For Supply of Conformity Assessment Tools and Training

Country: The Republic of The Gambia

Project Title: Digital Transformation for Africa / Western Africa Regional Digital Integration Program (DTfA/WARDIP SOP1)

Project ID: P176932

Grant No: E2620

IFB NO: WARDIP/C31.1.2/2024/RFQ005

Contract Title: Procurement of Conformity Assessment Tools and Training

Procurement Method: Request for Quotation  

The Government of The Gambia has received financing from the International Development Association to implement a Western African Regional Digital Integration Project, and it intends to apply part of the proceeds of this fund for payments under the Contract for the supply of Conformity Assessment Tools and Training.

The Fiduciary Agent Digital Transformation for Africa/Western Africa Regional Digital Integration Project (DTfA/WARDIP) now invites sealed bids from eligible and qualified suppliers for supply of Conformity Assessment Tools and Training as per the attached specifications and Terms of Reference.

Bidding will be conducted through the shopping using Request for Quotation (RFQ) procedures specified in the World Bank’s “Procurement Regulations for IFP Borrowers” (Procurement Regulations) and is open to all bidders as defined in the Procurement Regulations. Interested bidders can request the full quotation via emails (slowe@wardip.gm / adanso@wardip.gm and copy sdrammeh@mocde.gov.gm)

Invited bidders may obtain further information from the Digital Transformation for Africa/Western Africa Regional Digital Integration Project, Ministry of Communication and Digital Economy,Tenengfara Business Complex, Bakau, Kanifing Municipality, The Gambia, from Monday to Thursdays from 8.00 a.m. to 4.00 p.m and on Fridays from 8.00 a.m. to 12.00 p.m.

The Bidder shall furnish documentary evidence of the following requirement(s):

  • Proof of executing at least three contracts of similar nature at the tune of US$40,000.00 or above within the past three years
  • Registration

Quotations must be delivered to the address below on or before 12.00 p.m. on 10th October, 2024. Late quotations will be rejected. Quotations will be opened in public in the presence of bidders or their representatives who choose at the address below on the 10th October, 2024 at 12:10 pm.

It is expected that the winning supplier would agree with The Project to deliver all the Equipment within Six Month upon signing of the Contract and partial quotations will not be accepted and all bid shall be valid for 21 days.  The goods shall be delivered and installed at the DTfA/WARDIP.

The address referred to above is.

Attn:    Project Coordinator

Digital Transformation for Africa/ Western Africa Regional Digital Integration Project

            C/o Ministry of Communication and Digital Economy

            Tenengfara Business Complex
            Bakau
            Kanifing, The Gambia

Phone: (220) 3600170/7972577 or via

Email: slowe@wardip.gm / adanso@wardip.gm

Yours Sincerely,

 

Minimum Technical Specifications and Requirements for the Supply of Conformity Assessment Tools and Training:

General:

The Tool offered should be from the manufacturer’s own standard range of production in current supply and conforming as near as possible to the following specifications. The Equipment should be suitable for continuous operation in tropical conditions. Suppliers shall ensure that the equipment offered comply with the stipulated requirements of the law pertaining to the use of the equipment. All items should be fully assembled with all the normal standard fittings and tested ready for immediate use.

Manuals: One copy of the following shall be furnished with the equipment:

  • User Manual
  • Operations Manual

Warranty: Optional one year warranty with full after sales support services.

No.

Item

Category

Description

Specification

Quantity

1

Binwalk

Software/applications

1.1. A fast and easy-to-use tool for analyzing,
reverse engineering, and extracting firmware images.

1.2. Helps identify hidden
code, extract files, and analyze firmware.

1.3. Useful for examining
embedded system binaries and identifying vulnerabilities

Binwalk version 2.3.4 with:

i. Security Enhancements: added checks to prevent directory traversal vulnerabilities when external extractors create symlinks on the filesystem.

ii. Introduced the –run-as command line option to control the privilege level of external extractors, allowing them to run as an unprivileged user1.

iii. Bug Fixes: Merged a patch to fix a PFS directory traversal and code execution bug1.

iv. Python 3 Support: Continued exclusive support for Python 3, moving away from Python 2.71.

