Synaptic Laboratories' SSRT: Q2M enables third-party chip designers to easily and quickly evolve today's commercial off-the-shelf (COTS) 2 to 16 multi-core computer architectures.  It makes them suitable for safety, security, real-time and mixed criticality applications.  Multi-cores can replace obsolete single core safety chips, more work can be efficiently performed, with rapid porting and validation of existing end-user software.  SSRT: Q2M needs no modifications to COTS chip modules (CPU, Cache, NoC, ...) and is vendor neutral, so designers can select their preferred modules and operating systems.  SSRT: Q2M is low in chip area, low cost to implement and easy to support.

SSRT: Q2M is a win-win technology, supports all todays applications, delivers new functionality with flexibility, safely runs general purpose and safety critical tasks concurrently with excellent performance and more efficient use of energy. Peak real-time performance increases up to 4x in quad-cores.  Security improves.  Removes the need for single core safety chips, controls interference between tasks, to increase project design simplicity and lower risks and costs.  COTS safety analysis tools can be used and certifications will be easier to get and maintain.  Increased reliability will reduce after sales faults and service claims.  This all adds up to increased profitability easily supported in the market verticals including design, RTOS, WCET analysis, programming language and end-users.  SSRT: Q2M is successfully prototyped after extensive industry consultation.  Read more...

Synaptic Labs' 2 to ~1000 many-core Safe and Secure Real-time: Revolution computing proposal incrementally enhances today's computing architectures (instruction sets, processor cores, ...) to achieve revolutionary (up to exa-scale class) real-time, safety and security performance capabilities while supporting all of today's applications and operating systems.

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Synaptic Labs' TruSIP computing proposal builds on all the high-performance capabilities of SSRT: Revolution, and extends it to deliver unprecedented security capabilities.

For example: in Platform-as-a-Service (PAAS) applications TruSIP is designed to prevent public cloud providers and also their hardware and software suppliers from unilaterally exploiting their privileged position to maliciously or unintentionally learning or exposing the value of the cloud clientʼs data.  

Ultimate goal: TruSIP in every device to enable secure system-of-systems.

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Synaptic Labs' global-scale SSRT: Transactions project builds on our secure real-time computing family of products, and our global-scale e-Identity proposal, with the intention to deliver the world's first financial transaction system that can maintain confidentiality, integrity and availability against targeted malicious attacks from both insiders and outsiders.

SSRT: Transactions is stakeholder-centric and designed with continuous multi-lateral audit capabilities designed in from the onset. 

Synaptic Labs was originally founded to realise our vision of a secure real-time global-scale Network of the Future comprising literally billions of multi-homed nodes in a fault-tolerant mesh configuration.

Janelda's goal is to enable massive any-to-any throughput between all users.  For example: Every home should be able to cost-effectively broadcast a high definition live video stream to millions of viewers.

Janelda will build upon all our technologies to achieve a high-assurance, mission-aware, kill-switch survivable, global-scale network capable of meeting the confidentiality, integrity, anonymity, accountability and availability requirements of all stakeholders.

Janelda is explicitly designed to carry/secure/enhance all today's popular network protocols. 

Synaptic Labs' e-Identity project is designed to enable individuals and organisations to take full control of their online activities, no matter where they are around the world.

This includes managing: identities, statements of facts (assertions), secure messaging and collaboration activities. The project design overcomes known major weaknesses and limitations in todays global identity and key management systems.

This e-Identity project incorporates human organisation and trust models that support collaborative relationships between peers, multiple independent attestation of assertions, separation of powers, and checks and balances.

Our Goal:  Enabling Natural Human Relationships Online, Globally.

Several of Synaptic Labs' conceptual designs have been independently, and positively, peer reviewed by world-leading companies and experts during their development.  Furthermore, we continuously refine and enhance our designs to ensure they are on target to meet the community's needs.  For example:

• Our IdM+CKM solution was originally studied by world leading post quantum security experts Professors Jacques Patarin and Louis Goubin of the PRiSM Research Laboratory. Revisions have been presented at world class events such as Oak Ridge National Laboratory's CSIIRW, and the IEEE Key Management Summit (2010).
• At various milestones in the SSRT: Q2M development life-cycle, Synaptic Laboratories consulted and sought feedback from 9 world leaders (AbsInt GmbH, AdaCore Inc, École Polytechnique de Montréal, Green Hills Software, Melissa C. Smith of Clemson University, OAR Corporation, Thales Defense and Space, Tidorum, Wind River). Collectively, these experts cover the relevant computing fields including hardware and software design, real-time operating system vendors, worst-case execution time tool vendors, a programming language vendor and end users of safety-critical systems.
• Versions of TruSIP have been studied by world leading safety, security and survivability experts such as Brian Snow, Miles Smid, Richard R. Brooks, Frederick T. Sheldon, and Axel W. Krings.