The Internet of Things (IoT) initiative that connects smart home devices such as doorbells, lights, locks, security cameras, and thermostats has made it easy for everyone to install and use these gadgets in their homes, but you still need some sort of mechanism to control them.
Learn more about how Tessolve IoT services and solutions can ensure the smart h revolution is delivering safe, secure and compliant products.
Regardless of the memory technology, the accelerator redefines the latency and energy consumption characteristics of the system as a whole.
Find out how Tessolve Hardware Verification services help to meet the challenging requirements with respect to performance, flexibility and verify today’s complex designs effectively.
It is obvious to define cloud computing as a total solution that delivers IT as a Service.
Find out how Tessolve Software Testing services help you to solve issues in a cost-effective way and deliver with high quality.
Devices owned by other companies that may be using the same network, wired or wireless, due to other family members working from home. This is clearly a scoping issue and never should be allowed for any pentest.
Understand how Tessolve Automotive services help you protect & defend against latest and future attacks and maintain compliance, eliminate IT security threats, & can reveal how hackers may breach systems.
Smart Connected IoT products are disrupting the dynamics of entire industries.
Find out how Tessolve IoT services help to build a foundation of trust, security and safety in the industrial IoT devices.
NATEP is a national programme under which aerospace supply chain companies are developing more than 100 new technologies for the UK and global aerospace industry.
As one of the first recipients of a NATEP grant, TVS will be at the event to talk about its asureSIGN requirements and verification management product and its extension to provide integrated support for the development of hardware, software and systems under avionics safety guidelines DO-254, DO-178B/C and ARP4754. TVS will also have a stand there where attendees can find out more about what TVS and asureSIGN can offer in the aerospace sector.
It promises to a busy and informative new technology event with participating companies, potential customers and other aerospace industry stakeholders all in attendance.
Event summary:
The very first NATEP Showcase event will celebrate the success of a number of the participating companies and provide an opportunity for them to present their new technologies to the wider world. In addition to this, higher-tier and customer aerospace companies that are supporting NATEP projects will explain why companies ranging from Rolls-Royce, Airbus and Agusta Westland to UTC, Meggitt and Cobham are behind NATEP.
In March 2016 we announced that Tessolve had won a grant from Innovate UK, the UK’s innovation agency , to develop advanced Verification and Validation (V&V) techniques that can cope with the increasing size and complexity of modern Cyber Physical Systems (CPS). Read the press release.
Subsequently, in June 2016, it was confirmed that Tessolve is the project lead and will be working with the University of Bristol and end user CPS developers, including Thales, Dyson and SCISYS, to better understand how to apply today’s proven hardware verification techniques to the verification of software, and specifically to investigate the tooling required for the successful testing of CPS control software.
Mike Bartley Founder
& CEO, T&VS
Developers of CPS have recognised that the current techniques for software V&V will not scale as CPS become increasingly complex. The hardware verification industry faced a similar issue 20 years ago and so developed new verification techniques to overcome them. These techniques are now widely adopted and developers are now able to verify that the increasingly complex hardware they create will meet its functional requirements quickly and efficiently so that it reaches its target market in a timely fashion.
The Tessolve project is part of the Innovate UK and Defence Science and Technology Laboratory (DSTL) competition for funding that is investing up to £580,000 into ‘Software Verification & Validation for Complex Systems’. The funding is aimed at stimulating innovation throughout the software development lifecycle (SDLC) while focusing on the verification and validation (V&V) of two classes of complex systems: Cyber Physical Systems (CPS) and systems with emergent behaviours.
Innovate UK is the UK’s innovation agency. It works with people, companies and partner organisations to find and drive the science and technology innovations that will grow the UK economy. For further information, visit: www.innovateuk.gov.uk
For additional information on the project please contact Dr. Mike Bartley (Tessolve Founder and CEO) at: mike@testandverification.com
£4.2 million CAPRI project will culminate in trials of an autonomous mobility service
at Queen Elizabeth Olympic Park, UK
3 May 2017, BRISTOL, UK – Tessolve (Test and Verification Solutions), a leading verification services provider for semiconductor IP, hardware and software, today announced that it is part of the consortium that has secured more than £4.2 million of funding from Innovate UK and the Centre for Connected & Autonomous Vehicles (CCAV).
