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Open Text Corporation announced today its financial results for the fourth quarter and fiscal year ended June 30, 2014, and the appointment of John Doolittle as Chief Financial Officer. Financial Highlights for Q4 FY14 (1) Total revenue was $494.0 million, up 42% Y/Y License revenue was $99.7 million, up 27% Y/Y Cloud services revenue was $148.9 million, up 255% Y/Y Customer support revenue was $183.9 million, up 12% Y/Y Non-GAAP-based EPS, diluted was $1.05 compared to $0.72 Y/Y, up 48%; GAAP-based EPS, diluted was $0.72 compared to $0.36 Y/Y up 100%, on a post stock-split basis.(2)   Non-GAAP-based income from operations was $162.2 million and 33% of revenues up 58% Y/Y; GAAP-based income from operations was $107.7 million and 22% of revenues, up 118% Y/Y.(2) Operating cash flow was $134.9 million, up 107%Y/Y, with an ending cash balance of $427.9 million. Financial Highlights for FY14 (1) Total revenue for the period was $1,624.7 million, up 19% Y/Y License revenue was $309.2 million, up 11% Y/Y Cloud services revenue was $361.1 million, up 108% Y/Y Customer support revenue was $707.0 million, up 7% Y/Y Non-GAAP-based EPS, diluted was $3.37 compared to $2.79 Y/Y, up 21%; GAAP-based EPS,

Fujitsu today reported a profit for the first quarter attributable to owners of the parent of 6.8 billion yen (US$67 million), representing an improvement of 16.0 billion yen compared to the loss posted in the first quarter of fiscal 2013. From the first quarter of fiscal 2014, the Fujitsu Group has adopted International Financial Reporting Standards (IFRS). In addition, consolidated financial statements for the previous fiscal year's first quarter and for the full 2013 fiscal year are presented in accordance with IFRS. Consolidated revenue for the first quarter of fiscal 2014 amounted to 1,068.6 billion yen (US$10,580 million), an increase of 6.9% from the first quarter of fiscal 2013. Revenue in Japan increased 8.1%. Revenue from mobile phones and PCs rose significantly, and revenue from system integration services also increased, primarily from the public sector and financial services sector. Outside of Japan, revenue rose 5.3%, but was essentially unchanged on a constant-currency

Cimatron Limited announced today that it will be releasing its second quarter financial results on Wednesday, August 13th, 2014, before the US markets open. Cimatron's management will host a conference call that same day, at 9:00am EDT, 16:00 Israel time. On the call, management will review and discuss the results, and will also be available to answer questions by investors. To participate, please call one of the following teleconferencing numbers. Please begin placing your call at least 5 minutes before the conference call commences. USA: +1-866-860-9642 International: +972-3-9180664 Israel: 03-9180664 For those unable to listen to the live call, a recording of the call will be available from the day after the call under the investor relations section of Cimatron's website, at: www.cimatron.com.

3D Systems Corporation announced today that its second quarter revenue grew $30.7 million, or 25%, from the prior year to $151.5 million on strong demand for its design and manufacturing printers, materials and services, resulting in second quarter GAAP earnings of $0.02 per share and non-GAAP earnings of $0.16 per share. Organic growth amounted to 10% as additional orders-in-hand, including $23.1 million of printer orders, a 29% sequential increase over the March backlog for printers, expanded the company’s second quarter total backlog to a record $31.9 million. “We are pleased that unit sales of our design and manufacturing printers increased 126% and helped fuel a 30% increase in materials revenue. We believe that the record order book that we exited the quarter with reflects the vibrancy of our business and our organic growth trajectory,” said Avi Reichental, 3DS’ President and Chief Executive Officer. Second Quarter 2014 Revenue Highlights (compared to second quarter 2013): Design

Flow Science has announced the speakers for its 2014 FLOW-3D Americas Users Conference, to be held on September 9-10 at the Courtyard Marriott Downtown Toronto, in Toronto, ON, Canada. FLOW-3D users, from both the commercial sector and research arena, will present and discuss their work, including topics such as modeling bioreactors, simulating erosion control, predicting dam break failure and solving manufacturing issues using CFD software. A diverse lineup of speakers includes GM Corp, Ontario Power Generation, Tetra Tech, W.F. Baird & Associates, KODACO and a variety of leading research institutions. Go here for a full list of speakers and their topics. This year’s conference will begin with a general session featuring comprehensive development talks for both the FLOW-3D solver and graphical users interface, presented by Michael Barkhudarov, VP of R&D and John Ditter, VP of Software Engineering at Flow Science. In addition, a special development talk will focus on the advanced meshing

