Brief presentation on Lad\'s Technologies

1. Lad’s Technologies Private Limited Company Profile

2. Agenda S Lad Group Of Companies Introducing Lad’s Technologies Services Portfolio Domain Portfolio Embedded-Telecom Avionics Software Services Automotive Software Services Q&A

3. S Lad Group of Companies S Lad Group Core Business – Iron Ore Mining VSL Steel Plant Real Estate and Development Continued…

4. S Lad Group of Companies Flagship of IT companies under S Lad Group S Lad Group in Entertainment Industry

6. Software Services cater to Avionics and Automotive sector ranging from simple to complex machine critical real time applications

7. We are a knowledge organization, accelerating the development of advanced embedded technologies through both ready and R&D solutions.

8. Lad's Tech is led by intellectual minds and domain expert’s to fully satisfy the customers by identifying the problem areas and provide solutions in faster manner, enabling customers to time-to-market. Deep knowledge of a broad range of mobile applications, embedded processors and Real Time Operating Systems enables us to rapidly contribute to customer projects.

9. The company's Corporate Office cum Design & Development Center is based in the heart of India’s own Silicon Valley in the city of Bangalore.Continued

10. People P E L Learning Eco-System i-Integrity A R Respect Aspiration Introducing Lad’s Technologies Vision: We aim to be the technology leader in embedded space by providing innovative solutions in emerging cutting edge technologies.Mission: We provide solutions to industry with affordable cutting edge technologies. We are a set of enthusiast who are striving for customer satisfaction through innovative solutions and quality work. We are an evolving organization with open culture maintaining fairness in all the actions we do to attain growth.Value: We are the unique in nature organization with a value statement i-Pearl. i-Pearl is our value system which we look up every day and moment that drives us to achieve personal and organizational objectives. i-Pearl value pillars,

11. Services Portfolio Services & Solutions R&D Solutions Product Engineering Services IT Services Research Initiatives Alliances IP Led Services Software engineering Idea’s to product Requirement Analysis Design and Implementation Verification and Validation Quality Assurance Maintenance and support Product Scope Definition Architecture System DesignSoftware Design Integration and Validation Testing and QA Product Enhancement

12. Avionics Our Offerings Telecom Automobile Web Applications Domains Portfolio

13. Embedded Telecom Contents: Service Portfolio Expertise and Skill sets Execution methodology Life Cycle Value Proposition Q&A

15. Location based services

16. RFID

17. NFC

19. Software configuration and calibration

20. BSP Integration and Board bring-up

21. Design, Code and Test plan Verification

23. High level and low level design

24. Development reference designs(firmware and drivers)

25. OS Porting and BSP Development

26. Communication Stack

27. Benchmarking functionality and performance metrics

28. Porting and re-building open source embedded software for a particular platform

30. Software Development Life Cycle - V model

31. Structured Analysis & Design

32. Object-Oriented Analysis Design

33. Languages:

34. Assembly, C, C++, Ada, Java

35. Operating Systems:

36. Windows, Linux,

37. Real Time and Embedded OS: Vx-Works, Nucleus, Embedded Linux, Windows CE

38. Platform and Frameworks:

39. Symbain, Android, J2ME, Win Mobile, BREW, PalmOS

40. Tools and Utilities:

42. Software development Life Cycle

44. Provide end to end solution. Range from defining technology strategy, developing suitable solutions, deploying solutions to maintenance and support

45. Adheres to the desired Customers Quality processes

46. Accelerate the development of advanced embedded technologies through both ready and R&D solutions

48. Avionics Software Services Contents: Service Portfolio Expertise and Skill sets Execution methodology Life Cycle Value Proposition Q&A