The project will deliver a pilot scheme that could pave the way for the use
of connected and autonomous vehicles to move people around airports, hospitals, business parks, shopping and tourist centres.
Mike Bartley, CEO and Founder said, “Our experience in safety and security verification will help enable the project to deliver technical solutions for CAVs that provide real-world benefits to users while making sure they operate reliably, safely and securely.”
The pilot project, includes the design, development and testing of new autonomous and connected Pods on-Demand (PODs), culminating in on-road public trials at London’s Queen Elizabeth Olympic Park.
The AECOM-led CAPRI (Connected & Autonomous POD on-Road Implementation) consortium brings together 20 partnering organisations, including Tessolve, that have a wide range of skills, knowledge and needs in the CAVs arena. The project will include the development of the next generation of PODs, as well as the systems and technologies that will allow the vehicles to navigate safely and seamlessly in both pedestrian and road environments.
The CAPRI consortium was awarded the funding as part of a CCAV and Innovate UK competition to invest £35 million in industry-led research and development projects on CAVs.
Tessolve (Test and Verification Solutions Ltd) provides services and products to organisations developing complex products in the microelectronics and embedded systems industries. Such organisations use Tessolve to verify their hardware and software products, employ industry best practice and manage peaks in development and testing programmes. Tessolve embedded software testing services includes onsite/offshore testing support including assistance with safety certification and security testing. Tessolve hardware verification services include onsite/offshore verification support and training in advanced verification methodologies. Tessolve also offers Verification IPs and its own Verification (EDA) signoff tool.
mike@testandverification.com
Tessolve Contributes to PEnDAR Project
A Feasibility Study Into the Cost-Effective Capture, Validation and Verification of the Performance (and Resource Cost) of Complex Systems During the Design Process
PEnDAR (Performance ENsurance by Design, Analysing Requirements) is an InnovateUK funded collaborative project between Test and Verification Systems (Tessolve), Predictable Network Solutions (Lead Participant), and Vodafone Group.
With society’s increasing dependence on Information and Communications Technology (ICT) the need for better means to predict and assure the performance of critical infrastructure grows. Today, the performance of large-scale Cyber Physical Systems and System of Systems is often an unplanned emergent property that can vary substantially during operational lifetime. Although this hazard is sometimes validated as part of system commissioning, it often finds its way into deployed systems, impinging on the systems usefulness as well as increasing the total lifetime cost.
The PEnDAR project is a study into the feasibility of systematically considering both performance and resource costs early in the system development lifecycle (SDLC). The goal is to consider how to enable the Validation & Verification of cost and performance in the field of distributed and hierarchical systems via sophisticated but easy-to-use tools.
It is thought likely that this approach will be applicable to both new and established systems and be able to support both initial and ongoing incremental development.
This feasibility study aims to investigate the technical issues involved in effectively incorporating the mature mathematical techniques already available to capture, validate and verify the performance (and resource cost) of such complex systems during the design process rather than as an emergent property from the design process.
As part of this collaborative project Tessolve investigated the following critical items and incorporated the results into the final project report.
The findings from the study are planned to be presented as a paper in a special issue of IEEE Design & Test.
The findings from the study are planned to be presented as a paper in a special issue of IEEE Design & Test.
If you would be interested in applying the lessons from this project to your business please contact one of our V&V consultants today.
Read the coverage from Freight in the City
Dubbed “RoboPilot”, the project will see Charge Automotive lead a consortium, including Tessolve, to bring autonomous racing technology to the light commercial vehicle market and demonstrate SAE level 4 autonomy.
RoboPilot features in the second stream of Connected and Autonomous Vehicle (CAV2) projects that were recently awarded £31m of Innovate UK led funding. The CAV2 projects are focused in the areas of vehicle energy reduction and air quality improvements.
