CMMI Institute

« Appraisal Overview

Anhui Chengfang Intelligence Technology Co.,Ltd. (安徽成方智能科技有限公司)

Technology R&D Center (技术研发中心)

Appraisal Details

Organization

Anhui Chengfang Intelligence Technology Co.,Ltd. (安徽成方智能科技有限公司)

Organizational Unit

Technology R&D Center (技术研发中心)

Appraisal Team Leader

Ruolan Yu

Partner

Jiangsu STR Information Technology

Sponsors

Xiang gui

Appraisal Type

Benchmark

Last day On-site

2022/10/13

Appraisal Expiration Date

2025/10/13


Technology R&D Center Project Description

Organizational Unit

Technology R&D Center

Model or Model View

CMMI Development V2.0 (CMMI-DEV) without SAM - Maturity Level - 3

Sample Size - People

97.3%

Sample Size - Projects

100%


Project Name

EPG

Project Type

Organizational Project

Project Description

EPG is established at org level for process improvement and involved in process facilitation, implementation, and sustainment activities

Number of People

1

Location

Hefei, Anhui China

Subgroup


Project Name

OT/HR

Project Type

Organizational Project

Project Description

Training function is part of HR department,taking care of training activities at organizational level.

Number of People

1

Location

Hefei, Anhui China

Subgroup


Project Name

QA

Project Type

Organizational Project

Project Description

QA is responsible for conduct process audit and work product audit activities at organizational level

Number of People

1

Location

Hefei, Anhui China

Subgroup


Project Name

CM

Project Type

Organizational Project

Project Description

CM is responsible for Configuration management at organizational level and project level

Number of People

1

Location

Hefei, Anhui China

Subgroup


Project Name

Data twin visualization platform of power grid tower monitoring

Project Type

OU Project

Project Description

The client of the project is the State Grid of China, which is mainly responsible for tilt data monitoring and visual platform. Using the high-precision measurement technology of Beidou satellite and the satellite tilt influence data, the position of each power grid tower can be captured, and the three-dimensional model can be generated through the tilt photography technology, and then combined with the three-dimensional visualization technology of digital earth based on cesium, the visualization monitoring function of power grid tower can be realized. Combined with the Internet of things technology, the platform can quickly access the real-time data of the front-end sensors through the secure communication interface, separate, clean and standardize the data, store it in the database, and sort out the data labels of the data. After the data is encrypted and safely stored, the entity information and data can be displayed in the digital twin scene in real time. Through the digital twin visual display of time, weather and other data, it can quickly build a 24-hour dynamic time change in the application, realistically show the impact of real light on the three-dimensional scene, visualize the analysis results of power grid tower data, and realize the functions of one key prediction of fault events, one key identification of risks, one key description of resources, and one key response.

Number of People

13

Location

Hefei, Anhui China

Subgroup

Intelligent system industry


Project Name

Pollution source monitoring system of Industrial Park Based on flight vision

Project Type

OU Project

Project Description

The customer is Feidong circular economy industrial park, which is mainly responsible for pollution source monitoring project. It mainly includes loading intelligent map identification algorithm, patrol path generation algorithm and pollution source identification algorithm on the UAV platform through system control, and dispatching UAVs to perform pollution source cruise monitoring tasks in the park based on lidar data, from task assignment, map mapping, path generation, to target recognition, evidence collection and return, and return maintenance, so as to truly realize the full automation of UAV task execution without human intervention.

Number of People

10

Location

Hefei, Anhui China

Subgroup

Machine vision industry


Project Name

Intelligent laser destruction system

Project Type

OU Project

Project Description

The intelligent laser destruction system developed by the project can be widely used in various obstacle removal tasks such as the destruction of expired gunpowder in mining industry, circuit inspection, mine inspection and rail transit inspection. In combination with machine vision technology, it can realize automatic identification, automatic positioning and automatic aiming of obstacles, control focal distance, distance, laser intensity adjustment and emission, and support automatic photographing, video recording and viewing and playback of photos and videos during the launch process.

Number of People

8

Location

Hefei, Anhui China

Subgroup

Machine vision industry


OU Description

Technology R&D Center is mainly engaged in the design and development of artificial intelligence and virtual simulation training system products. At present it has 34 full-time employees. The main responsibilities include: 1. Collect and analyze products requirements, design, code and release the system. 2. Generate product development plan and ensure the project can delivered on time. 3.Technical services after product delivery. Organizational support function: The training function is a part of human resources and is responsible for training activities at the organizational level. EPG mainly implements process establishment and process improvement, and participates in process promotion, implementation and maintenance activities. PQA is responsible for the process and product audit of all projects and supporting functions in the organization. CM is responsible for the organization's configuration management.

Relevant Sampling Factors

Type of Work: The systems is used in different industry, one is the machine vision industry, another one is the intelligent system industry ,they are all use the waterfall life-cycle.

Sampling Factor Values

Machine vision industry: The system is used in machine vision industry

Intelligent system industry: The system is used in Intelligent system industry

Subgroups

Intelligent system industry

Machine vision industry


Model View

CMMI Development V2.0 (CMMI-DEV) without SAM

Maturity Level

3
CAR
Satisfied
CM
Satisfied
DAR
Satisfied
EST
Satisfied
GOV
Satisfied
II
Satisfied
MC
Satisfied
MPM
Satisfied
OT
Satisfied
PAD
Satisfied
PCM
Satisfied
PI
Satisfied
PLAN
Satisfied
PQA
Satisfied
PR
Satisfied
RDM
Satisfied
RSK
Satisfied
TS
Satisfied
VV
Satisfied