50. Design and Implementation

51. Integration and Verification

53. Documentation Support

54. Quality Support

56. Integration Validation & Verification of safety critical Software for a Transport Aircraft

58. SW Architecture

59. SW Design Documents

60. Coding Standards

62. Test Cases

63. Test Scripts / Procedures

64. Defect / Test Reports

65. Coverage AnalysisContinued

68. Software Verification Cases and Procedure

69. Software Verification Results / Defect Reports

70. Traceability Report

73. Functional test automation

75. Software Accomplishment SummarySoftware Skills Languages: C, Ada, C++ Operating Systems: Windows, Unix, & VX Works Tools: Rational Test Real Time, Cantata C, AdaCAST, VectorCAST etc Standards: RTCA-DO 178 B MIL-STD-498 MISRA

76. Execution Methodology – V Model V & V reports for Certification Project Initiation Release for Use V & V proposal HW-SW Integration & System Integration Testing Specs Review Test Plan Finalization of Specs. Build System Build CSCI Integration Testing Finalization of Design Design Review Revised Test Plan Module Testing Coding Code Review Generate Test Cases

77. V & V OF SOFTWARE DEVELOPMENT LIFE CYCLE LIFE CYCLE Inputs from Clients Lads Tech Outputs Verification Plan/Test Plan (SVP) Planning Documents (PSAC/SDP) Verification of Planning Documents Defect Reports (PSAC/SDP) Software Requirements Specification SW Verification report (SVR) Verification of S/W Requirements Specs HLR Based test cases (SVCP Requirements Standards Defect Reports SW Verification report (SVR) Software Design Verification of Software Design LLR Based test cases (SVCP) Design Standards(SDP) Defect Reports SW Verification report (SVR) Source Code Verification of Source Code Defect Reports Coding Standards(SDP)

78. V & V OF SOFTWARE DEVELOPMENT LIFE CYCLE Inputs from Clients Lads Tech Outputs Baseline Code/Build Test Cases & Procedures Software Integration Testing and HSI Testing Test Results Test Plan Defect Reports Test Setup Deviations from Test Plan Test Readiness Review & SW Qualification Test (or RFS) Test Cases & Procedures SCR report on test failures Test Plan Structural Coverage Report Red label Release Software Verification Report Test Environment Conformity

80. Guidelines for generating SRS

81. Guidelines for generating software architecture and design

82. Guidelines for generating coding standards

83. Support for selection of tools for the client

85. Automobile Software Services Contents: Service Portfolio Expertise and Skill sets Challenges and Resolutions Q&A

87. Device drivers (BSP) Abstraction

88. Communication Stack

89. Diagnostic services

91. BSP Integration

92. Board bring-up

96. Tool for Target simulation (environment, network, subsystem)

98. Protocols - CAN, LIN, I2C, KWP2000, SPI, SCI, PPP, ATP

99. Target application - Instrument Panel Cluster, RF Actuators, Switches and Anti-pinch controllers, Electric Power Steering and Power Window, multi-function controller modules, On/Off Board Diagnostics, Telematics

100. HMI for Telematics, Navigation, Car radio

101. Device driver and Hardware Abstraction for 8/16/32 bit microcontrollers from Infineon, Fujitsu, Renesas, NEC, TOSHIBA, FREESCALE

104. NEC ICE , SW Simulator

105. Wind river BDM

107. Unit Testing - RTRT, CANTATA

109. Telltales, RTT warnings

110. Chime

111. Trip and General Odometer, RTC, 2WD/4WD

112. Dot matrix/LCD Control (both character and graphic display)

113. Diagnostics

115. Integration of Class2 communication handler and development of application interfaces

116. Power Window and Window Lockout

117. Interior lighting

118. Seat Heating

119. Diagnostics

120. System testing

121. Ambitious target on cost reduction

122. Limited time window to win end customer.

124. Design & Implementation of ISO9141 handler, Boot loader software and diagnostics

126. Manual operation

127. Obstacle & Pinch detection

128. Audible warning feature

129. Diagnostics

131. Verification of the developed code with specific focus on - issues pertaining to non-adherence to customer specifications, logical problems in the code, and optimization for better performance.

132. Generation of test cases for black-box testing to validate the system requirements.

133. Analysis and fixing of defects

134. Customization of proprietary diagnostic tool for application specific requirements.

135. To maintain the software for memory seat controllers through testing, bug fixing and enhancement of product quality through independent verification and validation.