Tessolve will work to accelerate the ‘safety’ components of the consortiums vision, working with partners on the verification and validation of the complex cyber physical systems involved in autonomous vehicle deployment.
RoboPilot combines input from sensors around the vehicle such as radars, cameras, ultrasonics and lidars (light sensors to measure the distance to a target object) with mapping, artificial intelligence and fleet information, which is then acted on by autonomous software.
The project will initially develop & demonstrate autonomous driving functionality for an electric delivery van, which can then be adapted and rolled out to larger trucks and buses.
Mike Bartley, CEO and Founder of Tessolve said, “It is great to have our expertise in the verification and validation of advanced driverless technology recognised by Innovate UK. We look forward to working with our consortium partners to spearhead the development of the UK’s world-leading autonomous vehicle technology.”
The Centre for Connected and Autonomous Vehicles (CCAV) is a joint unit of the department for Business, Energy and Industrial Strategy and the Department for Transport. CCAV is a single point of contact for those in industry, academia and internationally set up to keep the UK at the forefront of the development of connected and autonomous vehicle technology.
At this year’s AESIN 2017 Conference (Automotive Electronic Systems Innovation Network) Dr. Mike Bartley, Founder and CEO of Tessolve, will present the latest updates on the recently announced CAPRI Project – which brings together an experienced consortium of partners from industry, academia and local authorities to deliver a complete end to end POD (Pods on-demand) mobility service.
The CAPRI consortium builds upon current research and development work within Connected and Autonomous Vehicles and will take this forward to specify the next generation of PODs capable of seamlessly transferring between the on-road and pedestrian environments and harnessing V2X connectivity.
The consortium aims to collate sufficient evidence from the deployment trials and simulation testing to support PODs becoming a recognised vehicle classification for use on public roads and so enable the next generation of PODs capable of safely travelling at on-road speeds on public roads.
The presentation at AESIN 2017 will first discuss two of the main technical objectives of the project:
Verifying and validating the safety and security of the next generation of PODs for both the on and off road environment.
Collating sufficient evidence to support PODs as a new vehicle classification.
The presentation will then go on to consider the solutions being investigated by the project, specifically:
The UK has strong credentials in the automotive sector from the University R&D base through to the seven volume car and eight commercial vehicle manufacturers. Times are changing and the race is on. The market winners in this race will be the automotive companies that engage in open innovation practices, developing new partnerships in a technology fuelled eco-system enabled by intelligent systems and connectivity. We are proud to introduce a dedicated UK initiative focused on the accelerated and advanced delivery of Electronic Systems into the car and infrastructure: Automotive Electronic Systems Innovation Network or ‘AESIN’.
The AESIN Conference 2017, builds on the success in previous years and is now being established as the premier UK Automotive Electronics Conference. This year the organisers expect an even bigger and better show with more than 200 delegates expected and capacity for over 20 exhibitors at the popular National Motorcycle Museum next to Birmingham Airport. Along with headline keynotes from Industry and updates from Government, there will be parallel technical tracks covering the six key workstream areas covered by AESIN which include:
Join us at the Autonomous Vehicle Software Symposium (5-7 June, 2018 – Stuttgart, Germany) where Tessolve will be presenting the latest research findings and progress from two Innovate UK funded projects; CAPRI and RoboPilot. Both projects are looking at developing Autonomous Vehicles and in this talk Tessolve will be specifically reporting on the latest research into verifying and
validating their safety and security.
The CAPRI project brings together an experienced consortium of partners from industry, academia and local authorities, working together to deliver a complete end to end POD (Pods on-Demand) mobility service. The consortium aims to collate sufficient evidence from the deployment trials and simulation testing to support PODs becoming a recognised vehicle classification for use on public roads.
The project dubbed ‘RoboPilot‘ features in the second stream of Connected and Autonomous Vehicle (CAV2) projects that were recently awarded £31m of Innovate UK led funding. As part of the RoboPiloy project Tessolve are working to accelerate the ‘safety’ components of the consortiums vision, working with partners on the verification and validation of the complex cyber physical systems involved in autonomous vehicle deployment.