1 per user (15 users)

2

Kaitai Struct

Software/applications

Kaitai Struct is a declarative language used for describing
 various binary data structures, such as file formats, network stream packet formats, etc.

i. Declarative Language: YAML-based language to describe the structure of binary files. This allows for clear and concise definitions of complex binary formats.

ii. Cross-Platform Support: compiler that can generate parsers in multiple programming languages, including C++, Java, JavaScript, PHP, Python, and Ruby.

iii. Visualization Tools: generates visual representations of binary structures using GraphViz, which helps in understanding and debugging the formats.

iv. Integration with Build Systems: integration into build systems like Apache Maven and Gradle, allowing for automated generation of parser code during the build process.

v. Extensive Format Gallery:  gallery of pre-defined binary format specifications, which can be used as references or directly in projects.

vi. Community and Documentation: comprehensive documentation and a supportive community are available to help users get started and troubleshoot issues.

1 per user (15 users)

3

IDA Pro

Software/applications

IDA Pro is a powerful and versatile tool used for binary code analysis,
reverse engineering, and debugging

IDA Pro version 8.4.240527
i. Disassembler: Multi-Processor Support: IDA Pro supports a wide range of processors and can disassemble virtually any file format.
ii. Interactive Disassembly: Allows users to interactively explore and modify the disassembly.
FLIRT Technology: Fast Library Identification and Recognition Technology helps identify standard library functions.
iii. Debugger: Cross-Platform Debugging: Supports debugging on Windows, Linux, macOS, iOS, and Android.
iv. Remote Debugging: Enables debugging of applications running on remote systems.
Dynamic Analysis: Complements static analysis by allowing users to step through code execution.
v. Integrated Development Environment (IDE):
vi. Scripting Support: Includes IDC and IDAPython for automating tasks.
vii. Plugin Architecture: Open architecture allows for extending functionalities with custom plugins.
viii. Visualization: Graphical Representation: Provides visual representations of code flow and data structures.
iv. Lumina Server: Stores metadata about well-known functions to improve disassembly listings.
x. Security and Performance: High Performance: Analyzes binaries quickly and efficiently.
Security: Regular updates and security enhancements to ensure safe analysis.
xi. System Requirements: Windows: Windows 8 or later (Windows 10 recommended), x64 OS required.
xii. Linux: CentOS 7 or later, Ubuntu 16.04 or later, x64 (x86_64).
macOS: macOS Catalina or later (x64 or ARM64).

1 per user (25 users)

4

Ghidra

Software/applications

Ghidra is a comprehensive software reverse engineering (SRE)
 suite developed by the National Security Agency (NSA).

Ghidra version 11.12
i. Ghidra is a comprehensive software reverse engineering (SRE) suite developed by the National Security Agency (NSA). Here are the key specifications and features:

ii. Multi-Platform Support: Ghidra is compatible with Windows, macOS, and Linux.
It is written in Java and C++, with the GUI built using the Swing framework.

iii. Disassembly and Decompilation: Supports a wide range of processor architectures, including x86, ARM, PowerPC, MIPS, and many others.

iv. Provides both disassembly and decompilation capabilities, allowing users to convert binary code into human-readable assembly and high-level language code.

v. Graphical User Interface (GUI): Offers an interactive and user-friendly GUI for navigating and analyzing binary files.
vi. Includes features like graph visualization to help understand code flow and data structures.
Scripting and Automation: Supports scripting in Java and Python (via Jython), enabling automated analysis and custom tool development.

vii. Extensible through plugins, allowing users to add new features and functionalities.

viii. Debugger: Integrated debugger supports debugging user-mode Windows programs via WinDbg and Linux programs via GDB.

ix. Allows for dynamic analysis to complement static analysis.

x. Collaboration and Version Control: Supports collaborative analysis through version control, enabling multiple users to work on the same project simultaneously.

xi. Open Source: Ghidra is open source and available under the Apache License 2.02.

xii. Extensive Documentation and Community Support: Comprehensive documentation and tutorials are available to help users get started and make the most of Ghidra’s features.

1 per user (15 users)

6

Universal Chip Micro
IC clamp SOP SOIC

Hardware Reverse
Engineering Tools

 

TSOP MSOP SSOP SMD IC Test Clip pin Socket, Adapter Programmer
for Logic Analyzer

15

7

SOIC8 SOP8 Flash Chip Test
Clips Socket Adapter Programmer
BIOS plus CH341A 24 25 Series EEPROM Flash BIOS USB Progammer Module (Double Clip+USB)

Hardware Reverse
Engineering Tools

The SOIC8 SOP8 Flash Chip Test Clip is a tool
used for programming and testing flash memory chips without the need to desolder them from the circuit board.