FISHER UNITECH will host a technical counsel on the advancement of 3D printing on Tuesday, August 12, 2014 at 10:00 AM at Automation Alley, located at 2675 Bellingham Dr. in Troy, MI. FISHER UNITECH has partnered with Stratasys Corp. and Automation Alley to deliver a riveting update on the ground-breaking improvements in additive manufacturing, including both PolyJet and Fused Deposition Modeling (FDM) technologies.  Attendees can expect to hear from industry experts on how 3D printing has revolutionized manufacturing and receive free advanced training. The FISHER UNITECH rapid technology team will present on several new ways that 3D printing is being used in tooling and industrial automation including injection molding and metal casting applications. Guest speaker Michael Wegman from Stratasys Corp. will give attendees insight on the Stratasys business strategy and advances in materials science that are driving new uses for additive manufacturing.  "3D printing is entering an exciting new phase for manufacturing due to advances in our build envelopes and new materials.

At no cost, and zero risk, manufacturers can now take Edgecam Workflow for a free TestDrive before deciding if an innovative CAM system can improve their business processes. “CAM is a vital part of companies staying competitive nowadays,” says Edgecam General Manager Raf Lobato. “It enables manufacturers to produce complex components with very tight lead times. However, a number of engineering firms still rely on manual or first generation CAM systems for programming, and are falling behind their global competitors.” “This is mainly because they do not want to invest in something that they are unsure of or risk changing an existing system.” But thanks to Edgecam Workflow, from Vero Software, they can now evaluate the use of Edgecam Workflow by downloading a trial version from www.edgecam.com/testdrive. Edgecam TestDrive gives manufacturers who are new to CAM or considering their future CAM requirements the opportunity to thoroughly test whether it makes a difference and

Today AVEVA announced the launch of AVEVA Information Standards Manager (AVEVA ISM), a software product that enables both EPC contractors and asset Owner Operators to achieve greater control over critical engineering information across their projects and enterprises.  It does this by rationalising existing class libraries and imposing consistent and compliant standards that improve information quality and reduce both project and operational risk. AVEVA ISM can be rapidly deployed and is fully compatible with software systems from other vendors.  With today’s massively increasing quantities and variety of asset life cycle information, this powerful enterprise-level application offers increased value to both project and operations management processes without the need to replace existing authoring products. The quick deployment and open design of AVEVA ISM delivers rapid ROI to EPCs and Owner Operators. ‘AVEVA ISM is able to establish and govern all asset information standards, across any number of projects, and is easier to implement and

MathWorks has announced the introduction of Simulink Real-Time into the Simulink product family. Available with the company’s Release 2014a (R2014a), Simulink Real-Time enables engineers to build, test, and run real-time applications from Simulink models on dedicated target computer hardware connected to their physical systems, providing a complete end-to-end real-time simulation and testing solution. Combining the functionality of xPC Target and xPC Target Embedded Option, Simulink Real-Time supports real-time simulation and testing including rapid control prototyping, DSP, vision system prototyping, and hardware-in-the-loop (HIL) simulation. With this introduction, engineers can extend their Simulink models with driver blocks, automatically generate real-time applications, define instrumentation, and perform interactive or automated runs on a dedicated target computer equipped with a real-time kernel, multicore CPU, I/O and protocol interfaces, and FPGAs. Also, the addition of a high-resolution real-time target display as a new feature within Simulink Real-Time allows for a fully integrated user experience. “Simulink Real-Time is the latest step forward by MathWorks

In its ongoing quest to equip the global water industry with the world’s most powerful and comprehensive GIS-centric infrastructure modeling and management solutions, Innovyze, announced the worldwide availability of the V11 Generation of InfoWater for ArcGIS (Esri, Redlands, CA). The release is a further confirmation of Innovyze’s strong commitment to meeting the requirements of its user base and the increasing demands of the global water industry. In it, Innovyze has further refined the superb water supply and distribution modeling and analysis features that have helped make it a leading choice among the world’s top water utilities. InfoWater has long been renowned for its legendary power, speed, and comprehensive toolsets and extensions. By exponentially accelerating the large model building process and automating scores of tedious tasks, InfoWater V11 enables power users to create, analyze and design better, more complete, and more accurate models in a fraction of the time required by competing software, enabling users to meet increasingly