The Tessolve presentation at the conference is titled: “Verification Techniques for Safety and Security in Autonomous Vehicle Software” and will discuss the range of methodologies being investigated for verifying the software deployed in automous vehicles in both simulation and physical test environments. In addition it will look at the safety and security issues and how the ongoing results from the projects are feeding into the evidence base to support Autonomous Vehicles and PODs as new vehicle classifications.
In the talk Mike will cover:
The opportunities for IoT to revolutionise healthcare are vast. In the future increased connectivity between devices and medical services will create unprecedented quantities of patient data and monitoring capabilities. However, these increased levels of connected devices in turn raises potential quality, safety, and security issues for the healthcare industry. There have been some very public examples of IoT flaws including hospitals being targeted by ransomware with patient records being encrypted. It is essential the healthcare industry embraces the benefits of the IoT but also protects against the increased security and safety risks.
In this presentation, we will be exploring the technical challenges facing the healthcare IoT industry, reviewing the current myriad of competing industry standards and the incoming GDPR regulation. We will outline a certification process which utilises Tessolve specialist IoT knowledge and experience of testing medical software against standard IEC 62304. Read more about the Tessolve Heathcare Solutions.
The programme for this conference has been built around subjects suggested by healthcare personnel. The day will touch on subjects Theatre and Decontamination Managers need to know but have little time to research, study or review during their daily roles.
Why Attend? Whether you are concerned about the threat of cyber security to your medical devices, or you want to know what happens at the MHRA, this conference should have something that managers can walk away with. We will find out where the 5 micrograms protein detection limit came from, and look at case studies from hospitals trying new systems to improve efficiency in Theatres. Delegates will have the opportunity to Network with industry colleagues, which has proven to be a good tool to gain new viewpoints, innovation, trouble shooting and efficiency savings. You can tailor the day to suit you with breakout sessions and there will also be access to an exhibition during break times which will allow technical staff to have in-depth discussions with a large number of suppliers in a relaxed atmosphere.
In the talk Mike will cover:
As products become more complex and market windows continue to shrink, efficiency in product development can translate directly into competitive advantage. We understand what improves efficiency in verification: abstraction and reuse; but how to achieve that? Accellera are looking to address this through the Portable Stimulus Specification (PSS). The reuse revolution started in design IP and has contributed hugely to design efficiency. Verification IP soon followed in the form of eVC and latterly UVC but these miss the main point: the currency of verification is stimulus (and checkers, of course). Verification has to deal with multiple dimensions of reuse:
In this presentation Mike will look at how PSS and Cadence’s Perspec System Verifier can help deliver real reuse along all of these through abstraction.
CDNLive Silicon Valley brings together Cadence technology users, developers, and industry experts for networking, sharing best practices on critical design and verification issues, and discovering new techniques for designing advanced silicon, SoCs, and systems.
As a leading expert in test and verification and having worked on numerous test and stimulus projects it is natural that Tessolve have been closely tracking the development of PSS since its inception and have worked closely with many of the companies on the Accellera Portable Stimulus Working Group. With the growing availability of tools supporting PSS Tessolve are now ideally placed to provide expert, independent advice to our clients on the use of PSS and to undertake verification projects based on the growing number of tools that support the standard.
Tessolve are a leading expert in test and verification and having worked on numerous complex test and stimulus projects and are therefore ideally placed to provide expert, independent advice on the use of Portable Stimulus and to undertake verification projects based on the standard. Read More: Tessolve and Portable Stimulus
In the talk Mike will cover:
As products become more complex and market windows continue to shrink, efficiency in product development can translate directly into competitive advantage. We understand what improves efficiency in verification: abstraction and reuse; but how to achieve that? Accellera are looking to address this through the Portable Stimulus Specification (PSS). The reuse revolution started in design IP and has contributed hugely to design efficiency. Verification IP soon followed in the form of eVC and latterly UVC but these miss the main point: the currency of verification is stimulus (and checkers, of course). Verification has to deal with multiple dimensions of reuse:
In this presentation Mike will look at how PSS and Cadence’s Perspec System Verifier can help deliver real reuse along all of these through abstraction.