SOIC8 SOP8 Flash Chip Test
Clips Socket Adapter Programmer
BIOS plus CH341A 24 25 Series
EEPROM Flash BIOS
USB Progammer Module (Double Clip+USB)

15

8

Goupchin 10PCS SMD IC Test
Hook Clips Silicone Jumper Wires
Test Leads Kit for Logic Analyzer 5 Colors

Hardware Reverse
Engineering Tools

The Goupchn 10PCS SMD IC Test Hook Clips are
versatile tools used for various electronic testing and troubleshooting tasks

Goupchin 10PCS SMD IC Test
Hook Clips Silicone Jumper Wires
Test Leads Kit for Logic Analyzer 5 Colors

15

9

Hook Clips Silicone Jumper Wires

Hardware Reverse
Engineering Tools

The Jumper Wire Kit with preformed breadboard jumper wires,
 solderless flexible jumper wires, and a tweezer is a versatile toolset used for various electronic prototyping and testing tasks

 Jumper Wire Kit, Preformed Breadboard
Jumper Wire 14 Lengths Assorted +
Solderless Flexible Breadboard Jumper
Wires Male to Male + Tweezer for Breadboard Prototyping

i. Prototyping and Circuit Building: Preformed Breadboard Jumper Wires: These wires come in 14 different lengths and are pre-stripped and preformed with right-angled leads, making them easy to insert into breadboards. They are ideal for creating neat and organized connections on a breadboard.
ii. Solderless Flexible Jumper Wires: These male-to-male wires are flexible and durable, allowing for quick and easy connections between components on a breadboard without the need for soldering.
iii. Testing and Troubleshooting: The kit is perfect for testing and troubleshooting circuits. The flexible jumper wires can be easily connected and disconnected, making it simple to modify and test different circuit configurations.
iv. Convenience and Efficiency: Tweezer: The included tweezer helps in inserting and removing the wires from the breadboard without deforming them, ensuring precise and efficient handling of small components.
v. Assorted Lengths: The variety of wire lengths allows for versatile connections, accommodating different circuit designs and layouts.
iv. Educational and DIY Projects: This kit is excellent for educational purposes, DIY electronics projects, and hobbyist activities. It provides all the necessary components to build and test circuits, making it a valuable tool for learning and experimentation.

15

10

BeagleBoneBlack (BBB) with complete kit

Hardware Reverse
Engineering Tools

The BeagleBone Black (BBB) with a complete kit is a versatile development platform
used for various applications in electronics, programming, and embedded systems and hardware interfacing.

The latest version of the BeagleBone Black (BBB) is the BeagleBone Black Rev C.
Key Features:
Processor:
Texas Instruments Sitara AM3358 1GHz ARM® Cortex-A81.
SGX530 Graphics Engine and NEON floating-point accelerator.
Memory:
512MB DDR3L 800MHz RAM.
4GB 8-bit eMMC on-board flash storage.
microSD card slot for additional storage.
Connectivity:
10/100 Ethernet (RJ45)1.
USB 2.0 host port and USB client port.
HDMI output for video and audio.
Expansion:
Two 46-pin headers for GPIO, I2C, SPI, UART, and more.
Compatible with various add-on boards called capes.
Power:
Powered via USB or 5V DC jack.
Accessories:
BeagleBone® Servo Cape:
Controls up to 16 servos for robotics or automation projects.
BeagleBone® Fan Cape:
Keeps the BeagleBone Black cool under heavy loads.
BeagleBone® Robotics Cape:
Includes features for mobile robotics, such as motor control and sensors.
BeagleBone® Relay Cape:
Controls devices like lights and pumps with 4 relay switches.
BeagleBone® Proto Cape:
Provides a grid of plated through-holes for custom circuitry.
BeagleBone® Power Cape:
Offers regulated 3.3V and 5V outputs and supports up to 30V input.
BeagleBone® Load Cape:
Drives high-current loads like relays and motors.
BeagleBone® Motor Cape:
Controls up to 4 DC motors with direction and PWM control.
BeagleBone® Comms Cape:
Supports industrial communication protocols like RS485 and CAN

15

 

11

USB to MPSSE Serial cable 3.3v – 0.5m

Hardware Reverse
Engineering Tools

The USB to MPSSE Serial Cable 3.3V – 0.5m is a versatile tool used
 for connecting devices with 3.3V logic level interfaces to a USB port.

