a tremendous demand for high-speed, efficient, and secure networks.

NKL provides a solution that optimizes encryption and enhances network performance, effectively addressing key industry pain points with targeted strategies.

Executive Team

Maor Cohen, Co-Founder & CEO.

Trained at the IDF’s prestigious Center for Computing and Information Systems (Mamram), then serving in the central intelligence technology unit. Over 15 years of experience in the high-tech cybersecurity and healthcare industries, including in senior management roles.

Yossi Avni, Co-Founder & CTO.

Professor of Computer Science at the Israel Technion Institute of Technology. Research includes caching, network monitoring, stream processing, reliable distributed systems, high-availability and fault-tolerance, blockchains, cloud computing, wireless ad hoc networks, and middleware.

Prof. Roy Friedman,Senior Scientist

Professor of Computer Science at the Israel Technion Institute of Technology. Research includes caching, network monitoring, stream processing, reliable distributed systems, high-availability and fault-tolerance, blockchains, cloud computing, wireless ad hoc networks, and middleware.

PhD. Gil Pogozelich, Co-Founder & Chairman.

Highly skilled and experienced in the management of complex development teams in mathematics, algorithms and engineering, with several registered patents. He has initiated and founded a number of leading companies in the fields of signal processing and AI-powered healthcare.

Executive Team

Maor Cohen, Co-Founder & CEO.

Trained at the IDF’s prestigious Center for Computing and Information Systems (Mamram), then serving in the central intelligence technology unit. Over 15 years of experience in the high-tech cybersecurity and healthcare industries, including in senior management roles.

Yossi Avni, Co-Founder & CTO.

Professor of Computer Science at the Israel Technion Institute of Technology. Research includes caching, network monitoring, stream processing, reliable distributed systems, high-availability and fault-tolerance, blockchains, cloud computing, wireless ad hoc networks, and middleware.

Prof. Roy Friedman, Senior Scientist.

Professor of Computer Science at the Israel Technion Institute of Technology. Research includes caching, network monitoring, stream processing, reliable distributed systems, high-availability and fault-tolerance, blockchains, cloud computing, wireless ad hoc networks, and middleware.

PhD. Gil Pogozelich, Co-Founder & Chairman.

Highly skilled and experienced in the management of complex development teams in mathematics, algorithms and engineering, with several registered patents. He has initiated and founded a number of leading companies in the fields of signal processing and AI-powered healthcare.

Advisory Team

Shiri Dolev, Advisory Board Chairman.

An experienced leader with a strong background in cyber intelligence, mobile, telecom, and semiconductors. She has driven innovation and strategic growth in both public and private sectors, leading projects that deliver impactful solutions and foster industry partnerships.

MG (Ret.) Meir Klifi-Amir, International Government Affairs Advisor.

Served 33 years in the Israel Defense Forces, holding key command roles and acting as Military Secretary to Prime Ministers Olmert and Netanyahu. He is now a senior consultant in national security and strategic planning for governments and global organizations.

Ron Shvili, Strategic Technology Advisor.

An experienced executive in telecommunications and finance, A retired IDF Colonel, where he led research specializing in communications, cyber, and AI. Previously held C-level positions in prominent international technology companies.

Doron Omer, Business Development Advisor.

Expert in all aspects of large-scale IT data integration and comprehensive hardware solutions. Previously founded and led organizations that provided one-stop IT services to large-scale enterprises and institutions.

Executive Team

Shiri Dolev, Advisory Board Chairman.

An experienced leader with a strong background in cyber intelligence, mobile, telecom, and semiconductors. She has driven innovation and strategic growth in both public and private sectors, leading projects that deliver impactful solutions and foster industry partnerships.

MG (Ret.) Meir Klifi-Amir, International Government Affairs Advisor.

Served 33 years in the Israel Defense Forces, holding key command roles and acting as Military Secretary to Prime Ministers Olmert and Netanyahu. He is now a senior consultant in national security and strategic planning for governments and global organizations.

Ron Shvili, Strategic Technology Advisor.

An experienced executive in telecommunications and finance, A retired IDF Colonel, where he led research specializing in communications, cyber, and AI. Previously held C-level positions in prominent international technology companies.

Doron Omer, Business Development Advisor.

Expert in all aspects of large-scale IT data integration and comprehensive hardware solutions. Previously founded and led organizations that provided one-stop IT services to large-scale enterprises and institutions.

Game Changer

NKL’s solution delivers the same robust security as current encryption methods, with the added benefit of configuration options for even higher security grades as needed.

By significantly reducing power, time, and cost demands, NKL is a game changer for industries reliant on efficient, high-performance encryption – from semiconductor innovators to network security leaders and software applications focused on optimizing computational resources.

Game Changer

NKL’s solution delivers the same robust security as current encryption methods, with the added benefit of configuration options for even higher security grades as needed.

By significantly reducing power, time, and cost demands, NKL is a game changer for industries reliant on efficient, high-performance encryption – from semiconductor innovators to network security leaders and software applications focused on optimizing computational resources.

NewKeys

Lab

Encryption Flow Comparison

TCP Connection
TLS Handshake
Encrypted Data

Latency Impact

83%
reduction

Setup time: 300ms → 50ms

Network Efficiency

66%
fewer trips

12 steps → 4 steps

Resource Usage

40%
reduction

Lower CPU & memory usage