CDN Live EMEA brings together Cadence technology users, developers, and industry experts for networking, sharing best practices on critical design and verification issues, and discovering new techniques for designing advanced silicon, SoCs, and systems.
As a leading expert in test and verification and having worked on numerous test and stimulus projects it is natural that Tessolve have been closely tracking the development of PSS since its inception and have worked closely with many of the companies on the Accellera Portable Stimulus Working Group. With the growing availability of tools supporting PSS Tessolve are now ideally placed to provide expert, independent advice to our clients on the use of PSS and to undertake verification projects based on the growing number of tools that support the standard.
Tessolve are a leading expert in test and verification and having worked on numerous complex test and stimulus projects and are therefore ideally placed to provide expert, independent advice on the use of Portable Stimulus and to undertake verification projects based on the standard. Read More: Tessolve and Portable Stimulus
The 57th edition of the Design Automation Conference will be a week of Virtual Collaboration, between July 20 to 24.
Typical high-resolution image sensors use a specialized process, one that produces bigger and more expensive sensor dies.
Find out how T&VS Hardware Verification services help to meet the challenging requirements with respect to performance, flexibility and verify today’s complex designs effectively.
The IoT is enabling manufacturers to improve efficiencies, reduce waste and increase profits.
Find out how T&VS IoT services help to build a foundation of trust, security and safety in the industrial IoT devices.
A penetration test tells whether the existing defensive measures employed on the system are strong enough to prevent any security break.
Understand how T&VS Automotive services help you protect & defend against latest and future attacks and maintain compliance, eliminate IT security threats, & can reveal how hackers may breach systems.
Introduce you to Jest testing techniques, including: running tests, testing React components, snapshot testing, and mocking.
Find out how Tessolve Software Testing services help you to solve issues in a cost-effective way and deliver with high quality.
The SiFive model, provides technology based on RISC-V, and our customers can take that and make modifications. They can add instructions and different things to come up with their own mechanism.
Find out how Tessolve Hardware Verification services help to meet the challenging requirements with respect to performance, flexibility and verify today’s complex designs effectively.
While IoT devices have a lot of potential for the healthcare industry, there are some downsides that have limited their feasibility for adoption at scale.
Learn more about how Tessolve IoT services and solutions can ensure the smart h revolution is delivering safe, secure and compliant products.
Security breaches keep dominating the headlines and as a result, more organizations have moved to better protect their web apps.
Find how Tessolve Services enable you to prevent breaches by protecting and securing your data against web attacks, and vulnerabilities.
With most DevOps projects, the aim is to automate the maximum number of manual processes falling under the software delivery process.
Find out how Tessolve Software Testing services help you to establish a cost-effective software testing facility that delivers improved quality, reduces risks and time-to market.
It’s important to ensure IoT security as IoT is a connected network of devices or appliances that comprise software that enables them to connect to the Internet.
Find out how Tessolve IoT services help to build a foundation of trust, security and safety in the IoT devices.
Security has always been a concern with IoT, and that has not gone away as more organizations launch projects.
Find out how Tessolve IoT services help to build a foundation of trust, security and safety in the IoT devices.
This article shares what the innovative development teams are doing to achieve great levels of success with their test automation initiatives.
Find how Tessolve automation Testing Services enables organisations to increase the effectiveness, efficiency, and coverage of their software testing.
Software is especially vulnerable, which needs better code hardening, a better process around the security of the software, and the management of the software.
Find out how Tessolve Hardware Verification services help to meet the challenging requirements with respect to performance, flexibility and verify today’s complex designs effectively.
When an IoT device connects to a resource such as a cloud service or remote host, it potentially exposes itself—and by extension the entire IoT network—to threats masquerading as legitimate services or servers.
Find out how Tessolve IoT services help to build a foundation of trust, security and safety in the industrial IoT devices.
IoT is proving to be an ally in helping economies turn green and how secure IoT platforms can benefit the environment as it moves towards being more common in many verticals.
Find out how Tessolve IoT services help to build a foundation of trust, security and safety in the IoT devices.
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