C232HM-DDHSL-0

15

12

ScanDisk Adapter with 16G memory card

Hardware Reverse
Engineering Tools

The SanDisk Adapter with a 16GB memory card is a
versatile tool used for various storage and data transfer tasks

for MicroSD, MicroSDHC, MicroSDXC

15

13

Cable for Rasberry Pai Platform – USB to TTL RS232

Hardware Reverse
Engineering Tools

The USB to TTL RS232 Serial Cable for the
Raspberry Pi platform is a versatile tool used for serial communications, (debugging, console access. data transfer, programming and development, firmware updates, microcontroller programming, in-circuit debugging, sensor and peripheral interfacing, powering devices, etc.)

TTL-232R-Rpi

15

14

Magnifier lens

Hardware Reverse
Engineering Tools

To be used for reading labellings and small component on the PCB

10X Magnifying Glass, 2.6In Pocket Magnifying Glass w Case,
Small Magnifying Lenses for Reading, Portable Folding Magnifier Glass, Round Black Mini Handheld Magnifying Glasses for Kids Seniors Jewelry

15

15

BeagleBoneBlack
JTAG Adapter Kit

Hardware Reverse
Engineering Tools

 JTAG (Joint Test Action Group) for debugging and
analyzing hardware components.

SKU 670,

15

16

Resistors

Hardware Reverse
Engineering Tools

Basic Electronic Components Resistor: a passive two-terminal electrical device that resists the flow of current.

uxcell  Axial Lead 1% Tolerance Metal Film Resistor 0.1 Ohm 2W

60

17

Power Adapters for BBB

Hardware Reverse
Engineering Tools

Powering the BBB

AC, DC, MyVolts 5V Power Supply Adapter Compatible with Replacement for
BeagleBoard BeagleBone Black N=Board – US Plug

15

18

Logic Analyzer

Hardware Reverse
Engineering Tools

Capture and analyze digital signals
 in embedded systems. Useful for analyzing and understanding binary code. Logic analyzers for capturing digital waveforms.

24 MHz BCH, Logic Analyzer Microcontroller, FPGA Debugging Tool 24M
Sampling 8-Channel USB

15

19

USB Hub

Hardware Reverse
Engineering Tools

For connecting multiple devices

8 ports

15

20

Container Kit

Hardware

For keeping in BBB and accessory tools,
 transparent, medium size


ArtBin 6990ZZ Super Satchel Double Deep 3-Pack, Portable Art & Craft Organizers with Handles, [3] Plastic Storage Cases, Clear & Gold

15

21

Chanzon 120pcs 10 cm Header
Jumper Wire Dupont Cable Line
Connector Assorted Kit Set
Solderless Multicolor for Arduino Raspberry Pi Electronic
Breadboard Protoboard PCB Board

Hardware Reverse Engineering
 Tools

The Chanzon 120pcs 10 cm Header Jumper Wire Dupont
Cable Line Connector Assorted Kit Set is a versatile toolset used for various electronic prototyping and development tasks

i. Prototyping and Circuit Building: Breadboard Connections: These jumper wires are ideal for making connections on a breadboard, allowing you to build and test circuits without soldering.
ii. Arduino and Raspberry Pi Projects: Perfect for connecting components to Arduino and Raspberry Pi boards, facilitating quick and easy prototyping.
iii. Assorted Lengths and Types: Variety of Connections: The kit includes male-to-male, male-to-female, and female-to-female jumper wires, providing flexibility for different types of connections.
iv. Multicolor Wires: The wires come in multiple colors, making it easier to organize and identify connections in complex circuits.
v. Durability and Quality: Tinned Copper Wires: Made from tinned copper, these wires offer good conductivity and resistance to oxidation and corrosion.
vi. Solderless: Designed for easy insertion and removal, these wires are reusable and ideal for temporary connections.
vii. Educational and DIY Projects: Learning Tool: Great for educational purposes, helping students and hobbyists learn about electronics and circuit design.
viii. DIY Electronics: Useful for various DIY electronics projects, from simple circuits to more complex prototypes

15

22

Serial to USB Cable

Hardware Reverse Engineering
 Tools

Used for compatability between
devices

ADAFRUIT Industries 954 USB-to-TTL Serial Cable, Raspberry PI

15

23

GPS Module

Hardware Reverse Engineering
 Tools

For embedding GPS capabilities providing TTL and RS-232
Output: Provides data output in TTL or RS-232 levels, making it versatile for different interfacing requirements.

BN-880 GPS Module U8 with Flash HMC5883L Compass

15

24

CP2102 USB-UART Serial Adapter Module with 4p

Hardware Reverse Engineering
 Tools

Boundary scan tools for testing
interconnects on PCBs.

6 in 1

15

25

Multimeter and Analyzer

Hardware Reverse Engineering
 Tools

Testing current levels s

TRMSS 60000 Counts Volts Meter Ohmmeter Auto–Ranging Tester;
Accurtely Measures, Voltage Current, Ressstance Diodes, Continiuiy Duty-Cycle, Capacitance Temperature

15

26

Book by Roronoa Hataake

Hardware Reverse Engineering
 Tools

Maual for Lab analysts
to study embedded systems

MASTERING EMBEDED SYTE, C PROGRAMMING FOR ARDUINO AND MICROCONTROLLERS:
Unleash the Power of C Programming for Microcontrollers, Arduino, Electronics & PCBs Hannds-on

15

27

JTAG Connection Cable

Hardware Reverse Engineering
 Tools

For logic analysis and
 communications with PCBs

20 pin for ARM Programming ISP IDC – 10 color length

15

28

USB to Motherboard Header Adapter

Hardware Reverse Engineering
 Tools

Used for connecting USB devices directly
to components on PCBs

6 in USB 2.0 A to USB 4 F/F – USB cable – USB(F) to 4 pin USB 2.0 header (F)
– USBBADAPT

15

29

Laptop Computers

Hardware Reverse Engineering
 Tools

For interfacing the BBB, accessories and equipment
to be tested in the Lab

1. Preinstalled Unix and necessary applications for the exercises
Processor (CPU)
Intel Core i7 or i9 (11th or 12th Gen) or AMD Ryzen 7 or 9: These processors offer multiple cores and high clock speeds, essential for handling complex computations and simulations.
Memory (RAM)
16GB to 32GB: Sufficient RAM is crucial for running multiple applications and large datasets without slowing down.
Storage
512GB to 1TB SSD: Solid State Drives (SSD) provide faster boot times and quicker access to files compared to traditional HDDs.
Graphics (GPU)
Dedicated GPU (e.g., NVIDIA GeForce GTX 1650 or better): While not always necessary, a dedicated GPU can help with graphical simulations and rendering tasks.
Display
15.6-inch Full HD (1920×1080) or higher resolution: A larger, high-resolution screen helps with detailed analysis and multitasking.
Ports and Connectivity
Multiple USB ports (including USB-C)
HDMI or DisplayPort
Ethernet port (for stable internet connection)
Wi-Fi 6 support
Battery Life
At least 8 hours: Ensures you can work on the go without constantly needing to recharge.
Operating System
Windows 10/11 or Linux: Both are widely used in embedded systems development.
SSOffers robust build quality and high-end specs. A versatile option with strong performance and good battery life

14

30

Deskstop Computer

Hardware Reverse Engineering
 Tools

To server as a Server in the Lab and for testing and interfacing the BBB, accessories and equipment
to be tested in the Lab

1. Preinstalled Unix and necessary applications for the exercises
Processor (CPU)
AMD Ryzen 9 5950X or Intel Core i9-12900K: These processors offer high core counts and excellent performance for multitasking and complex computations.
Memory (RAM)
32GB DDR4 (expandable to 64GB): Ensures smooth operation when running multiple applications and handling large datasets.
Storage
1TB NVMe SSD: Provides fast read/write speeds for quick access to files and applications.
2TB HDD: Additional storage for larger files and backups.
Graphics (GPU)
NVIDIA GeForce RTX 3070: A powerful GPU that can handle graphical simulations and rendering tasks efficiently.
Motherboard
ASUS ROG Strix X570-E: Compatible with high-end CPUs and offers multiple expansion slots and connectivity options.
Cooling System
Liquid Cooling: Ensures the system remains cool under heavy loads, maintaining performance and longevity.
Power Supply
750W 80+ Gold Certified PSU: Provides reliable power to all components with efficiency.
Operating System
Windows 10/11 Pro or Linux: Both are suitable for embedded systems development.
Additional Features
Multiple USB ports (including USB-C)
Ethernet port
Wi-Fi 6 support
High-quality case with good airflow

1

31

Soldering machine

Hardware Reverse Engineering
 Tools

For soldering PCB
 components

Medium size for PCBs and IOT devices

5

II . Purpose and Objectives

The objective of the project is, within two (6) months from the start of the exercise, to:

  1. Establish trust for individuals and businesses in the usage of digital equipment and services within Critical National Information Infrastructure entities.
  2. To ensure the security and resiliency of Critical National Information Infrastructure.
  3. Ensure national accreditation of digital equipment and applications from vulnerabilities and espionage functions.
  4. To ensure the digital supply chain security within The Gambia is secure and based on internationally recognised standards and best practices.
  5. To build local capacity in audit and accreditation of digital products and services.

 

  1. Methodology, Approach and Scope of Work

The methodology of the Project will comprise of 2 Stages:

Stage 1: Situational Analysis

This stage will involve reviewing the list of the Build of Quantities (BoQ) and come up with a revised High-level and Low-level design for consideration and finalization. This stage will also assess the feasibility of expanding the usage of the tools beyond the public sector and recommend steps to achieve the establishment of the Cybersecurity Conformity Assessment Lab. The situational analysis should also consider the current cybersecurity policies, practices, and any existing tools being used. This stage will also involve vetting personnel (as per their skillsets and knowledge on low-level programming on C and C++, Assembly Languages, and mathematics and theory of computations, among similar topics)  selected for the training and identify capacity gaps as per the assignment.

Stage 2: Supply of Tools

This stage will involve procuring the necessary software and hardware tools to conduct the conformity assessment of digital equipment and applications of Critical National Information Infrastructure. The approved BOQ from Stage 1 would be procured and supplied within one (1) month. The Preliminary BOQ is in Annex A of this TOR.

Stage 3: Training of selected Personnel from Government

In coordination with the Ministry of Communications and Digital Economy (MOCDE), Gambia ICT Agency (GICTA), Gambia Computer Incident and Response Team (GmCSIRT) and the University of The Gambia (GoTG), the Consultant shall recommend, and vet selected for the training exercise. A minimum of 15 people will be trained of which 5 will be interns already studying Computer Science at the University of The Gambia. The training modules will touch on but not limited to the following areas:

  1. Hardware Aspects:
  • Understanding all BBB board components and related functions
  • UART serial connections for each related task
  • JTAG connections for each related task
  • Reading information with connectors between semiconductors/microprocessors
  1. Software Aspects:
  • Introduction to reverse engineering
  • Operating System
  • Assembly Code
  • Binary Reversing Tools
  • Software Vulnerabilities
  • Malware Reversing
  • Anti-reversing
  • Reversing Java Bytecode
  • Dynamic Analysis
  • Reversing Source Code
  • Program Understanding
  • Hands-on exercises with Reversing Tools (IDA Pro, etc.)
  • Understanding ROM –Uboot-Kernel boot process on Linux-ARM systems and Testing
  • Kernel, Bootloaders compilations Step-by-Step and testing on Beaglebone Hardware
  • U-Boot, MLO, SPL, explanation and Testing
  • Understanding various sub systems of AM335x SOC such as GPIOs, I2C, MMC, boot modes ,etc
  • Understanding platform devices and how it works
  • Understanding ARM-board configuration files
  • Linux device Tree
  • Understating various boot modes of AM335x
  • eMMC OS updating and booting new Debian OS
  • Serial booting (UART)
  • TFTP booting
  • NFS booting
  • Beaglebone Networking
  • Busybox compilations and Testing
  • Configuring and using Buildroot on Beablebone
  • Writing uEnv dot txt from scratch and Testing
  • Using I2C tools on BBB
  • Hardware interfacing projects and ‘C’ application development using Eclipse IDE
  • GPIO programming
  • Interfacing external LEDs, 7 segment displays and code development
  • Interfacing LCD and related projects
  • Interfacing MPU6050 sensor and tilt sensing
  • EEPROM programming

Stage 4: Submission of Training materials and Report

This stage will involve submitting all training documentations (contents to be developed based on but not limited to section: Stage 3, B and C) and other tools used in the training as well as the Project completion report.

Bid Validity Period is: 21 days from the date of bid submission  

Payment Terms and Condition shall be: 100% of the total contract sum will be paid after all the goods are delivered and accepted by the project together with payment request and good delivery note.

Performance Security: Not Applicable

Delivery Period is: Six months weeks from the effectiveness date of delivery after of contract signing.

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